From 3458f2749c7f378c2faa4566e023e2c27bf1fd56 Mon Sep 17 00:00:00 2001
From: inugent <you@somedomain.com>
Date: Thu, 14 Aug 2014 09:54:21 +0200
Subject: [PATCH 1/3] Adding BaBar DEC files

---
 BaBar_2014/ADSmd0kmkpi.dec                    |   36 +
 BaBar_2014/ADSmd0kmkpimdcs.dec                |   36 +
 BaBar_2014/ADSmd0pimkpimdcs.dec               |   36 +
 BaBar_2014/ADSmdstar0kmd0gammamkpi.dec        |   46 +
 BaBar_2014/ADSmdstar0kmd0gammamkpimdcs.dec    |   46 +
 BaBar_2014/ADSmdstar0kmd0pi0mkpi.dec          |   46 +
 BaBar_2014/ADSmdstar0kmd0pi0mkpimdcs.dec      |   46 +
 BaBar_2014/ADSmdstar0pimd0gammamkpimdcs.dec   |   46 +
 BaBar_2014/ADSmdstar0pimd0pi0mkpimdcs.dec     |   46 +
 BaBar_2014/B0B0B_K0ee_Ali.dec                 |   26 +
 BaBar_2014/B0B0B_K0mumu_Ali.dec               |   26 +
 BaBar_2014/B0B0B_KSee_Ali.dec                 |   31 +
 BaBar_2014/B0B0B_KSee_Ball.dec                |   31 +
 BaBar_2014/B0B0B_KSemu_PHSP.dec               |   34 +
 BaBar_2014/B0B0B_KSmumu_Ali.dec               |   33 +
 BaBar_2014/B0B0B_KSmumu_Ball.dec              |   33 +
 BaBar_2014/B0B0B_Ksgg_PHSP.dec                |   33 +
 BaBar_2014/B0B0B_KstarKSPi0_ee_Ball.dec       |   49 +
 BaBar_2014/B0B0B_KstarKSPi0_mumu_Ball.dec     |   49 +
 BaBar_2014/B0B0B_Kstaree_Ali.dec              |   28 +
 BaBar_2014/B0B0B_Kstaree_KSpi0_Ali.dec        |   49 +
 BaBar_2014/B0B0B_Kstaree_Kpi_Ali.dec          |   44 +
 BaBar_2014/B0B0B_Kstaremu_KSpi0_PHSP.dec      |   51 +
 BaBar_2014/B0B0B_Kstarmumu_Ali.dec            |   28 +
 BaBar_2014/B0B0B_Kstarmumu_KSpi0_Ali.dec      |   49 +
 BaBar_2014/B0B0B_Kstarmumu_Kpi_Ali.dec        |   44 +
 BaBar_2014/B0B0B_Kstarpmee_Ball.dec           |   44 +
 BaBar_2014/B0B0B_Kstarpmemmup_PHSP.dec        |   43 +
 BaBar_2014/B0B0B_Kstarpmepmum_PHSP.dec        |   44 +
 BaBar_2014/B0B0B_Kstarpmmumu_Ball.dec         |   44 +
 .../B0B0B_Xsee_Ali02_mb480_pf410_JetSet02.dec |   65 +
 ...B_Xsgamma_FlatEGamma_1_6To1_7_JetSet02.dec |   62 +
 ...B_Xsgamma_FlatEGamma_1_6To2_6_JetSet02.dec |   63 +
 ...B_Xsgamma_FlatEGamma_1_7To1_8_JetSet02.dec |   62 +
 ...B_Xsgamma_FlatEGamma_1_8To1_9_JetSet02.dec |   62 +
 ...B_Xsgamma_FlatEGamma_1_9To2_0_JetSet02.dec |   62 +
 ...B_Xsgamma_FlatEGamma_2_0To2_1_JetSet02.dec |   62 +
 ...B_Xsgamma_FlatEGamma_2_1To2_2_JetSet02.dec |   62 +
 ...B_Xsgamma_FlatEGamma_2_2To2_3_JetSet02.dec |   62 +
 ...B_Xsgamma_FlatEGamma_2_3To2_4_JetSet02.dec |   62 +
 ...B_Xsgamma_FlatEGamma_2_4To2_5_JetSet02.dec |   62 +
 ...B_Xsgamma_FlatEGamma_2_5To2_6_JetSet02.dec |   62 +
 ...B_Xsgamma_FlatEGamma_2_6To2_7_JetSet02.dec |   62 +
 .../B0B0B_Xsgamma_Kagan99_mb465_JetSet02.dec  |   62 +
 .../B0B0B_Xsgamma_Kagan99_mb470_JetSet02.dec  |   62 +
 .../B0B0B_Xsgamma_Kagan99_mb475_JetSet02.dec  |   62 +
 .../B0B0B_Xsgamma_Kagan99_mb480_JetSet02.dec  |   62 +
 ...mma_Kagan99_mb480_mXs1_0To1_2_JetSet02.dec |   62 +
 ...mma_Kagan99_mb480_mXs1_2To1_4_JetSet02.dec |   62 +
 ...mma_Kagan99_mb480_mXs1_4To1_6_JetSet02.dec |   62 +
 ...mma_Kagan99_mb480_mXs1_6To1_8_JetSet02.dec |   62 +
 ...mma_Kagan99_mb480_mXs1_8To2_0_JetSet02.dec |   62 +
 ...mma_Kagan99_mb480_mXs2_0To2_2_JetSet02.dec |   62 +
 ...mma_Kagan99_mb480_mXs2_2To2_4_JetSet02.dec |   62 +
 ...mma_Kagan99_mb480_mXs2_4To2_6_JetSet02.dec |   62 +
 ...mma_Kagan99_mb480_mXs2_6To2_8_JetSet02.dec |   62 +
 ...mma_Kagan99_mb480_mXs2_8To3_0_JetSet02.dec |   62 +
 .../B0B0B_Xsgamma_Kagan99_mb485_JetSet02.dec  |   62 +
 .../B0B0B_Xsgamma_Kagan99_mb490_JetSet02.dec  |   62 +
 .../B0B0B_Xsgamma_Kagan99_mb495_JetSet02.dec  |   62 +
 ...0B0B_Xsmumu_Ali02_mb480_pf410_JetSet02.dec |   65 +
 BaBar_2014/B0B0B_etaee_Ball.dec               |   33 +
 BaBar_2014/B0B0B_etaemu_PHSP.dec              |   29 +
 BaBar_2014/B0B0B_etamumu_Ball.dec             |   33 +
 BaBar_2014/B0B0B_etapee_Ball.dec              |   33 +
 BaBar_2014/B0B0B_etapemu_PHSP.dec             |   29 +
 BaBar_2014/B0B0B_etapmumu_Ball.dec            |   33 +
 BaBar_2014/B0B0B_genericK0_ee_Ball.dec        |   26 +
 BaBar_2014/B0B0B_genericK0_mumu_Ball.dec      |   26 +
 BaBar_2014/B0B0B_genericKstar_ee_Ball.dec     |   28 +
 BaBar_2014/B0B0B_genericKstar_mumu_Ball.dec   |   28 +
 BaBar_2014/B0B0B_omegaee_Ball.dec             |   33 +
 BaBar_2014/B0B0B_omegaemu_PHSP.dec            |   29 +
 BaBar_2014/B0B0B_omegamumu_Ball.dec           |   33 +
 BaBar_2014/B0B0B_phiee_PHSP.dec               |   31 +
 BaBar_2014/B0B0B_phiemu_PHSP.dec              |   33 +
 BaBar_2014/B0B0B_phimumu_PHSP.dec             |   31 +
 BaBar_2014/B0B0B_pi0ee_Ball.dec               |   28 +
 BaBar_2014/B0B0B_pi0emu_PHSP.dec              |   29 +
 BaBar_2014/B0B0B_pi0mumu_Ball.dec             |   28 +
 BaBar_2014/B0B0B_rho0ee_Ball.dec              |   33 +
 BaBar_2014/B0B0B_rho0emu_PHSP.dec             |   29 +
 BaBar_2014/B0B0B_rho0mumu_Ball.dec            |   33 +
 BaBar_2014/B0B0Bar_Dpipi_D0Kpi_nonres.dec     |   41 +
 BaBar_2014/B0B0Bar_Dpipi_nonres.dec           |   65 +
 BaBar_2014/B0B0Bar_Dstarpipi_D0Kpi_nonres.dec |   50 +
 BaBar_2014/B0B0Bar_Dstarpipi_nonres.dec       |   76 +
 BaBar_2014/B0B0_f0f0.dec                      |   35 +
 BaBar_2014/B0B0_phiKSpi0_phiK0LK0S.dec        |   46 +
 BaBar_2014/B0B0bar_2K0SK0L.dec                |   36 +
 BaBar_2014/B0B0bar_2KK0.dec                   |   31 +
 BaBar_2014/B0B0bar_2Kpi0.dec                  |   30 +
 BaBar_2014/B0B0bar_2piK0.dec                  |   31 +
 BaBar_2014/B0B0bar_2piK0l.dec                 |   31 +
 BaBar_2014/B0B0bar_2pipi0.dec                 |   30 +
 BaBar_2014/B0B0bar_3K0S.dec                   |   35 +
 BaBar_2014/B0B0bar_3pi0.dec                   |   28 +
 BaBar_2014/B0B0bar_3pi_CP.dec                 |   34 +
 BaBar_2014/B0B0bar_4pi.dec                    |   40 +
 BaBar_2014/B0B0bar_B0toD0Kpi_D0CP.dec         |  181 +
 BaBar_2014/B0B0bar_B0toD0Kpi_D0NonCP.dec      |  142 +
 BaBar_2014/B0B0bar_B0toD0Kstarpi_D0CP.dec     |  191 +
 BaBar_2014/B0B0bar_B0toD0Kstarpi_D0NonCP.dec  |  152 +
 BaBar_2014/B0B0bar_B0toD0barKpi_D0NonCP.dec   |  142 +
 .../B0B0bar_B0toD0barKstarpi_D0NonCP.dec      |  152 +
 BaBar_2014/B0B0bar_B0toDstar0Kpi_D0CP.dec     |  199 +
 BaBar_2014/B0B0bar_B0toDstar0Kpi_D0NonCP.dec  |  160 +
 BaBar_2014/B0B0bar_B0toDstar0Kstarpi_D0CP.dec |  209 +
 .../B0B0bar_B0toDstar0Kstarpi_D0NonCP.dec     |  170 +
 .../B0B0bar_B0toDstar0barKpi_D0NonCP.dec      |  160 +
 .../B0B0bar_B0toDstar0barKstarpi_D0NonCP.dec  |  170 +
 .../B0B0bar_BrecoCocktail_dstartaunu_d0_e.dec |  180 +
 ...B0bar_BrecoCocktail_dstartaunu_d0_excl.dec |  276 +
 ...B0B0bar_BrecoCocktail_dstartaunu_d0_mu.dec |  180 +
 ...B0B0bar_BrecoCocktail_dstartaunu_dch_e.dec |  180 +
 ...0bar_BrecoCocktail_dstartaunu_dch_excl.dec |  246 +
 ...0B0bar_BrecoCocktail_dstartaunu_dch_mu.dec |  180 +
 BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_e.dec |  170 +
 .../B0B0bar_BrecoCocktail_dtaunu_excl.dec     |  236 +
 .../B0B0bar_BrecoCocktail_dtaunu_mu.dec       |  170 +
 ...0B0bar_Breco_DXpDstarX_Ksnunu_cocktail.dec |  162 +
 ...ar_Breco_DXpDstarX_Kstar0nunu_cocktail.dec |  181 +
 .../B0B0bar_Breco_DXpDstarX_cocktail.dec      |  146 +
 ...0bar_Breco_DXpDstarX_cocktail_dgog=0.1.dec |  150 +
 ...0bar_Breco_DXpDstarX_cocktail_dgog=0.2.dec |  150 +
 ...0bar_Breco_DXpDstarX_cocktail_dgog=0.4.dec |  150 +
 .../B0B0bar_Breco_DXpDstarX_etau_cocktail.dec |  167 +
 ...B0B0bar_Breco_DXpDstarX_mutau_cocktail.dec |  167 +
 ...B0bar_Breco_DXpDstarX_nunubar_cocktail.dec |  165 +
 ..._Breco_DXpDstarX_nunubargamma_cocktail.dec |  165 +
 ...B0bar_Breco_DXpDstarX_pi0nunu_cocktail.dec |  162 +
 ...0bar_Breco_DXpDstarX_tauptaum_cocktail.dec |  162 +
 ...r_Breco_cocktail_dgog=0.2_qop=1.04_z=0.dec |  157 +
 ...r_Breco_cocktail_dgog=0.4_qop=1.08_z=0.dec |  157 +
 BaBar_2014/B0B0bar_Chi0cKs.dec                |   47 +
 BaBar_2014/B0B0bar_Chi0cKs_All.dec            |   39 +
 BaBar_2014/B0B0bar_Chi0cKstar_K.dec           |   52 +
 BaBar_2014/B0B0bar_Chi0cKstar_KS.dec          |   57 +
 BaBar_2014/B0B0bar_Chi1cKL.dec                |   43 +
 BaBar_2014/B0B0bar_Chi1cKL_E1.dec             |   65 +
 BaBar_2014/B0B0bar_Chi1cKS.dec                |   47 +
 BaBar_2014/B0B0bar_Chi1cKS_00.dec             |   48 +
 BaBar_2014/B0B0bar_Chi1cKS_E1.dec             |   70 +
 .../B0B0bar_Chi1cKS_dgog=0.2_qop=1.04_z=0.dec |   59 +
 .../B0B0bar_Chi1cKS_dgog=0.4_qop=1.08_z=0.dec |   59 +
 BaBar_2014/B0B0bar_Chi1cKs2Pi0.dec            |   47 +
 BaBar_2014/B0B0bar_Chi1cKs2Pi0_E1.dec         |   71 +
 BaBar_2014/B0B0bar_Chi1cKs_All.dec            |   39 +
 BaBar_2014/B0B0bar_Chi1cKstar_chgd_sp3.dec    |   94 +
 BaBar_2014/B0B0bar_Chi1cKstar_sp3.dec         |  100 +
 .../B0B0bar_Chic1Kstar_KpPim_RunIpIIPol.dec   |   96 +
 .../B0B0bar_Chic1Kstar_KsPi0_RunIpIIPol.dec   |  100 +
 BaBar_2014/B0B0bar_D0D0_K3piK3pi.dec          |  160 +
 BaBar_2014/B0B0bar_D0D0_K3piKspipi.dec        |  165 +
 BaBar_2014/B0B0bar_D0D0_KpiK3pi.dec           |  154 +
 BaBar_2014/B0B0bar_D0D0_KpiKpi.dec            |  129 +
 BaBar_2014/B0B0bar_D0D0_KpiKpipi0.dec         |  129 +
 BaBar_2014/B0B0bar_D0D0_KpiKspipi.dec         |  140 +
 BaBar_2014/B0B0bar_D0D0_Kpipi0K3pi.dec        |  154 +
 BaBar_2014/B0B0bar_D0D0_Kpipi0Kpipi0.dec      |  129 +
 BaBar_2014/B0B0bar_D0D0_Kpipi0Kspipi.dec      |  140 +
 BaBar_2014/B0B0bar_D0D0_KspipiKspipi.dec      |  141 +
 BaBar_2014/B0B0bar_D0K3pi_D0barKpi_K0S.dec    |  194 +
 .../B0B0bar_D0K3pi_Dstar0barKpi_K0S.dec       |  194 +
 BaBar_2014/B0B0bar_D0KS.dec                   |  131 +
 BaBar_2014/B0B0bar_D0KS_Kpi.dec               |   62 +
 BaBar_2014/B0B0bar_D0Kpi_D0CP.dec             |  181 +
 BaBar_2014/B0B0bar_D0Kpi_D0NonCP.dec          |  144 +
 BaBar_2014/B0B0bar_D0Kpi_D0barKpi_K0S.dec     |  194 +
 BaBar_2014/B0B0bar_D0Kpi_Dstar0barKpi_K0S.dec |  194 +
 BaBar_2014/B0B0bar_D0Kpipi0_D0barKpi_K0S.dec  |  194 +
 .../B0B0bar_D0Kpipi0_Dstar0barKpi_K0S.dec     |  194 +
 BaBar_2014/B0B0bar_D0Ks_D0mKK.dec             |   43 +
 BaBar_2014/B0B0bar_D0Ks_D0mKpi.dec            |   43 +
 BaBar_2014/B0B0bar_D0Ks_D0mpipi.dec           |   43 +
 BaBar_2014/B0B0bar_D0Ks_K3pi.dec              |   55 +
 BaBar_2014/B0B0bar_D0Ks_Kpi.dec               |   55 +
 BaBar_2014/B0B0bar_D0Ks_Kpipi0.dec            |   55 +
 BaBar_2014/B0B0bar_D0Kspi0_K3pi.dec           |   55 +
 BaBar_2014/B0B0bar_D0Kspi0_Kpi.dec            |   55 +
 BaBar_2014/B0B0bar_D0Kspi0_Kpipi0.dec         |   55 +
 BaBar_2014/B0B0bar_D0Kstar0.dec               |  121 +
 BaBar_2014/B0B0bar_D0Kstar0_D0mpipimKK.dec    |   66 +
 BaBar_2014/B0B0bar_D0Kstar0_Kpi.dec           |   67 +
 BaBar_2014/B0B0bar_D0Kstar0_Vub.dec           |  126 +
 BaBar_2014/B0B0bar_D0bK3pi_D0K3pi_K0S.dec     |  195 +
 BaBar_2014/B0B0bar_D0bKpi_D0K3pi_K0S.dec      |  195 +
 BaBar_2014/B0B0bar_D0bKpi_D0Kpi_K0S.dec       |  195 +
 BaBar_2014/B0B0bar_D0bKpi_D0Kpipi0_K0S.dec    |  195 +
 BaBar_2014/B0B0bar_D0bKpipi0_D0K3pi_K0S.dec   |  195 +
 BaBar_2014/B0B0bar_D0bKpipi0_D0Kpipi0_K0S.dec |  195 +
 BaBar_2014/B0B0bar_D0ma0p.dec                 |   71 +
 BaBar_2014/B0B0bar_D0ppbar2pi_Kpi.dec         |   43 +
 BaBar_2014/B0B0bar_D0ppbar_K2pi.dec           |   43 +
 BaBar_2014/B0B0bar_D0ppbar_K3pi.dec           |   42 +
 BaBar_2014/B0B0bar_D0ppbar_Kpi.dec            |   43 +
 BaBar_2014/B0B0bar_D0ppbar_Ks2pi.dec          |   48 +
 BaBar_2014/B0B0bar_D1plnu_Dstr0pi.dec         |   89 +
 BaBar_2014/B0B0bar_D1pluslnu_D0Kpi.dec        |   67 +
 .../B0B0bar_D1pluslnu_Dstr0PDG_D0Kpi.dec      |   99 +
 BaBar_2014/B0B0bar_D1primepluslnu_D0Kpi.dec   |   67 +
 BaBar_2014/B0B0bar_D2Spluslnu_D0Kpi.dec       |   67 +
 BaBar_2014/B0B0bar_D2Sstrpluslnu_D0Kpi.dec    |   67 +
 BaBar_2014/B0B0bar_D2strplnu_Dpi.dec          |   88 +
 BaBar_2014/B0B0bar_D2strplnu_Dstr0pi.dec      |   89 +
 BaBar_2014/B0B0bar_D2strpluslnu_D0Kpi.dec     |   67 +
 .../B0B0bar_D2strpluslnu_Dstr0PDG_D0Kpi.dec   |   99 +
 BaBar_2014/B0B0bar_DD_exclusive.dec           |  206 +
 BaBar_2014/B0B0bar_DK_DmKpipi.dec             |   36 +
 BaBar_2014/B0B0bar_DK_Dmkspi.dec              |   41 +
 BaBar_2014/B0B0bar_DK_Dmpimpi0.dec            |   36 +
 BaBar_2014/B0B0bar_DKstar.dec                 |   70 +
 BaBar_2014/B0B0bar_D_1pa1m_DstarD0pi.dec      |   50 +
 BaBar_2014/B0B0bar_D_1ppim_DstarD0pi.dec      |   50 +
 BaBar_2014/B0B0bar_D_1prhom_DstarD0pi.dec     |   50 +
 .../B0B0bar_D_1prhom_DstarD0pi_D0K3pi.dec     |   59 +
 .../B0B0bar_D_1prhom_DstarD0pi_D0Kpi.dec      |   60 +
 .../B0B0bar_D_1prhom_DstarD0pi_D0Kpipi0.dec   |   59 +
 BaBar_2014/B0B0bar_D_2starpa1m_DstarD0pi.dec  |   50 +
 BaBar_2014/B0B0bar_D_2starppim_DstarD0pi.dec  |   50 +
 BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi.dec |   50 +
 .../B0B0bar_D_2starprhom_DstarD0pi_D0K3pi.dec |   59 +
 .../B0B0bar_D_2starprhom_DstarD0pi_D0Kpi.dec  |   60 +
 ...0B0bar_D_2starprhom_DstarD0pi_D0Kpipi0.dec |   59 +
 .../B0B0bar_D_sstarDch_D_sgDch_Ks0KKpipi.dec  |  147 +
 .../B0B0bar_D_sstarDch_D_sgDch_Ks0KKspi.dec   |  149 +
 ...0B0bar_D_sstarDch_D_sgDch_Kstar0KKpipi.dec |  141 +
 ...B0B0bar_D_sstarDch_D_sgDch_Kstar0KKspi.dec |  153 +
 .../B0B0bar_D_sstarDch_D_sgDch_phipiKpipi.dec |  137 +
 .../B0B0bar_D_sstarDch_D_sgDch_phipiKspi.dec  |  149 +
 ...B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi.dec |  179 +
 ...bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_001.dec |  178 +
 ...bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_010.dec |  178 +
 ...bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_100.dec |  178 +
 ...ar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_phsp.dec |  178 +
 ...bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim001.dec |  178 +
 ...bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim010.dec |  178 +
 ...bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim100.dec |  178 +
 .../B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi.dec |  154 +
 ...0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_001.dec |  153 +
 ...0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_010.dec |  153 +
 ...0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_100.dec |  153 +
 ...bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_phsp.dec |  153 +
 ...0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim001.dec |  153 +
 ...0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim010.dec |  153 +
 ...0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim100.dec |  153 +
 ...B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0.dec |  154 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_001.dec |  153 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_010.dec |  153 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_100.dec |  153 +
 ..._D_sstarDstar_D_sgD0pi_Ks0KKpipi0_phsp.dec |  153 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m001.dec |  153 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m010.dec |  153 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m100.dec |  153 +
 ...B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi.dec |  155 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKspipi_001.dec |  154 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKspipi_010.dec |  154 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKspipi_100.dec |  154 +
 ..._D_sstarDstar_D_sgD0pi_Ks0KKspipi_phsp.dec |  154 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKspipim001.dec |  154 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKspipim010.dec |  154 +
 ...r_D_sstarDstar_D_sgD0pi_Ks0KKspipim100.dec |  154 +
 ...0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi.dec |  173 +
 ..._D_sstarDstar_D_sgD0pi_Kstar0KK3pi_001.dec |  168 +
 ..._D_sstarDstar_D_sgD0pi_Kstar0KK3pi_010.dec |  168 +
 ..._D_sstarDstar_D_sgD0pi_Kstar0KK3pi_100.dec |  168 +
 ...D_sstarDstar_D_sgD0pi_Kstar0KK3pi_phsp.dec |  172 +
 ..._D_sstarDstar_D_sgD0pi_Kstar0KK3pim001.dec |  172 +
 ..._D_sstarDstar_D_sgD0pi_Kstar0KK3pim010.dec |  172 +
 ..._D_sstarDstar_D_sgD0pi_Kstar0KK3pim100.dec |  172 +
 ...B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi.dec |  148 +
 ...r_D_sstarDstar_D_sgD0pi_Kstar0KKpi_001.dec |  143 +
 ...r_D_sstarDstar_D_sgD0pi_Kstar0KKpi_010.dec |  143 +
 ...r_D_sstarDstar_D_sgD0pi_Kstar0KKpi_100.dec |  143 +
 ..._D_sstarDstar_D_sgD0pi_Kstar0KKpi_phsp.dec |  147 +
 ...r_D_sstarDstar_D_sgD0pi_Kstar0KKpim001.dec |  147 +
 ...r_D_sstarDstar_D_sgD0pi_Kstar0KKpim010.dec |  147 +
 ...r_D_sstarDstar_D_sgD0pi_Kstar0KKpim100.dec |  147 +
 ...ar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0.dec |  148 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKpipi0_001.dec |  143 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKpipi0_010.dec |  143 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKpipi0_100.dec |  143 +
 ...sstarDstar_D_sgD0pi_Kstar0KKpipi0_phsp.dec |  147 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKpipi0m001.dec |  147 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKpipi0m010.dec |  147 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKpipi0m100.dec |  147 +
 ...ar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi.dec |  159 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKspipi_001.dec |  154 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKspipi_010.dec |  154 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKspipi_100.dec |  154 +
 ...sstarDstar_D_sgD0pi_Kstar0KKspipi_phsp.dec |  158 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKspipim001.dec |  158 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKspipim010.dec |  158 +
 ..._sstarDstar_D_sgD0pi_Kstar0KKspipim100.dec |  158 +
 ...0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi.dec |  169 +
 ...ar_D_sstarDstar_D_sgD0pi_phipiK3pi_001.dec |  168 +
 ...ar_D_sstarDstar_D_sgD0pi_phipiK3pi_010.dec |  168 +
 ...ar_D_sstarDstar_D_sgD0pi_phipiK3pi_100.dec |  168 +
 ...r_D_sstarDstar_D_sgD0pi_phipiK3pi_phsp.dec |  168 +
 ...ar_D_sstarDstar_D_sgD0pi_phipiK3pim001.dec |  168 +
 ...ar_D_sstarDstar_D_sgD0pi_phipiK3pim010.dec |  168 +
 ...ar_D_sstarDstar_D_sgD0pi_phipiK3pim100.dec |  168 +
 ...B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi.dec |  144 +
 ...bar_D_sstarDstar_D_sgD0pi_phipiKpi_001.dec |  143 +
 ...bar_D_sstarDstar_D_sgD0pi_phipiKpi_010.dec |  143 +
 ...bar_D_sstarDstar_D_sgD0pi_phipiKpi_100.dec |  143 +
 ...ar_D_sstarDstar_D_sgD0pi_phipiKpi_phsp.dec |  143 +
 ...bar_D_sstarDstar_D_sgD0pi_phipiKpim001.dec |  143 +
 ...bar_D_sstarDstar_D_sgD0pi_phipiKpim010.dec |  143 +
 ...bar_D_sstarDstar_D_sgD0pi_phipiKpim100.dec |  143 +
 ...0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0.dec |  144 +
 ..._D_sstarDstar_D_sgD0pi_phipiKpipi0_001.dec |  143 +
 ..._D_sstarDstar_D_sgD0pi_phipiKpipi0_010.dec |  143 +
 ..._D_sstarDstar_D_sgD0pi_phipiKpipi0_100.dec |  143 +
 ...D_sstarDstar_D_sgD0pi_phipiKpipi0_phsp.dec |  143 +
 ..._D_sstarDstar_D_sgD0pi_phipiKpipi0m001.dec |  143 +
 ..._D_sstarDstar_D_sgD0pi_phipiKpipi0m010.dec |  143 +
 ..._D_sstarDstar_D_sgD0pi_phipiKpipi0m100.dec |  143 +
 ...0bar_D_sstarDstar_D_sgD0pi_phipiKspipi.dec |  155 +
 ..._D_sstarDstar_D_sgD0pi_phipiKspipi_001.dec |  154 +
 ..._D_sstarDstar_D_sgD0pi_phipiKspipi_010.dec |  154 +
 ..._D_sstarDstar_D_sgD0pi_phipiKspipi_100.dec |  154 +
 ...D_sstarDstar_D_sgD0pi_phipiKspipi_phsp.dec |  154 +
 ..._D_sstarDstar_D_sgD0pi_phipiKspipim001.dec |  154 +
 ..._D_sstarDstar_D_sgD0pi_phipiKspipim010.dec |  154 +
 ..._D_sstarDstar_D_sgD0pi_phipiKspipim100.dec |  154 +
 ...0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi.dec |  154 +
 ..._D_sstarDstar_D_sgDchpi0_Ks0KKpipi_001.dec |  153 +
 ..._D_sstarDstar_D_sgDchpi0_Ks0KKpipi_010.dec |  153 +
 ..._D_sstarDstar_D_sgDchpi0_Ks0KKpipi_100.dec |  153 +
 ...D_sstarDstar_D_sgDchpi0_Ks0KKpipi_phsp.dec |  153 +
 ..._D_sstarDstar_D_sgDchpi0_Ks0KKpipim001.dec |  153 +
 ..._D_sstarDstar_D_sgDchpi0_Ks0KKpipim010.dec |  153 +
 ..._D_sstarDstar_D_sgDchpi0_Ks0KKpipim100.dec |  153 +
 ...B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi.dec |  156 +
 ...r_D_sstarDstar_D_sgDchpi0_Ks0KKspi_001.dec |  155 +
 ...r_D_sstarDstar_D_sgDchpi0_Ks0KKspi_010.dec |  155 +
 ...r_D_sstarDstar_D_sgDchpi0_Ks0KKspi_100.dec |  155 +
 ..._D_sstarDstar_D_sgDchpi0_Ks0KKspi_phsp.dec |  155 +
 ...r_D_sstarDstar_D_sgDchpi0_Ks0KKspim001.dec |  155 +
 ...r_D_sstarDstar_D_sgDchpi0_Ks0KKspim010.dec |  155 +
 ...r_D_sstarDstar_D_sgDchpi0_Ks0KKspim100.dec |  155 +
 ...r_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi.dec |  148 +
 ...sstarDstar_D_sgDchpi0_Kstar0KKpipi_001.dec |  143 +
 ...sstarDstar_D_sgDchpi0_Kstar0KKpipi_010.dec |  143 +
 ...sstarDstar_D_sgDchpi0_Kstar0KKpipi_100.dec |  143 +
 ...starDstar_D_sgDchpi0_Kstar0KKpipi_phsp.dec |  147 +
 ...sstarDstar_D_sgDchpi0_Kstar0KKpipim001.dec |  147 +
 ...sstarDstar_D_sgDchpi0_Kstar0KKpipim010.dec |  147 +
 ...sstarDstar_D_sgDchpi0_Kstar0KKpipim100.dec |  147 +
 ...ar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi.dec |  160 +
 ..._sstarDstar_D_sgDchpi0_Kstar0KKspi_001.dec |  155 +
 ..._sstarDstar_D_sgDchpi0_Kstar0KKspi_010.dec |  155 +
 ..._sstarDstar_D_sgDchpi0_Kstar0KKspi_100.dec |  155 +
 ...sstarDstar_D_sgDchpi0_Kstar0KKspi_phsp.dec |  159 +
 ..._sstarDstar_D_sgDchpi0_Kstar0KKspim001.dec |  159 +
 ..._sstarDstar_D_sgDchpi0_Kstar0KKspim010.dec |  159 +
 ..._sstarDstar_D_sgDchpi0_Kstar0KKspim100.dec |  159 +
 ...bar_D_sstarDstar_D_sgDchpi0_phipiKpipi.dec |  144 +
 ...D_sstarDstar_D_sgDchpi0_phipiKpipi_001.dec |  143 +
 ...D_sstarDstar_D_sgDchpi0_phipiKpipi_010.dec |  143 +
 ...D_sstarDstar_D_sgDchpi0_phipiKpipi_100.dec |  143 +
 ..._sstarDstar_D_sgDchpi0_phipiKpipi_phsp.dec |  143 +
 ...D_sstarDstar_D_sgDchpi0_phipiKpipim001.dec |  143 +
 ...D_sstarDstar_D_sgDchpi0_phipiKpipim010.dec |  143 +
 ...D_sstarDstar_D_sgDchpi0_phipiKpipim100.dec |  143 +
 ...0bar_D_sstarDstar_D_sgDchpi0_phipiKspi.dec |  156 +
 ..._D_sstarDstar_D_sgDchpi0_phipiKspi_001.dec |  155 +
 ..._D_sstarDstar_D_sgDchpi0_phipiKspi_010.dec |  155 +
 ..._D_sstarDstar_D_sgDchpi0_phipiKspi_100.dec |  155 +
 ...D_sstarDstar_D_sgDchpi0_phipiKspi_phsp.dec |  155 +
 ..._D_sstarDstar_D_sgDchpi0_phipiKspim001.dec |  155 +
 ..._D_sstarDstar_D_sgDchpi0_phipiKspim010.dec |  155 +
 ..._D_sstarDstar_D_sgDchpi0_phipiKspim100.dec |  155 +
 BaBar_2014/B0B0bar_DcKsPi.dec                 |   68 +
 BaBar_2014/B0B0bar_DchD_sch_KpipiK0K.dec      |  140 +
 BaBar_2014/B0B0bar_DchD_sch_KpipiKstar0K.dec  |  134 +
 BaBar_2014/B0B0bar_DchD_sch_Kpipiphipi.dec    |  130 +
 BaBar_2014/B0B0bar_DchD_sch_KspiK0K.dec       |  142 +
 BaBar_2014/B0B0bar_DchD_sch_KspiKstar0K.dec   |  146 +
 BaBar_2014/B0B0bar_DchD_sch_Kspiphipi.dec     |  142 +
 BaBar_2014/B0B0bar_DchDch_KKpiKKpi.dec        |  100 +
 BaBar_2014/B0B0bar_DchDch_KpipiKKpi.dec       |  112 +
 BaBar_2014/B0B0bar_DchDch_KpipiKpipi.dec      |  129 +
 BaBar_2014/B0B0bar_DchDch_KpipiKspi.dec       |  141 +
 BaBar_2014/B0B0bar_DchDch_KpipiKspipi0.dec    |  108 +
 BaBar_2014/B0B0bar_DchDch_KspiKKpi.dec        |  121 +
 BaBar_2014/B0B0bar_DchDch_KspiKspi.dec        |  143 +
 BaBar_2014/B0B0bar_DchDch_KspiKspipi0.dec     |  120 +
 BaBar_2014/B0B0bar_DchDch_Kspipi0KKpi.dec     |  122 +
 BaBar_2014/B0B0bar_DchDch_Kspipi0Kspipi0.dec  |   99 +
 BaBar_2014/B0B0bar_DchK2pi_D0K3pi_K.dec       |  195 +
 BaBar_2014/B0B0bar_DchK2pi_D0Kpi_K.dec        |  195 +
 BaBar_2014/B0B0bar_DchK2pi_D0Kpipi0_K.dec     |  195 +
 BaBar_2014/B0B0bar_DchK2pi_DchK2pi_K0S.dec    |  195 +
 BaBar_2014/B0B0bar_DchK2pi_Dstar0K3pi_K.dec   |  195 +
 BaBar_2014/B0B0bar_DchK2pi_Dstar0Kpi_K.dec    |  195 +
 BaBar_2014/B0B0bar_DchK2pi_Dstar0Kpipi0_K.dec |  195 +
 BaBar_2014/B0B0bar_Denubar_DmKspi.dec         |   44 +
 BaBar_2014/B0B0bar_Dlnu.dec                   |   44 +
 BaBar_2014/B0B0bar_DmKspip_Kpipi.dec          |   55 +
 BaBar_2014/B0B0bar_DmKspip_Kspi.dec           |   55 +
 BaBar_2014/B0B0bar_DmKspip_Kspipi0.dec        |   55 +
 .../B0B0bar_DminusK2pi_D0K3pi_Kplus.dec       |  142 +
 BaBar_2014/B0B0bar_DminusK2pi_D0Kpi_Kplus.dec |  142 +
 .../B0B0bar_DminusK2pi_D0Kpipi0_Kplus.dec     |  142 +
 .../B0B0bar_DminusK2pi_DplusK2pi_K0S.dec      |  149 +
 .../B0B0bar_DminusK2pi_Dstar0K3pi_Kplus.dec   |  175 +
 .../B0B0bar_DminusK2pi_Dstar0Kpi_Kplus.dec    |  175 +
 .../B0B0bar_DminusK2pi_Dstar0Kpipi0_Kplus.dec |  175 +
 .../B0B0bar_DminusKpipi_D0Kpi_Kplus.dec       |   49 +
 BaBar_2014/B0B0bar_Dminusppbarpiplus_K2pi.dec |   39 +
 BaBar_2014/B0B0bar_Dminusppbarpiplus_K3pi.dec |   38 +
 .../B0B0bar_Dminusppbarpiplus_Ks2pi.dec       |   56 +
 BaBar_2014/B0B0bar_Dminusppbarpiplus_Kspi.dec |   55 +
 ...B0B0bar_Dminusppbarpiplus_KspiK2piK3pi.dec |   64 +
 BaBar_2014/B0B0bar_Dmpip_DmKspipi0.dec        |   54 +
 BaBar_2014/B0B0bar_Dmunubar_DmKspi.dec        |   44 +
 BaBar_2014/B0B0bar_DpDm_Kpipi_Kpipi.dec       |   98 +
 BaBar_2014/B0B0bar_Dpi.dec                    |   43 +
 BaBar_2014/B0B0bar_Dpi_CabSupD.dec            |   69 +
 BaBar_2014/B0B0bar_Dpi_DK0pi.dec              |   44 +
 BaBar_2014/B0B0bar_Dpi_DmKpipi.dec            |   36 +
 BaBar_2014/B0B0bar_DplusK.dec                 |   37 +
 BaBar_2014/B0B0bar_DplusKst.dec               |   61 +
 BaBar_2014/B0B0bar_DplusKstar.dec             |   54 +
 BaBar_2014/B0B0bar_DpmKpipimpi_Xclnu.dec      |   98 +
 BaBar_2014/B0B0bar_DpmKpipimpi_Xulnu.dec      |  128 +
 .../B0B0bar_DpmKpipimrhompipi_Xclnu.dec       |   98 +
 .../B0B0bar_DpmKpipimrhompipi_Xulnu.dec       |  128 +
 BaBar_2014/B0B0bar_Dppim.dec                  |   34 +
 BaBar_2014/B0B0bar_Dppim_KsK.dec              |   38 +
 BaBar_2014/B0B0bar_Dppim_Kspi.dec             |   38 +
 BaBar_2014/B0B0bar_Dprhom.dec                 |   33 +
 .../B0B0bar_Dprime1pluslnu_Dstr0PDG_D0Kpi.dec |   99 +
 BaBar_2014/B0B0bar_Dprime_1pa1m_DstarD0pi.dec |   50 +
 BaBar_2014/B0B0bar_Dprime_1ppim_DstarD0pi.dec |   50 +
 .../B0B0bar_Dprime_1prhom_DstarD0pi.dec       |   50 +
 ...B0B0bar_Dprime_1prhom_DstarD0pi_D0K3pi.dec |   60 +
 .../B0B0bar_Dprime_1prhom_DstarD0pi_D0Kpi.dec |   59 +
 ...B0bar_Dprime_1prhom_DstarD0pi_D0Kpipi0.dec |   59 +
 BaBar_2014/B0B0bar_DsDm_phipi_Kpipi.dec       |  110 +
 BaBar_2014/B0B0bar_DsK_DsK0sK.dec             |   53 +
 BaBar_2014/B0B0bar_DsK_Dskstark.dec           |   59 +
 BaBar_2014/B0B0bar_DsK_Dsphipi.dec            |   51 +
 BaBar_2014/B0B0bar_DsKstar_DsK0sK.dec         |   63 +
 BaBar_2014/B0B0bar_DsKstar_Dskstark.dec       |   67 +
 BaBar_2014/B0B0bar_DsKstar_Dsphipi.dec        |   62 +
 BaBar_2014/B0B0bar_DsKstar_K0pi.dec           |   98 +
 BaBar_2014/B0B0bar_DsKstar_recomodes.dec      |  100 +
 BaBar_2014/B0B0bar_Ds_D_KstarK_k2pi.dec       |  139 +
 BaBar_2014/B0B0bar_Ds_D_phipi_k2pi.dec        |  139 +
 BaBar_2014/B0B0bar_Ds_D_recomodes.dec         |  151 +
 BaBar_2014/B0B0bar_Ds_Dstar_KstarK_k3pi.dec   |  137 +
 BaBar_2014/B0B0bar_Ds_Dstar_KstarK_kpi.dec    |  131 +
 BaBar_2014/B0B0bar_Ds_Dstar_KstarK_kpipi0.dec |  131 +
 BaBar_2014/B0B0bar_Ds_Dstar_phipi_k3pi.dec    |  137 +
 BaBar_2014/B0B0bar_Ds_Dstar_phipi_kpi.dec     |  131 +
 BaBar_2014/B0B0bar_Ds_Dstar_phipi_kpipi0.dec  |  131 +
 BaBar_2014/B0B0bar_Ds_Dstar_recomodes.dec     |  151 +
 .../B0B0bar_Ds_a1_rho0_pi_recomodes.dec       |   85 +
 BaBar_2014/B0B0bar_Ds_pi_recomodes.dec        |   74 +
 BaBar_2014/B0B0bar_Ds_rho_recomodes.dec       |   75 +
 BaBar_2014/B0B0bar_DspDsm_DspToPhiPip.dec     |   47 +
 BaBar_2014/B0B0bar_Dsp_a0m.dec                |  101 +
 BaBar_2014/B0B0bar_Dsp_a2m.dec                |  101 +
 BaBar_2014/B0B0bar_Dspi_DsK0sK.dec            |   50 +
 BaBar_2014/B0B0bar_Dspi_DsKstar0K.dec         |   55 +
 BaBar_2014/B0B0bar_Dspi_DsetaPpi.dec          |   51 +
 BaBar_2014/B0B0bar_Dspi_Dsetapi.dec           |   45 +
 BaBar_2014/B0B0bar_Dspi_Dsphipi.dec           |   51 +
 BaBar_2014/B0B0bar_Dsrho_DsetaPpi.dec         |   50 +
 BaBar_2014/B0B0bar_Dsrho_Dsetapi.dec          |   45 +
 .../B0B0bar_Dss0toDspi0_D_KstarK_k2pi.dec     |  277 +
 .../B0B0bar_Dss0toDspi0_D_phipi_k2pi.dec      |  279 +
 .../B0B0bar_Dss0toDspi0_Dstar_KstarK_k3pi.dec |  277 +
 .../B0B0bar_Dss0toDspi0_Dstar_KstarK_kpi.dec  |  277 +
 ...0B0bar_Dss0toDspi0_Dstar_KstarK_kpipi0.dec |  277 +
 .../B0B0bar_Dss0toDspi0_Dstar_phipi_k3pi.dec  |  279 +
 .../B0B0bar_Dss0toDspi0_Dstar_phipi_kpi.dec   |  279 +
 ...B0B0bar_Dss0toDspi0_Dstar_phipi_kpipi0.dec |  279 +
 .../B0B0bar_Dss1toDsgamma_D_KstarK_k2pi.dec   |  277 +
 .../B0B0bar_Dss1toDsgamma_D_phipi_k2pi.dec    |  279 +
 ...0B0bar_Dss1toDsgamma_Dstar_KstarK_k3pi.dec |  277 +
 ...B0B0bar_Dss1toDsgamma_Dstar_KstarK_kpi.dec |  277 +
 ...0bar_Dss1toDsgamma_Dstar_KstarK_kpipi0.dec |  277 +
 ...B0B0bar_Dss1toDsgamma_Dstar_phipi_k3pi.dec |  279 +
 .../B0B0bar_Dss1toDsgamma_Dstar_phipi_kpi.dec |  279 +
 ...B0bar_Dss1toDsgamma_Dstar_phipi_kpipi0.dec |  279 +
 .../B0B0bar_Dss1toDspi0_D_KstarK_k2pi.dec     |  277 +
 .../B0B0bar_Dss1toDspi0_D_phipi_k2pi.dec      |  279 +
 .../B0B0bar_Dss1toDspi0_Dstar_KstarK_k3pi.dec |  277 +
 .../B0B0bar_Dss1toDspi0_Dstar_KstarK_kpi.dec  |  277 +
 ...0B0bar_Dss1toDspi0_Dstar_KstarK_kpipi0.dec |  293 +
 .../B0B0bar_Dss1toDspi0_Dstar_phipi_k3pi.dec  |  279 +
 .../B0B0bar_Dss1toDspi0_Dstar_phipi_kpi.dec   |  279 +
 ...B0B0bar_Dss1toDspi0_Dstar_phipi_kpipi0.dec |  279 +
 .../B0B0bar_Dss1toDsstarpi0_D_KstarK_k2pi.dec |  286 +
 .../B0B0bar_Dss1toDsstarpi0_D_phipi_k2pi.dec  |  288 +
 ...0bar_Dss1toDsstarpi0_Dstar_KstarK_k3pi.dec |  286 +
 ...B0bar_Dss1toDsstarpi0_Dstar_KstarK_kpi.dec |  286 +
 ...ar_Dss1toDsstarpi0_Dstar_KstarK_kpipi0.dec |  286 +
 ...B0bar_Dss1toDsstarpi0_Dstar_phipi_k3pi.dec |  288 +
 ...0B0bar_Dss1toDsstarpi0_Dstar_phipi_kpi.dec |  288 +
 ...bar_Dss1toDsstarpi0_Dstar_phipi_kpipi0.dec |  288 +
 BaBar_2014/B0B0bar_DsstarD_DsgammaD.dec       |  234 +
 .../B0B0bar_DsstarDm_Dsg_phipi_kpipi.dec      |  116 +
 .../B0B0bar_DsstarDstar_DsgD0p_KKpi_Kpi.dec   |  151 +
 ...B0B0bar_DsstarDstar_DsgD0p_KKpipi0_Kpi.dec |  153 +
 ...B0B0bar_DsstarDstar_DsgD0p_Kpi0pi0_Kpi.dec |  151 +
 ...0bar_DsstarDstar_DsgD0p_Kpi0pi0pi0_Kpi.dec |  152 +
 .../B0B0bar_DsstarDstar_DsgD0p_Kpipi_Kpi.dec  |  151 +
 ...0B0bar_DsstarDstar_DsgD0p_Kpipipi0_Kpi.dec |  153 +
 .../B0B0bar_DsstarDstar_DsgD0p_ggpi_Kpi.dec   |  153 +
 ...B0bar_DsstarDstar_DsgD0p_pi0pipipi_Kpi.dec |  153 +
 .../B0B0bar_DsstarDstar_Dspi0D0p_KKpi_Kpi.dec |  153 +
 BaBar_2014/B0B0bar_DsstarDstar_exclusive.dec  |  232 +
 BaBar_2014/B0B0bar_DsstarK_DsK0sK.dec         |   63 +
 BaBar_2014/B0B0bar_DsstarK_DsKstarK.dec       |   57 +
 BaBar_2014/B0B0bar_DsstarK_Dsphipi.dec        |   55 +
 BaBar_2014/B0B0bar_DsstarKstar_DsK0sK.dec     |   71 +
 BaBar_2014/B0B0bar_DsstarKstar_DsKstarK.dec   |   65 +
 BaBar_2014/B0B0bar_DsstarKstar_Dsphipi.dec    |   63 +
 BaBar_2014/B0B0bar_DsstarKstar_K0pi_long.dec  |  106 +
 BaBar_2014/B0B0bar_DsstarKstar_K0pi_tran.dec  |  106 +
 .../B0B0bar_DsstarKstar_recomodes_long.dec    |  108 +
 .../B0B0bar_DsstarKstar_recomodes_tran.dec    |  108 +
 BaBar_2014/B0B0bar_Dsstar_D_KstarK_k2pi.dec   |  139 +
 BaBar_2014/B0B0bar_Dsstar_D_phipi_k2pi.dec    |  139 +
 BaBar_2014/B0B0bar_Dsstar_D_recomodes.dec     |  151 +
 .../B0B0bar_Dsstar_Dstar_KstarK_k2pi.dec      |   70 +
 .../B0B0bar_Dsstar_Dstar_KstarK_k3pi.dec      |  139 +
 .../B0B0bar_Dsstar_Dstar_KstarK_kpi.dec       |  133 +
 .../B0B0bar_Dsstar_Dstar_KstarK_kpipi0.dec    |  133 +
 .../B0B0bar_Dsstar_Dstar_KstarK_ks2pi.dec     |   83 +
 .../B0B0bar_Dsstar_Dstar_KstarK_kspi.dec      |   83 +
 .../B0B0bar_Dsstar_Dstar_phipi_k2pi.dec       |   66 +
 .../B0B0bar_Dsstar_Dstar_phipi_k3pi.dec       |  139 +
 BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_kpi.dec |  133 +
 .../B0B0bar_Dsstar_Dstar_phipi_kpipi0.dec     |  133 +
 .../B0B0bar_Dsstar_Dstar_phipi_ks2pi.dec      |   80 +
 .../B0B0bar_Dsstar_Dstar_phipi_kspi.dec       |   80 +
 BaBar_2014/B0B0bar_Dsstar_Dstar_recomodes.dec |  151 +
 ...B0bar_Dsstar_a1_rho0_pi_recomodes_long.dec |  101 +
 ...B0bar_Dsstar_a1_rho0_pi_recomodes_tran.dec |  101 +
 BaBar_2014/B0B0bar_Dsstar_pi_recomodes.dec    |   88 +
 BaBar_2014/B0B0bar_Dsstar_rho_recomodes.dec   |   83 +
 .../B0B0bar_Dsstar_rho_recomodes_long.dec     |   88 +
 .../B0B0bar_Dsstar_rho_recomodes_tran.dec     |   88 +
 BaBar_2014/B0B0bar_Dsstarp_a0m.dec            |  113 +
 BaBar_2014/B0B0bar_Dsstarp_a2m.dec            |  113 +
 BaBar_2014/B0B0bar_Dsstarpi_DsetaPpi.dec      |   60 +
 BaBar_2014/B0B0bar_Dsstarpi_Dsetapi.dec       |   55 +
 BaBar_2014/B0B0bar_Dsstarpi_Dsgamma_phipi.dec |   64 +
 BaBar_2014/B0B0bar_Dsstarrho_DsetaPpi.dec     |   60 +
 BaBar_2014/B0B0bar_Dsstarrho_Dsetapi.dec      |   55 +
 BaBar_2014/B0B0bar_Dstar0D0_D0_KpiKpi.dec     |   89 +
 .../B0B0bar_Dstar0D0_D0gD0_K3piK3pi.dec       |  166 +
 BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piKpi.dec |  160 +
 .../B0B0bar_Dstar0D0_D0gD0_K3piKpipi0.dec     |  160 +
 .../B0B0bar_Dstar0D0_D0gD0_K3piKspipi.dec     |  171 +
 BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiK3pi.dec |  160 +
 BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiKpi.dec  |  135 +
 .../B0B0bar_Dstar0D0_D0gD0_KpiKpipi0.dec      |  135 +
 .../B0B0bar_Dstar0D0_D0gD0_KpiKspipi.dec      |  146 +
 .../B0B0bar_Dstar0D0_D0gD0_Kpipi0K3pi.dec     |  160 +
 .../B0B0bar_Dstar0D0_D0gD0_Kpipi0Kpi.dec      |  135 +
 .../B0B0bar_Dstar0D0_D0gD0_Kpipi0Kpipi0.dec   |  135 +
 .../B0B0bar_Dstar0D0_D0gD0_Kpipi0Kspipi.dec   |  146 +
 .../B0B0bar_Dstar0D0_D0gD0_KspipiK3pi.dec     |  171 +
 .../B0B0bar_Dstar0D0_D0gD0_KspipiKpi.dec      |  146 +
 .../B0B0bar_Dstar0D0_D0gD0_KspipiKpipi0.dec   |  146 +
 .../B0B0bar_Dstar0D0_D0gD0_KspipiKspipi.dec   |  147 +
 .../B0B0bar_Dstar0D0_D0pi0D0_K3piK3pi.dec     |  166 +
 .../B0B0bar_Dstar0D0_D0pi0D0_K3piKpi.dec      |  160 +
 .../B0B0bar_Dstar0D0_D0pi0D0_K3piKpipi0.dec   |  160 +
 .../B0B0bar_Dstar0D0_D0pi0D0_K3piKspipi.dec   |  171 +
 .../B0B0bar_Dstar0D0_D0pi0D0_KpiK3pi.dec      |  160 +
 .../B0B0bar_Dstar0D0_D0pi0D0_KpiKpi.dec       |  135 +
 .../B0B0bar_Dstar0D0_D0pi0D0_KpiKpipi0.dec    |  135 +
 .../B0B0bar_Dstar0D0_D0pi0D0_KpiKspipi.dec    |  146 +
 .../B0B0bar_Dstar0D0_D0pi0D0_Kpipi0K3pi.dec   |  160 +
 .../B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kpi.dec    |  135 +
 .../B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kpipi0.dec |  135 +
 .../B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kspipi.dec |  146 +
 .../B0B0bar_Dstar0D0_D0pi0D0_KspipiK3pi.dec   |  171 +
 .../B0B0bar_Dstar0D0_D0pi0D0_KspipiKpi.dec    |  146 +
 .../B0B0bar_Dstar0D0_D0pi0D0_KspipiKpipi0.dec |  146 +
 .../B0B0bar_Dstar0D0_D0pi0D0_KspipiKspipi.dec |  147 +
 .../B0B0bar_Dstar0Dstar0_D0gD0g_K3piK3pi.dec  |  174 +
 ...B0B0bar_Dstar0Dstar0_D0gD0g_K3piKspipi.dec |  179 +
 .../B0B0bar_Dstar0Dstar0_D0gD0g_KpiK3pi.dec   |  168 +
 .../B0B0bar_Dstar0Dstar0_D0gD0g_KpiKpi.dec    |  143 +
 .../B0B0bar_Dstar0Dstar0_D0gD0g_KpiKpipi0.dec |  143 +
 .../B0B0bar_Dstar0Dstar0_D0gD0g_KpiKspipi.dec |  154 +
 ...B0B0bar_Dstar0Dstar0_D0gD0g_Kpipi0K3pi.dec |  168 +
 ...B0bar_Dstar0Dstar0_D0gD0g_Kpipi0Kpipi0.dec |  143 +
 ...B0bar_Dstar0Dstar0_D0gD0g_Kpipi0Kspipi.dec |  154 +
 ...B0bar_Dstar0Dstar0_D0gD0g_KspipiKspipi.dec |  155 +
 ...B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piK3pi.dec |  174 +
 .../B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piKpi.dec |  168 +
 ...B0bar_Dstar0Dstar0_D0gD0pi0_K3piKpipi0.dec |  168 +
 ...B0bar_Dstar0Dstar0_D0gD0pi0_K3piKspipi.dec |  179 +
 .../B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiK3pi.dec |  150 +
 .../B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKpi.dec  |  143 +
 ...0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKpipi0.dec |  143 +
 ...0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKspipi.dec |  154 +
 ...B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0K3pi.dec |  150 +
 ...0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kpi.dec |  143 +
 ...bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kpipi0.dec |  143 +
 ...bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kspipi.dec |  154 +
 ...B0bar_Dstar0Dstar0_D0gD0pi0_KspipiK3pi.dec |  161 +
 ...0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiKpi.dec |  154 +
 ...bar_Dstar0Dstar0_D0gD0pi0_KspipiKpipi0.dec |  154 +
 ...bar_Dstar0Dstar0_D0gD0pi0_KspipiKspipi.dec |  155 +
 .../B0B0bar_Dstar0Dstar0_D0pD0p_KpiKpi.dec    |   88 +
 ...B0bar_Dstar0Dstar0_D0pi0D0pi0_K3piK3pi.dec |  174 +
 ...bar_Dstar0Dstar0_D0pi0D0pi0_K3piKspipi.dec |  179 +
 ...0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiK3pi.dec |  150 +
 ...B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKpi.dec |  143 +
 ...0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKpipi0.dec |  143 +
 ...0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKspipi.dec |  154 +
 ...bar_Dstar0Dstar0_D0pi0D0pi0_Kpipi0K3pi.dec |  150 +
 ...r_Dstar0Dstar0_D0pi0D0pi0_Kpipi0Kpipi0.dec |  143 +
 ...r_Dstar0Dstar0_D0pi0D0pi0_Kpipi0Kspipi.dec |  154 +
 ...r_Dstar0Dstar0_D0pi0D0pi0_KspipiKspipi.dec |  155 +
 .../B0B0bar_Dstar0Gamma_D0Gamma_KPi.dec       |   54 +
 .../B0B0bar_Dstar0Gamma_D0Gamma_KPiPi.dec     |   54 +
 .../B0B0bar_Dstar0Gamma_D0Gamma_KPiPiPi.dec   |   54 +
 BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPi.dec   |   54 +
 BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPiPi.dec |   54 +
 .../B0B0bar_Dstar0Gamma_D0Pi_KPiPiPi.dec      |   54 +
 BaBar_2014/B0B0bar_Dstar0K3pi_D0bK3pi_K0S.dec |  195 +
 BaBar_2014/B0B0bar_Dstar0K3pi_D0bKpi_K0S.dec  |  195 +
 .../B0B0bar_Dstar0K3pi_D0bKpipi0_K0S.dec      |  195 +
 .../B0B0bar_Dstar0K3pi_Dstar0barKpi_K0S.dec   |  194 +
 BaBar_2014/B0B0bar_Dstar0KS.dec               |  144 +
 BaBar_2014/B0B0bar_Dstar0KS_Kpi.dec           |   75 +
 BaBar_2014/B0B0bar_Dstar0Kpi_D0CP.dec         |  199 +
 BaBar_2014/B0B0bar_Dstar0Kpi_D0NonCP.dec      |  162 +
 BaBar_2014/B0B0bar_Dstar0Kpi_D0bK3pi_K0S.dec  |  195 +
 BaBar_2014/B0B0bar_Dstar0Kpi_D0bKpi_K0S.dec   |  195 +
 .../B0B0bar_Dstar0Kpi_D0bKpipi0_K0S.dec       |  195 +
 .../B0B0bar_Dstar0Kpi_Dstar0barKpi_K0S.dec    |  194 +
 .../B0B0bar_Dstar0Kpipi0_D0bK3pi_K0S.dec      |  195 +
 .../B0B0bar_Dstar0Kpipi0_D0bKpi_K0S.dec       |  195 +
 .../B0B0bar_Dstar0Kpipi0_D0bKpipi0_K0S.dec    |  195 +
 .../B0B0bar_Dstar0Kpipi0_Dstar0barKpi_K0S.dec |  194 +
 BaBar_2014/B0B0bar_Dstar0Kstar0.dec           |  134 +
 .../B0B0bar_Dstar0Kstar0_D0mpipimKK.dec       |   81 +
 BaBar_2014/B0B0bar_Dstar0Kstar0_Kpi.dec       |   80 +
 BaBar_2014/B0B0bar_Dstar0Kstar0_Vub.dec       |  140 +
 BaBar_2014/B0B0bar_Dstar0Pi0.dec              |   61 +
 .../B0B0bar_Dstar0bK3pi_Dstar0K3pi_K0S.dec    |  203 +
 .../B0B0bar_Dstar0bKpi_Dstar0K3pi_K0S.dec     |  203 +
 .../B0B0bar_Dstar0bKpi_Dstar0Kpi_K0S.dec      |  203 +
 .../B0B0bar_Dstar0bKpi_Dstar0Kpipi0_K0S.dec   |  203 +
 .../B0B0bar_Dstar0bKpipi0_Dstar0K3pi_K0S.dec  |  203 +
 ...B0B0bar_Dstar0bKpipi0_Dstar0Kpipi0_K0S.dec |  203 +
 BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_K2pi.dec |   48 +
 BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_K3pi.dec |   48 +
 BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_Kpi.dec  |   48 +
 .../B0B0bar_Dstar0ppbar_D0pi0_Ks2pi.dec       |   64 +
 BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKKpi.dec  |  138 +
 BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKpipi.dec |  161 +
 BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKspi.dec  |  173 +
 BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKKpi.dec   |  125 +
 BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKpipi.dec  |  136 +
 BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKspi.dec   |  148 +
 .../B0B0bar_DstarD_D0Dch_Kpipi0KKpi.dec       |  125 +
 .../B0B0bar_DstarD_D0Dch_Kpipi0Kpipi.dec      |  136 +
 .../B0B0bar_DstarD_D0Dch_Kpipi0Kspi.dec       |  148 +
 BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKKpi.dec |  191 +
 .../B0B0bar_DstarD_D0Dch_Ks3piKpipi.dec       |  185 +
 BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKspi.dec |  185 +
 .../B0B0bar_DstarD_D0Dch_KspipiKKpi.dec       |  128 +
 .../B0B0bar_DstarD_D0Dch_KspipiKpipi.dec      |  147 +
 .../B0B0bar_DstarD_D0Dch_KspipiKspi.dec       |  149 +
 ...B0bar_DstarD_sch_D0piD_sch_K3piKstar0K.dec |  166 +
 ...B0B0bar_DstarD_sch_D0piD_sch_K3piphipi.dec |  162 +
 ...0B0bar_DstarD_sch_D0piD_sch_KpiKstar0K.dec |  141 +
 .../B0B0bar_DstarD_sch_D0piD_sch_Kpiphipi.dec |  137 +
 ...bar_DstarD_sch_D0piD_sch_Kpipi0Kstar0K.dec |  141 +
 ...B0bar_DstarD_sch_D0piD_sch_Kpipi0phipi.dec |  137 +
 ...bar_DstarD_sch_D0piD_sch_KspipiKstar0K.dec |  152 +
 ...B0bar_DstarD_sch_D0piD_sch_Kspipiphipi.dec |  148 +
 .../B0B0bar_DstarD_sch_D0piK0K_K3piKs0K.dec   |  172 +
 .../B0B0bar_DstarD_sch_D0piK0K_KpiKs0K.dec    |  147 +
 .../B0B0bar_DstarD_sch_D0piK0K_Kpipi0Ks0K.dec |  147 +
 .../B0B0bar_DstarD_sch_D0piK0K_KspipiKs0K.dec |  148 +
 ...ar_DstarD_sch_Dchpi0D_sch_KpipiKstar0K.dec |  141 +
 ...0bar_DstarD_sch_Dchpi0D_sch_Kpipiphipi.dec |  137 +
 ...bar_DstarD_sch_Dchpi0D_sch_KspiKstar0K.dec |  153 +
 ...B0bar_DstarD_sch_Dchpi0D_sch_Kspiphipi.dec |  149 +
 ...B0B0bar_DstarD_sch_Dchpi0K0K_KpipiKs0K.dec |  147 +
 .../B0B0bar_DstarD_sch_Dchpi0K0K_KspiKs0K.dec |  149 +
 BaBar_2014/B0B0bar_DstarDbarK.dec             |   50 +
 .../B0B0bar_DstarDch_D0piDch_K3piKpipi.dec    |  161 +
 .../B0B0bar_DstarDch_D0piDch_K3piKspi.dec     |  173 +
 .../B0B0bar_DstarDch_D0piDch_KpiKpipi.dec     |  136 +
 .../B0B0bar_DstarDch_D0piDch_KpiKspi.dec      |  148 +
 .../B0B0bar_DstarDch_D0piDch_Kpipi0Kpipi.dec  |  136 +
 .../B0B0bar_DstarDch_D0piDch_Kpipi0Kspi.dec   |  148 +
 .../B0B0bar_DstarDch_D0piDch_KspipiKpipi.dec  |  147 +
 .../B0B0bar_DstarDch_D0piDch_KspipiKspi.dec   |  149 +
 .../B0B0bar_DstarDch_Dchpi0Dch_KpipiKpipi.dec |  136 +
 .../B0B0bar_DstarDch_Dchpi0Dch_KpipiKspi.dec  |  148 +
 .../B0B0bar_DstarDch_Dchpi0Dch_KspiKpipi.dec  |  148 +
 .../B0B0bar_DstarDch_Dchpi0Dch_KspiKspi.dec   |  150 +
 BaBar_2014/B0B0bar_DstarDs_D0_kpi_phipi.dec   |  114 +
 BaBar_2014/B0B0bar_DstarDs_DstoX.dec          |  203 +
 .../B0B0bar_DstarDstar_D0D0_K3piK3pi.dec      |  174 +
 .../B0B0bar_DstarDstar_D0D0_K3piKs3pi.dec     |  223 +
 .../B0B0bar_DstarDstar_D0D0_KpiK3pi.dec       |  168 +
 BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi.dec |  143 +
 .../B0B0bar_DstarDstar_D0D0_KpiKpi_001.dec    |   92 +
 .../B0B0bar_DstarDstar_D0D0_KpiKpi_010.dec    |   92 +
 .../B0B0bar_DstarDstar_D0D0_KpiKpi_100.dec    |   92 +
 .../B0B0bar_DstarDstar_D0D0_KpiKpi_111.dec    |   92 +
 ...B0B0bar_DstarDstar_D0D0_KpiKpi_1sqrt21.dec |   92 +
 .../B0B0bar_DstarDstar_D0D0_KpiKpipi0.dec     |  143 +
 .../B0B0bar_DstarDstar_D0D0_KpiKs3pi.dec      |  217 +
 .../B0B0bar_DstarDstar_D0D0_KpiKspipi.dec     |  154 +
 .../B0B0bar_DstarDstar_D0D0_Kpipi0K3pi.dec    |  168 +
 .../B0B0bar_DstarDstar_D0D0_Kpipi0Kpipi0.dec  |  143 +
 .../B0B0bar_DstarDstar_D0D0_Kpipi0Ks3pi.dec   |  217 +
 .../B0B0bar_DstarDstar_D0D0_Kpipi0Kspipi.dec  |  154 +
 .../B0B0bar_DstarDstar_D0D0_Ks3piKs3pi.dec    |  224 +
 .../B0B0bar_DstarDstar_D0D0_KspipiK3pi.dec    |  179 +
 .../B0B0bar_DstarDstar_D0D0_KspipiKs3pi.dec   |  217 +
 .../B0B0bar_DstarDstar_D0D0_KspipiKspipi.dec  |  155 +
 .../B0B0bar_DstarDstar_D0D0_exclusive.dec     |  208 +
 .../B0B0bar_DstarDstar_D0Dch_K3piKKpi.dec     |  151 +
 .../B0B0bar_DstarDstar_D0Dch_K3piKKpipi0.dec  |  220 +
 .../B0B0bar_DstarDstar_D0Dch_K3piKpipi.dec    |  168 +
 .../B0B0bar_DstarDstar_D0Dch_K3piKs3pi.dec    |  222 +
 .../B0B0bar_DstarDstar_D0Dch_K3piKspi.dec     |  180 +
 .../B0B0bar_DstarDstar_D0Dch_K3piKspipi0.dec  |  217 +
 .../B0B0bar_DstarDstar_D0Dch_KpiKKpi.dec      |  122 +
 .../B0B0bar_DstarDstar_D0Dch_KpiKKpipi0.dec   |  214 +
 .../B0B0bar_DstarDstar_D0Dch_KpiKpipi.dec     |  143 +
 .../B0B0bar_DstarDstar_D0Dch_KpiKpipi_001.dec |  114 +
 .../B0B0bar_DstarDstar_D0Dch_KpiKpipi_010.dec |  114 +
 .../B0B0bar_DstarDstar_D0Dch_KpiKpipi_100.dec |  114 +
 .../B0B0bar_DstarDstar_D0Dch_KpiKpipi_111.dec |  114 +
 ...0bar_DstarDstar_D0Dch_KpiKpipi_1sqrt21.dec |  114 +
 .../B0B0bar_DstarDstar_D0Dch_KpiKs3pi.dec     |  216 +
 .../B0B0bar_DstarDstar_D0Dch_KpiKspi.dec      |  155 +
 .../B0B0bar_DstarDstar_D0Dch_KpiKspipi0.dec   |  212 +
 .../B0B0bar_DstarDstar_D0Dch_Kpipi0KKpi.dec   |  126 +
 ...B0B0bar_DstarDstar_D0Dch_Kpipi0KKpipi0.dec |  214 +
 .../B0B0bar_DstarDstar_D0Dch_Kpipi0Kpipi.dec  |  143 +
 .../B0B0bar_DstarDstar_D0Dch_Kpipi0Ks3pi.dec  |  216 +
 .../B0B0bar_DstarDstar_D0Dch_Kpipi0Kspi.dec   |  155 +
 ...B0B0bar_DstarDstar_D0Dch_Kpipi0Kspipi0.dec |  211 +
 .../B0B0bar_DstarDstar_D0Dch_Ks3piKKpi.dec    |  221 +
 .../B0B0bar_DstarDstar_D0Dch_Ks3piKKpipi0.dec |  221 +
 .../B0B0bar_DstarDstar_D0Dch_Ks3piKpipi.dec   |  218 +
 .../B0B0bar_DstarDstar_D0Dch_Ks3piKs3pi.dec   |  223 +
 .../B0B0bar_DstarDstar_D0Dch_Ks3piKspi.dec    |  218 +
 .../B0B0bar_DstarDstar_D0Dch_Ks3piKspipi0.dec |  218 +
 .../B0B0bar_DstarDstar_D0Dch_KspipiKKpi.dec   |  135 +
 ...B0B0bar_DstarDstar_D0Dch_KspipiKKpipi0.dec |  214 +
 .../B0B0bar_DstarDstar_D0Dch_KspipiKpipi.dec  |  154 +
 .../B0B0bar_DstarDstar_D0Dch_KspipiKs3pi.dec  |  216 +
 .../B0B0bar_DstarDstar_D0Dch_KspipiKspi.dec   |  156 +
 ...B0B0bar_DstarDstar_D0Dch_KspipiKspipi0.dec |  212 +
 .../B0B0bar_DstarDstar_D0Dch_exclusive.dec    |  206 +
 .../B0B0bar_DstarDstar_D0piD0pi_K3piK3pi.dec  |  174 +
 ...B0B0bar_DstarDstar_D0piD0pi_K3piKspipi.dec |  179 +
 .../B0B0bar_DstarDstar_D0piD0pi_KpiK3pi.dec   |  168 +
 .../B0B0bar_DstarDstar_D0piD0pi_KpiKpi.dec    |  143 +
 .../B0B0bar_DstarDstar_D0piD0pi_KpiKpipi0.dec |  143 +
 .../B0B0bar_DstarDstar_D0piD0pi_KpiKspipi.dec |  154 +
 ...B0B0bar_DstarDstar_D0piD0pi_Kpipi0K3pi.dec |  168 +
 ...B0bar_DstarDstar_D0piD0pi_Kpipi0Kpipi0.dec |  143 +
 ...B0bar_DstarDstar_D0piD0pi_Kpipi0Kspipi.dec |  154 +
 ...B0bar_DstarDstar_D0piD0pi_KspipiKspipi.dec |  155 +
 ...0B0bar_DstarDstar_D0piDchpi0_K3piKpipi.dec |  168 +
 ...B0B0bar_DstarDstar_D0piDchpi0_K3piKspi.dec |  180 +
 ...B0B0bar_DstarDstar_D0piDchpi0_KpiKpipi.dec |  143 +
 .../B0B0bar_DstarDstar_D0piDchpi0_KpiKspi.dec |  155 +
 ...0bar_DstarDstar_D0piDchpi0_Kpipi0Kpipi.dec |  143 +
 ...B0bar_DstarDstar_D0piDchpi0_Kpipi0Kspi.dec |  155 +
 ...0bar_DstarDstar_D0piDchpi0_KspipiKpipi.dec |  154 +
 ...B0bar_DstarDstar_D0piDchpi0_KspipiKspi.dec |  156 +
 ...bar_DstarDstar_Dchpi0Dchpi0_KpipiKpipi.dec |  143 +
 ...0bar_DstarDstar_Dchpi0Dchpi0_KpipiKspi.dec |  155 +
 ...B0bar_DstarDstar_Dchpi0Dchpi0_KspiKspi.dec |  157 +
 BaBar_2014/B0B0bar_DstarDstar_long_DpmPi0.dec |   61 +
 .../B0B0bar_DstarDstar_trans_DpmPi0.dec       |   61 +
 BaBar_2014/B0B0bar_DstarK2pi_D0K3pi_K.dec     |  203 +
 BaBar_2014/B0B0bar_DstarK2pi_D0Kpi_K.dec      |  203 +
 BaBar_2014/B0B0bar_DstarK2pi_D0Kpipi0_K.dec   |  203 +
 BaBar_2014/B0B0bar_DstarK2pi_DchK2pi_K0S.dec  |  203 +
 BaBar_2014/B0B0bar_DstarK2pi_Dstar0K3pi_K.dec |  203 +
 BaBar_2014/B0B0bar_DstarK2pi_Dstar0Kpi_K.dec  |  203 +
 .../B0B0bar_DstarK2pi_Dstar0Kpipi0_K.dec      |  203 +
 BaBar_2014/B0B0bar_DstarK3pi_D0K3pi_K.dec     |  195 +
 BaBar_2014/B0B0bar_DstarK3pi_D0Kpi_K.dec      |  195 +
 BaBar_2014/B0B0bar_DstarK3pi_D0Kpipi0_K.dec   |  195 +
 BaBar_2014/B0B0bar_DstarK3pi_DchK2pi_K0S.dec  |  195 +
 BaBar_2014/B0B0bar_DstarK3pi_Dstar0K3pi_K.dec |  203 +
 BaBar_2014/B0B0bar_DstarK3pi_Dstar0Kpi_K.dec  |  203 +
 .../B0B0bar_DstarK3pi_Dstar0Kpipi0_K.dec      |  203 +
 .../B0B0bar_DstarK_DstarmD0pi_D0mK3pi.dec     |   45 +
 .../B0B0bar_DstarK_DstarmD0pi_D0mKK.dec       |   45 +
 .../B0B0bar_DstarK_DstarmD0pi_D0mKpi.dec      |   45 +
 .../B0B0bar_DstarK_DstarmD0pi_D0mKpipi0.dec   |   44 +
 .../B0B0bar_DstarK_DstarmD0pi_D0mpipi.dec     |   45 +
 BaBar_2014/B0B0bar_DstarKpi_D0K3pi_K.dec      |  195 +
 BaBar_2014/B0B0bar_DstarKpi_D0Kpi_K.dec       |  195 +
 BaBar_2014/B0B0bar_DstarKpi_D0Kpipi0_K.dec    |  195 +
 BaBar_2014/B0B0bar_DstarKpi_DchK2pi_K0S.dec   |  195 +
 BaBar_2014/B0B0bar_DstarKpi_Dstar0K3pi_K.dec  |  203 +
 BaBar_2014/B0B0bar_DstarKpi_Dstar0Kpi_K.dec   |  203 +
 .../B0B0bar_DstarKpi_Dstar0Kpipi0_K.dec       |  203 +
 BaBar_2014/B0B0bar_DstarKpipi0_D0K3pi_K.dec   |  195 +
 BaBar_2014/B0B0bar_DstarKpipi0_D0Kpi_K.dec    |  195 +
 BaBar_2014/B0B0bar_DstarKpipi0_D0Kpipi0_K.dec |  195 +
 .../B0B0bar_DstarKpipi0_DchK2pi_K0S.dec       |  195 +
 .../B0B0bar_DstarKpipi0_Dstar0K3pi_K.dec      |  203 +
 .../B0B0bar_DstarKpipi0_Dstar0Kpi_K.dec       |  203 +
 .../B0B0bar_DstarKpipi0_Dstar0Kpipi0_K.dec    |  203 +
 BaBar_2014/B0B0bar_DstarKsPi.dec              |  168 +
 BaBar_2014/B0B0bar_DstarKstar.dec             |   70 +
 BaBar_2014/B0B0bar_DstarKstar_DrhoHELAMP.dec  |  150 +
 BaBar_2014/B0B0bar_DstarRho_sin2bg.dec        |  135 +
 BaBar_2014/B0B0bar_DstarX_DstarD0pi_D0Kpi.dec |   57 +
 .../B0B0bar_DstarX_DstarD0pi_D0Kpimix.dec     |  126 +
 BaBar_2014/B0B0bar_Dstar_3pi.dec              |   35 +
 BaBar_2014/B0B0bar_Dstar_3pi_pi0.dec          |  134 +
 .../B0B0bar_Dstar_Dsstar_recomodes_X.dec      |  128 +
 .../B0B0bar_Dstar_Dsstar_recomodes_phipi.dec  |  140 +
 .../B0B0bar_Dstar_Dstar_recomodes_X.dec       |  121 +
 ...Dstar_Dstar_recomodes_Xms2b00mVV100A_0.dec |  119 +
 ...star_Dstar_recomodes_Xms2b00mVV100Long.dec |  119 +
 ...tar_Dstar_recomodes_Xms2b00mVV100Trans.dec |  119 +
 ...ar_Dstar_Dstar_recomodes_Xms2b00mVVnom.dec |  124 +
 ...ar_Dstar_Dstar_recomodes_Xms2b03mVVnom.dec |  124 +
 ...ar_Dstar_Dstar_recomodes_Xms2b07mVVnom.dec |  121 +
 ...r_Dstar_recomodes_Xms2bNommVV100CPeven.dec |  121 +
 ...ar_Dstar_recomodes_Xms2bNommVV100CPodd.dec |  121 +
 ..._Dstar_Dstar_recomodes_Xms2bNommVVFlat.dec |  121 +
 ...r_Dstar_Dstar_recomodes_Xms2bNommVVnom.dec |  121 +
 ...r_Dstar_Dstar_recomodes_Xms2bm04mVVnom.dec |  124 +
 ...r_Dstar_Dstar_recomodes_Xms2bm07mVVnom.dec |  124 +
 BaBar_2014/B0B0bar_Dstar_omega_pi.dec         |  139 +
 .../B0B0bar_Dstar_omega_pi_D0ToChrgK.dec      |  122 +
 ...0B0bar_Dstarenubar_DstarmD0pi_D0mKspi0.dec |   55 +
 .../B0B0bar_Dstarenubar_DstarmDpi0_DmKspi.dec |   55 +
 BaBar_2014/B0B0bar_DstarmKsPip_D0Kpi.dec      |   60 +
 BaBar_2014/B0B0bar_DstarmKspip_K3pi.dec       |   67 +
 BaBar_2014/B0B0bar_DstarmKspip_Kpi.dec        |   66 +
 BaBar_2014/B0B0bar_Dstarma0p.dec              |  143 +
 .../B0B0bar_DstarminusK3pi_D0K3pi_Kplus.dec   |  197 +
 .../B0B0bar_DstarminusK3pi_D0Kpi_Kplus.dec    |  198 +
 .../B0B0bar_DstarminusK3pi_D0Kpipi0_Kplus.dec |  197 +
 .../B0B0bar_DstarminusK3pi_DplusK2pi_K0S.dec  |  196 +
 .../B0B0bar_DstarminusK3pi_Ds1Dstar0K_Kpi.dec |  219 +
 ...bar_DstarminusK3pi_Ds1_2536Dstar0K_Kpi.dec |  219 +
 .../B0B0bar_DstarminusK3pi_DssDstar0K_Kpi.dec |  219 +
 ...B0B0bar_DstarminusK3pi_Dstar0Kpi_Kplus.dec |  196 +
 ...B0bar_DstarminusK3pi_DstarplusK2pi_K0S.dec |  203 +
 ...B0bar_DstarminusK3pi_DstarplusK3pi_K0S.dec |  195 +
 ...0B0bar_DstarminusK3pi_DstarplusKpi_K0S.dec |  195 +
 ...bar_DstarminusK3pi_DstarplusKpipi0_K0S.dec |  195 +
 .../B0B0bar_DstarminusKpi_D0K3pi_Kplus.dec    |  197 +
 .../B0B0bar_DstarminusKpi_D0Kpi_Kplus.dec     |  197 +
 .../B0B0bar_DstarminusKpi_D0Kpipi0_Kplus.dec  |  197 +
 .../B0B0bar_DstarminusKpi_DplusK2pi_K0S.dec   |  196 +
 .../B0B0bar_DstarminusKpi_Ds1Dstar0K_K3pi.dec |  219 +
 .../B0B0bar_DstarminusKpi_Ds1Dstar0K_Kpi.dec  |  219 +
 ...0B0bar_DstarminusKpi_Ds1Dstar0K_Kpipi0.dec |  219 +
 ...bar_DstarminusKpi_Ds1_2536Dstar0K_K3pi.dec |  219 +
 ...0bar_DstarminusKpi_Ds1_2536Dstar0K_Kpi.dec |  219 +
 ...r_DstarminusKpi_Ds1_2536Dstar0K_Kpipi0.dec |  219 +
 .../B0B0bar_DstarminusKpi_DssDstar0K_K3pi.dec |  219 +
 .../B0B0bar_DstarminusKpi_DssDstar0K_Kpi.dec  |  219 +
 ...0B0bar_DstarminusKpi_DssDstar0K_Kpipi0.dec |  219 +
 .../B0B0bar_DstarminusKpi_Dstar0Kpi_Kplus.dec |  195 +
 ...0B0bar_DstarminusKpi_DstarplusK2pi_K0S.dec |  203 +
 ...B0B0bar_DstarminusKpi_DstarplusKpi_K0S.dec |  195 +
 .../B0B0bar_DstarminusKpipi0_D0K3pi_Kplus.dec |  197 +
 .../B0B0bar_DstarminusKpipi0_D0Kpi_Kplus.dec  |  198 +
 ...0B0bar_DstarminusKpipi0_D0Kpipi0_Kplus.dec |  197 +
 ...B0B0bar_DstarminusKpipi0_DplusK2pi_K0S.dec |  196 +
 ...0B0bar_DstarminusKpipi0_Ds1Dstar0K_Kpi.dec |  219 +
 ...r_DstarminusKpipi0_Ds1_2536Dstar0K_Kpi.dec |  219 +
 ...0B0bar_DstarminusKpipi0_DssDstar0K_Kpi.dec |  219 +
 ...B0bar_DstarminusKpipi0_Dstar0Kpi_Kplus.dec |  196 +
 ...bar_DstarminusKpipi0_DstarplusK2pi_K0S.dec |  203 +
 ...0bar_DstarminusKpipi0_DstarplusKpi_K0S.dec |  196 +
 ...r_DstarminusKpipi0_DstarplusKpipi0_K0S.dec |  195 +
 ...starminusppbarpiplus_D0barpiminus_K2pi.dec |   49 +
 ...starminusppbarpiplus_D0barpiminus_K3pi.dec |   49 +
 ...Dstarminusppbarpiplus_D0barpiminus_Kpi.dec |   49 +
 ...usppbarpiplus_D0barpiminus_KpiK2piK3pi.dec |   57 +
 ...tarminusppbarpiplus_D0barpiminus_Ks2pi.dec |   64 +
 BaBar_2014/B0B0bar_Dstarmlpnu_cpv.dec         |   52 +
 BaBar_2014/B0B0bar_DstarmpimD0pimmK4pi.dec    |   43 +
 ...0B0bar_Dstarmunubar_DstarmD0pi_DmKspi0.dec |   55 +
 ...B0B0bar_Dstarmunubar_DstarmDpi0_DmKspi.dec |   55 +
 .../B0B0bar_DstarpDm_DstarD0pi_DK2pi.dec      |   67 +
 .../B0B0bar_DstarpDsm_DstarD0pi_D0Kpi.dec     |   54 +
 .../B0B0bar_DstarpDsm_DstarD0pi_DsKpimix.dec  |  105 +
 .../B0B0bar_DstarpDsstarm_DstarD0pi_D0Kpi.dec |   54 +
 .../B0B0bar_DstarpDsstarm_DstarD0pi_DK2pi.dec |   60 +
 ...B0bar_DstarpDsstarm_DstarD0pi_DsKpimix.dec |  113 +
 ..._DstarpDsstarm_DstarD0pi_DsKpimix_long.dec |  113 +
 ...starpDsstarm_DstarD0pi_DsKpimix_transv.dec |  113 +
 ...DstarpDsstarm_DstarD0pi_DsToPhiPi_long.dec |   77 +
 ...tarpDsstarm_DstarD0pi_DsToPhiPi_transv.dec |   77 +
 .../B0B0bar_DstarpDsstarm_d0kpi_Xmunu_lg.dec  |   53 +
 .../B0B0bar_DstarpDsstarm_d0kpi_Xmunu_tr.dec  |   53 +
 .../B0B0bar_DstarpDsstarm_d0kpi_munu_lg.dec   |   49 +
 .../B0B0bar_DstarpDsstarm_d0kpi_munu_tr.dec   |   49 +
 .../B0B0bar_DstarpDsstarm_d0kpi_phipi_lg.dec  |   55 +
 .../B0B0bar_DstarpDsstarm_d0kpi_phipi_tr.dec  |   55 +
 .../B0B0bar_DstarpDsstarm_d0kpi_taunu_lg.dec  |   47 +
 .../B0B0bar_DstarpDsstarm_d0kpi_taunu_tr.dec  |   47 +
 BaBar_2014/B0B0bar_Dstarpa1m_DstarD0pi.dec    |   41 +
 ...B0bar_Dstarpa1m_DstarD0pimfixedmcharge.dec |   41 +
 .../B0B0bar_Dstarpi_DstarmD0pi_D0mK3pi.dec    |   45 +
 .../B0B0bar_Dstarpi_DstarmD0pi_D0mKK.dec      |   45 +
 .../B0B0bar_Dstarpi_DstarmD0pi_D0mKpi.dec     |   45 +
 .../B0B0bar_Dstarpi_DstarmD0pi_D0mKpipi0.dec  |   44 +
 .../B0B0bar_Dstarpi_DstarmD0pi_D0mpipi.dec    |   45 +
 BaBar_2014/B0B0bar_Dstarpilnu_KPi.dec         |   55 +
 BaBar_2014/B0B0bar_Dstarpipi0_nonres.dec      |   38 +
 BaBar_2014/B0B0bar_Dstarpkm_DstarD0pi.dec     |   43 +
 BaBar_2014/B0B0bar_Dstarpkstarm_DstarD0pi.dec |   59 +
 .../B0B0bar_DstarpmD0mmKpimmpimpi_Xclnu.dec   |  108 +
 .../B0B0bar_DstarpmD0mmKpimmpimpi_Xulnu.dec   |  139 +
 BaBar_2014/B0B0bar_DstarppimD0pipmK4pi.dec    |   50 +
 BaBar_2014/B0B0bar_Dstarppim_DstarD0pi.dec    |   43 +
 .../B0B0bar_Dstarppim_DstarD0pi_DmKspi0.dec   |   53 +
 .../B0B0bar_Dstarppim_DstarD0pi_cpv.dec       |   23 +
 .../B0B0bar_Dstarppim_DstarD0pi_cpvB.dec      |   23 +
 BaBar_2014/B0B0bar_Dstarppim_DstarDpi0.dec    |   43 +
 .../B0B0bar_Dstarppim_DstarDpi0_DmKspi.dec    |   53 +
 .../B0B0bar_Dstarppim_DstarDpi0_cpv.dec       |   23 +
 BaBar_2014/B0B0bar_Dstarprhom_DstarD0pi.dec   |   43 +
 .../B0B0bar_Dstarprhom_DstarD0pi_DmKspi0.dec  |   53 +
 ...0B0bar_Dstarprhom_DstarD0pimSVV_HELAMP.dec |   45 +
 ...ar_Dstarprhom_DstarD0pimSVV_HELAMPmfix.dec |   47 +
 ...ar_Dstarprhom_DstarD0pimSVV_NONCPEIGEN.dec |   43 +
 BaBar_2014/B0B0bar_Dstarprhom_DstarDpi0.dec   |   43 +
 .../B0B0bar_Dstarprhom_DstarDpi0_DmKspi.dec   |   53 +
 ...0B0bar_Dstarprhom_DstarDpi0mSVV_HELAMP.dec |   43 +
 BaBar_2014/B0B0bar_Dstarstarlnu.dec           |  153 +
 BaBar_2014/B0B0bar_DstplusK.dec               |   64 +
 BaBar_2014/B0B0bar_Dstr0pipluslnu_D0Kpi.dec   |   82 +
 BaBar_2014/B0B0bar_Dstrlnu.dec                |  108 +
 BaBar_2014/B0B0bar_Dstrlnu_KPi.dec            |   57 +
 BaBar_2014/B0B0bar_Dstrlnu_Kpipi.dec          |   58 +
 BaBar_2014/B0B0bar_Dstrlnu_Kpipipi.dec        |   58 +
 BaBar_2014/B0B0bar_Dstrlnu_Kspipi.dec         |   71 +
 .../B0B0bar_Dstrlnu_altHQETparamsR1high.dec   |   80 +
 .../B0B0bar_Dstrlnu_altHQETparamsR1low.dec    |   80 +
 .../B0B0bar_Dstrlnu_altHQETparamsR2high.dec   |   80 +
 .../B0B0bar_Dstrlnu_altHQETparamsR2low.dec    |   80 +
 ...B0B0bar_Dstrlnu_altHQETparamsRhosqhigh.dec |   80 +
 .../B0B0bar_Dstrlnu_altHQETparamsRhosqlow.dec |   80 +
 BaBar_2014/B0B0bar_Dstrlnu_genericD0.dec      |   42 +
 BaBar_2014/B0B0bar_Dstrlnu_phspOnly.dec       |  110 +
 BaBar_2014/B0B0bar_EtacKS_pm.dec              |   54 +
 BaBar_2014/B0B0bar_FSR_epem.dec               |   31 +
 BaBar_2014/B0B0bar_FSR_epmum.dec              |   31 +
 BaBar_2014/B0B0bar_FSR_eptaum.dec             |   31 +
 BaBar_2014/B0B0bar_FSR_mupmum.dec             |   31 +
 BaBar_2014/B0B0bar_FSR_muptaum.dec            |   31 +
 BaBar_2014/B0B0bar_FSR_tauptaum.dec           |   31 +
 BaBar_2014/B0B0bar_HHHHP.dec                  |   48 +
 BaBar_2014/B0B0bar_HHPPP.dec                  |   36 +
 BaBar_2014/B0B0bar_Inclusivetap.dec           |   30 +
 BaBar_2014/B0B0bar_JPsiKs_AllJpsi.dec         |   40 +
 BaBar_2014/B0B0bar_JpsiD0.dec                 |   34 +
 BaBar_2014/B0B0bar_JpsiD0_Kpi.dec             |   51 +
 BaBar_2014/B0B0bar_JpsiDpi.dec                |   37 +
 BaBar_2014/B0B0bar_JpsiDpiMod.dec             |   39 +
 BaBar_2014/B0B0bar_JpsiDstar.dec              |   37 +
 BaBar_2014/B0B0bar_JpsiEta.dec                |   42 +
 BaBar_2014/B0B0bar_JpsiEtaKs.dec              |   48 +
 BaBar_2014/B0B0bar_JpsiEtaP.dec               |   44 +
 BaBar_2014/B0B0bar_JpsiEtaPKs.dec             |   56 +
 BaBar_2014/B0B0bar_JpsiEta_2.dec              |   43 +
 BaBar_2014/B0B0bar_JpsiEtap.dec               |   44 +
 BaBar_2014/B0B0bar_JpsiKL.dec                 |   39 +
 .../B0B0bar_JpsiKL_dgog=0.2_qop=1.04_z=0.dec  |   47 +
 .../B0B0bar_JpsiKL_dgog=0.4_qop=1.08_z=0.dec  |   47 +
 BaBar_2014/B0B0bar_JpsiKS_00.dec              |   43 +
 ...0B0bar_JpsiKS_00_dgog=0.2_qop=1.04_z=0.dec |   53 +
 ...0B0bar_JpsiKS_00_dgog=0.4_qop=1.08_z=0.dec |   53 +
 BaBar_2014/B0B0bar_JpsiKS_direct_0803.dec     |   46 +
 BaBar_2014/B0B0bar_JpsiKS_direct_0807.dec     |   44 +
 BaBar_2014/B0B0bar_JpsiKS_direct_1203.dec     |   46 +
 BaBar_2014/B0B0bar_JpsiKS_direct_1207.dec     |   44 +
 BaBar_2014/B0B0bar_JpsiKS_pm.dec              |   46 +
 BaBar_2014/B0B0bar_JpsiKS_pm_0.1.dec          |   48 +
 BaBar_2014/B0B0bar_JpsiKS_pm_0.3.dec          |   48 +
 BaBar_2014/B0B0bar_JpsiKS_pm_0.5.dec          |   49 +
 BaBar_2014/B0B0bar_JpsiKS_pm_0.9.dec          |   48 +
 ...0B0bar_JpsiKS_pm_dgog=0.2_qop=1.04_z=0.dec |   52 +
 ...0B0bar_JpsiKS_pm_dgog=0.4_qop=1.08_z=0.dec |   52 +
 BaBar_2014/B0B0bar_JpsiKS_ppbar.dec           |   43 +
 BaBar_2014/B0B0bar_JpsiKstar_00_sp3.dec       |   68 +
 .../B0B0bar_JpsiKstar_00_sp3_RunIPol.dec      |   69 +
 BaBar_2014/B0B0bar_JpsiKstar_KLpi_sp3.dec     |   66 +
 .../B0B0bar_JpsiKstar_KLpi_sp3_865c.dec       |   66 +
 .../B0B0bar_JpsiKstar_KLpi_sp3_RunIPol.dec    |   66 +
 .../B0B0bar_JpsiKstar_KpPim_RunIpIIPol.dec    |   62 +
 .../B0B0bar_JpsiKstar_KsPi0_RunIpIIPol.dec    |   76 +
 BaBar_2014/B0B0bar_JpsiKstar_RunIPol.dec      |   69 +
 BaBar_2014/B0B0bar_JpsiKstar_chgd_RunIPol.dec |   64 +
 ...r_JpsiKstar_chgd_dgog=0.2_qop=1.04_z=0.dec |   68 +
 ...r_JpsiKstar_chgd_dgog=0.4_qop=1.08_z=0.dec |   68 +
 BaBar_2014/B0B0bar_JpsiKstar_chgd_sp3.dec     |   69 +
 BaBar_2014/B0B0bar_JpsiKstar_ppbar_chgd.dec   |   66 +
 BaBar_2014/B0B0bar_JpsiKstar_sp3.dec          |   69 +
 BaBar_2014/B0B0bar_JpsiOmega.dec              |   53 +
 BaBar_2014/B0B0bar_JpsiPhi.dec                |   44 +
 BaBar_2014/B0B0bar_JpsiPhiKs.dec              |   41 +
 BaBar_2014/B0B0bar_JpsiPhi_LongPolar.dec      |   43 +
 BaBar_2014/B0B0bar_JpsiPhi_TransPolar.dec     |   43 +
 BaBar_2014/B0B0bar_JpsiPi0.dec                |   38 +
 BaBar_2014/B0B0bar_JpsiPi0_0.0.dec            |   38 +
 BaBar_2014/B0B0bar_JpsiPi0_0.35.dec           |   38 +
 BaBar_2014/B0B0bar_JpsiPi0_0.4_costerm.dec    |   39 +
 BaBar_2014/B0B0bar_JpsiPi0_0.7_costerm.dec    |   38 +
 BaBar_2014/B0B0bar_JpsiPi0_0.8_costerm.dec    |   39 +
 BaBar_2014/B0B0bar_JpsiPi0_m0.35.dec          |   39 +
 BaBar_2014/B0B0bar_JpsiPi0_m0.3_costerm.dec   |   39 +
 BaBar_2014/B0B0bar_JpsiPi0_m0.7.dec           |   38 +
 BaBar_2014/B0B0bar_JpsiPi0_m0.8_costerm.dec   |   39 +
 BaBar_2014/B0B0bar_JpsiPiPi_nonres.dec        |   78 +
 BaBar_2014/B0B0bar_JpsiRho0.dec               |   93 +
 BaBar_2014/B0B0bar_JpsiRho0_0polarisation.dec |   88 +
 .../B0B0bar_JpsiRho0_Kstarpolarisation.dec    |   88 +
 BaBar_2014/B0B0bar_JpsiX_EtaCG_modes.dec      |   54 +
 BaBar_2014/B0B0bar_Jpsigamma.dec              |   42 +
 BaBar_2014/B0B0bar_Jpsim3pimnoint_KS_pm.dec   |   45 +
 BaBar_2014/B0B0bar_Jpsim5pimnoint_KS_pm.dec   |   95 +
 BaBar_2014/B0B0bar_Jpsim7pimnoint_KS_pm.dec   |   52 +
 BaBar_2014/B0B0bar_JpsipBaryon.dec            |   42 +
 BaBar_2014/B0B0bar_JpsipSigma.dec             |   41 +
 BaBar_2014/B0B0bar_Jpsippbar.dec              |   33 +
 BaBar_2014/B0B0bar_K0Lf2.dec                  |   41 +
 BaBar_2014/B0B0bar_K0lrho0_rho02pi.dec        |   38 +
 BaBar_2014/B0B0bar_K0nunu.dec                 |   50 +
 BaBar_2014/B0B0bar_K0s2pi0.dec                |   30 +
 BaBar_2014/B0B0bar_K0sK0sK0s.dec              |   29 +
 BaBar_2014/B0B0bar_K0sf2.dec                  |   41 +
 BaBar_2014/B0B0bar_K0sphi_phiKK.dec           |   38 +
 BaBar_2014/B0B0bar_K0srho0_rho02pi.dec        |   38 +
 BaBar_2014/B0B0bar_K2pi_CP.dec                |   35 +
 BaBar_2014/B0B0bar_KK.dec                     |   26 +
 BaBar_2014/B0B0bar_KLpi0_kltopi0pi0.dec       |   42 +
 BaBar_2014/B0B0bar_KSKS.dec                   |   36 +
 BaBar_2014/B0B0bar_KSeta_etaDalitz.dec        |   37 +
 BaBar_2014/B0B0bar_KSetac_pppm.dec            |   41 +
 BaBar_2014/B0B0bar_KSpi0.dec                  |   40 +
 BaBar_2014/B0B0bar_KSpi0_2beta.dec            |   27 +
 BaBar_2014/B0B0bar_KSpi0_C=m0.6_S=0.58.dec    |   28 +
 BaBar_2014/B0B0bar_KSpi0_alpha.dec            |   27 +
 BaBar_2014/B0B0bar_KSpi0_kstopi0pi0.dec       |   36 +
 BaBar_2014/B0B0bar_KSpi0_pi0Dalitz.dec        |   37 +
 BaBar_2014/B0B0bar_Keta1295_KKpipl.dec        |   49 +
 BaBar_2014/B0B0bar_Keta1295_KKpizr.dec        |   48 +
 BaBar_2014/B0B0bar_Keta1295_etapipi.dec       |   53 +
 BaBar_2014/B0B0bar_Kf1285_KKpipl.dec          |   47 +
 BaBar_2014/B0B0bar_Kf1285_KKpizr.dec          |   46 +
 BaBar_2014/B0B0bar_Kf1285_etapipi.dec         |   51 +
 BaBar_2014/B0B0bar_Kf1525_K0K0.dec            |   46 +
 BaBar_2014/B0B0bar_Kf1525_KpKm.dec            |   46 +
 BaBar_2014/B0B0bar_KmKstarp_KstarpK0spi.dec   |   44 +
 BaBar_2014/B0B0bar_KmKstarp_KstarpKpi0.dec    |   44 +
 BaBar_2014/B0B0bar_KmpipK0.dec                |   30 +
 BaBar_2014/B0B0bar_KpKmKstar_KSpi0.dec        |   50 +
 BaBar_2014/B0B0bar_KpKmKstar_Kppim.dec        |   45 +
 BaBar_2014/B0B0bar_KpKstarm_KstarmK0spi.dec   |   44 +
 BaBar_2014/B0B0bar_KpKstarm_KstarmKpi0.dec    |   44 +
 BaBar_2014/B0B0bar_Kpi.dec                    |   26 +
 BaBar_2014/B0B0bar_KpiK0.dec                  |   31 +
 BaBar_2014/B0B0bar_Kpipi0.dec                 |   30 +
 BaBar_2014/B0B0bar_Kpipi0pi0.dec              |   30 +
 BaBar_2014/B0B0bar_Krho.dec                   |   40 +
 BaBar_2014/B0B0bar_Ksll.dec                   |   42 +
 BaBar_2014/B0B0bar_Ksnunubar.dec              |   40 +
 BaBar_2014/B0B0bar_Ksrho0_CP.dec              |   33 +
 BaBar_2014/B0B0bar_Kst0Kst0Pi0_KPi_KPi.dec    |   45 +
 BaBar_2014/B0B0bar_Kst0KstH_KPi_KPi0.dec      |   66 +
 BaBar_2014/B0B0bar_Kst0Rho0Pi0_KPi.dec        |   41 +
 BaBar_2014/B0B0bar_Kst0RhoH_KPi.dec           |   55 +
 BaBar_2014/B0B0bar_Kst0RhomPip_KPi.dec        |   40 +
 BaBar_2014/B0B0bar_Kst0RhopPim_KPi.dec        |   41 +
 BaBar_2014/B0B0bar_Kst2_1430_Jpsi_ee.dec      |   45 +
 BaBar_2014/B0B0bar_Kst2_1430_Jpsi_mumu.dec    |   45 +
 BaBar_2014/B0B0bar_KstKstPi0_KPi0_KPi0.dec    |   41 +
 BaBar_2014/B0B0bar_KstRho0H_KPi0.dec          |   47 +
 BaBar_2014/B0B0bar_KstRhoPi0_KPi0.dec         |   43 +
 BaBar_2014/B0B0bar_Kst_1273_gamma2.dec        |   30 +
 BaBar_2014/B0B0bar_Kst_1402_gamma.dec         |   26 +
 BaBar_2014/B0B0bar_Kst_1430_gamma.dec         |   26 +
 BaBar_2014/B0B0bar_Kstar0K0s_Kstar0K0spi0.dec |   43 +
 BaBar_2014/B0B0bar_Kstar0K0s_Kstar0Kpi.dec    |   43 +
 BaBar_2014/B0B0bar_Kstar0eta_etaDalitz.dec    |   42 +
 BaBar_2014/B0B0bar_Kstar0ll.dec               |   41 +
 BaBar_2014/B0B0bar_Kstar0nunu.dec             |   39 +
 BaBar_2014/B0B0bar_Kstar0nunu_Kpi.dec         |   44 +
 ...bar_Kstar0p1430pim_Kstar0p1430toK0spip.dec |   36 +
 BaBar_2014/B0B0bar_Kstar0pi0_Kstar0K0spi0.dec |   43 +
 BaBar_2014/B0B0bar_Kstar0pi0_pi0Dalitz.dec    |   42 +
 ...B0bar_Kstar1410ppim_Kstar1410ptoK0spip.dec |   36 +
 ...B0bar_Kstar1680ppim_Kstar1680ptoK0spip.dec |   36 +
 ...bar_Kstar2p1430pim_Kstar2p1430toK0spip.dec |   36 +
 BaBar_2014/B0B0bar_KstarK_1270.dec            |   45 +
 BaBar_2014/B0B0bar_Kstar_1410_gamma.dec       |   27 +
 BaBar_2014/B0B0bar_Kstar_1680_gamma.dec       |   27 +
 BaBar_2014/B0B0bar_Kstar_K0pipKstar_Kmpi0.dec |   67 +
 .../B0B0bar_Kstar_K0pipKstar_Kmpi0_ln.dec     |   71 +
 .../B0B0bar_Kstar_K0pipKstar_Kmpi0_tr.dec     |   71 +
 BaBar_2014/B0B0bar_Kstar_Kppi0Kstar_Kmpi0.dec |   50 +
 .../B0B0bar_Kstar_Kppi0Kstar_Kmpi0_ln.dec     |   54 +
 .../B0B0bar_Kstar_Kppi0Kstar_Kmpi0_tr.dec     |   54 +
 BaBar_2014/B0B0bar_Kstar_KppimKstar_Kppim.dec |   50 +
 .../B0B0bar_Kstar_KppimKstar_Kppim_ln.dec     |   54 +
 .../B0B0bar_Kstar_KppimKstar_Kppim_tr.dec     |   54 +
 BaBar_2014/B0B0bar_Kstarf0_KSpi0.dec          |   78 +
 BaBar_2014/B0B0bar_Kstarf0_KSpi0KpKm.dec      |   62 +
 BaBar_2014/B0B0bar_Kstarf0_Kppim.dec          |   62 +
 BaBar_2014/B0B0bar_Kstarf0_KppimKpKm.dec      |   56 +
 BaBar_2014/B0B0bar_Kstarf0_KppimKsKs.dec      |   55 +
 BaBar_2014/B0B0bar_Kstargamma.dec             |   28 +
 BaBar_2014/B0B0bar_Kstargamma_AL_eq_AR.dec    |   44 +
 BaBar_2014/B0B0bar_Kstargamma_Kpi.dec         |   43 +
 BaBar_2014/B0B0bar_Kstargamma_Kspi0.dec       |   59 +
 BaBar_2014/B0B0bar_Kstargamma_SM.dec          |   44 +
 BaBar_2014/B0B0bar_KstarpKmKs.dec             |   44 +
 BaBar_2014/B0B0bar_Kstarpi0.dec               |   44 +
 BaBar_2014/B0B0bar_Kstarpi_1270.dec           |   36 +
 BaBar_2014/B0B0bar_Kstarpi_1400.dec           |   36 +
 BaBar_2014/B0B0bar_Kstarpi_1430_spin0.dec     |   36 +
 .../B0B0bar_Kstarpi_1430_spin0_excl.dec       |   58 +
 BaBar_2014/B0B0bar_Kstarpi_1430_spin2.dec     |   36 +
 .../B0B0bar_Kstarpi_1430_spin2_excl.dec       |   59 +
 BaBar_2014/B0B0bar_Kstarpi_1680.dec           |   36 +
 BaBar_2014/B0B0bar_Kstarpi_1680_excl.dec      |   59 +
 BaBar_2014/B0B0bar_Kstarpi_2.dec              |   44 +
 BaBar_2014/B0B0bar_Kstarpi_KstarK0Lpi.dec     |   45 +
 BaBar_2014/B0B0bar_Kstarpi_KstarK0pi.dec      |   45 +
 BaBar_2014/B0B0bar_Kstarppimpi0.dec           |   40 +
 BaBar_2014/B0B0bar_Kstarrho_1680_Kpi_ln.dec   |   68 +
 BaBar_2014/B0B0bar_Kstchi_c0_pipi.dec         |   47 +
 BaBar_2014/B0B0bar_Kstgamma.dec               |   63 +
 BaBar_2014/B0B0bar_KstpRhom_KPi_ln.dec        |   40 +
 BaBar_2014/B0B0bar_KstpRhom_KPi_tr.dec        |   39 +
 BaBar_2014/B0B0bar_OmegaPiPi_PiPiPi0.dec      |   35 +
 BaBar_2014/B0B0bar_Pi0nunu.dec                |   43 +
 BaBar_2014/B0B0bar_Psi2SKs2Pi0.dec            |   53 +
 BaBar_2014/B0B0bar_Psi2sKL.dec                |   54 +
 .../B0B0bar_Psi2sKL_Psi2stoJpsiPi0Pi0.dec     |   45 +
 BaBar_2014/B0B0bar_Psi2sKS.dec                |   56 +
 BaBar_2014/B0B0bar_Psi2sKS_00.dec             |   56 +
 .../B0B0bar_Psi2sKS_00_Psi2stoJpsiPi0Pi0.dec  |   51 +
 BaBar_2014/B0B0bar_Psi2sKS_Psi2stoJpsiEta.dec |   51 +
 .../B0B0bar_Psi2sKS_Psi2stoJpsiPi0Pi0.dec     |   50 +
 .../B0B0bar_Psi2sKS_dgog=0.2_qop=1.04_z=0.dec |   65 +
 .../B0B0bar_Psi2sKS_dgog=0.4_qop=1.08_z=0.dec |   65 +
 BaBar_2014/B0B0bar_Psi2sKs_All.dec            |   39 +
 .../B0B0bar_Psi2sKstar_KpPim_RunIpIIPol.dec   |   67 +
 .../B0B0bar_Psi2sKstar_KsPi0_RunIpIIPol.dec   |   74 +
 BaBar_2014/B0B0bar_Psi2sKstar_chgd.dec        |   76 +
 BaBar_2014/B0B0bar_Psi2sKstar_sp3.dec         |   70 +
 BaBar_2014/B0B0bar_Psi3770D0D0KpiK3pi_K.dec   |  131 +
 BaBar_2014/B0B0bar_Psi3770D0D0KpiKpi_K.dec    |  131 +
 BaBar_2014/B0B0bar_Psi3770D0D0KpiKpipi0_K.dec |  131 +
 BaBar_2014/B0B0bar_Psi3770DpDm_K.dec          |  135 +
 BaBar_2014/B0B0bar_Rho0Rho0Pi0.dec            |   29 +
 BaBar_2014/B0B0bar_Rho0f0.dec                 |   44 +
 BaBar_2014/B0B0bar_RhoRho0K.dec               |   31 +
 BaBar_2014/B0B0bar_RhomRho0pip.dec            |   26 +
 BaBar_2014/B0B0bar_RhopRho0pim.dec            |   27 +
 BaBar_2014/B0B0bar_V0PPP.dec                  |   73 +
 BaBar_2014/B0B0bar_VpPPP.dec                  |  111 +
 BaBar_2014/B0B0bar_XddgammaExp480.dec         |   76 +
 BaBar_2014/B0B0bar_Xenu_Yenu.dec              |  163 +
 BaBar_2014/B0B0bar_Xenu_Yenu_new.dec          |   86 +
 BaBar_2014/B0B0bar_Xenu_Ymunu.dec             |  164 +
 BaBar_2014/B0B0bar_Xenu_Ymunu_new.dec         |   83 +
 BaBar_2014/B0B0bar_Xenu_noSLemu.dec           |  645 ++
 BaBar_2014/B0B0bar_XipXim.dec                 |   51 +
 BaBar_2014/B0B0bar_Xmunu_Ymunu.dec            |  163 +
 BaBar_2014/B0B0bar_Xmunu_Ymunu_new.dec        |   87 +
 BaBar_2014/B0B0bar_Xmunu_noSLemu.dec          |  645 ++
 BaBar_2014/B0B0bar_Xsdgamma.dec               |   59 +
 BaBar_2014/B0B0bar_XsdgammaAli.dec            |   59 +
 BaBar_2014/B0B0bar_XsdgammaExp465.dec         |   59 +
 BaBar_2014/B0B0bar_XsdgammaExp470.dec         |   59 +
 BaBar_2014/B0B0bar_XsdgammaExp475.dec         |   59 +
 BaBar_2014/B0B0bar_XsdgammaExp480.dec         |   59 +
 .../B0B0bar_XsdgammaExp480MH_1.0to1.2.dec     |   59 +
 .../B0B0bar_XsdgammaExp480MH_1.2to1.4.dec     |   59 +
 .../B0B0bar_XsdgammaExp480MH_1.4to1.6.dec     |   59 +
 .../B0B0bar_XsdgammaExp480MH_1.6to1.8.dec     |   59 +
 .../B0B0bar_XsdgammaExp480MH_1.8to2.0.dec     |   59 +
 .../B0B0bar_XsdgammaExp480MH_2.0to2.2.dec     |   59 +
 .../B0B0bar_XsdgammaExp480MH_2.2to2.4.dec     |   59 +
 .../B0B0bar_XsdgammaExp480MH_2.4to2.6.dec     |   59 +
 .../B0B0bar_XsdgammaExp480MH_2.6to2.8.dec     |   59 +
 .../B0B0bar_XsdgammaExp480MH_2.8to3.0.dec     |   59 +
 BaBar_2014/B0B0bar_XsdgammaExp485.dec         |   59 +
 BaBar_2014/B0B0bar_XsdgammaExp490.dec         |   59 +
 BaBar_2014/B0B0bar_XsdgammaExp495.dec         |   59 +
 .../B0B0bar_XsdgammaFlatEGamma1_6To2_7.dec    |   59 +
 .../B0B0bar_XsdgammaFlatEGamma1_7To1_8.dec    |   59 +
 .../B0B0bar_XsdgammaFlatEGamma1_8To1_9.dec    |   59 +
 .../B0B0bar_XsdgammaFlatEGamma1_9To2_0.dec    |   59 +
 .../B0B0bar_XsdgammaFlatEGamma2_0To2_1.dec    |   59 +
 .../B0B0bar_XsdgammaFlatEGamma2_1To2_2.dec    |   59 +
 .../B0B0bar_XsdgammaFlatEGamma2_2To2_3.dec    |   59 +
 .../B0B0bar_XsdgammaFlatEGamma2_3To2_4.dec    |   59 +
 .../B0B0bar_XsdgammaFlatEGamma2_4To2_5.dec    |   59 +
 .../B0B0bar_XsdgammaFlatEGamma2_5To2_6.dec    |   59 +
 .../B0B0bar_XsdgammaFlatEGamma2_6To2_7.dec    |   59 +
 BaBar_2014/B0B0bar_Xsee.dec                   |   58 +
 BaBar_2014/B0B0bar_Xsee_pf410.dec             |   65 +
 BaBar_2014/B0B0bar_Xsmumu.dec                 |   58 +
 BaBar_2014/B0B0bar_Xsmumu_pf410.dec           |   65 +
 BaBar_2014/B0B0bar_Xstautau.dec               |   58 +
 BaBar_2014/B0B0bar_Xstautau_pf410.dec         |   59 +
 BaBar_2014/B0B0bar_XtoJpsiGammaKs.dec         |   48 +
 BaBar_2014/B0B0bar_XtoJpsiGammaKstar_K.dec    |   53 +
 BaBar_2014/B0B0bar_XtoJpsiGammaKstar_KS.dec   |   58 +
 BaBar_2014/B0B0bar_XtoJpsiPi0Ks.dec           |   54 +
 BaBar_2014/B0B0bar_a00ks_etato3pi.dec         |   42 +
 BaBar_2014/B0B0bar_a00ks_etato3pi_sp4.dec     |   42 +
 BaBar_2014/B0B0bar_a00ks_etatogg.dec          |   45 +
 BaBar_2014/B0B0bar_a00ks_etatogg_sp4.dec      |   45 +
 BaBar_2014/B0B0bar_a00pi0.dec                 |   38 +
 BaBar_2014/B0B0bar_a00rho0.dec                |   47 +
 BaBar_2014/B0B0bar_a0mpip.dec                 |   48 +
 BaBar_2014/B0B0bar_a0mpip_etato3pi.dec        |   48 +
 BaBar_2014/B0B0bar_a0mrhop.dec                |   59 +
 BaBar_2014/B0B0bar_a0pkm.dec                  |   47 +
 BaBar_2014/B0B0bar_a0pkm_etato3pi.dec         |   46 +
 BaBar_2014/B0B0bar_a0ppim.dec                 |   50 +
 BaBar_2014/B0B0bar_a0ppim_etato3pi.dec        |   48 +
 BaBar_2014/B0B0bar_a0prhom.dec                |   59 +
 BaBar_2014/B0B0bar_a10K0s.dec                 |   32 +
 BaBar_2014/B0B0bar_a10K0s_rhompip.dec         |   43 +
 BaBar_2014/B0B0bar_a10K0s_rhoppim.dec         |   42 +
 BaBar_2014/B0B0bar_a10pi0_rhompip.dec         |   37 +
 BaBar_2014/B0B0bar_a10pi0_rhoppim.dec         |   37 +
 BaBar_2014/B0B0bar_a10rho0_ln.dec             |   26 +
 BaBar_2014/B0B0bar_a10rho0_tr.dec             |   26 +
 BaBar_2014/B0B0bar_a1_DchmKpipimKspi.dec      |   55 +
 BaBar_2014/B0B0bar_a1_DstarmpiD0barmK3pi.dec  |   59 +
 BaBar_2014/B0B0bar_a1_DstarmpiD0barmKpi.dec   |   56 +
 .../B0B0bar_a1_DstarmpiD0barmKpipi0.dec       |   57 +
 .../B0B0bar_a1_DstarmpiD0barmKspipi.dec       |   76 +
 .../B0B0bar_a1_DstarmpiD0mK3pimKs2pi.dec      |  117 +
 .../B0B0bar_a1_DstarmpiD0mKpimKpipi0.dec      |   66 +
 BaBar_2014/B0B0bar_a1mKp.dec                  |   45 +
 BaBar_2014/B0B0bar_a1mKp_rhompi0.dec          |   44 +
 BaBar_2014/B0B0bar_a1mPip_RhoPi.dec           |   30 +
 BaBar_2014/B0B0bar_a1mpip.dec                 |   44 +
 BaBar_2014/B0B0bar_a1ppim.dec                 |   40 +
 .../B0B0bar_a1ppim_rho0pip_NonCPEigen.dec     |   68 +
 .../B0B0bar_a1ppim_rhoppi0_NonCPEigen.dec     |   76 +
 BaBar_2014/B0B0bar_a1prhom_rho0piprhom_ln.dec |   38 +
 BaBar_2014/B0B0bar_a1prhom_rho0piprhom_tr.dec |   38 +
 BaBar_2014/B0B0bar_a1prhom_rhoppi0rhom_ln.dec |   38 +
 BaBar_2014/B0B0bar_a1prhom_rhoppi0rhom_tr.dec |   38 +
 BaBar_2014/B0B0bar_a2mpip.dec                 |   44 +
 BaBar_2014/B0B0bar_emu.dec                    |   39 +
 BaBar_2014/B0B0bar_epem.dec                   |   33 +
 BaBar_2014/B0B0bar_etaD0_k3pi.dec             |   46 +
 BaBar_2014/B0B0bar_etaD0_kpi.dec              |   47 +
 BaBar_2014/B0B0bar_etaD0_kpipi0.dec           |   46 +
 BaBar_2014/B0B0bar_etaDstar0_D0gamma_k3pi.dec |   59 +
 BaBar_2014/B0B0bar_etaDstar0_D0gamma_kpi.dec  |   61 +
 .../B0B0bar_etaDstar0_D0gamma_kpipi0.dec      |   60 +
 BaBar_2014/B0B0bar_etaDstar0_D0pi0_k3pi.dec   |   60 +
 BaBar_2014/B0B0bar_etaDstar0_D0pi0_kpi.dec    |   65 +
 BaBar_2014/B0B0bar_etaDstar0_D0pi0_kpipi0.dec |   60 +
 BaBar_2014/B0B0bar_etac2K2piKS.dec            |   41 +
 BaBar_2014/B0B0bar_etac2phiKS.dec             |   49 +
 BaBar_2014/B0B0bar_etac2rhoKS.dec             |   46 +
 BaBar_2014/B0B0bar_etac4KKS.dec               |   48 +
 BaBar_2014/B0B0bar_etac4piKS.dec              |   41 +
 BaBar_2014/B0B0bar_etacFourKKS.dec            |   49 +
 BaBar_2014/B0B0bar_etacKKpi0KS.dec            |   41 +
 BaBar_2014/B0B0bar_etacKSKpiKS.dec            |   42 +
 BaBar_2014/B0B0bar_etacKstarKpiKS.dec         |   52 +
 BaBar_2014/B0B0bar_etaceta2piKS.dec           |   46 +
 BaBar_2014/B0B0bar_etakk_phsp.dec             |   36 +
 BaBar_2014/B0B0bar_etakpi_phsp.dec            |   36 +
 BaBar_2014/B0B0bar_etam3pi_Ks.dec             |   49 +
 BaBar_2014/B0B0bar_etam3pi_Kst0mKpi.dec       |   53 +
 .../B0B0bar_etam3pi_Kst0mKspi0m2pi0.dec       |   59 +
 BaBar_2014/B0B0bar_etam3pi_eta.dec            |   42 +
 BaBar_2014/B0B0bar_etam3pi_phi.dec            |   41 +
 BaBar_2014/B0B0bar_etam3pi_pi0.dec            |   42 +
 BaBar_2014/B0B0bar_etam3pi_rhompipi.dec       |   59 +
 BaBar_2014/B0B0bar_etamgg_Ks.dec              |   49 +
 BaBar_2014/B0B0bar_etamgg_Kst0mKpi.dec        |   53 +
 BaBar_2014/B0B0bar_etamgg_Kst0mKspi0m2pi0.dec |   60 +
 BaBar_2014/B0B0bar_etamgg_eta.dec             |   42 +
 BaBar_2014/B0B0bar_etamgg_phi.dec             |   41 +
 BaBar_2014/B0B0bar_etamgg_pi0.dec             |   42 +
 BaBar_2014/B0B0bar_etamgg_rhompipi.dec        |   59 +
 BaBar_2014/B0B0bar_etapD0_k3pi.dec            |   60 +
 BaBar_2014/B0B0bar_etapD0_kpi.dec             |   57 +
 BaBar_2014/B0B0bar_etapD0_kpipi0.dec          |   55 +
 .../B0B0bar_etapDstar0_D0gamma_k3pi.dec       |   67 +
 BaBar_2014/B0B0bar_etapDstar0_D0gamma_kpi.dec |   70 +
 .../B0B0bar_etapDstar0_D0gamma_kpipi0.dec     |   68 +
 BaBar_2014/B0B0bar_etapDstar0_D0pi0_k3pi.dec  |   68 +
 BaBar_2014/B0B0bar_etapDstar0_D0pi0_kpi.dec   |   71 +
 .../B0B0bar_etapDstar0_D0pi0_kpipi0.dec       |   69 +
 .../B0B0bar_etapKstar_eta2pi_gg_KSpi0.dec     |   62 +
 ...B0B0bar_etapKstar_eta2pi_gg_KSpi0_2pi0.dec |   64 +
 .../B0B0bar_etapKstar_eta2pi_gg_Kpi.dec       |   58 +
 .../B0B0bar_etapKstar_eta2pi_pipipi0_Kpi.dec  |   57 +
 BaBar_2014/B0B0bar_etapKstar_rhog_Kspi0.dec   |   59 +
 BaBar_2014/B0B0bar_etapKstar_rhogamma_Kpi.dec |   61 +
 BaBar_2014/B0B0bar_etapipi.dec                |   28 +
 BaBar_2014/B0B0bar_etapipi_phsp.dec           |   36 +
 BaBar_2014/B0B0bar_etapm5pi_KL.dec            |   41 +
 BaBar_2014/B0B0bar_etapm5pi_KS.dec            |   47 +
 BaBar_2014/B0B0bar_etapm5pi_KS_00.dec         |   46 +
 BaBar_2014/B0B0bar_etapmeppmgg_f0.dec         |   46 +
 BaBar_2014/B0B0bar_etapmgg2pi_KL.dec          |   41 +
 BaBar_2014/B0B0bar_etapmgg2pi_KS.dec          |   47 +
 BaBar_2014/B0B0bar_etapmgg2pi_KS_00.dec       |   46 +
 BaBar_2014/B0B0bar_etapmgg2pi_KSm2pi0.dec     |   56 +
 BaBar_2014/B0B0bar_etapmgg2pi_etam3pi.dec     |   46 +
 BaBar_2014/B0B0bar_etapmgg2pi_etamgg.dec      |   41 +
 BaBar_2014/B0B0bar_etapmgg2pi_etapmgg2pi.dec  |   41 +
 BaBar_2014/B0B0bar_etapmgg2pi_omega.dec       |   45 +
 BaBar_2014/B0B0bar_etapmgg2pi_phi.dec         |   45 +
 BaBar_2014/B0B0bar_etapmgg2pi_pi0.dec         |   51 +
 BaBar_2014/B0B0bar_etapmrho0g_KL.dec          |   36 +
 BaBar_2014/B0B0bar_etapmrho0g_KS.dec          |   42 +
 BaBar_2014/B0B0bar_etapmrho0g_KS_00.dec       |   40 +
 BaBar_2014/B0B0bar_etapmrho0g_pi0.dec         |   45 +
 BaBar_2014/B0B0bar_etapmrhog_etam3pi.dec      |   41 +
 BaBar_2014/B0B0bar_etapmrhog_etamgg.dec       |   39 +
 BaBar_2014/B0B0bar_etapmrhog_etapmgg2pi.dec   |   46 +
 BaBar_2014/B0B0bar_etapmrhog_f0.dec           |   41 +
 BaBar_2014/B0B0bar_etapmrhog_omega.dec        |   40 +
 BaBar_2014/B0B0bar_etapmrhog_phi.dec          |   41 +
 BaBar_2014/B0B0bar_etaprho_eta2pi_gg_2pi.dec  |   53 +
 BaBar_2014/B0B0bar_etaprho_rhog_2pi.dec       |   52 +
 BaBar_2014/B0B0bar_etau.dec                   |   39 +
 BaBar_2014/B0B0bar_f01370K0L_f0pipi.dec       |   52 +
 BaBar_2014/B0B0bar_f01370K0s_f0pipi.dec       |   52 +
 BaBar_2014/B0B0bar_f01370K0s_f0pipi_sp4.dec   |   50 +
 BaBar_2014/B0B0bar_f0K0L_f0KK.dec             |   58 +
 BaBar_2014/B0B0bar_f0K0L_f0pipi.dec           |   58 +
 BaBar_2014/B0B0bar_f0K0s_f0KK.dec             |   57 +
 BaBar_2014/B0B0bar_f0K0s_f0pipi.dec           |   57 +
 BaBar_2014/B0B0bar_f0K0s_f0pipi_sp4.dec       |   56 +
 BaBar_2014/B0B0bar_f0Ks_CP.dec                |   46 +
 BaBar_2014/B0B0bar_f0pi0.dec                  |   28 +
 BaBar_2014/B0B0bar_f0pi0_f0topi0pi0.dec       |   32 +
 BaBar_2014/B0B0bar_gamma_gamma.dec            |   26 +
 BaBar_2014/B0B0bar_generic.dec                |   16 +
 BaBar_2014/B0B0bar_lambdalambda.dec           |   36 +
 BaBar_2014/B0B0bar_lambdalambdaks.dec         |   41 +
 BaBar_2014/B0B0bar_lambdapK.dec               |   34 +
 BaBar_2014/B0B0bar_lambdappi.dec              |   35 +
 BaBar_2014/B0B0bar_llgamma.dec                |   36 +
 BaBar_2014/B0B0bar_mupmum.dec                 |   33 +
 BaBar_2014/B0B0bar_mutau.dec                  |   39 +
 BaBar_2014/B0B0bar_noDstarD.dec               | 5058 ++++++++++
 BaBar_2014/B0B0bar_noSLemu_noSLemu.dec        |  644 ++
 BaBar_2014/B0B0bar_nunu.dec                   |   37 +
 BaBar_2014/B0B0bar_nunugamma.dec              |   37 +
 BaBar_2014/B0B0bar_omegaD0_k3pi.dec           |   49 +
 BaBar_2014/B0B0bar_omegaD0_kpi.dec            |   50 +
 BaBar_2014/B0B0bar_omegaD0_kpipi0.dec         |   47 +
 .../B0B0bar_omegaDstar0_D0gamma_k3pi.dec      |   63 +
 .../B0B0bar_omegaDstar0_D0gamma_kpi.dec       |   58 +
 .../B0B0bar_omegaDstar0_D0gamma_kpipi0.dec    |   63 +
 BaBar_2014/B0B0bar_omegaDstar0_D0pi0_k3pi.dec |   60 +
 BaBar_2014/B0B0bar_omegaDstar0_D0pi0_kpi.dec  |   61 +
 .../B0B0bar_omegaDstar0_D0pi0_kpipi0.dec      |   60 +
 BaBar_2014/B0B0bar_omegaKS.dec                |   56 +
 BaBar_2014/B0B0bar_omegaKstar_Kppim.dec       |   58 +
 BaBar_2014/B0B0bar_omegaKstar_Kppim_ln.dec    |   57 +
 BaBar_2014/B0B0bar_omegaKstar_Kppim_tr.dec    |   56 +
 BaBar_2014/B0B0bar_omegaKstar_Kspi0.dec       |   64 +
 BaBar_2014/B0B0bar_omegaKstar_Kspi0_ln.dec    |   64 +
 BaBar_2014/B0B0bar_omegaKstar_Kspi0_tr.dec    |   64 +
 BaBar_2014/B0B0bar_omegaRho0_ln.dec           |   57 +
 BaBar_2014/B0B0bar_omegaRho0_tr.dec           |   56 +
 BaBar_2014/B0B0bar_omegagamma.dec             |   27 +
 BaBar_2014/B0B0bar_omegam3pi_eta.dec          |   43 +
 BaBar_2014/B0B0bar_omegam3pi_pi0.dec          |   43 +
 BaBar_2014/B0B0bar_omegaomega_ln.dec          |   46 +
 BaBar_2014/B0B0bar_omegaomega_tr.dec          |   46 +
 BaBar_2014/B0B0bar_phiKL.dec                  |   36 +
 BaBar_2014/B0B0bar_phiKL_phiK0LK0S.dec        |   40 +
 BaBar_2014/B0B0bar_phiKS.dec                  |   41 +
 BaBar_2014/B0B0bar_phiKS_00.dec               |   42 +
 BaBar_2014/B0B0bar_phiKSpi0.dec               |   45 +
 BaBar_2014/B0B0bar_phiKppim.dec               |   40 +
 BaBar_2014/B0B0bar_phiKst1430_KLpi0.dec       |   53 +
 BaBar_2014/B0B0bar_phiKst1430_Kppim.dec       |   53 +
 BaBar_2014/B0B0bar_phiKstar.dec               |   60 +
 .../B0B0bar_phiKstar1430_K0LK0S_KSpi0.dec     |   58 +
 BaBar_2014/B0B0bar_phiKstar_3piKSpi0_ln.dec   |   59 +
 BaBar_2014/B0B0bar_phiKstar_3piKSpi0_tr.dec   |   59 +
 BaBar_2014/B0B0bar_phiKstar_3piKppim_ln.dec   |   53 +
 BaBar_2014/B0B0bar_phiKstar_3piKppim_tr.dec   |   53 +
 BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_ln.dec  |   58 +
 BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_tr.dec  |   58 +
 .../B0B0bar_phiKstar_3pi_Kppim_trodd.dec      |   59 +
 .../B0B0bar_phiKstar_K0LK0S_KSpi0_ln.dec      |   62 +
 .../B0B0bar_phiKstar_K0LK0S_KSpi0_tr.dec      |   62 +
 BaBar_2014/B0B0bar_phiKstar_KLpi0.dec         |   65 +
 BaBar_2014/B0B0bar_phiKstar_KLpi0_ln.dec      |   62 +
 BaBar_2014/B0B0bar_phiKstar_KLpi0_tr.dec      |   62 +
 BaBar_2014/B0B0bar_phiKstar_KSpi0.dec         |   68 +
 BaBar_2014/B0B0bar_phiKstar_KSpi0_angle1.dec  |   81 +
 BaBar_2014/B0B0bar_phiKstar_KSpi0_angle2.dec  |   81 +
 BaBar_2014/B0B0bar_phiKstar_KSpi0_angle3.dec  |   83 +
 BaBar_2014/B0B0bar_phiKstar_KSpi0_ln.dec      |   65 +
 BaBar_2014/B0B0bar_phiKstar_KSpi0_odd.dec     |   65 +
 BaBar_2014/B0B0bar_phiKstar_KSpi0_tr.dec      |   65 +
 BaBar_2014/B0B0bar_phiKstar_Kppim.dec         |   65 +
 BaBar_2014/B0B0bar_phiKstar_Kppim_angle1.dec  |   77 +
 BaBar_2014/B0B0bar_phiKstar_Kppim_angle2.dec  |   77 +
 BaBar_2014/B0B0bar_phiKstar_Kppim_angle3.dec  |   79 +
 BaBar_2014/B0B0bar_phiKstar_Kppim_ln.dec      |   59 +
 BaBar_2014/B0B0bar_phiKstar_Kppim_odd.dec     |   59 +
 BaBar_2014/B0B0bar_phiKstar_Kppim_tr.dec      |   59 +
 BaBar_2014/B0B0bar_phigamma.dec               |   39 +
 BaBar_2014/B0B0bar_phigamma_phiK0LK0S.dec     |   43 +
 BaBar_2014/B0B0bar_phigamma_phiRho0Pi0.dec    |   38 +
 BaBar_2014/B0B0bar_phigamma_phiRhoPi.dec      |   39 +
 BaBar_2014/B0B0bar_phim3pimnoint_KS.dec       |   54 +
 BaBar_2014/B0B0bar_phim3pimphsp_KS.dec        |   47 +
 BaBar_2014/B0B0bar_phinKS.dec                 |   41 +
 BaBar_2014/B0B0bar_phiomega_ln.dec            |   51 +
 BaBar_2014/B0B0bar_phiomega_tr.dec            |   51 +
 BaBar_2014/B0B0bar_phiphi.dec                 |   45 +
 BaBar_2014/B0B0bar_phiphi_ln.dec              |   49 +
 BaBar_2014/B0B0bar_phiphi_tr.dec              |   49 +
 BaBar_2014/B0B0bar_phiphiks.dec               |   55 +
 BaBar_2014/B0B0bar_phirho0.dec                |   43 +
 BaBar_2014/B0B0bar_phirho0_ln.dec             |   47 +
 BaBar_2014/B0B0bar_phirho0_tr.dec             |   47 +
 BaBar_2014/B0B0bar_pi02K0s.dec                |   30 +
 BaBar_2014/B0B0bar_pi0D0_k3pi.dec             |   43 +
 BaBar_2014/B0B0bar_pi0D0_kpi.dec              |   43 +
 BaBar_2014/B0B0bar_pi0D0_kpipi0.dec           |   43 +
 BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_k3pi.dec |   58 +
 BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_kpi.dec  |   58 +
 .../B0B0bar_pi0Dstar0_D0gamma_kpipi0.dec      |   57 +
 BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_k3pi.dec   |   54 +
 BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_kpi.dec    |   55 +
 BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_kpipi0.dec |   54 +
 BaBar_2014/B0B0bar_pi0f0.dec                  |   38 +
 BaBar_2014/B0B0bar_pi0f2.dec                  |   40 +
 BaBar_2014/B0B0bar_pi0phi_phiKK.dec           |   38 +
 BaBar_2014/B0B0bar_pi0pi0.dec                 |   26 +
 BaBar_2014/B0B0bar_pi0pi0Kstar_Kppim.dec      |   39 +
 BaBar_2014/B0B0bar_pi0pi0eta.dec              |   29 +
 BaBar_2014/B0B0bar_pi0rho0.dec                |   39 +
 BaBar_2014/B0B0bar_pi0rho1450.dec             |   39 +
 BaBar_2014/B0B0bar_pi0rho1700.dec             |   39 +
 BaBar_2014/B0B0bar_pi1300mpip.dec             |   52 +
 BaBar_2014/B0B0bar_pi_DmKlpi.dec              |   44 +
 BaBar_2014/B0B0bar_pi_DmKpipi.dec             |   46 +
 BaBar_2014/B0B0bar_pi_DmKspi.dec              |   52 +
 .../B0B0bar_pi_DstarmpiD0bar_Kmepnu.dec       |   75 +
 BaBar_2014/B0B0bar_pi_DstarmpiD0barmK3pi.dec  |   56 +
 BaBar_2014/B0B0bar_pi_DstarmpiD0barmKpi.dec   |   57 +
 .../B0B0bar_pi_DstarmpiD0barmKpipi0.dec       |   57 +
 .../B0B0bar_pi_DstarmpiD0barmKspipi.dec       |   74 +
 BaBar_2014/B0B0bar_pilnu.dec                  |   35 +
 BaBar_2014/B0B0bar_pilnu_FLATQ2.dec           |   37 +
 BaBar_2014/B0B0bar_pilnu_phsp.dec             |   36 +
 BaBar_2014/B0B0bar_pimrho1450p.dec            |   43 +
 BaBar_2014/B0B0bar_pimrho1700p.dec            |   43 +
 BaBar_2014/B0B0bar_pippim.dec                 |   30 +
 BaBar_2014/B0B0bar_pippim2pi0.dec             |   30 +
 BaBar_2014/B0B0bar_pippimKstar_Kppim.dec      |   39 +
 .../B0B0bar_pippim_direct.p0.41.p0.78.dec     |   34 +
 .../B0B0bar_pippim_direct.p2.41.p0.78.dec     |   34 +
 BaBar_2014/B0B0bar_pippim_m0.57_m0.82.dec     |   36 +
 BaBar_2014/B0B0bar_pippim_p0.57_m0.82.dec     |   36 +
 BaBar_2014/B0B0bar_pippimpi0pi0.dec           |   30 +
 BaBar_2014/B0B0bar_piprho1450m.dec            |   43 +
 BaBar_2014/B0B0bar_piprho1700m.dec            |   43 +
 BaBar_2014/B0B0bar_pirho_1.dec                |   44 +
 BaBar_2014/B0B0bar_pirho_2.dec                |   44 +
 BaBar_2014/B0B0bar_pmLambda_cp.dec            |   58 +
 .../B0B0bar_pmLambda_cppippim_Lambda3pi.dec   |   52 +
 .../B0B0bar_pmLambda_cppippim_Lambdapip.dec   |   52 +
 .../B0B0bar_pmLambda_cppippim_protonkpi.dec   |   40 +
 .../B0B0bar_pmLambda_cppippim_protonks.dec    |   57 +
 .../B0B0bar_pmLambda_cppippim_protonks2pi.dec |   57 +
 BaBar_2014/B0B0bar_ppbarK0star1430_chrg.dec   |   42 +
 BaBar_2014/B0B0bar_ppbarK1270.dec             |   30 +
 BaBar_2014/B0B0bar_ppbarK2star1430_chrg.dec   |   42 +
 BaBar_2014/B0B0bar_ppbarK3star1780_chrg.dec   |   42 +
 BaBar_2014/B0B0bar_ppbarKS.dec                |   35 +
 BaBar_2014/B0B0bar_ppbarKpi.dec               |   31 +
 BaBar_2014/B0B0bar_ppbarKstar.dec             |   42 +
 BaBar_2014/B0B0bar_ppbarKstar1680_chrg.dec    |   42 +
 BaBar_2014/B0B0bar_ppbarKstar_Kspi0.dec       |   47 +
 BaBar_2014/B0B0bar_ppbarrho.dec               |   30 +
 BaBar_2014/B0B0bar_pppm.dec                   |   35 +
 BaBar_2014/B0B0bar_psi2sXKS.dec               |   49 +
 BaBar_2014/B0B0bar_rho0D0_k3pi.dec            |   42 +
 BaBar_2014/B0B0bar_rho0D0_kpi.dec             |   43 +
 BaBar_2014/B0B0bar_rho0D0_kpipi0.dec          |   40 +
 .../B0B0bar_rho0Dstar0_D0gamma_k3pi.dec       |   52 +
 BaBar_2014/B0B0bar_rho0Dstar0_D0gamma_kpi.dec |   53 +
 .../B0B0bar_rho0Dstar0_D0gamma_kpipi0.dec     |   54 +
 BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_k3pi.dec  |   52 +
 BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_kpi.dec   |   54 +
 .../B0B0bar_rho0Dstar0_D0pi0_kpipi0.dec       |   52 +
 BaBar_2014/B0B0bar_rho0Kppim.dec              |   35 +
 BaBar_2014/B0B0bar_rho0Kstar_Kppim.dec        |   50 +
 BaBar_2014/B0B0bar_rho0Kstar_Kppim_ln.dec     |   54 +
 BaBar_2014/B0B0bar_rho0Kstar_Kppim_tr.dec     |   54 +
 BaBar_2014/B0B0bar_rho0gamma.dec              |   27 +
 BaBar_2014/B0B0bar_rho0pi0pi0.dec             |   30 +
 BaBar_2014/B0B0bar_rho0pippim.dec             |   35 +
 BaBar_2014/B0B0bar_rho0rho0.dec               |   40 +
 BaBar_2014/B0B0bar_rho0rho0_ln.dec            |   44 +
 BaBar_2014/B0B0bar_rho0rho0_tr.dec            |   44 +
 BaBar_2014/B0B0bar_rhoClnu_FLATQ2.dec         |   41 +
 BaBar_2014/B0B0bar_rho_DmKpipi.dec            |   46 +
 BaBar_2014/B0B0bar_rho_DmKspi.dec             |   46 +
 BaBar_2014/B0B0bar_rho_DstarmpiD0barmK3pi.dec |   56 +
 BaBar_2014/B0B0bar_rho_DstarmpiD0barmKpi.dec  |   57 +
 .../B0B0bar_rho_DstarmpiD0barmKpipi0.dec      |   56 +
 .../B0B0bar_rho_DstarmpiD0barmKspipi.dec      |   74 +
 BaBar_2014/B0B0bar_rhogamma.dec               |   29 +
 BaBar_2014/B0B0bar_rholnu.dec                 |   36 +
 BaBar_2014/B0B0bar_rholnu_lcsr.dec            |   36 +
 BaBar_2014/B0B0bar_rholnu_phsp.dec            |   36 +
 BaBar_2014/B0B0bar_rhomKSpip.dec              |   40 +
 BaBar_2014/B0B0bar_rhomKppi0.dec              |   35 +
 BaBar_2014/B0B0bar_rhomKstar_K0Lpip_ln.dec    |   52 +
 BaBar_2014/B0B0bar_rhomKstar_K0pip.dec        |   58 +
 BaBar_2014/B0B0bar_rhomKstar_K0pip_ln.dec     |   58 +
 BaBar_2014/B0B0bar_rhomKstar_K0pip_tr.dec     |   58 +
 BaBar_2014/B0B0bar_rhomKstar_Kppi0.dec        |   53 +
 BaBar_2014/B0B0bar_rhomKstar_Kppi0_ln.dec     |   53 +
 BaBar_2014/B0B0bar_rhomKstar_Kppi0_tr.dec     |   53 +
 BaBar_2014/B0B0bar_rhompippi0.dec             |   35 +
 BaBar_2014/B0B0bar_rhopDm_Dtoepi0nue.dec      |   43 +
 BaBar_2014/B0B0bar_rhoprho0pim.dec            |   28 +
 BaBar_2014/B0B0bar_rhoprhom.dec               |   48 +
 BaBar_2014/B0B0bar_rhoprhom_ln.dec            |   48 +
 BaBar_2014/B0B0bar_rhoprhom_ln_C0.8.dec       |   56 +
 BaBar_2014/B0B0bar_rhoprhom_ln_S0.8.dec       |   48 +
 BaBar_2014/B0B0bar_rhoprhom_tr.dec            |   48 +
 BaBar_2014/B0B0bar_rhoprhompi0.dec            |   25 +
 BaBar_2014/B0B0bar_tauptaum.dec               |   31 +
 BaBar_2014/B0Bch_Breco_DK_Cocktail.dec        |  362 +
 BaBar_2014/B0Bch_Breco_DK_D0CP_Cocktail.dec   |  394 +
 BaBar_2014/B0Pq_KstkLam.dec                   |   86 +
 BaBar_2014/B0Pq_KstkLamps.dec                 |   62 +
 BaBar_2014/B0Pq_kskLam.dec                    |   81 +
 BaBar_2014/B0Pq_kskLamps.dec                  |   69 +
 BaBar_2014/B0Pq_phipiLam.dec                  |   79 +
 BaBar_2014/B0Pq_phipiLamps.dec                |   58 +
 BaBar_2014/B0Thetac.dec                       |   84 +
 ...D0KpimormDpKpipi_B0barToKstar0nunu_Kpi.dec |  251 +
 BaBar_2014/B0ToDs_DsmDsToKsK.dec              |   61 +
 BaBar_2014/B0ToDs_DsmDsToKstar0K.dec          |   65 +
 BaBar_2014/B0ToDs_starDs_star.dec             |   68 +
 BaBar_2014/B0ToDs_starDs_starmDsToKsK.dec     |   77 +
 BaBar_2014/B0ToDs_starDs_starmDsToKstar0K.dec |   71 +
 BaBar_2014/B0ToDs_star_Ds.dec                 |   67 +
 BaBar_2014/B0ToDs_star_DsmDsToKsK.dec         |   77 +
 BaBar_2014/B0ToDs_star_DsmDsToKstar0K.dec     |   68 +
 BaBar_2014/B0_Dch2pi.dec                      |   50 +
 BaBar_2014/B0_Dch3pi.dec                      |   64 +
 BaBar_2014/B0_DchPiPiPi.dec                   |   59 +
 BaBar_2014/B0_Dstar2pi.dec                    |   67 +
 BaBar_2014/B0_Dstar3pi.dec                    |  125 +
 BaBar_2014/B0_DstarPiPiPi.dec                 |   76 +
 BaBar_2014/B0_XKs_XTOJPsiOmega.dec            |   56 +
 BaBar_2014/B0_hcKs_3had_pm.dec                |   50 +
 BaBar_2014/B0_hcKs_4had_pm.dec                |   50 +
 BaBar_2014/B0_hcKs_JpsiX_pm.dec               |   54 +
 BaBar_2014/B0_hcKs_etacGam_X_pm.dec           |   68 +
 BaBar_2014/B0allB0barpipi_crn.dec             |   21 +
 BaBar_2014/B0barallB0pipi_crn.dec             |   21 +
 BaBar_2014/B0baretapD0.dec                    |   50 +
 BaBar_2014/B0baretapD0K3Pietapipigg.dec       |  104 +
 BaBar_2014/B0baretapD0KPiPi0etapipigg.dec     |   60 +
 BaBar_2014/B0baretapD0KPietapipigg.dec        |   60 +
 BaBar_2014/B0baretapDstar0.dec                |   65 +
 BaBar_2014/B0etaD0K3Pigg.dec                  |  100 +
 BaBar_2014/B0etaD0K3Pipipipi0.dec             |  101 +
 BaBar_2014/B0etaD0KPiPi0gg.dec                |   57 +
 BaBar_2014/B0etaD0KPiPi0pipipi0.dec           |   57 +
 BaBar_2014/B0etaD0KPigg.dec                   |   54 +
 BaBar_2014/B0etaD0KPipipipi0.dec              |   55 +
 BaBar_2014/B0etaD0star_D0K3Pi_gg.dec          |  112 +
 BaBar_2014/B0etaD0star_D0K3Pi_pipipi0.dec     |  112 +
 BaBar_2014/B0etaD0star_D0KPiPi0_gg.dec        |   71 +
 BaBar_2014/B0etaD0star_D0KPiPi0_pipipi0.dec   |   71 +
 BaBar_2014/B0etaD0star_D0KPi_gg.dec           |   66 +
 BaBar_2014/B0etaD0star_D0KPi_pipipi0.dec      |   66 +
 BaBar_2014/B0etapD0K3Pietapipigg.dec          |   53 +
 BaBar_2014/B0etapD0K3Pirho0g.dec              |   99 +
 BaBar_2014/B0etapD0KPiPi0etapipigg.dec        |   53 +
 BaBar_2014/B0etapD0KPiPi0rho0g.dec            |   55 +
 BaBar_2014/B0etapD0KPietapipigg.dec           |   53 +
 BaBar_2014/B0etapD0KPirho0g.dec               |   56 +
 BaBar_2014/B0etapD0etapipigg.dec              |   50 +
 BaBar_2014/B0etapD0star_D0K3Pi_etapipigg.dec  |  122 +
 BaBar_2014/B0etapD0star_D0K3Pi_rho0g.dec      |  116 +
 .../B0etapD0star_D0KPiPi0_etapipigg.dec       |   74 +
 BaBar_2014/B0etapD0star_D0KPiPi0_rho0g.dec    |   70 +
 BaBar_2014/B0etapD0star_D0KPi_etapipigg.dec   |   73 +
 BaBar_2014/B0etapD0star_D0KPi_rho0g.dec       |   68 +
 BaBar_2014/B0etapD0staretapipigg.dec          |   60 +
 BaBar_2014/B0omegaD0K3Pi.dec                  |   98 +
 BaBar_2014/B0omegaD0KPi.dec                   |   54 +
 BaBar_2014/B0omegaD0KPiPi0.dec                |   55 +
 BaBar_2014/B0omegaD0star_D0K3Pi.dec           |  110 +
 BaBar_2014/B0omegaD0star_D0KPi.dec            |   67 +
 BaBar_2014/B0omegaD0star_D0KPiPi0.dec         |   68 +
 BaBar_2014/B0pi0D0K3Pi.dec                    |   98 +
 BaBar_2014/B0pi0D0KPi.dec                     |   53 +
 BaBar_2014/B0pi0D0KPiPi0.dec                  |   54 +
 BaBar_2014/B0pi0D0star_D0K3Pi.dec             |  115 +
 BaBar_2014/B0pi0D0star_D0KPi.dec              |   69 +
 BaBar_2014/B0pi0D0star_D0KPiPi0.dec           |   70 +
 BaBar_2014/B0pipiD0K3Pi.dec                   |   93 +
 BaBar_2014/B0pipiD0KPi.dec                    |   47 +
 BaBar_2014/B0pipiD0KPiPi0.dec                 |   49 +
 BaBar_2014/B0pipiD0star_D0K3Pi.dec            |  108 +
 BaBar_2014/B0pipiD0star_D0KPi.dec             |   62 +
 BaBar_2014/B0pipiD0star_D0KPiPi0.dec          |   63 +
 BaBar_2014/B0pm_hcK_X.dec                     |  121 +
 BaBar_2014/B0rho0D0K3Pi.dec                   |   93 +
 BaBar_2014/B0rho0D0KPi.dec                    |   49 +
 BaBar_2014/B0rho0D0KPiPi0.dec                 |   49 +
 BaBar_2014/B0rho0D0star_D0K3Pi.dec            |  108 +
 BaBar_2014/B0rho0D0star_D0KPi.dec             |   62 +
 BaBar_2014/B0rho0D0star_D0KPiPi0.dec          |   63 +
 BaBar_2014/B0toA0Ks_A0toJpsipi0_width45.dec   |   59 +
 .../B0toAchKch_AchtoJpsipich_width45.dec      |   65 +
 BaBar_2014/B0toD1Pi_D0toKPi.dec               |   60 +
 BaBar_2014/B0toD1Pi_D0toKPiPi0.dec            |   61 +
 BaBar_2014/B0toD1Pi_D0toKPiPiPi.dec           |   61 +
 BaBar_2014/B0toD1Pi_D0toKsPiPi.dec            |   71 +
 .../B0toD2StarPi_D2StartoD0Pi_D0toKPi.dec     |   50 +
 .../B0toD2StarPi_D2StartoD0Pi_D0toKPiPi0.dec  |   50 +
 .../B0toD2StarPi_D2StartoD0Pi_D0toKPiPiPi.dec |   50 +
 .../B0toD2StarPi_D2StartoD0Pi_D0toKsPiPi.dec  |   60 +
 .../B0toD2StarPi_D2StartoDstar0Pi_D0toKPi.dec |   61 +
 ...toD2StarPi_D2StartoDstar0Pi_D0toKPiPi0.dec |   61 +
 ...oD2StarPi_D2StartoDstar0Pi_D0toKPiPiPi.dec |   61 +
 ...toD2StarPi_D2StartoDstar0Pi_D0toKsPiPi.dec |   71 +
 .../B0toD2StarPi_Dstar0toD0Gamma_D0toKPi.dec  |   61 +
 ...0toD2StarPi_Dstar0toD0Gamma_D0toKPiPi0.dec |   61 +
 ...toD2StarPi_Dstar0toD0Gamma_D0toKPiPiPi.dec |   61 +
 ...0toD2StarPi_Dstar0toD0Gamma_D0toKsPiPi.dec |   71 +
 BaBar_2014/B0toJPsiK1.dec                     |   48 +
 ...oJpsiKs0_JpsitoKstar0Ks0_Kstar0toKmpip.dec |   64 +
 ...oJpsiKs0_JpsitoKstar0Ks0_Kstar0toKppim.dec |   64 +
 ...JpsiKs0_JpsitoKstar0Ks0_Kstar0toKs0pi0.dec |   64 +
 .../B0toJpsiKs0_JpsitoKstarK_Ks0topippim.dec  |   92 +
 ...toJpsiKs0_JpsitoKstarmKp_KstarmtoKmpi0.dec |   63 +
 ...oJpsiKs0_JpsitoKstarmKp_KstarmtoKs0pim.dec |   63 +
 ...toJpsiKs0_JpsitoKstarpKm_KstarptoKppi0.dec |   63 +
 ...oJpsiKs0_JpsitoKstarpKm_KstarptoKs0pip.dec |   63 +
 .../B0toJpsiKs0_JpsitoRho0Pi0_Ks0topippim.dec |   53 +
 .../B0toJpsiKs0_JpsitoRho0pip_Ks0topippim.dec |   55 +
 .../B0toJpsiKs0_JpsitoRhoPi_Ks0topippim.dec   |   50 +
 .../B0toJpsiKs0_JpsitoRhoppim_Ks0topippim.dec |   51 +
 BaBar_2014/B0toLamPD.dec                      |   53 +
 .../B0toXKs0_XtoKstar0Ks0_Kstar0toKmpip.dec   |   65 +
 .../B0toXKs0_XtoKstar0Ks0_Kstar0toKppim.dec   |   65 +
 .../B0toXKs0_XtoKstar0Ks0_Kstar0toKs0pi0.dec  |   60 +
 .../B0toXKs0_XtoKstarmKp_KstarmtoKmpi0.dec    |   64 +
 .../B0toXKs0_XtoKstarmKp_KstarmtoKs0pim.dec   |   64 +
 .../B0toXKs0_XtoKstarpKm_KstarptoKppi0.dec    |   64 +
 .../B0toXKs0_XtoKstarpKm_KstarptoKs0pip.dec   |   64 +
 .../B0toXKs0_XtoRho0Pi0_Ks0topippim.dec       |   60 +
 .../B0toXKs0_XtoRho0pip_Ks0topippim.dec       |   52 +
 .../B0toXKs0_XtoRhoppim_Ks0topippim.dec       |   52 +
 BaBar_2014/B0toXKs_XtoJpsiPi0Pi0.dec          |   53 +
 BaBar_2014/B0toXKs_XtoJpsiRho0.dec            |   55 +
 .../B0toXKs_XtoJpsiRho0_Rho0toPi0Pi0.dec      |   56 +
 BaBar_2014/B0toXpKm_XptoJpsiRhop.dec          |   53 +
 BaBar_2014/B0toY3915Ks_Y3915toJPsiOmega.dec   |   51 +
 ...B0toY3915Ks_Y3915toJPsiOmega_wid_20MeV.dec |   59 +
 BaBar_2014/B0toY3925Ks_Y3925toJPsiOmega.dec   |   51 +
 ...B0toY3925Ks_Y3925toJPsiOmega_wid_30MeV.dec |   59 +
 BaBar_2014/B0toZ0Ks_Z0toPsi2Spi0_width45.dec  |   68 +
 .../B0toZchKch_ZchtoPsi2Spich_width45.dec     |   74 +
 BaBar_2014/BB_BrecoCocktail_Kstargamma.dec    |  469 +
 .../BB_BrecoCocktail_XsudgammaExp465.dec      |  521 ++
 ...BrecoCocktail_XsudgammaExp465_JetSet02.dec |  524 ++
 .../BB_BrecoCocktail_XsudgammaExp480.dec      |  521 ++
 ...BrecoCocktail_XsudgammaExp480_JetSet02.dec |  524 ++
 .../BB_BrecoCocktail_XsudgammaExp495.dec      |  521 ++
 ...BrecoCocktail_XsudgammaExp495_JetSet02.dec |  525 ++
 BaBar_2014/BB_BrecoCocktail_Xulnu.dec         |  662 ++
 BaBar_2014/BB_BrecoCocktail_Xulnu_VUB.dec     |  455 +
 BaBar_2014/BB_BrecoCocktail_Xulnu_excl.dec    |  638 ++
 BaBar_2014/BB_D0ppbarpi_K2pi.dec              |   37 +
 BaBar_2014/BB_D0ppbarpi_K3pi.dec              |   38 +
 BaBar_2014/BB_D0ppbarpi_Kpi.dec               |   37 +
 BaBar_2014/BB_D0ppbarpi_Ks2pi.dec             |   53 +
 BaBar_2014/BB_etapDetapipitogg.dec            |   42 +
 BaBar_2014/BB_etapDstaretapipitogg.dec        |   42 +
 BaBar_2014/BB_etapK1etapipitogg.dec           |   42 +
 BaBar_2014/BB_etapK1staretapipitogg.dec       |   42 +
 BaBar_2014/BB_etapK2staretapipitogg.dec       |   42 +
 BaBar_2014/BB_etapKstaretapipitogg.dec        |   38 +
 BaBar_2014/BB_etapXs_etapipietatogg.dec       |   44 +
 BaBar_2014/BB_etapXs_etapipietatopipipi0.dec  |   43 +
 BaBar_2014/BB_etapgXs_etapipietatogg.dec      |   44 +
 BaBar_2014/BB_etapgXs_etapipietatopipipi0.dec |   44 +
 BaBar_2014/BB_etapsqbar.dec                   |   42 +
 BaBar_2014/BB_incletap.dec                    |   35 +
 BaBar_2014/BB_sgqbar_etapipietatogg.dec       |   47 +
 BaBar_2014/BB_sgqbar_etapipietatogg2.dec      |   47 +
 BaBar_2014/BB_sgqbar_etapipietatopipipi0.dec  |   46 +
 BaBar_2014/BB_sgqbar_etapipietatopipipi02.dec |   46 +
 BaBar_2014/BBbar_Chi1c_HighRes.dec            |  102 +
 BaBar_2014/BBbar_Jpsi_HighRes.dec             |  143 +
 BaBar_2014/BBbar_Jpsi_HighRes_shorter.dec     |   63 +
 BaBar_2014/BBbar_Psi2s_HighRes.dec            |   81 +
 BaBar_2014/BBetapNPi.dec                      |  144 +
 BaBar_2014/B_Xulnu.dec                        |  291 +
 BaBar_2014/B_Xulnu_VUB.dec                    |   88 +
 BaBar_2014/B_Xulnu_excl.dec                   |  246 +
 BaBar_2014/Bch_D02pi.dec                      |   48 +
 BaBar_2014/Bch_D03pi.dec                      |  102 +
 BaBar_2014/Bch_D0PiPiPi.dec                   |   56 +
 BaBar_2014/Bch_Dstar02pi.dec                  |   62 +
 BaBar_2014/Bch_Dstar03pi.dec                  |  116 +
 BaBar_2014/Bch_Dstar0PiPiPi.dec               |   70 +
 BaBar_2014/Bch_XKch_XTOJPsiOmega.dec          |   51 +
 .../Bch_psi2s_chic12_gamma_brecococktail.dec  |  142 +
 BaBar_2014/BchmD0KmKpimwsmads.dec             |  110 +
 BaBar_2014/BchtoA0Kch_A0toJpsipi0_width45.dec |   54 +
 .../BchtoAchKs_AchtoJpsipich_width45.dec      |   68 +
 BaBar_2014/BchtoY3915Kch_Y3915toJPsiOmega.dec |   51 +
 ...htoY3915Kch_Y3915toJPsiOmega_wid_20MeV.dec |   53 +
 BaBar_2014/BchtoY3925Kch_Y3925toJPsiOmega.dec |   51 +
 ...htoY3925Kch_Y3925toJPsiOmega_wid_30MeV.dec |   53 +
 .../BchtoZ0Kch_Z0toPsi2Spi0_width45.dec       |   61 +
 .../BchtoZchKs_ZchtoPsi2Spich_width45.dec     |   77 +
 BaBar_2014/BpBm_2Kpi.dec                      |   28 +
 BaBar_2014/BpBm_3K.dec                        |   29 +
 BaBar_2014/BpBm_3pi.dec                       |   28 +
 BaBar_2014/BpBm_3pi_CP.dec                    |   33 +
 BaBar_2014/BpBm_BrecoCocktail_Kpnunu.dec      |  136 +
 BaBar_2014/BpBm_BrecoCocktail_Kstarpnunu.dec  |  141 +
 .../BpBm_BrecoCocktail_dstartaunu_e.dec       |  145 +
 .../BpBm_BrecoCocktail_dstartaunu_excl.dec    |  252 +
 .../BpBm_BrecoCocktail_dstartaunu_mu.dec      |  145 +
 BaBar_2014/BpBm_BrecoCocktail_dtaunu_e.dec    |  145 +
 BaBar_2014/BpBm_BrecoCocktail_dtaunu_excl.dec |  240 +
 BaBar_2014/BpBm_BrecoCocktail_dtaunu_mu.dec   |  145 +
 BaBar_2014/BpBm_BrecoCocktail_enu.dec         |  136 +
 BaBar_2014/BpBm_BrecoCocktail_munu.dec        |  136 +
 BaBar_2014/BpBm_BrecoCocktail_pipnunu.dec     |  136 +
 BaBar_2014/BpBm_BrecoCocktail_taunu.dec       |  129 +
 .../BpBm_Breco_ColSup_Dstar0rho_cocktail.dec  |  130 +
 BaBar_2014/BpBm_Breco_ColSup_cocktail.dec     |  141 +
 BaBar_2014/BpBm_Breco_ColSup_rho_cocktail.dec |  132 +
 .../BpBm_Breco_DpipDstarpi_cocktail.dec       |  118 +
 BaBar_2014/BpBm_Breco_Drhoa1_cocktail.dec     |  154 +
 BaBar_2014/BpBm_Brecorhoa1Cocktail_Knunu.dec  |  164 +
 .../BpBm_Brecorhoa1Cocktail_Kstarpnunu.dec    |  171 +
 BaBar_2014/BpBm_Brecorhoa1Cocktail_enu.dec    |  173 +
 BaBar_2014/BpBm_Brecorhoa1Cocktail_munu.dec   |  173 +
 .../BpBm_Brecorhoa1Cocktail_pipnunu.dec       |  164 +
 BaBar_2014/BpBm_Brecorhoa1Cocktail_taunu.dec  |  165 +
 BaBar_2014/BpBm_Chi0cK.dec                    |   46 +
 BaBar_2014/BpBm_Chi0cK_All.dec                |   34 +
 BaBar_2014/BpBm_Chi0cKstar_K.dec              |   55 +
 BaBar_2014/BpBm_Chi0cKstar_KS.dec             |   60 +
 BaBar_2014/BpBm_Chi0pi.dec                    |   39 +
 BaBar_2014/BpBm_Chi1cK.dec                    |   46 +
 BaBar_2014/BpBm_Chi1cK_All.dec                |   34 +
 BaBar_2014/BpBm_Chi1cK_E1.dec                 |   69 +
 BaBar_2014/BpBm_Chi1cKstar_KS_sp3.dec         |  100 +
 BaBar_2014/BpBm_Chi1cKstar_Km_sp3.dec         |   94 +
 .../BpBm_Chic1Kstar_KpPi0_RunIpIIPol.dec      |   98 +
 .../BpBm_Chic1Kstar_KsPip_RunIpIIPol.dec      |  104 +
 BaBar_2014/BpBm_D0D_sch_K3piK0K.dec           |  166 +
 BaBar_2014/BpBm_D0D_sch_K3piKstar0K.dec       |  160 +
 BaBar_2014/BpBm_D0D_sch_K3piphipi.dec         |  156 +
 BaBar_2014/BpBm_D0D_sch_KpiK0K.dec            |  141 +
 BaBar_2014/BpBm_D0D_sch_KpiKstar0K.dec        |  135 +
 BaBar_2014/BpBm_D0D_sch_Kpiphipi.dec          |  131 +
 BaBar_2014/BpBm_D0D_sch_Kpipi0K0K.dec         |  141 +
 BaBar_2014/BpBm_D0D_sch_Kpipi0Kstar0K.dec     |  135 +
 BaBar_2014/BpBm_D0D_sch_Kpipi0phipi.dec       |  131 +
 BaBar_2014/BpBm_D0D_sch_KspipiK0K.dec         |  142 +
 BaBar_2014/BpBm_D0D_sch_KspipiKstar0K.dec     |  146 +
 BaBar_2014/BpBm_D0D_sch_Kspipiphipi.dec       |  142 +
 BaBar_2014/BpBm_D0Dch_K3piKpipi.dec           |  154 +
 BaBar_2014/BpBm_D0Dch_K3piKspi.dec            |  165 +
 BaBar_2014/BpBm_D0Dch_KpiKpipi.dec            |  129 +
 BaBar_2014/BpBm_D0Dch_KpiKspi.dec             |  140 +
 BaBar_2014/BpBm_D0Dch_Kpipi0Kpipi.dec         |  129 +
 BaBar_2014/BpBm_D0Dch_Kpipi0Kspi.dec          |  140 +
 BaBar_2014/BpBm_D0Dch_KspipiKpipi.dec         |  139 +
 BaBar_2014/BpBm_D0Dch_KspipiKspi.dec          |  141 +
 BaBar_2014/BpBm_D0Dm_KpiKpipi.dec             |   91 +
 BaBar_2014/BpBm_D0K.dec                       |   38 +
 BaBar_2014/BpBm_D0K3pi_D0barK3pi_Kminus.dec   |  212 +
 .../BpBm_D0K3pi_D0barstarK3pi_Kminus.dec      |  212 +
 .../BpBm_D0K3pi_D0barstarKpi_Kminus.dec       |  212 +
 .../BpBm_D0K3pi_D0barstarKpipi0_Kminus.dec    |  212 +
 BaBar_2014/BpBm_D0K3pi_DminusK2pi_K0S.dec     |  196 +
 BaBar_2014/BpBm_D0K3pi_DstarminusK2pi_K0S.dec |  215 +
 BaBar_2014/BpBm_D0K3pi_DstarminusK3pi_K0S.dec |  215 +
 BaBar_2014/BpBm_D0K3pi_DstarminusKpi_K0S.dec  |  215 +
 .../BpBm_D0K3pi_DstarminusKpipi0_K0S.dec      |  215 +
 BaBar_2014/BpBm_D0K_CPminusCocktail.dec       |  123 +
 BaBar_2014/BpBm_D0K_CPplusCocktail.dec        |   99 +
 BaBar_2014/BpBm_D0K_D0CabibboNonCP.dec        |   97 +
 BaBar_2014/BpBm_D0K_D0mK3pi.dec               |   36 +
 BaBar_2014/BpBm_D0K_D0mK3pimDCSD.dec          |   36 +
 BaBar_2014/BpBm_D0K_D0mKK.dec                 |   36 +
 BaBar_2014/BpBm_D0K_D0mKpi.dec                |   36 +
 BaBar_2014/BpBm_D0K_D0mKpimDCSD.dec           |   36 +
 BaBar_2014/BpBm_D0K_D0mKpipi0.dec             |   36 +
 BaBar_2014/BpBm_D0K_D0mKpipi0mDCSD.dec        |   37 +
 BaBar_2014/BpBm_D0K_D0mKsKK_Ksmpipi_PHSP.dec  |   49 +
 BaBar_2014/BpBm_D0K_D0mKsKpi_Ksmpipi_PHSP.dec |   51 +
 BaBar_2014/BpBm_D0K_D0mKsKs_Ksmpipi.dec       |   56 +
 BaBar_2014/BpBm_D0K_D0mKspi0_Ksmpipi.dec      |   52 +
 .../BpBm_D0K_D0mKspipi_Ksmpipi_PHSP.dec       |   49 +
 .../BpBm_D0K_D0mKsrho0_Ksmpipi_rho0mpipi.dec  |   56 +
 .../BpBm_D0K_D0metaKs_etam3pi_Ksmpipi.dec     |   57 +
 .../BpBm_D0K_D0metaKs_etamgg_Ksmpipi.dec      |   57 +
 ..._D0metapKs_etapmetapipi_etamgg_Ksmpipi.dec |   62 +
 ...D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec |   62 +
 .../BpBm_D0K_D0momegaKs_omegam3pi_Ksmpipi.dec |   57 +
 .../BpBm_D0K_D0mphiKs_phimKK_Ksmpipi.dec      |   57 +
 .../BpBm_D0K_D0mphieta_phimKK_etam3pi.dec     |   59 +
 .../BpBm_D0K_D0mphieta_phimKK_etamgg.dec      |   57 +
 BaBar_2014/BpBm_D0K_D0mpi0phi_phimKK.dec      |   51 +
 BaBar_2014/BpBm_D0K_D0mpi0pipi_PHSP.dec       |   42 +
 BaBar_2014/BpBm_D0K_D0mpi0rho0_rho0mpipi.dec  |   54 +
 BaBar_2014/BpBm_D0K_D0mpipi.dec               |   36 +
 .../BpBm_D0K_D0mrho0eta_rho0mpipi_etam3pi.dec |   65 +
 .../BpBm_D0K_D0mrho0eta_rho0mpipi_etamgg.dec  |   57 +
 BaBar_2014/BpBm_D0K_pipipi0mres.dec           |   57 +
 BaBar_2014/BpBm_D0Kpi0_D0CP.dec               |  179 +
 BaBar_2014/BpBm_D0Kpi0_D0NonCP.dec            |  142 +
 BaBar_2014/BpBm_D0Kpi_D0barK3pi_Kminus.dec    |   52 +
 BaBar_2014/BpBm_D0Kpi_D0barKpi_Kminus.dec     |   30 +
 BaBar_2014/BpBm_D0Kpi_D0barKpipi0_Kminus.dec  |   30 +
 .../BpBm_D0Kpi_D0barstarK3pi_Kminus.dec       |   56 +
 BaBar_2014/BpBm_D0Kpi_D0barstarKpi_Kminus.dec |   35 +
 .../BpBm_D0Kpi_D0barstarKpipi0_Kminus.dec     |   35 +
 BaBar_2014/BpBm_D0Kpi_DminusK2pi_K0S.dec      |   38 +
 BaBar_2014/BpBm_D0Kpi_DstarminusK2pi_K0S.dec  |  215 +
 BaBar_2014/BpBm_D0Kpi_DstarminusK3pi_K0S.dec  |  216 +
 BaBar_2014/BpBm_D0Kpi_DstarminusKpi_K0S.dec   |  216 +
 .../BpBm_D0Kpi_DstarminusKpipi0_K0S.dec       |  216 +
 BaBar_2014/BpBm_D0Kpipi0_D0barK3pi_Kminus.dec |  212 +
 .../BpBm_D0Kpipi0_D0barKpipi0_Kminus.dec      |  212 +
 .../BpBm_D0Kpipi0_D0barstarK3pi_Kminus.dec    |  212 +
 .../BpBm_D0Kpipi0_D0barstarKpi_Kminus.dec     |  212 +
 .../BpBm_D0Kpipi0_D0barstarKpipi0_Kminus.dec  |  212 +
 BaBar_2014/BpBm_D0Kpipi0_DminusK2pi_K0S.dec   |  196 +
 .../BpBm_D0Kpipi0_DstarminusK2pi_K0S.dec      |  215 +
 .../BpBm_D0Kpipi0_DstarminusK3pi_K0S.dec      |  215 +
 .../BpBm_D0Kpipi0_DstarminusKpi_K0S.dec       |  215 +
 .../BpBm_D0Kpipi0_DstarminusKpipi0_K0S.dec    |  215 +
 BaBar_2014/BpBm_D0Kpipi0_pim.dec              |   42 +
 BaBar_2014/BpBm_D0Krho0_D0CP.dec              |  179 +
 BaBar_2014/BpBm_D0Krho0_D0NonCP.dec           |  142 +
 BaBar_2014/BpBm_D0KsPi_D0mCPp.dec             |   65 +
 BaBar_2014/BpBm_D0KsPi_D0mKK.dec              |   55 +
 BaBar_2014/BpBm_D0KsPi_D0mKsOmega.dec         |   63 +
 BaBar_2014/BpBm_D0KsPi_D0mKsPhi.dec           |   59 +
 BaBar_2014/BpBm_D0KsPi_D0mKsPi0.dec           |   56 +
 BaBar_2014/BpBm_D0KsPi_D0mPiPi.dec            |   55 +
 BaBar_2014/BpBm_D0Kst.dec                     |   64 +
 BaBar_2014/BpBm_D0Kstar.dec                   |  135 +
 BaBar_2014/BpBm_D0Kstar_CPminusCocktail.dec   |  133 +
 BaBar_2014/BpBm_D0Kstar_CPplusCocktail.dec    |  108 +
 BaBar_2014/BpBm_D0Kstar_D0CabibboNonCP.dec    |   97 +
 BaBar_2014/BpBm_D0Kstar_D0mK3pi.dec           |   36 +
 BaBar_2014/BpBm_D0Kstar_D0mK3pimDCSD.dec      |   36 +
 BaBar_2014/BpBm_D0Kstar_D0mKK.dec             |   36 +
 BaBar_2014/BpBm_D0Kstar_D0mKK_KstarmKPi0.dec  |   59 +
 BaBar_2014/BpBm_D0Kstar_D0mKK_KstarmKsPi.dec  |   64 +
 .../BpBm_D0Kstar_D0mKPiPi0_KstarmKPi0.dec     |   60 +
 .../BpBm_D0Kstar_D0mKPiPi0_KstarmKsPi.dec     |   64 +
 .../BpBm_D0Kstar_D0mKPiPi0_KstarmKsPi_ADS.dec |   67 +
 .../BpBm_D0Kstar_D0mKPiPiPi_KstarmKPi0.dec    |   60 +
 .../BpBm_D0Kstar_D0mKPiPiPi_KstarmKsPi.dec    |   64 +
 ...BpBm_D0Kstar_D0mKPiPiPi_KstarmKsPi_ADS.dec |   67 +
 BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKPi0.dec |   59 +
 BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKsPi.dec |   64 +
 .../BpBm_D0Kstar_D0mKPi_KstarmKsPi_ADS.dec    |   67 +
 BaBar_2014/BpBm_D0Kstar_D0mKpi.dec            |   36 +
 BaBar_2014/BpBm_D0Kstar_D0mKpimDCSD.dec       |   36 +
 BaBar_2014/BpBm_D0Kstar_D0mKpipi0.dec         |   36 +
 BaBar_2014/BpBm_D0Kstar_D0mKpipi0mDCSD.dec    |   37 +
 .../BpBm_D0Kstar_D0mKsEtaP_KstarmKsPi.dec     |  101 +
 .../BpBm_D0Kstar_D0mKsEta_KstarmKsPi.dec      |   82 +
 .../BpBm_D0Kstar_D0mKsKK_Ksmpipi_PHSP.dec     |   49 +
 .../BpBm_D0Kstar_D0mKsKpi_Ksmpipi_PHSP.dec    |   51 +
 .../BpBm_D0Kstar_D0mKsOmega_KstarmKPi0.dec    |   84 +
 .../BpBm_D0Kstar_D0mKsOmega_KstarmKsPi.dec    |   82 +
 BaBar_2014/BpBm_D0Kstar_D0mKsPhi.dec          |   83 +
 .../BpBm_D0Kstar_D0mKsPhi_KstarmKPi0.dec      |   69 +
 .../BpBm_D0Kstar_D0mKsPhi_KstarmKsPi.dec      |   70 +
 BaBar_2014/BpBm_D0Kstar_D0mKsPi0.dec          |   78 +
 .../BpBm_D0Kstar_D0mKsPi0_KstarmKPi0.dec      |   64 +
 .../BpBm_D0Kstar_D0mKsPi0_KstarmKsPi.dec      |   64 +
 .../BpBm_D0Kstar_D0mKsRho_KstarmKsPi.dec      |   82 +
 .../BpBm_D0Kstar_D0mKspipi_Ksmpipi_PHSP.dec   |   49 +
 .../BpBm_D0Kstar_D0mPiPi_KstarmKPi0.dec       |   59 +
 .../BpBm_D0Kstar_D0mPiPi_KstarmKsPi.dec       |   64 +
 .../BpBm_D0Kstar_D0mpi0pipi_Ksmpipi_PHSP.dec  |   41 +
 BaBar_2014/BpBm_D0Kstar_D0mpi0pipi_PHSP.dec   |   41 +
 BaBar_2014/BpBm_D0Kstar_D0mpipi.dec           |   36 +
 BaBar_2014/BpBm_D0Kstar_D0mpipimKK.dec        |   70 +
 BaBar_2014/BpBm_D0_a0p.dec                    |  135 +
 BaBar_2014/BpBm_D0barK3pi_Ds1Dstar0K_Kpi.dec  |  219 +
 BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_K3pi.dec  |  219 +
 BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_Kpi.dec   |  219 +
 .../BpBm_D0barKpi_Ds1Dstar0K_Kpipi0.dec       |  219 +
 .../BpBm_D0barKpipi0_Ds1Dstar0K_Kpi.dec       |  219 +
 BaBar_2014/BpBm_D0bar_Kstarp.dec              |   55 +
 BaBar_2014/BpBm_D0barppbarpi_Kpi.dec          |   44 +
 BaBar_2014/BpBm_D0lnu.dec                     |   42 +
 BaBar_2014/BpBm_D0lnu_Kpi.dec                 |   43 +
 BaBar_2014/BpBm_D0lnu_Kpipi.dec               |   43 +
 BaBar_2014/BpBm_D0lnu_Kpipipi.dec             |   43 +
 BaBar_2014/BpBm_D0mKpimpi_Xclnu.dec           |   97 +
 BaBar_2014/BpBm_D0mKpimpi_Xulnu.dec           |  176 +
 BaBar_2014/BpBm_D0pi_1.dec                    |   41 +
 BaBar_2014/BpBm_D0pi_1_PHOTOS.dec             |   46 +
 BaBar_2014/BpBm_D0pi_2.dec                    |   41 +
 BaBar_2014/BpBm_D0pi_3.dec                    |   41 +
 BaBar_2014/BpBm_D0pi_D0CabibboNonCP.dec       |   97 +
 BaBar_2014/BpBm_D0pi_D0K0pi0.dec              |   42 +
 BaBar_2014/BpBm_D0pi_D0mK3pi.dec              |   36 +
 BaBar_2014/BpBm_D0pi_D0mK3pi_DCSD.dec         |   36 +
 BaBar_2014/BpBm_D0pi_D0mKK.dec                |   36 +
 BaBar_2014/BpBm_D0pi_D0mKlpi0.dec             |   40 +
 BaBar_2014/BpBm_D0pi_D0mKpi.dec               |   36 +
 BaBar_2014/BpBm_D0pi_D0mKpimDCSD.dec          |   36 +
 BaBar_2014/BpBm_D0pi_D0mKpipi0.dec            |   36 +
 BaBar_2014/BpBm_D0pi_D0mKpipi0_DCSD.dec       |   37 +
 BaBar_2014/BpBm_D0pi_D0mKspi0_Ksmpipi.dec     |   52 +
 BaBar_2014/BpBm_D0pi_D0mKspipi.dec            |   38 +
 .../BpBm_D0pi_D0mKsrho0_Ksmpipi_rho0mpipi.dec |   56 +
 ...BpBm_D0pi_D0momegaKs_omegam3pi_Ksmpipi.dec |   57 +
 .../BpBm_D0pi_D0mphiKs_phimKK_Ksmpipi.dec     |   58 +
 BaBar_2014/BpBm_D0pi_D0mpipi.dec              |   36 +
 BaBar_2014/BpBm_D0pim.dec                     |   32 +
 BaBar_2014/BpBm_D0pim_Kspipi.dec              |   41 +
 BaBar_2014/BpBm_D0ppbarpi_Kpi.dec             |   44 +
 BaBar_2014/BpBm_D0rho_D0CabibboNonCP.dec      |   97 +
 BaBar_2014/BpBm_D0rho_D0mK3pi.dec             |   36 +
 BaBar_2014/BpBm_D0rho_D0mKK.dec               |   36 +
 BaBar_2014/BpBm_D0rho_D0mKpi.dec              |   36 +
 BaBar_2014/BpBm_D0rho_D0mKpipi0.dec           |   36 +
 BaBar_2014/BpBm_D0rho_D0mKspi0.dec            |   38 +
 BaBar_2014/BpBm_D0rho_D0mpipi.dec             |   36 +
 .../BpBm_D0starK3pi_D0barstarK3pi_Kminus.dec  |  212 +
 .../BpBm_D0starK3pi_DstarminusK2pi_K0S.dec    |  215 +
 .../BpBm_D0starK3pi_DstarminusK3pi_K0S.dec    |  215 +
 .../BpBm_D0starK3pi_DstarminusKpi_K0S.dec     |  215 +
 .../BpBm_D0starK3pi_DstarminusKpipi0_K0S.dec  |  215 +
 .../BpBm_D0starKpi_D0barstarK3pi_Kminus.dec   |  213 +
 .../BpBm_D0starKpi_D0barstarKpi_Kminus.dec    |  213 +
 .../BpBm_D0starKpi_D0barstarKpipi0_Kminus.dec |  213 +
 BaBar_2014/BpBm_D0starKpi_DminusK2pi_K0S.dec  |   44 +
 .../BpBm_D0starKpi_DstarminusK2pi_K0S.dec     |  215 +
 .../BpBm_D0starKpi_DstarminusK3pi_K0S.dec     |  216 +
 .../BpBm_D0starKpi_DstarminusKpi_K0S.dec      |  216 +
 .../BpBm_D0starKpi_DstarminusKpipi0_K0S.dec   |  216 +
 ...BpBm_D0starKpipi0_D0barstarK3pi_Kminus.dec |  212 +
 ...Bm_D0starKpipi0_D0barstarKpipi0_Kminus.dec |  212 +
 .../BpBm_D0starKpipi0_DstarminusK2pi_K0S.dec  |  215 +
 .../BpBm_D0starKpipi0_DstarminusK3pi_K0S.dec  |  215 +
 .../BpBm_D0starKpipi0_DstarminusKpi_K0S.dec   |  215 +
 ...BpBm_D0starKpipi0_DstarminusKpipi0_K0S.dec |  215 +
 BaBar_2014/BpBm_D0str0pi_Dpi_Kpipi.dec        |   80 +
 BaBar_2014/BpBm_D0str0pi_Dpi_Kspi.dec         |   82 +
 BaBar_2014/BpBm_D0str0pi_Dpipi.dec            |   88 +
 BaBar_2014/BpBm_D10lnu.dec                    |  118 +
 BaBar_2014/BpBm_D10lnu_D0Kpi.dec              |   65 +
 BaBar_2014/BpBm_D10lnu_Dstr0PDG_D0Kpi.dec     |  101 +
 BaBar_2014/BpBm_D10lnu_Dstr0pi0.dec           |  103 +
 BaBar_2014/BpBm_D10pi_D0Kpi.dec               |   62 +
 BaBar_2014/BpBm_D10pi_D0Kpipi0.dec            |   62 +
 BaBar_2014/BpBm_D10pi_D0Kpipipi.dec           |   62 +
 BaBar_2014/BpBm_D10pi_D0Kspipi.dec            |   79 +
 BaBar_2014/BpBm_D10pi_Dstpipi.dec             |   88 +
 BaBar_2014/BpBm_D10pim.dec                    |   54 +
 BaBar_2014/BpBm_D1prime0lnu_D0Kpi.dec         |   68 +
 BaBar_2014/BpBm_D1prime0pi_D0Kpi.dec          |   62 +
 BaBar_2014/BpBm_D1prime0pi_D0Kpipi0.dec       |   62 +
 BaBar_2014/BpBm_D1prime0pi_D0Kpipipi.dec      |   62 +
 BaBar_2014/BpBm_D1prime0pi_D0Kspipi.dec       |   78 +
 BaBar_2014/BpBm_D1prime0pi_Dstpipi.dec        |   89 +
 BaBar_2014/BpBm_D2S0lnu_D0Kpi.dec             |   69 +
 BaBar_2014/BpBm_D2Sstr0lnu_D0Kpi.dec          |   68 +
 BaBar_2014/BpBm_D2str0lnu.dec                 |  118 +
 BaBar_2014/BpBm_D2str0lnu_D0Kpi.dec           |   69 +
 BaBar_2014/BpBm_D2str0lnu_Dpi.dec             |   99 +
 BaBar_2014/BpBm_D2str0lnu_Dstr0PDG_D0Kpi.dec  |  100 +
 BaBar_2014/BpBm_D2str0lnu_Dstr0pi0.dec        |  103 +
 BaBar_2014/BpBm_D2str0pi_D0Kpi.dec            |   62 +
 BaBar_2014/BpBm_D2str0pi_D0Kpipi0.dec         |   62 +
 BaBar_2014/BpBm_D2str0pi_D0Kpipipi.dec        |   62 +
 BaBar_2014/BpBm_D2str0pi_D0Kspipi.dec         |   77 +
 BaBar_2014/BpBm_D2str0pi_Dpi_Kpipi.dec        |   83 +
 BaBar_2014/BpBm_D2str0pi_Dpi_Kspi.dec         |   79 +
 BaBar_2014/BpBm_D2str0pi_Dpipi.dec            |   85 +
 BaBar_2014/BpBm_D2str0pi_Dstpipi.dec          |   88 +
 BaBar_2014/BpBm_DD_exclusive.dec              |  210 +
 BaBar_2014/BpBm_DKstar0.dec                   |   70 +
 BaBar_2014/BpBm_D_10_rhom.dec                 |   31 +
 BaBar_2014/BpBm_D_10a1m_DstarD0pi.dec         |   51 +
 BaBar_2014/BpBm_D_10pim_DstarD0pi.dec         |   51 +
 BaBar_2014/BpBm_D_10rhom_DstarD0pi.dec        |   51 +
 BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0K3pi.dec |   60 +
 BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0Kpi.dec  |   60 +
 .../BpBm_D_10rhom_DstarD0pi_D0Kpipi0.dec      |   60 +
 BaBar_2014/BpBm_D_2star0a1m_DstarD0pi.dec     |   51 +
 BaBar_2014/BpBm_D_2star0pim_DstarD0pi.dec     |   54 +
 BaBar_2014/BpBm_D_2star0rhom_DstarD0pi.dec    |   51 +
 .../BpBm_D_2star0rhom_DstarD0pi_D0K3pi.dec    |   60 +
 .../BpBm_D_2star0rhom_DstarD0pi_D0Kpi.dec     |   60 +
 .../BpBm_D_2star0rhom_DstarD0pi_D0Kpipi0.dec  |   60 +
 BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KK3pi.dec |  173 +
 BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KKpi.dec  |  148 +
 .../BpBm_D_sstarD0_D_sgD0_Ks0KKpipi0.dec      |  148 +
 .../BpBm_D_sstarD0_D_sgD0_Ks0KKspipi.dec      |  149 +
 .../BpBm_D_sstarD0_D_sgD0_Kstar0KK3pi.dec     |  167 +
 .../BpBm_D_sstarD0_D_sgD0_Kstar0KKpi.dec      |  142 +
 .../BpBm_D_sstarD0_D_sgD0_Kstar0KKpipi0.dec   |  142 +
 .../BpBm_D_sstarD0_D_sgD0_Kstar0KKspipi.dec   |  153 +
 .../BpBm_D_sstarD0_D_sgD0_phipiK3pi.dec       |  163 +
 BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiKpi.dec |  138 +
 .../BpBm_D_sstarD0_D_sgD0_phipiKpipi0.dec     |  138 +
 .../BpBm_D_sstarD0_D_sgD0_phipiKspipi.dec     |  149 +
 BaBar_2014/BpBm_Denubar_DmKpi.dec             |   40 +
 BaBar_2014/BpBm_Denubar_DmKpipi0.dec          |   40 +
 BaBar_2014/BpBm_DlnuXCocktail_taunu.dec       |  133 +
 ...lnuX_D0mKpimKpipipimKpipimKspipi_Xclnu.dec |  140 +
 BaBar_2014/BpBm_Dmppbar2pip_K2pi.dec          |   44 +
 BaBar_2014/BpBm_Dmunubar_DmKpi.dec            |   41 +
 BaBar_2014/BpBm_Dmunubar_DmKpipi0.dec         |   40 +
 BaBar_2014/BpBm_DpKs.dec                      |  257 +
 BaBar_2014/BpBm_Dpipi_nonres.dec              |   60 +
 BaBar_2014/BpBm_Dpipi_nonres_KPiPi.dec        |   43 +
 .../BpBm_DplusK2pi_DminusK2pi_Kminus.dec      |   33 +
 .../BpBm_DplusK2pi_DstarminusK3pi_Kminus.dec  |   59 +
 .../BpBm_DplusK2pi_DstarminusKpi_Kminus.dec   |   38 +
 ...BpBm_DplusK2pi_DstarminusKpipi0_Kminus.dec |   38 +
 BaBar_2014/BpBm_Dpppbar_K2pi.dec              |   44 +
 BaBar_2014/BpBm_Dpppbarpippim_K2pi.dec        |   44 +
 .../BpBm_Dprime10lnu_Dstr0PDG_D0Kpi.dec       |  100 +
 BaBar_2014/BpBm_Dprime_10a1m_DstarD0pi.dec    |   51 +
 BaBar_2014/BpBm_Dprime_10pim_DstarD0pi.dec    |   51 +
 BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi.dec   |   51 +
 .../BpBm_Dprime_10rhom_DstarD0pi_D0K3pi.dec   |   60 +
 .../BpBm_Dprime_10rhom_DstarD0pi_D0Kpi.dec    |   60 +
 .../BpBm_Dprime_10rhom_DstarD0pi_D0Kpipi0.dec |   60 +
 BaBar_2014/BpBm_DsD0_phipiKpi.dec             |  103 +
 BaBar_2014/BpBm_DsStar_phi_00.dec             |   87 +
 BaBar_2014/BpBm_DsStar_phi_11.dec             |   87 +
 BaBar_2014/BpBm_Ds_D0_KstarK_k3pi.dec         |  140 +
 BaBar_2014/BpBm_Ds_D0_KstarK_kpi.dec          |  134 +
 BaBar_2014/BpBm_Ds_D0_KstarK_kpipi0.dec       |  134 +
 BaBar_2014/BpBm_Ds_D0_phipi_k3pi.dec          |  140 +
 BaBar_2014/BpBm_Ds_D0_phipi_kpi.dec           |  134 +
 BaBar_2014/BpBm_Ds_D0_phipi_kpipi0.dec        |  134 +
 BaBar_2014/BpBm_Ds_D0_recomodes.dec           |  152 +
 .../BpBm_Ds_Dstar0D0gamma_recomodes.dec       |  149 +
 BaBar_2014/BpBm_Ds_Dstar0_KstarK_k3pi.dec     |  140 +
 BaBar_2014/BpBm_Ds_Dstar0_KstarK_kpi.dec      |  134 +
 BaBar_2014/BpBm_Ds_Dstar0_KstarK_kpipi0.dec   |  134 +
 BaBar_2014/BpBm_Ds_Dstar0_phipi_k3pi.dec      |  140 +
 BaBar_2014/BpBm_Ds_Dstar0_phipi_kpi.dec       |  134 +
 BaBar_2014/BpBm_Ds_Dstar0_phipi_kpipi0.dec    |  134 +
 BaBar_2014/BpBm_Ds_Dstar0_recomodes.dec       |  152 +
 BaBar_2014/BpBm_Ds_Kstar0_recomodes.dec       |   85 +
 BaBar_2014/BpBm_Ds_a10_recomodes.dec          |   79 +
 BaBar_2014/BpBm_Ds_phi.dec                    |   73 +
 BaBar_2014/BpBm_Ds_pi0_recomodes.dec          |   75 +
 BaBar_2014/BpBm_Ds_rho0_recomodes.dec         |   79 +
 BaBar_2014/BpBm_Dspi0_DsetaPpi.dec            |   51 +
 BaBar_2014/BpBm_Dspi0_Dsetapi.dec             |   46 +
 BaBar_2014/BpBm_Dsrho0_DsetaPpi.dec           |   52 +
 BaBar_2014/BpBm_Dsrho0_Dsetapi.dec            |   47 +
 .../BpBm_Dss0toDspi0_D0_KstarK_k3pi.dec       |  254 +
 BaBar_2014/BpBm_Dss0toDspi0_D0_KstarK_kpi.dec |  254 +
 .../BpBm_Dss0toDspi0_D0_KstarK_kpipi0.dec     |  254 +
 BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_k3pi.dec |  205 +
 BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_kpi.dec  |  205 +
 .../BpBm_Dss0toDspi0_D0_phipi_kpipi0.dec      |  213 +
 .../BpBm_Dss0toDspi0_Dstar0_KstarK_k3pi.dec   |  254 +
 .../BpBm_Dss0toDspi0_Dstar0_KstarK_kpi.dec    |  254 +
 .../BpBm_Dss0toDspi0_Dstar0_KstarK_kpipi0.dec |  254 +
 .../BpBm_Dss0toDspi0_Dstar0_phipi_k3pi.dec    |  232 +
 .../BpBm_Dss0toDspi0_Dstar0_phipi_kpi.dec     |  232 +
 .../BpBm_Dss0toDspi0_Dstar0_phipi_kpipi0.dec  |  248 +
 .../BpBm_Dss1toDsgamma_D0_KstarK_k3pi.dec     |  254 +
 .../BpBm_Dss1toDsgamma_D0_KstarK_kpi.dec      |  254 +
 .../BpBm_Dss1toDsgamma_D0_KstarK_kpipi0.dec   |  254 +
 .../BpBm_Dss1toDsgamma_D0_phipi_k3pi.dec      |  205 +
 .../BpBm_Dss1toDsgamma_D0_phipi_kpi.dec       |  205 +
 .../BpBm_Dss1toDsgamma_D0_phipi_kpipi0.dec    |  213 +
 .../BpBm_Dss1toDsgamma_Dstar0_KstarK_k3pi.dec |  254 +
 .../BpBm_Dss1toDsgamma_Dstar0_KstarK_kpi.dec  |  254 +
 ...pBm_Dss1toDsgamma_Dstar0_KstarK_kpipi0.dec |  254 +
 .../BpBm_Dss1toDsgamma_Dstar0_phipi_k3pi.dec  |  232 +
 .../BpBm_Dss1toDsgamma_Dstar0_phipi_kpi.dec   |  232 +
 ...BpBm_Dss1toDsgamma_Dstar0_phipi_kpipi0.dec |  248 +
 .../BpBm_Dss1toDspi0_D0_KstarK_k3pi.dec       |  254 +
 BaBar_2014/BpBm_Dss1toDspi0_D0_KstarK_kpi.dec |  254 +
 .../BpBm_Dss1toDspi0_D0_KstarK_kpipi0.dec     |  254 +
 BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_k3pi.dec |  205 +
 BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_kpi.dec  |  205 +
 .../BpBm_Dss1toDspi0_D0_phipi_kpipi0.dec      |  213 +
 .../BpBm_Dss1toDspi0_Dstar0_KstarK_k3pi.dec   |  254 +
 .../BpBm_Dss1toDspi0_Dstar0_KstarK_kpi.dec    |  254 +
 .../BpBm_Dss1toDspi0_Dstar0_KstarK_kpipi0.dec |  254 +
 .../BpBm_Dss1toDspi0_Dstar0_phipi_k3pi.dec    |  232 +
 .../BpBm_Dss1toDspi0_Dstar0_phipi_kpi.dec     |  232 +
 .../BpBm_Dss1toDspi0_Dstar0_phipi_kpipi0.dec  |  248 +
 .../BpBm_Dss1toDsstarpi0_D0_KstarK_k3pi.dec   |  263 +
 .../BpBm_Dss1toDsstarpi0_D0_KstarK_kpi.dec    |  263 +
 .../BpBm_Dss1toDsstarpi0_D0_KstarK_kpipi0.dec |  263 +
 .../BpBm_Dss1toDsstarpi0_D0_phipi_k3pi.dec    |  205 +
 .../BpBm_Dss1toDsstarpi0_D0_phipi_kpi.dec     |  205 +
 .../BpBm_Dss1toDsstarpi0_D0_phipi_kpipi0.dec  |  213 +
 ...pBm_Dss1toDsstarpi0_Dstar0_KstarK_k3pi.dec |  263 +
 ...BpBm_Dss1toDsstarpi0_Dstar0_KstarK_kpi.dec |  263 +
 ...m_Dss1toDsstarpi0_Dstar0_KstarK_kpipi0.dec |  263 +
 ...BpBm_Dss1toDsstarpi0_Dstar0_phipi_k3pi.dec |  232 +
 .../BpBm_Dss1toDsstarpi0_Dstar0_phipi_kpi.dec |  232 +
 ...Bm_Dss1toDsstarpi0_Dstar0_phipi_kpipi0.dec |  248 +
 BaBar_2014/BpBm_DsstarD0_Dsg_phipiKpi.dec     |  107 +
 BaBar_2014/BpBm_DsstarD0_DsgammaD.dec         |  251 +
 .../BpBm_DsstarDstar0_DsgammaD0pi0gamma.dec   |  251 +
 BaBar_2014/BpBm_Dsstar_D0_KstarK_k3pi.dec     |  140 +
 BaBar_2014/BpBm_Dsstar_D0_KstarK_kpi.dec      |  134 +
 BaBar_2014/BpBm_Dsstar_D0_KstarK_kpipi0.dec   |  134 +
 BaBar_2014/BpBm_Dsstar_D0_phipi_k3pi.dec      |  140 +
 BaBar_2014/BpBm_Dsstar_D0_phipi_kpi.dec       |  134 +
 BaBar_2014/BpBm_Dsstar_D0_phipi_kpipi0.dec    |  134 +
 BaBar_2014/BpBm_Dsstar_D0_recomodes.dec       |  152 +
 .../BpBm_Dsstar_Dstar0D0gamma_recomodes.dec   |  149 +
 BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_k3pi.dec |  140 +
 BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_kpi.dec  |  134 +
 .../BpBm_Dsstar_Dstar0_KstarK_kpipi0.dec      |  134 +
 .../BpBm_Dsstar_Dstar0_KstarK_ks2pi.dec       |   85 +
 BaBar_2014/BpBm_Dsstar_Dstar0_phipi_k3pi.dec  |  140 +
 BaBar_2014/BpBm_Dsstar_Dstar0_phipi_kpi.dec   |  134 +
 .../BpBm_Dsstar_Dstar0_phipi_kpipi0.dec       |  134 +
 BaBar_2014/BpBm_Dsstar_Dstar0_phipi_ks2pi.dec |   82 +
 BaBar_2014/BpBm_Dsstar_Dstar0_recomodes.dec   |  152 +
 .../BpBm_Dsstar_Kstar0_recomodes_long.dec     |   92 +
 .../BpBm_Dsstar_Kstar0_recomodes_tran.dec     |   92 +
 BaBar_2014/BpBm_Dsstar_a10_recomodes_long.dec |   89 +
 BaBar_2014/BpBm_Dsstar_a10_recomodes_tran.dec |   89 +
 BaBar_2014/BpBm_Dsstar_pi0_recomodes.dec      |   84 +
 BaBar_2014/BpBm_Dsstar_rho0_recomodes.dec     |   84 +
 .../BpBm_Dsstar_rho0_recomodes_long.dec       |   89 +
 .../BpBm_Dsstar_rho0_recomodes_tran.dec       |   89 +
 BaBar_2014/BpBm_DsstarpKs.dec                 |   59 +
 BaBar_2014/BpBm_Dsstarpi0_DsetaPpi.dec        |   63 +
 BaBar_2014/BpBm_Dsstarpi0_Dsetapi.dec         |   57 +
 BaBar_2014/BpBm_Dsstarrho0_DsetaPpi.dec       |   62 +
 BaBar_2014/BpBm_Dsstarrho0_Dsetapi.dec        |   57 +
 BaBar_2014/BpBm_Dst0K.dec                     |   49 +
 BaBar_2014/BpBm_Dst0Kst.dec                   |   73 +
 .../BpBm_Dstar0D_sch_D0gD_sch_K3piKstar0K.dec |  167 +
 .../BpBm_Dstar0D_sch_D0gD_sch_K3piphipi.dec   |  163 +
 .../BpBm_Dstar0D_sch_D0gD_sch_KpiKstar0K.dec  |  142 +
 .../BpBm_Dstar0D_sch_D0gD_sch_Kpiphipi.dec    |  138 +
 ...pBm_Dstar0D_sch_D0gD_sch_Kpipi0Kstar0K.dec |  142 +
 .../BpBm_Dstar0D_sch_D0gD_sch_Kpipi0phipi.dec |  138 +
 ...pBm_Dstar0D_sch_D0gD_sch_KspipiKstar0K.dec |  153 +
 .../BpBm_Dstar0D_sch_D0gD_sch_Kspipiphipi.dec |  149 +
 .../BpBm_Dstar0D_sch_D0gK0K_K3piKs0K.dec      |  173 +
 .../BpBm_Dstar0D_sch_D0gK0K_KpiKs0K.dec       |  148 +
 .../BpBm_Dstar0D_sch_D0gK0K_Kpipi0Ks0K.dec    |  148 +
 .../BpBm_Dstar0D_sch_D0gK0K_KspipiKs0K.dec    |  149 +
 ...pBm_Dstar0D_sch_D0pi0D_sch_K3piKstar0K.dec |  167 +
 .../BpBm_Dstar0D_sch_D0pi0D_sch_K3piphipi.dec |  163 +
 ...BpBm_Dstar0D_sch_D0pi0D_sch_KpiKstar0K.dec |  142 +
 .../BpBm_Dstar0D_sch_D0pi0D_sch_Kpiphipi.dec  |  138 +
 ...m_Dstar0D_sch_D0pi0D_sch_Kpipi0Kstar0K.dec |  142 +
 ...pBm_Dstar0D_sch_D0pi0D_sch_Kpipi0phipi.dec |  138 +
 ...m_Dstar0D_sch_D0pi0D_sch_KspipiKstar0K.dec |  153 +
 ...pBm_Dstar0D_sch_D0pi0D_sch_Kspipiphipi.dec |  149 +
 .../BpBm_Dstar0D_sch_D0pi0K0K_K3piKs0K.dec    |  173 +
 .../BpBm_Dstar0D_sch_D0pi0K0K_KpiKs0K.dec     |  148 +
 .../BpBm_Dstar0D_sch_D0pi0K0K_Kpipi0Ks0K.dec  |  148 +
 .../BpBm_Dstar0D_sch_D0pi0K0K_KspipiKs0K.dec  |  149 +
 .../BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0K.dec   |  180 +
 ...Bm_Dstar0D_sstar_D0gD_sg_K3piKs0K_phsp.dec |  179 +
 ...pBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km001.dec |  179 +
 ...pBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km010.dec |  179 +
 ...pBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km100.dec |  179 +
 ...BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0K.dec |  174 +
 ...Dstar0D_sstar_D0gD_sg_K3piKstar0K_phsp.dec |  173 +
 ..._Dstar0D_sstar_D0gD_sg_K3piKstar0Km001.dec |  173 +
 ..._Dstar0D_sstar_D0gD_sg_K3piKstar0Km010.dec |  173 +
 ..._Dstar0D_sstar_D0gD_sg_K3piKstar0Km100.dec |  173 +
 .../BpBm_Dstar0D_sstar_D0gD_sg_K3piphipi.dec  |  170 +
 ...m_Dstar0D_sstar_D0gD_sg_K3piphipi_phsp.dec |  169 +
 ...Bm_Dstar0D_sstar_D0gD_sg_K3piphipim001.dec |  169 +
 ...Bm_Dstar0D_sstar_D0gD_sg_K3piphipim010.dec |  169 +
 ...Bm_Dstar0D_sstar_D0gD_sg_K3piphipim100.dec |  169 +
 .../BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0K.dec    |  155 +
 ...pBm_Dstar0D_sstar_D0gD_sg_KpiKs0K_phsp.dec |  154 +
 ...BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km001.dec |  154 +
 ...BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km010.dec |  154 +
 ...BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km100.dec |  154 +
 .../BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0K.dec |  149 +
 ..._Dstar0D_sstar_D0gD_sg_KpiKstar0K_phsp.dec |  148 +
 ...m_Dstar0D_sstar_D0gD_sg_KpiKstar0Km001.dec |  148 +
 ...m_Dstar0D_sstar_D0gD_sg_KpiKstar0Km010.dec |  148 +
 ...m_Dstar0D_sstar_D0gD_sg_KpiKstar0Km100.dec |  148 +
 .../BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipi.dec   |  145 +
 ...Bm_Dstar0D_sstar_D0gD_sg_Kpiphipi_phsp.dec |  144 +
 ...pBm_Dstar0D_sstar_D0gD_sg_Kpiphipim001.dec |  144 +
 ...pBm_Dstar0D_sstar_D0gD_sg_Kpiphipim010.dec |  144 +
 ...pBm_Dstar0D_sstar_D0gD_sg_Kpiphipim100.dec |  144 +
 .../BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0K.dec |  155 +
 ..._Dstar0D_sstar_D0gD_sg_Kpipi0Ks0K_phsp.dec |  154 +
 ...m_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km001.dec |  154 +
 ...m_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km010.dec |  154 +
 ...m_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km100.dec |  154 +
 ...Bm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0K.dec |  149 +
 ...tar0D_sstar_D0gD_sg_Kpipi0Kstar0K_phsp.dec |  148 +
 ...star0D_sstar_D0gD_sg_Kpipi0Kstar0Km001.dec |  148 +
 ...star0D_sstar_D0gD_sg_Kpipi0Kstar0Km010.dec |  148 +
 ...star0D_sstar_D0gD_sg_Kpipi0Kstar0Km100.dec |  148 +
 ...BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipi.dec |  145 +
 ...Dstar0D_sstar_D0gD_sg_Kpipi0phipi_phsp.dec |  144 +
 ..._Dstar0D_sstar_D0gD_sg_Kpipi0phipim001.dec |  144 +
 ..._Dstar0D_sstar_D0gD_sg_Kpipi0phipim010.dec |  144 +
 ..._Dstar0D_sstar_D0gD_sg_Kpipi0phipim100.dec |  144 +
 .../BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0K.dec |  156 +
 ..._Dstar0D_sstar_D0gD_sg_KspipiKs0K_phsp.dec |  155 +
 ...m_Dstar0D_sstar_D0gD_sg_KspipiKs0Km001.dec |  155 +
 ...m_Dstar0D_sstar_D0gD_sg_KspipiKs0Km010.dec |  155 +
 ...m_Dstar0D_sstar_D0gD_sg_KspipiKs0Km100.dec |  155 +
 ...Bm_Dstar0D_sstar_D0gD_sg_KspipiKstar0K.dec |  160 +
 ...tar0D_sstar_D0gD_sg_KspipiKstar0K_phsp.dec |  159 +
 ...star0D_sstar_D0gD_sg_KspipiKstar0Km001.dec |  159 +
 ...star0D_sstar_D0gD_sg_KspipiKstar0Km010.dec |  159 +
 ...star0D_sstar_D0gD_sg_KspipiKstar0Km100.dec |  159 +
 ...BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipi.dec |  156 +
 ...Dstar0D_sstar_D0gD_sg_Kspipiphipi_phsp.dec |  155 +
 ..._Dstar0D_sstar_D0gD_sg_Kspipiphipim001.dec |  155 +
 ..._Dstar0D_sstar_D0gD_sg_Kspipiphipim010.dec |  155 +
 ..._Dstar0D_sstar_D0gD_sg_Kspipiphipim100.dec |  155 +
 .../BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0K.dec |  180 +
 ..._Dstar0D_sstar_D0pi0D_sg_K3piKs0K_phsp.dec |  179 +
 ...m_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km001.dec |  179 +
 ...m_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km010.dec |  179 +
 ...m_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km100.dec |  179 +
 ...Bm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0K.dec |  174 +
 ...tar0D_sstar_D0pi0D_sg_K3piKstar0K_phsp.dec |  173 +
 ...star0D_sstar_D0pi0D_sg_K3piKstar0Km001.dec |  173 +
 ...star0D_sstar_D0pi0D_sg_K3piKstar0Km010.dec |  173 +
 ...star0D_sstar_D0pi0D_sg_K3piKstar0Km100.dec |  173 +
 ...BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipi.dec |  170 +
 ...Dstar0D_sstar_D0pi0D_sg_K3piphipi_phsp.dec |  169 +
 ..._Dstar0D_sstar_D0pi0D_sg_K3piphipim001.dec |  169 +
 ..._Dstar0D_sstar_D0pi0D_sg_K3piphipim010.dec |  169 +
 ..._Dstar0D_sstar_D0pi0D_sg_K3piphipim100.dec |  169 +
 .../BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0K.dec  |  155 +
 ...m_Dstar0D_sstar_D0pi0D_sg_KpiKs0K_phsp.dec |  154 +
 ...Bm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km001.dec |  154 +
 ...Bm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km010.dec |  154 +
 ...Bm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km100.dec |  154 +
 ...pBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0K.dec |  149 +
 ...star0D_sstar_D0pi0D_sg_KpiKstar0K_phsp.dec |  148 +
 ...Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km001.dec |  148 +
 ...Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km010.dec |  148 +
 ...Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km100.dec |  148 +
 .../BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipi.dec |  145 +
 ..._Dstar0D_sstar_D0pi0D_sg_Kpiphipi_phsp.dec |  144 +
 ...m_Dstar0D_sstar_D0pi0D_sg_Kpiphipim001.dec |  144 +
 ...m_Dstar0D_sstar_D0pi0D_sg_Kpiphipim010.dec |  144 +
 ...m_Dstar0D_sstar_D0pi0D_sg_Kpiphipim100.dec |  144 +
 ...pBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0K.dec |  155 +
 ...star0D_sstar_D0pi0D_sg_Kpipi0Ks0K_phsp.dec |  154 +
 ...Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km001.dec |  154 +
 ...Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km010.dec |  154 +
 ...Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km100.dec |  154 +
 ..._Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0K.dec |  149 +
 ...r0D_sstar_D0pi0D_sg_Kpipi0Kstar0K_phsp.dec |  148 +
 ...ar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km001.dec |  148 +
 ...ar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km010.dec |  148 +
 ...ar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km100.dec |  148 +
 ...Bm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipi.dec |  145 +
 ...tar0D_sstar_D0pi0D_sg_Kpipi0phipi_phsp.dec |  144 +
 ...star0D_sstar_D0pi0D_sg_Kpipi0phipim001.dec |  144 +
 ...star0D_sstar_D0pi0D_sg_Kpipi0phipim010.dec |  144 +
 ...star0D_sstar_D0pi0D_sg_Kpipi0phipim100.dec |  144 +
 ...pBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0K.dec |  156 +
 ...star0D_sstar_D0pi0D_sg_KspipiKs0K_phsp.dec |  155 +
 ...Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km001.dec |  155 +
 ...Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km010.dec |  155 +
 ...Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km100.dec |  155 +
 ..._Dstar0D_sstar_D0pi0D_sg_KspipiKstar0K.dec |  160 +
 ...r0D_sstar_D0pi0D_sg_KspipiKstar0K_phsp.dec |  159 +
 ...ar0D_sstar_D0pi0D_sg_KspipiKstar0Km001.dec |  159 +
 ...ar0D_sstar_D0pi0D_sg_KspipiKstar0Km010.dec |  159 +
 ...ar0D_sstar_D0pi0D_sg_KspipiKstar0Km100.dec |  159 +
 ...Bm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipi.dec |  156 +
 ...tar0D_sstar_D0pi0D_sg_Kspipiphipi_phsp.dec |  155 +
 ...star0D_sstar_D0pi0D_sg_Kspipiphipim001.dec |  155 +
 ...star0D_sstar_D0pi0D_sg_Kspipiphipim010.dec |  155 +
 ...star0D_sstar_D0pi0D_sg_Kspipiphipim100.dec |  155 +
 .../BpBm_Dstar0Dch_D0gDch_K3piKpipi.dec       |  161 +
 BaBar_2014/BpBm_Dstar0Dch_D0gDch_K3piKspi.dec |  172 +
 BaBar_2014/BpBm_Dstar0Dch_D0gDch_KpiKpipi.dec |  136 +
 BaBar_2014/BpBm_Dstar0Dch_D0gDch_KpiKspi.dec  |  147 +
 .../BpBm_Dstar0Dch_D0gDch_Kpipi0Kpipi.dec     |  136 +
 .../BpBm_Dstar0Dch_D0gDch_Kpipi0Kspi.dec      |  148 +
 .../BpBm_Dstar0Dch_D0gDch_KspipiKpipi.dec     |  147 +
 .../BpBm_Dstar0Dch_D0gDch_KspipiKspi.dec      |  149 +
 .../BpBm_Dstar0Dch_D0pi0Dch_K3piKpipi.dec     |  161 +
 .../BpBm_Dstar0Dch_D0pi0Dch_K3piKspi.dec      |  172 +
 .../BpBm_Dstar0Dch_D0pi0Dch_KpiKpipi.dec      |  136 +
 .../BpBm_Dstar0Dch_D0pi0Dch_KpiKspi.dec       |  148 +
 .../BpBm_Dstar0Dch_D0pi0Dch_Kpipi0Kpipi.dec   |  136 +
 .../BpBm_Dstar0Dch_D0pi0Dch_Kpipi0Kspi.dec    |  148 +
 .../BpBm_Dstar0Dch_D0pi0Dch_KspipiKpipi.dec   |  147 +
 .../BpBm_Dstar0Dch_D0pi0Dch_KspipiKspi.dec    |  149 +
 BaBar_2014/BpBm_Dstar0Dm_D0g_KpiKpipi.dec     |  102 +
 BaBar_2014/BpBm_Dstar0Ds_D0g_Kpi_phipi.dec    |  107 +
 BaBar_2014/BpBm_Dstar0Dsm_DsKpimix.dec        |   94 +
 BaBar_2014/BpBm_Dstar0Dsm_DsToPhiPi.dec       |   58 +
 .../BpBm_Dstar0Dsstar_D0gDsg_To_Kpiphipi.dec  |  111 +
 BaBar_2014/BpBm_Dstar0Dsstarm_DsToPhiPi.dec   |   68 +
 BaBar_2014/BpBm_Dstar0Dstar_D0gD0p_Kpi.dec    |  103 +
 .../BpBm_Dstar0Dstar_D0gD0pi_K3piK3pi.dec     |  154 +
 .../BpBm_Dstar0Dstar_D0gD0pi_K3piKpi.dec      |  148 +
 .../BpBm_Dstar0Dstar_D0gD0pi_K3piKpipi0.dec   |  148 +
 .../BpBm_Dstar0Dstar_D0gD0pi_K3piKspipi.dec   |  160 +
 .../BpBm_Dstar0Dstar_D0gD0pi_KpiK3pi.dec      |  148 +
 .../BpBm_Dstar0Dstar_D0gD0pi_KpiKpi.dec       |  123 +
 .../BpBm_Dstar0Dstar_D0gD0pi_KpiKpipi0.dec    |  123 +
 .../BpBm_Dstar0Dstar_D0gD0pi_KpiKspipi.dec    |  135 +
 .../BpBm_Dstar0Dstar_D0gD0pi_Kpipi0K3pi.dec   |  148 +
 .../BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kpi.dec    |  123 +
 .../BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kpipi0.dec |  123 +
 .../BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kspipi.dec |  135 +
 .../BpBm_Dstar0Dstar_D0gD0pi_KspipiK3pi.dec   |  160 +
 .../BpBm_Dstar0Dstar_D0gD0pi_KspipiKpi.dec    |  135 +
 .../BpBm_Dstar0Dstar_D0gD0pi_KspipiKpipi0.dec |  135 +
 .../BpBm_Dstar0Dstar_D0gD0pi_KspipiKspipi.dec |  136 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_K3piK3pi.dec   |  154 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_K3piKpi.dec    |  148 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_K3piKpipi0.dec |  148 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_K3piKspipi.dec |  160 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_KpiK3pi.dec    |  148 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_KpiKpi.dec     |  123 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_KpiKpipi0.dec  |  123 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_KpiKspipi.dec  |  135 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0K3pi.dec |  148 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kpi.dec  |  123 +
 ...pBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kpipi0.dec |  123 +
 ...pBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kspipi.dec |  135 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_KspipiK3pi.dec |  160 +
 .../BpBm_Dstar0Dstar_D0pi0D0pi_KspipiKpi.dec  |  135 +
 ...pBm_Dstar0Dstar_D0pi0D0pi_KspipiKpipi0.dec |  135 +
 ...pBm_Dstar0Dstar_D0pi0D0pi_KspipiKspipi.dec |  136 +
 ...BpBm_Dstar0Dstar_D0pi0Dchpi0_K3piKpipi.dec |  148 +
 .../BpBm_Dstar0Dstar_D0pi0Dchpi0_KpiKpipi.dec |  123 +
 ...Bm_Dstar0Dstar_D0pi0Dchpi0_Kpipi0Kpipi.dec |  123 +
 ...Bm_Dstar0Dstar_D0pi0Dchpi0_KspipiKpipi.dec |  135 +
 BaBar_2014/BpBm_Dstar0K3pi_DminusK2pi_K0S.dec |  196 +
 BaBar_2014/BpBm_Dstar0K_CPminusCocktail.dec   |  141 +
 BaBar_2014/BpBm_Dstar0K_CPplusCocktail.dec    |  117 +
 BaBar_2014/BpBm_Dstar0K_D0CabibboNonCP.dec    |  111 +
 .../BpBm_Dstar0K_D0mKsKK_Ksmpipi_PHSP.dec     |   63 +
 .../BpBm_Dstar0K_D0mKsKpi_Ksmpipi_PHSP.dec    |   65 +
 .../BpBm_Dstar0K_D0mKspipi_Ksmpipi_PHSP.dec   |   63 +
 BaBar_2014/BpBm_Dstar0K_D0mpi0pipi_PHSP.dec   |   56 +
 .../BpBm_Dstar0K_Dstar0mD0gamma_D0mK3pi.dec   |   51 +
 .../BpBm_Dstar0K_Dstar0mD0gamma_D0mKK.dec     |   51 +
 .../BpBm_Dstar0K_Dstar0mD0gamma_D0mKpi.dec    |   51 +
 .../BpBm_Dstar0K_Dstar0mD0gamma_D0mKpipi0.dec |   50 +
 ...star0K_Dstar0mD0gamma_D0mKspi0_Ksmpipi.dec |   68 +
 ...r0mD0gamma_D0mKsrho0_Ksmpipi_rho0mpipi.dec |   72 +
 ...D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec |   78 +
 ...0mD0gamma_D0momegaKs_omegam3pi_Ksmpipi.dec |   73 +
 ...Dstar0mD0gamma_D0mphiKs_phimKK_Ksmpipi.dec |   73 +
 .../BpBm_Dstar0K_Dstar0mD0gamma_D0mpipi.dec   |   51 +
 .../BpBm_Dstar0K_Dstar0mD0pi0_D0mK3pi.dec     |   51 +
 .../BpBm_Dstar0K_Dstar0mD0pi0_D0mKK.dec       |   51 +
 .../BpBm_Dstar0K_Dstar0mD0pi0_D0mKpi.dec      |   51 +
 .../BpBm_Dstar0K_Dstar0mD0pi0_D0mKpipi0.dec   |   50 +
 ..._Dstar0K_Dstar0mD0pi0_D0mKspi0_Ksmpipi.dec |   68 +
 ...tar0mD0pi0_D0mKsrho0_Ksmpipi_rho0mpipi.dec |   72 +
 ...D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec |   78 +
 ...ar0mD0pi0_D0momegaKs_omegam3pi_Ksmpipi.dec |   73 +
 ...K_Dstar0mD0pi0_D0mphiKs_phimKK_Ksmpipi.dec |   73 +
 .../BpBm_Dstar0K_Dstar0mD0pi0_D0mpipi.dec     |   51 +
 BaBar_2014/BpBm_Dstar0Kpi0_D0CP.dec           |  197 +
 BaBar_2014/BpBm_Dstar0Kpi0_D0NonCP.dec        |  160 +
 .../BpBm_Dstar0Kpipi0_DminusK2pi_K0S.dec      |  196 +
 BaBar_2014/BpBm_Dstar0Krho0_D0CP.dec          |  197 +
 BaBar_2014/BpBm_Dstar0Krho0_D0NonCP.dec       |  160 +
 BaBar_2014/BpBm_Dstar0Kstar.dec               |   73 +
 BaBar_2014/BpBm_Dstar0Kstar_00.dec            |   77 +
 BaBar_2014/BpBm_Dstar0Kstar_11.dec            |   77 +
 .../BpBm_Dstar0Kstar_D0CabibboNonCP.dec       |  111 +
 BaBar_2014/BpBm_Dstar0Kstar_D0mCPp.dec        |   82 +
 BaBar_2014/BpBm_Dstar0Kstar_D0mpipimKK.dec    |   84 +
 BaBar_2014/BpBm_Dstar0Kstar_DrhoHELAMP.dec    |  148 +
 ...Bm_Dstar0Kstar_ln_D0mKsKK_Ksmpipi_PHSP.dec |   62 +
 ...m_Dstar0Kstar_ln_D0mKsKpi_Ksmpipi_PHSP.dec |   64 +
 ..._Dstar0Kstar_ln_D0mKspipi_Ksmpipi_PHSP.dec |   62 +
 .../BpBm_Dstar0Kstar_ln_D0mpi0pipi_PHSP.dec   |   57 +
 ...Bm_Dstar0Kstar_tr_D0mKsKK_Ksmpipi_PHSP.dec |   62 +
 ...m_Dstar0Kstar_tr_D0mKsKpi_Ksmpipi_PHSP.dec |   64 +
 ..._Dstar0Kstar_tr_D0mKspipi_Ksmpipi_PHSP.dec |   62 +
 .../BpBm_Dstar0Kstar_tr_D0mpi0pipi_PHSP.dec   |   56 +
 BaBar_2014/BpBm_Dstar0_3pi_pi0.dec            |  136 +
 BaBar_2014/BpBm_Dstar0_omega_pi.dec           |  141 +
 .../BpBm_Dstar0barK3pi_Ds1Dstar0K_Kpi.dec     |  219 +
 .../BpBm_Dstar0barKpi_Ds1Dstar0K_K3pi.dec     |  219 +
 .../BpBm_Dstar0barKpi_Ds1Dstar0K_Kpi.dec      |  219 +
 .../BpBm_Dstar0barKpi_Ds1Dstar0K_Kpipi0.dec   |  219 +
 .../BpBm_Dstar0barKpipi0_Ds1Dstar0K_Kpi.dec   |  219 +
 BaBar_2014/BpBm_Dstar0bar_Kp.dec              |   60 +
 .../BpBm_Dstar0mD0mmKpimmpi0mpi_Xclnu.dec     |  110 +
 .../BpBm_Dstar0mD0mmKpimmpi0mpi_Xulnu.dec     |  189 +
 BaBar_2014/BpBm_Dstar0pi_D0CabibboNonCP.dec   |  111 +
 .../BpBm_Dstar0pi_Dstar0mD0gamma_D0mK3pi.dec  |   51 +
 .../BpBm_Dstar0pi_Dstar0mD0gamma_D0mKK.dec    |   51 +
 .../BpBm_Dstar0pi_Dstar0mD0gamma_D0mKpi.dec   |   51 +
 ...BpBm_Dstar0pi_Dstar0mD0gamma_D0mKpipi0.dec |   51 +
 ...tar0pi_Dstar0mD0gamma_D0mKspi0_Ksmpipi.dec |   68 +
 ...r0mD0gamma_D0mKsrho0_Ksmpipi_rho0mpipi.dec |   72 +
 ...D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec |   79 +
 ...0mD0gamma_D0momegaKs_omegam3pi_Ksmpipi.dec |   74 +
 ...Dstar0mD0gamma_D0mphiKs_phimKK_Ksmpipi.dec |   74 +
 .../BpBm_Dstar0pi_Dstar0mD0gamma_D0mpipi.dec  |   51 +
 .../BpBm_Dstar0pi_Dstar0mD0pi0_D0mK3pi.dec    |   51 +
 .../BpBm_Dstar0pi_Dstar0mD0pi0_D0mKK.dec      |   51 +
 .../BpBm_Dstar0pi_Dstar0mD0pi0_D0mKpi.dec     |   51 +
 .../BpBm_Dstar0pi_Dstar0mD0pi0_D0mKpipi0.dec  |   50 +
 ...Dstar0pi_Dstar0mD0pi0_D0mKspi0_Ksmpipi.dec |   68 +
 ...tar0mD0pi0_D0mKsrho0_Ksmpipi_rho0mpipi.dec |   72 +
 ...D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec |   79 +
 ...ar0mD0pi0_D0momegaKs_omegam3pi_Ksmpipi.dec |   74 +
 ...i_Dstar0mD0pi0_D0mphiKs_phimKK_Ksmpipi.dec |   74 +
 .../BpBm_Dstar0pi_Dstar0mD0pi0_D0mpipi.dec    |   51 +
 .../BpBm_Dstar0pi_DstarmD0gammamD0mKspi0.dec  |   52 +
 .../BpBm_Dstar0pi_DstarmD0gammamD0mKspipi.dec |   52 +
 .../BpBm_Dstar0pi_DstarmD0pimD0mKspi0.dec     |   53 +
 .../BpBm_Dstar0pi_DstarmD0pimD0mKspipi.dec    |   53 +
 BaBar_2014/BpBm_Dstar0pip.dec                 |   32 +
 BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_K2pi.dec  |   48 +
 BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_K3pi.dec  |   49 +
 BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_Kpi.dec   |   48 +
 BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_Ks2pi.dec |   64 +
 BaBar_2014/BpBm_Dstar0rho_D0CabibboNonCP.dec  |  111 +
 BaBar_2014/BpBm_DstarD0_D0p_Kpi.dec           |   93 +
 BaBar_2014/BpBm_DstarD0_D0piD0_K3piK3pi.dec   |  167 +
 BaBar_2014/BpBm_DstarD0_D0piD0_K3piKpi.dec    |  161 +
 BaBar_2014/BpBm_DstarD0_D0piD0_K3piKpipi0.dec |  161 +
 BaBar_2014/BpBm_DstarD0_D0piD0_K3piKspipi.dec |  171 +
 BaBar_2014/BpBm_DstarD0_D0piD0_KpiK3pi.dec    |  161 +
 BaBar_2014/BpBm_DstarD0_D0piD0_KpiKpi.dec     |  136 +
 BaBar_2014/BpBm_DstarD0_D0piD0_KpiKpipi0.dec  |  136 +
 BaBar_2014/BpBm_DstarD0_D0piD0_KpiKspipi.dec  |  146 +
 BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0K3pi.dec |  161 +
 BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0Kpi.dec  |  136 +
 .../BpBm_DstarD0_D0piD0_Kpipi0Kpipi0.dec      |  136 +
 .../BpBm_DstarD0_D0piD0_Kpipi0Kspipi.dec      |  146 +
 BaBar_2014/BpBm_DstarD0_D0piD0_KspipiK3pi.dec |  171 +
 BaBar_2014/BpBm_DstarD0_D0piD0_KspipiKpi.dec  |  146 +
 .../BpBm_DstarD0_D0piD0_KspipiKpipi0.dec      |  146 +
 .../BpBm_DstarD0_D0piD0_KspipiKspipi.dec      |  147 +
 .../BpBm_DstarD0_Dchpi0D0_KpipiK3pi.dec       |  161 +
 BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiKpi.dec |  136 +
 .../BpBm_DstarD0_Dchpi0D0_KpipiKpipi0.dec     |  136 +
 .../BpBm_DstarD0_Dchpi0D0_KpipiKspipi.dec     |  146 +
 BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiK3pi.dec |  172 +
 BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiKpi.dec  |  147 +
 .../BpBm_DstarD0_Dchpi0D0_KspiKpipi0.dec      |  147 +
 .../BpBm_DstarD0_Dchpi0D0_KspiKspipi.dec      |  148 +
 BaBar_2014/BpBm_DstarD_exclusive.dec          |  224 +
 BaBar_2014/BpBm_DstarDstar0_exclusive.dec     |  225 +
 BaBar_2014/BpBm_DstarDstar0_exclusive_mod.dec |  213 +
 BaBar_2014/BpBm_DstarKstar0.dec               |  150 +
 .../BpBm_Dstarenubar_DstarmD0gamma_D0mKpi.dec |   51 +
 ...Bm_Dstarenubar_DstarmD0gamma_D0mKpipi0.dec |   51 +
 .../BpBm_Dstarenubar_DstarmD0pi_D0mKpi.dec    |   51 +
 .../BpBm_Dstarenubar_DstarmD0pi_D0mKpipi0.dec |   51 +
 BaBar_2014/BpBm_Dstarlnu_X.dec                |   30 +
 BaBar_2014/BpBm_Dstarma0p.dec                 |  144 +
 ...BpBm_Dstarmunubar_DstarmD0gamma_D0mKpi.dec |   51 +
 ...m_Dstarmunubar_DstarmD0gamma_D0mKpipi0.dec |   51 +
 .../BpBm_Dstarmunubar_DstarmD0pi_D0mKpi.dec   |   51 +
 ...BpBm_Dstarmunubar_DstarmD0pi_D0mKpipi0.dec |   51 +
 BaBar_2014/BpBm_DstarpKs.dec                  |  324 +
 BaBar_2014/BpBm_Dstarpilnu_KPi.dec            |   56 +
 BaBar_2014/BpBm_Dstarpipi_D0Kpi_nonres.dec    |   50 +
 BaBar_2014/BpBm_Dstarpipi_nonres.dec          |  121 +
 ...Bm_DstarplusK3pi_DstarminusK2pi_Kminus.dec |  205 +
 ...Bm_DstarplusK3pi_DstarminusK3pi_Kminus.dec |  197 +
 ..._DstarplusK3pi_DstarminusKpipi0_Kminus.dec |  197 +
 ...pBm_DstarplusKpi_DstarminusK2pi_Kminus.dec |  205 +
 ...pBm_DstarplusKpi_DstarminusK3pi_Kminus.dec |   64 +
 ...BpBm_DstarplusKpi_DstarminusKpi_Kminus.dec |   43 +
 ...m_DstarplusKpi_DstarminusKpipi0_Kminus.dec |   43 +
 .../BpBm_DstarplusKpi_DstarplusKpi_Kminus.dec |  196 +
 ..._DstarplusKpipi0_DstarminusK2pi_Kminus.dec |  205 +
 ...starplusKpipi0_DstarminusKpipi0_Kminus.dec |  197 +
 BaBar_2014/BpBm_Dstarstarlnu.dec              |  164 +
 BaBar_2014/BpBm_Dstr0lnu_D0Kpi.dec            |   59 +
 BaBar_2014/BpBm_Dstr0lnu_D0pi0_Kpi.dec        |   58 +
 BaBar_2014/BpBm_Dstr0lnu_Kpi.dec              |   59 +
 BaBar_2014/BpBm_Dstr0lnu_Kpipi.dec            |   59 +
 BaBar_2014/BpBm_Dstr0lnu_Kpipipi.dec          |   59 +
 BaBar_2014/BpBm_Dstr0lnu_Kspipi.dec           |   63 +
 BaBar_2014/BpBm_Dstr0pi0lnu_D0Kpi.dec         |   83 +
 BaBar_2014/BpBm_HHHHH.dec                     |   55 +
 BaBar_2014/BpBm_HHHPP.dec                     |   43 +
 BaBar_2014/BpBm_JPsiK_AllJpsi.dec             |   34 +
 BaBar_2014/BpBm_JpsiD.dec                     |   37 +
 BaBar_2014/BpBm_JpsiD_Kpi.dec                 |   51 +
 BaBar_2014/BpBm_JpsiDpi.dec                   |   39 +
 BaBar_2014/BpBm_JpsiDstar.dec                 |   38 +
 BaBar_2014/BpBm_JpsiDstar_D0pi_Kpi_l.dec      |   63 +
 BaBar_2014/BpBm_JpsiDstar_D0pi_Kpi_t.dec      |   63 +
 BaBar_2014/BpBm_JpsiDstar_l.dec               |   50 +
 BaBar_2014/BpBm_JpsiDstar_t.dec               |   50 +
 BaBar_2014/BpBm_JpsiEtaKm.dec                 |   45 +
 BaBar_2014/BpBm_JpsiEtaPKm.dec                |   53 +
 BaBar_2014/BpBm_JpsiK.dec                     |   38 +
 BaBar_2014/BpBm_JpsiK_ppbar.dec               |   37 +
 BaBar_2014/BpBm_JpsiKstar.dec                 |   71 +
 BaBar_2014/BpBm_JpsiKstar_KLpi.dec            |   62 +
 BaBar_2014/BpBm_JpsiKstar_KLpi_RunIPol.dec    |   65 +
 BaBar_2014/BpBm_JpsiKstar_KS.dec              |   74 +
 BaBar_2014/BpBm_JpsiKstar_KS00.dec            |   74 +
 BaBar_2014/BpBm_JpsiKstar_KS_RunIPol.dec      |   71 +
 BaBar_2014/BpBm_JpsiKstar_Km.dec              |   68 +
 BaBar_2014/BpBm_JpsiKstar_Km_RunIPol.dec      |   65 +
 .../BpBm_JpsiKstar_KpPi0_RunIpIIPol.dec       |   63 +
 .../BpBm_JpsiKstar_KsPip_RunIpIIPol.dec       |   69 +
 BaBar_2014/BpBm_JpsiKstar_ppbar.dec           |   76 +
 BaBar_2014/BpBm_JpsiPhiKm.dec                 |   40 +
 BaBar_2014/BpBm_JpsiPi.dec                    |   38 +
 BaBar_2014/BpBm_JpsiPiPi0_nonres.dec          |   75 +
 BaBar_2014/BpBm_JpsiRho.dec                   |   99 +
 BaBar_2014/BpBm_JpsiRho_0polarisation.dec     |   99 +
 BaBar_2014/BpBm_JpsiRho_Kstarpolarisation.dec |  100 +
 BaBar_2014/BpBm_Jpsi_KstHR_lplmKppippim.dec   |  155 +
 BaBar_2014/BpBm_Jpsim3pimnoint_Kp.dec         |   41 +
 BaBar_2014/BpBm_Jpsim5pimnoint_Kp.dec         |   92 +
 BaBar_2014/BpBm_Jpsim7pimnoint_Kp.dec         |   46 +
 BaBar_2014/BpBm_JpsipBaryon.dec               |   51 +
 BaBar_2014/BpBm_JpsipSigma.dec                |   53 +
 BaBar_2014/BpBm_Jpsiplambda.dec               |   46 +
 BaBar_2014/BpBm_K0Lrho.dec                    |   44 +
 BaBar_2014/BpBm_K0srho.dec                    |   44 +
 BaBar_2014/BpBm_K0srho_kstopi0pi0.dec         |   56 +
 BaBar_2014/BpBm_K2K0s.dec                     |   34 +
 BaBar_2014/BpBm_K2pi.dec                      |   28 +
 BaBar_2014/BpBm_K2pi0.dec                     |   28 +
 BaBar_2014/BpBm_KK0pi0.dec                    |   29 +
 BaBar_2014/BpBm_KKpi_SMsupp.dec               |   28 +
 BaBar_2014/BpBm_KPiPiPi0.dec                  |   28 +
 BaBar_2014/BpBm_KSK.dec                       |   34 +
 BaBar_2014/BpBm_KSpi.dec                      |   38 +
 BaBar_2014/BpBm_KSpi_00.dec                   |   36 +
 BaBar_2014/BpBm_KStarRho.dec                  |   58 +
 BaBar_2014/BpBm_KStf0_f0topi0pi0.dec          |   32 +
 BaBar_2014/BpBm_KStp_1410_pi0.dec             |   23 +
 BaBar_2014/BpBm_KStp_1680_pi0.dec             |   23 +
 BaBar_2014/BpBm_KStp_spin0_1430_pi0.dec       |   23 +
 BaBar_2014/BpBm_KStp_spin2_1430_pi0.dec       |   23 +
 BaBar_2014/BpBm_Kchi_c0_pipi.dec              |   35 +
 BaBar_2014/BpBm_Kee_Ali.dec                   |   34 +
 BaBar_2014/BpBm_Kee_Ball.dec                  |   34 +
 BaBar_2014/BpBm_Keta1295_KKpipl.dec           |   44 +
 BaBar_2014/BpBm_Keta1295_KKpizr.dec           |   38 +
 BaBar_2014/BpBm_Keta1295_etapipi.dec          |   43 +
 BaBar_2014/BpBm_Keta_etaDalitz.dec            |   32 +
 BaBar_2014/BpBm_Kf0.dec                       |   56 +
 BaBar_2014/BpBm_Kf0_1370.dec                  |   52 +
 BaBar_2014/BpBm_Kf1285_KKpipl.dec             |   44 +
 BaBar_2014/BpBm_Kf1285_KKpizr.dec             |   38 +
 BaBar_2014/BpBm_Kf1285_etapipi.dec            |   43 +
 BaBar_2014/BpBm_Kf1525_K0K0.dec               |   43 +
 BaBar_2014/BpBm_Kf1525_KpKm.dec               |   43 +
 BaBar_2014/BpBm_Kf2.dec                       |   34 +
 BaBar_2014/BpBm_Kmumu_Ali.dec                 |   34 +
 BaBar_2014/BpBm_Kmumu_Ball.dec                |   34 +
 BaBar_2014/BpBm_KpKmKstar_KSpip.dec           |   48 +
 BaBar_2014/BpBm_KpKmKstar_Kppi0.dec           |   42 +
 BaBar_2014/BpBm_KpKpKm_intf1.dec              |  108 +
 BaBar_2014/BpBm_KpKpKstar_KSpim.dec           |   48 +
 BaBar_2014/BpBm_KpKpKstar_Kmpi0.dec           |   42 +
 BaBar_2014/BpBm_Kpemmup_PHSP.dec              |   34 +
 BaBar_2014/BpBm_Kpepmum_PHSP.dec              |   34 +
 BaBar_2014/BpBm_Kpf0_f0topi0pi0.dec           |   26 +
 BaBar_2014/BpBm_Kpf2_f2topi0pi0.dec           |   21 +
 BaBar_2014/BpBm_Kpgg_PHSP.dec                 |   34 +
 BaBar_2014/BpBm_Kpi0.dec                      |   33 +
 BaBar_2014/BpBm_Kpi0_pi0Dalitz.dec            |   32 +
 BaBar_2014/BpBm_Kpipi_SMsupp.dec              |   28 +
 BaBar_2014/BpBm_Kpll.dec                      |   40 +
 BaBar_2014/BpBm_Kpnunu.dec                    |   38 +
 BaBar_2014/BpBm_KppipKm_intf1.dec             |  135 +
 BaBar_2014/BpBm_Kppippim_intf1.dec            |  155 +
 BaBar_2014/BpBm_Kppippim_intf2.dec            |  155 +
 BaBar_2014/BpBm_Kppippim_intf3.dec            |  156 +
 BaBar_2014/BpBm_Krho.dec                      |   33 +
 BaBar_2014/BpBm_Kst0Kst0H_KPi_KPi.dec         |   51 +
 BaBar_2014/BpBm_Kst0Rho0H_KPi.dec             |   47 +
 BaBar_2014/BpBm_Kst0RhoPi0_KPi.dec            |   42 +
 BaBar_2014/BpBm_KstKst0Pi0_KPi0_KPi.dec       |   52 +
 BaBar_2014/BpBm_KstKstH_KPi0_KPi0.dec         |   46 +
 BaBar_2014/BpBm_KstRho0Pi0_KPi0.dec           |   40 +
 BaBar_2014/BpBm_KstRhoH_KPi0.dec              |   50 +
 BaBar_2014/BpBm_KstRhomPip_KPi0.dec           |   37 +
 BaBar_2014/BpBm_KstRhopPim_KPi0.dec           |   40 +
 BaBar_2014/BpBm_Kst_1273_gamma.dec            |   29 +
 BaBar_2014/BpBm_Kst_1402_gamma.dec            |   29 +
 BaBar_2014/BpBm_Kst_1430_gamma.dec            |   28 +
 BaBar_2014/BpBm_Kstar0K0sK.dec                |   43 +
 .../BpBm_Kstar0_1430_0_pip_Kstar0mKppim.dec   |   34 +
 .../BpBm_Kstar0barK_Kstar0barK0spi0.dec       |   43 +
 BaBar_2014/BpBm_Kstar0p_ee_Ball.dec           |   48 +
 BaBar_2014/BpBm_Kstar0p_emmup_PHSP.dec        |   48 +
 BaBar_2014/BpBm_Kstar0p_epmum_PHSP.dec        |   48 +
 BaBar_2014/BpBm_Kstar0p_mumu_Ball.dec         |   48 +
 BaBar_2014/BpBm_Kstar0pi_Kstar0K0pi0.dec      |   43 +
 .../BpBm_Kstar1410_0_pip_Kstar1410mKpi.dec    |   34 +
 .../BpBm_Kstar1680_0_pip_Kstar1680mKpi.dec    |   35 +
 .../BpBm_Kstar2_1430_0_pip_Kstar2mKppim.dec   |   34 +
 BaBar_2014/BpBm_KstarK.dec                    |   42 +
 BaBar_2014/BpBm_KstarK0s_KstarK0spi.dec       |   44 +
 BaBar_2014/BpBm_KstarK0s_KstarKpi0.dec        |   44 +
 BaBar_2014/BpBm_KstarK_1270.dec               |   48 +
 BaBar_2014/BpBm_KstarK_1430_spin0.dec         |   37 +
 BaBar_2014/BpBm_KstarK_1430_spin2.dec         |   38 +
 BaBar_2014/BpBm_KstarK_1680.dec               |   38 +
 BaBar_2014/BpBm_KstarPi0p_ee_Ball.dec         |   33 +
 BaBar_2014/BpBm_KstarPi0p_emmup_PHSP.dec      |   33 +
 BaBar_2014/BpBm_KstarPi0p_epmum_PHSP.dec      |   33 +
 BaBar_2014/BpBm_KstarPi0p_mumu_Ball.dec       |   33 +
 BaBar_2014/BpBm_Kstar_1410_gamma.dec          |   29 +
 BaBar_2014/BpBm_Kstar_1680_gamma.dec          |   29 +
 BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim.dec    |   65 +
 BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim_ln.dec |   65 +
 BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim_tr.dec |   65 +
 BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim.dec    |   60 +
 BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim_ln.dec |   60 +
 BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim_tr.dec |   60 +
 BaBar_2014/BpBm_Kstaree_Ali.dec               |   33 +
 BaBar_2014/BpBm_Kstaree_KS0pi_Ali.dec         |   48 +
 BaBar_2014/BpBm_Kstaree_Kpi0_Ali.dec          |   33 +
 BaBar_2014/BpBm_Kstareta_etaDalitz.dec        |   47 +
 BaBar_2014/BpBm_Kstarf0_KSpip.dec             |   78 +
 BaBar_2014/BpBm_Kstarf0_KSpipKpKm.dec         |   60 +
 BaBar_2014/BpBm_Kstarf0_Kppi0.dec             |   62 +
 BaBar_2014/BpBm_Kstarf0_Kppi0KpKm.dec         |   55 +
 BaBar_2014/BpBm_Kstargamma.dec                |   31 +
 BaBar_2014/BpBm_Kstargamma_Kpi0.dec           |   43 +
 BaBar_2014/BpBm_Kstargamma_Kspi.dec           |   61 +
 BaBar_2014/BpBm_Kstarmumu_Ali.dec             |   33 +
 BaBar_2014/BpBm_Kstarmumu_KS0pi_Ali.dec       |   48 +
 BaBar_2014/BpBm_Kstarmumu_Kpi0_Ali.dec        |   33 +
 BaBar_2014/BpBm_KstarpKs.dec                  |   44 +
 BaBar_2014/BpBm_KstarpKsKs.dec                |   44 +
 BaBar_2014/BpBm_Kstarpf0_Kppi0.dec            |   47 +
 BaBar_2014/BpBm_Kstarpi.dec                   |   38 +
 BaBar_2014/BpBm_Kstarpi0_KstarK0spi.dec       |   44 +
 BaBar_2014/BpBm_Kstarpi0_KstarKpi0.dec        |   44 +
 BaBar_2014/BpBm_Kstarpi0_pi0Dalitz.dec        |   47 +
 BaBar_2014/BpBm_Kstarpi_1270.dec              |   36 +
 BaBar_2014/BpBm_Kstarpi_1400.dec              |   36 +
 BaBar_2014/BpBm_Kstarpi_1430_spin0.dec        |   36 +
 BaBar_2014/BpBm_Kstarpi_1430_spin2.dec        |   36 +
 BaBar_2014/BpBm_Kstarpi_1680.dec              |   36 +
 BaBar_2014/BpBm_Kstarpnunu.dec                |   37 +
 BaBar_2014/BpBm_Kstarrho_1680_Kpi_ln.dec      |   68 +
 BaBar_2014/BpBm_Kstgamma.dec                  |   63 +
 BaBar_2014/BpBm_Kstgamma_KL.dec               |   52 +
 BaBar_2014/BpBm_OmegaPipPi0_PiPiPi0.dec       |   33 +
 BaBar_2014/BpBm_PiPiPiPi0.dec                 |   28 +
 BaBar_2014/BpBm_Pif0.dec                      |   35 +
 BaBar_2014/BpBm_Pipnunu.dec                   |   35 +
 BaBar_2014/BpBm_Psi2sK.dec                    |   48 +
 BaBar_2014/BpBm_Psi2sK_All.dec                |   34 +
 BaBar_2014/BpBm_Psi2sK_Psi2stoJpsiPi0Pi0.dec  |   43 +
 BaBar_2014/BpBm_Psi2sKstar_K.dec              |   81 +
 BaBar_2014/BpBm_Psi2sKstar_KS.dec             |   85 +
 .../BpBm_Psi2sKstar_KpPi0_RunIpIIPol.dec      |   69 +
 .../BpBm_Psi2sKstar_KsPip_RunIpIIPol.dec      |   77 +
 BaBar_2014/BpBm_Psi3770D0D0KpiK3pi_K.dec      |  126 +
 BaBar_2014/BpBm_Psi3770D0D0KpiKpi_K.dec       |  126 +
 BaBar_2014/BpBm_Psi3770D0D0KpiKpipi0_K.dec    |  126 +
 BaBar_2014/BpBm_Psi3770DpDm_K.dec             |  130 +
 BaBar_2014/BpBm_Rho0Rho0K.dec                 |   29 +
 BaBar_2014/BpBm_Rho0Rho0Pi.dec                |   31 +
 BaBar_2014/BpBm_RhoRhoK.dec                   |   32 +
 BaBar_2014/BpBm_RhopRhoppim.dec               |   26 +
 BaBar_2014/BpBm_Rhopf0.dec                    |   41 +
 BaBar_2014/BpBm_Rhoppippimpi0.dec             |   26 +
 BaBar_2014/BpBm_V0PPP.dec                     |   92 +
 BaBar_2014/BpBm_VpPPP.dec                     |   72 +
 BaBar_2014/BpBm_XdugammaExp480.dec            |   78 +
 BaBar_2014/BpBm_Xenu_Yenu.dec                 |  203 +
 BaBar_2014/BpBm_Xenu_Ymunu.dec                |  204 +
 BaBar_2014/BpBm_Xenu_noSLemu.dec              |  576 ++
 BaBar_2014/BpBm_Xmunu_Ymunu.dec               |  203 +
 BaBar_2014/BpBm_Xmunu_noSLemu.dec             |  576 ++
 BaBar_2014/BpBm_Xsee.dec                      |   59 +
 .../BpBm_Xsee_Ali02_mb480_pf410_JetSet02.dec  |   66 +
 BaBar_2014/BpBm_Xsee_pf410.dec                |   66 +
 ...m_Xsgamma_FlatEGamma_1_6To1_7_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_1_6To2_6_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_1_7To1_8_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_1_8To1_9_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_1_9To2_0_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_2_0To2_1_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_2_1To2_2_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_2_2To2_3_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_2_3To2_4_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_2_4To2_5_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_2_5To2_6_JetSet02.dec |   63 +
 ...m_Xsgamma_FlatEGamma_2_6To2_7_JetSet02.dec |   63 +
 .../BpBm_Xsgamma_Kagan99_mb465_JetSet02.dec   |   63 +
 .../BpBm_Xsgamma_Kagan99_mb470_JetSet02.dec   |   63 +
 .../BpBm_Xsgamma_Kagan99_mb475_JetSet02.dec   |   63 +
 .../BpBm_Xsgamma_Kagan99_mb480_JetSet02.dec   |   63 +
 ...mma_Kagan99_mb480_mXs1_0To1_2_JetSet02.dec |   63 +
 ...mma_Kagan99_mb480_mXs1_2To1_4_JetSet02.dec |   63 +
 ...mma_Kagan99_mb480_mXs1_4To1_6_JetSet02.dec |   63 +
 ...mma_Kagan99_mb480_mXs1_6To1_8_JetSet02.dec |   63 +
 ...mma_Kagan99_mb480_mXs1_8To2_0_JetSet02.dec |   63 +
 ...mma_Kagan99_mb480_mXs2_0To2_2_JetSet02.dec |   63 +
 ...mma_Kagan99_mb480_mXs2_2To2_4_JetSet02.dec |   63 +
 ...mma_Kagan99_mb480_mXs2_4To2_6_JetSet02.dec |   63 +
 ...mma_Kagan99_mb480_mXs2_6To2_8_JetSet02.dec |   63 +
 ...mma_Kagan99_mb480_mXs2_8To3_0_JetSet02.dec |   63 +
 .../BpBm_Xsgamma_Kagan99_mb485_JetSet02.dec   |   63 +
 .../BpBm_Xsgamma_Kagan99_mb490_JetSet02.dec   |   63 +
 .../BpBm_Xsgamma_Kagan99_mb495_JetSet02.dec   |   63 +
 BaBar_2014/BpBm_Xsmumu.dec                    |   59 +
 ...BpBm_Xsmumu_Ali02_mb480_pf410_JetSet02.dec |   66 +
 BaBar_2014/BpBm_Xsmumu_pf410.dec              |   66 +
 BaBar_2014/BpBm_Xstautau.dec                  |   59 +
 BaBar_2014/BpBm_Xstautau_pf410.dec            |   60 +
 BaBar_2014/BpBm_Xsugamma.dec                  |   60 +
 BaBar_2014/BpBm_XsugammaAli.dec               |   60 +
 BaBar_2014/BpBm_XsugammaExp465.dec            |   60 +
 BaBar_2014/BpBm_XsugammaExp470.dec            |   60 +
 BaBar_2014/BpBm_XsugammaExp475.dec            |   60 +
 BaBar_2014/BpBm_XsugammaExp480.dec            |   60 +
 BaBar_2014/BpBm_XsugammaExp480_1.0to1.2.dec   |   60 +
 BaBar_2014/BpBm_XsugammaExp480_1.2to1.4.dec   |   60 +
 BaBar_2014/BpBm_XsugammaExp480_1.4to1.6.dec   |   60 +
 BaBar_2014/BpBm_XsugammaExp480_1.6to1.8.dec   |   60 +
 BaBar_2014/BpBm_XsugammaExp480_1.8to2.0.dec   |   60 +
 BaBar_2014/BpBm_XsugammaExp480_2.0to2.2.dec   |   60 +
 BaBar_2014/BpBm_XsugammaExp480_2.2to2.4.dec   |   60 +
 BaBar_2014/BpBm_XsugammaExp480_2.4to2.6.dec   |   60 +
 BaBar_2014/BpBm_XsugammaExp480_2.6to2.8.dec   |   60 +
 BaBar_2014/BpBm_XsugammaExp480_2.8to3.0.dec   |   60 +
 BaBar_2014/BpBm_XsugammaExp485.dec            |   60 +
 BaBar_2014/BpBm_XsugammaExp490.dec            |   60 +
 BaBar_2014/BpBm_XsugammaExp495.dec            |   60 +
 .../BpBm_XsugammaFlatEGamma1_6To2_7.dec       |   60 +
 .../BpBm_XsugammaFlatEGamma1_7To1_8.dec       |   60 +
 .../BpBm_XsugammaFlatEGamma1_8To1_9.dec       |   60 +
 .../BpBm_XsugammaFlatEGamma1_9To2_0.dec       |   60 +
 .../BpBm_XsugammaFlatEGamma2_0To2_1.dec       |   60 +
 .../BpBm_XsugammaFlatEGamma2_1To2_2.dec       |   60 +
 .../BpBm_XsugammaFlatEGamma2_2To2_3.dec       |   60 +
 .../BpBm_XsugammaFlatEGamma2_3To2_4.dec       |   60 +
 .../BpBm_XsugammaFlatEGamma2_4To2_5.dec       |   60 +
 .../BpBm_XsugammaFlatEGamma2_5To2_6.dec       |   60 +
 .../BpBm_XsugammaFlatEGamma2_6To2_7.dec       |   60 +
 BaBar_2014/BpBm_XtoJpsiGammaK.dec             |   47 +
 BaBar_2014/BpBm_XtoJpsiGammaKstar_K.dec       |   56 +
 BaBar_2014/BpBm_XtoJpsiGammaKstar_KS.dec      |   61 +
 BaBar_2014/BpBm_XtoJpsiPi0K.dec               |   48 +
 BaBar_2014/BpBm_a00Kp_etato3pi.dec            |   39 +
 BaBar_2014/BpBm_a00Kp_etatogg.dec             |   39 +
 BaBar_2014/BpBm_a00pip_etato3pi.dec           |   39 +
 BaBar_2014/BpBm_a00pip_etatogg.dec            |   39 +
 BaBar_2014/BpBm_a0pks.dec                     |   54 +
 BaBar_2014/BpBm_a0pks_etato3pi.dec            |   51 +
 BaBar_2014/BpBm_a0pkstar0.dec                 |   59 +
 BaBar_2014/BpBm_a0ppi0_etato3pi.dec           |   43 +
 BaBar_2014/BpBm_a0ppi0_etatogg.dec            |   43 +
 BaBar_2014/BpBm_a0prho0.dec                   |   54 +
 BaBar_2014/BpBm_a10K_RhoPi.dec                |   27 +
 BaBar_2014/BpBm_a10Pi_RhoPi.dec               |   27 +
 BaBar_2014/BpBm_a10rhop_ln.dec                |   38 +
 BaBar_2014/BpBm_a10rhop_tr.dec                |   38 +
 BaBar_2014/BpBm_a1Pi0_Rho0Pi.dec              |   46 +
 BaBar_2014/BpBm_a1_D0mK3pimKs2pi.dec          |  111 +
 BaBar_2014/BpBm_a1_D0mKpimKpipi0.dec          |   49 +
 .../BpBm_a1_Dstar0mpi0D0mK3pimKs2pi.dec       |  121 +
 .../BpBm_a1_Dstar0mpi0D0mKpimKpipi0.dec       |   59 +
 BaBar_2014/BpBm_a1f0.dec                      |   38 +
 BaBar_2014/BpBm_a1pK0s.dec                    |   32 +
 BaBar_2014/BpBm_a1pK0s_rho0pip.dec            |   50 +
 BaBar_2014/BpBm_a1pK0s_rhoppi0.dec            |   50 +
 BaBar_2014/BpBm_a1pi0.dec                     |   31 +
 BaBar_2014/BpBm_a1pomega_rho0pipomega_ln.dec  |   39 +
 BaBar_2014/BpBm_a1pomega_rhoppi0omega_ln.dec  |   39 +
 BaBar_2014/BpBm_a1ppi0.dec                    |   45 +
 BaBar_2014/BpBm_a1ppi0_rhoppi0.dec            |   39 +
 BaBar_2014/BpBm_a1prho0_rho0piprho0_ln.dec    |   39 +
 BaBar_2014/BpBm_a1prho0_rho0piprho0_tr.dec    |   39 +
 BaBar_2014/BpBm_a1prho0_rhoppi0rho0_ln.dec    |   39 +
 BaBar_2014/BpBm_a1prho0_rhoppi0rho0_tr.dec    |   39 +
 BaBar_2014/BpBm_enu.dec                       |   35 +
 BaBar_2014/BpBm_enugamma.dec                  |   29 +
 BaBar_2014/BpBm_enugamma_KM.dec               |   33 +
 BaBar_2014/BpBm_enugamma_KM_PH.dec            |   33 +
 BaBar_2014/BpBm_enugamma_KM_PH_fa0.dec        |   33 +
 BaBar_2014/BpBm_epepKm_PHSP.dec               |   32 +
 BaBar_2014/BpBm_epeppim_PHSP.dec              |   32 +
 BaBar_2014/BpBm_epmupKm_PHSP.dec              |   32 +
 BaBar_2014/BpBm_epmuppim_PHSP.dec             |   32 +
 BaBar_2014/BpBm_etac2K2piK.dec                |   34 +
 BaBar_2014/BpBm_etac2phiK.dec                 |   42 +
 BaBar_2014/BpBm_etac2rhoK.dec                 |   39 +
 BaBar_2014/BpBm_etac4KK.dec                   |   41 +
 BaBar_2014/BpBm_etac4piK.dec                  |   35 +
 BaBar_2014/BpBm_etacFourKK.dec                |   42 +
 BaBar_2014/BpBm_etacKKpi0K.dec                |   35 +
 BaBar_2014/BpBm_etacKSKpiK.dec                |   40 +
 BaBar_2014/BpBm_etacKstarKpiK.dec             |   45 +
 BaBar_2014/BpBm_etaceta2piK.dec               |   38 +
 BaBar_2014/BpBm_etalnu_FLATQ2.dec             |   38 +
 BaBar_2014/BpBm_etalnu_ISGW2.dec              |   35 +
 BaBar_2014/BpBm_etalnu_phsp.dec               |   40 +
 BaBar_2014/BpBm_etam3pi_K.dec                 |   56 +
 BaBar_2014/BpBm_etam3pi_KstmK0pi.dec          |   58 +
 BaBar_2014/BpBm_etam3pi_KstmK0pim2pi0.dec     |   61 +
 BaBar_2014/BpBm_etam3pi_KstmKpi0.dec          |   53 +
 BaBar_2014/BpBm_etam3pi_pi.dec                |   56 +
 BaBar_2014/BpBm_etam3pi_rhompipi0.dec         |   45 +
 BaBar_2014/BpBm_etamgg_K.dec                  |   56 +
 BaBar_2014/BpBm_etamgg_KstmK0pi.dec           |   57 +
 BaBar_2014/BpBm_etamgg_KstmK0pim2pi0.dec      |   60 +
 BaBar_2014/BpBm_etamgg_KstmKpi0.dec           |   52 +
 BaBar_2014/BpBm_etamgg_pi.dec                 |   56 +
 BaBar_2014/BpBm_etamgg_rhompipi0.dec          |   45 +
 BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kpi0.dec  |   59 +
 BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kspi.dec  |   65 +
 .../BpBm_etapKstar_eta2pi_gg_Kspi_2pi0.dec    |   65 +
 BaBar_2014/BpBm_etapKstar_rhog_Kpi0.dec       |   57 +
 BaBar_2014/BpBm_etapKstar_rhog_Kspi.dec       |   63 +
 BaBar_2014/BpBm_etapKstar_rhog_Kspi_2pi0.dec  |   63 +
 BaBar_2014/BpBm_etaplnu_FLATQ2.dec            |   38 +
 BaBar_2014/BpBm_etapm5pi_K.dec                |   61 +
 BaBar_2014/BpBm_etapm5pi_pi.dec               |   61 +
 BaBar_2014/BpBm_etapmgg2pi_K.dec              |   60 +
 BaBar_2014/BpBm_etapmgg2pi_pi.dec             |   60 +
 BaBar_2014/BpBm_etapmrho0g_K.dec              |   64 +
 BaBar_2014/BpBm_etapmrho0g_pi.dec             |   62 +
 BaBar_2014/BpBm_etaprhoc_eta2pi_gg_2pi.dec    |   59 +
 BaBar_2014/BpBm_etaprhoc_rhog_2pi.dec         |   58 +
 BaBar_2014/BpBm_f01370Kp_f0pipi.dec           |   50 +
 BaBar_2014/BpBm_f0Kp_f0mpipi.dec              |   55 +
 BaBar_2014/BpBm_f0pi_f0topipi.dec             |   49 +
 BaBar_2014/BpBm_f2Kp_f2mpipi.dec              |   40 +
 BaBar_2014/BpBm_generic.dec                   |   16 +
 BaBar_2014/BpBm_genericKstar_ee_Ball.dec      |   33 +
 BaBar_2014/BpBm_genericKstar_mumu_Ball.dec    |   33 +
 BaBar_2014/BpBm_kkkkk.dec                     |   37 +
 BaBar_2014/BpBm_lambdalambdak.dec             |   36 +
 BaBar_2014/BpBm_lambdalambdapi.dec            |   36 +
 BaBar_2014/BpBm_lambdapbargamma.dec           |   28 +
 BaBar_2014/BpBm_lambdaproton.dec              |   38 +
 BaBar_2014/BpBm_lnugamma.dec                  |   31 +
 BaBar_2014/BpBm_munu.dec                      |   34 +
 BaBar_2014/BpBm_munugamma.dec                 |   29 +
 BaBar_2014/BpBm_munugamma_KM.dec              |   33 +
 BaBar_2014/BpBm_munugamma_KM_PH.dec           |   33 +
 BaBar_2014/BpBm_munugamma_KM_PH_fa0.dec       |   33 +
 BaBar_2014/BpBm_mupmupKm_PHSP.dec             |   32 +
 BaBar_2014/BpBm_mupmuppim_PHSP.dec            |   32 +
 BaBar_2014/BpBm_noSLemu_noSLemu.dec           |  575 ++
 BaBar_2014/BpBm_omegaK.dec                    |   46 +
 BaBar_2014/BpBm_omegaKstarp_KSpip.dec         |   59 +
 BaBar_2014/BpBm_omegaKstarp_KSpip_ln.dec      |   59 +
 BaBar_2014/BpBm_omegaKstarp_KSpip_tr.dec      |   59 +
 BaBar_2014/BpBm_omegaKstarp_Kppi0.dec         |   57 +
 BaBar_2014/BpBm_omegaKstarp_Kppi0_ln.dec      |   57 +
 BaBar_2014/BpBm_omegaKstarp_Kppi0_tr.dec      |   57 +
 BaBar_2014/BpBm_omegaRhop_ln.dec              |   57 +
 BaBar_2014/BpBm_omegaRhop_tr.dec              |   57 +
 BaBar_2014/BpBm_omegalnu.dec                  |   36 +
 BaBar_2014/BpBm_omegalnu_FLATQ2.dec           |   36 +
 BaBar_2014/BpBm_omegalnu_lcsr.dec             |   36 +
 BaBar_2014/BpBm_omegalnu_phsp.dec             |   36 +
 BaBar_2014/BpBm_omegapi.dec                   |   46 +
 BaBar_2014/BpBm_phiKSpip.dec                  |   42 +
 BaBar_2014/BpBm_phiKSpip_phiK0LK0S.dec        |   42 +
 BaBar_2014/BpBm_phiKp.dec                     |   35 +
 BaBar_2014/BpBm_phiKppi0.dec                  |   37 +
 BaBar_2014/BpBm_phiKst1430_KLpip.dec          |   48 +
 BaBar_2014/BpBm_phiKst1430_KSpip.dec          |   53 +
 BaBar_2014/BpBm_phiKst1430_Kppi0.dec          |   48 +
 .../BpBm_phiKstar1430p_K0LK0S_KSpip.dec       |   53 +
 BaBar_2014/BpBm_phiKstarp_3piKSpip_ln.dec     |   58 +
 BaBar_2014/BpBm_phiKstarp_3piKSpip_tr.dec     |   58 +
 BaBar_2014/BpBm_phiKstarp_3piKppi0_ln.dec     |   53 +
 BaBar_2014/BpBm_phiKstarp_3piKppi0_tr.dec     |   53 +
 BaBar_2014/BpBm_phiKstarp_K0LK0S_KSpip_ln.dec |   53 +
 BaBar_2014/BpBm_phiKstarp_K0LK0S_KSpip_tr.dec |   53 +
 BaBar_2014/BpBm_phiKstarp_KLpip.dec           |   72 +
 BaBar_2014/BpBm_phiKstarp_KSpip.dec           |   75 +
 BaBar_2014/BpBm_phiKstarp_KSpip_angle1.dec    |   78 +
 BaBar_2014/BpBm_phiKstarp_KSpip_angle2.dec    |   78 +
 BaBar_2014/BpBm_phiKstarp_KSpip_angle3.dec    |   80 +
 BaBar_2014/BpBm_phiKstarp_KSpip_ln.dec        |   58 +
 BaBar_2014/BpBm_phiKstarp_KSpip_odd.dec       |   59 +
 BaBar_2014/BpBm_phiKstarp_KSpip_tr.dec        |   58 +
 BaBar_2014/BpBm_phiKstarp_Kppi0.dec           |   70 +
 BaBar_2014/BpBm_phiKstarp_Kppi0_angle1.dec    |   72 +
 BaBar_2014/BpBm_phiKstarp_Kppi0_angle2.dec    |   72 +
 BaBar_2014/BpBm_phiKstarp_Kppi0_angle3.dec    |   74 +
 BaBar_2014/BpBm_phiKstarp_Kppi0_ln.dec        |   53 +
 BaBar_2014/BpBm_phiKstarp_Kppi0_odd.dec       |   54 +
 BaBar_2014/BpBm_phiKstarp_Kppi0_tr.dec        |   53 +
 BaBar_2014/BpBm_phikkk.dec                    |   41 +
 BaBar_2014/BpBm_phim3pimnoint_Kp.dec          |   43 +
 BaBar_2014/BpBm_phim3pimphsp_Kp.dec           |   40 +
 BaBar_2014/BpBm_phinKp.dec                    |   41 +
 BaBar_2014/BpBm_phiphiKp.dec                  |   42 +
 BaBar_2014/BpBm_phipip.dec                    |   35 +
 BaBar_2014/BpBm_phirhop.dec                   |   45 +
 BaBar_2014/BpBm_phirhop_ln.dec                |   45 +
 BaBar_2014/BpBm_phirhop_tr.dec                |   45 +
 BaBar_2014/BpBm_pi0lnu_FLATQ2.dec             |   45 +
 BaBar_2014/BpBm_pi0lnu_phsp.dec               |   37 +
 BaBar_2014/BpBm_pi0rho.dec                    |   45 +
 BaBar_2014/BpBm_pi2K0s.dec                    |   28 +
 BaBar_2014/BpBm_pi2pi0.dec                    |   28 +
 BaBar_2014/BpBm_piK0pi0.dec                   |   29 +
 BaBar_2014/BpBm_pi_D0mK3pi.dec                |   46 +
 BaBar_2014/BpBm_pi_D0mKpimWS.dec              |   48 +
 BaBar_2014/BpBm_pi_D0mKpipi0.dec              |   46 +
 BaBar_2014/BpBm_pi_D0mKspipi.dec              |   65 +
 BaBar_2014/BpBm_pi_Dstar0mgammaD0mK3piRes.dec |  106 +
 BaBar_2014/BpBm_pi_Dstar0mgammaD0mKpi.dec     |   55 +
 BaBar_2014/BpBm_pi_Dstar0mpi0D0_taunu.dec     |   56 +
 BaBar_2014/BpBm_pi_Dstar0mpi0D0mK3pi.dec      |   55 +
 BaBar_2014/BpBm_pi_Dstar0mpi0D0mK3piRes.dec   |  106 +
 BaBar_2014/BpBm_pi_Dstar0mpi0D0mKpi.dec       |   55 +
 BaBar_2014/BpBm_pi_Dstar0mpi0D0mKpipi0.dec    |   55 +
 BaBar_2014/BpBm_pi_Dstar0mpi0D0mKspipi.dec    |   70 +
 BaBar_2014/BpBm_pichi_c0_pipi.dec             |   35 +
 BaBar_2014/BpBm_piee_Ball.dec                 |   34 +
 BaBar_2014/BpBm_pilnu.dec                     |   35 +
 BaBar_2014/BpBm_pimumu_Ball.dec               |   34 +
 BaBar_2014/BpBm_pipKsKs.dec                   |   34 +
 BaBar_2014/BpBm_pipemmup_PHSP.dec             |   34 +
 BaBar_2014/BpBm_pipepmum_PHSP.dec             |   34 +
 BaBar_2014/BpBm_pipi.dec                      |   30 +
 BaBar_2014/BpBm_pippi0Kstar_Kppim.dec         |   42 +
 BaBar_2014/BpBm_pippi0eta.dec                 |   41 +
 BaBar_2014/BpBm_pippi0pi0eta.dec              |   41 +
 BaBar_2014/BpBm_pippi0pi0pi0.dec              |   33 +
 BaBar_2014/BpBm_pippimKstar_KSpip.dec         |   47 +
 BaBar_2014/BpBm_pippimKstar_Kppi0.dec         |   42 +
 BaBar_2014/BpBm_pippippim_intf1.dec           |  144 +
 BaBar_2014/BpBm_pippippim_intf2.dec           |  143 +
 BaBar_2014/BpBm_pippippim_intf3.dec           |  142 +
 BaBar_2014/BpBm_pirho0.dec                    |   37 +
 BaBar_2014/BpBm_pmLambda_cppim_Lambda3pi.dec  |   53 +
 BaBar_2014/BpBm_pmLambda_cppim_Lambdapip.dec  |   53 +
 BaBar_2014/BpBm_pmLambda_cppim_protonkpi.dec  |   41 +
 BaBar_2014/BpBm_pmLambda_cppim_protonks.dec   |   58 +
 .../BpBm_pmLambda_cppim_protonks2pi.dec       |   58 +
 BaBar_2014/BpBm_ppbarK1270.dec                |   26 +
 BaBar_2014/BpBm_ppbarKstar.dec                |   50 +
 BaBar_2014/BpBm_ppbarpi.dec                   |   26 +
 BaBar_2014/BpBm_ppbarrho.dec                  |   26 +
 BaBar_2014/BpBm_psi2sXK.dec                   |   36 +
 BaBar_2014/BpBm_rho0KSpip.dec                 |   37 +
 BaBar_2014/BpBm_rho0Kppi0.dec                 |   32 +
 BaBar_2014/BpBm_rho0Kstar_K0pip.dec           |   55 +
 BaBar_2014/BpBm_rho0Kstar_K0pip_ln.dec        |   55 +
 BaBar_2014/BpBm_rho0Kstar_K0pip_tr.dec        |   55 +
 BaBar_2014/BpBm_rho0Kstar_Kppi0.dec           |   50 +
 BaBar_2014/BpBm_rho0Kstar_Kppi0_ln.dec        |   50 +
 BaBar_2014/BpBm_rho0Kstar_Kppi0_tr.dec        |   50 +
 BaBar_2014/BpBm_rho0lnu_FLATQ2.dec            |   37 +
 BaBar_2014/BpBm_rho0pippi0.dec                |   32 +
 BaBar_2014/BpBm_rho1450Kp.dec                 |   43 +
 BaBar_2014/BpBm_rho1450pi.dec                 |   37 +
 BaBar_2014/BpBm_rho1700Kp.dec                 |   43 +
 BaBar_2014/BpBm_rho1700pi.dec                 |   37 +
 BaBar_2014/BpBm_rho_D0mK3pi.dec               |   46 +
 BaBar_2014/BpBm_rho_D0mKpi.dec                |   46 +
 BaBar_2014/BpBm_rho_D0mKpipi0.dec             |   46 +
 BaBar_2014/BpBm_rho_D0mKspipi.dec             |   65 +
 BaBar_2014/BpBm_rho_Dstar0mpiD0mKpi.dec       |   55 +
 BaBar_2014/BpBm_rhoee_Ball.dec                |   34 +
 BaBar_2014/BpBm_rhogamma.dec                  |   29 +
 BaBar_2014/BpBm_rholnu.dec                    |   36 +
 BaBar_2014/BpBm_rholnu_lcsr.dec               |   36 +
 BaBar_2014/BpBm_rholnu_phsp.dec               |   36 +
 BaBar_2014/BpBm_rhomKppip.dec                 |   32 +
 BaBar_2014/BpBm_rhompippip.dec                |   32 +
 BaBar_2014/BpBm_rhomumu_Ball.dec              |   34 +
 BaBar_2014/BpBm_rhopKpKm.dec                  |   32 +
 BaBar_2014/BpBm_rhopKppim.dec                 |   32 +
 BaBar_2014/BpBm_rhopKstar_Kppim.dec           |   50 +
 BaBar_2014/BpBm_rhopKstar_Kppim_ln.dec        |   51 +
 BaBar_2014/BpBm_rhopKstar_Kppim_tr.dec        |   51 +
 BaBar_2014/BpBm_rhopantiD0_D0mK0K0.dec        |   47 +
 BaBar_2014/BpBm_rhopemmup_PHSP.dec            |   34 +
 BaBar_2014/BpBm_rhopepmum_PHSP.dec            |   34 +
 BaBar_2014/BpBm_rhopetapi0.dec                |   36 +
 BaBar_2014/BpBm_rhoppi0pi0.dec                |   33 +
 BaBar_2014/BpBm_rhoppippim.dec                |   32 +
 BaBar_2014/BpBm_rhoprho0.dec                  |   40 +
 BaBar_2014/BpBm_rhoprho0_ln.dec               |   40 +
 BaBar_2014/BpBm_rhoprho0_tr.dec               |   40 +
 BaBar_2014/BpBm_rhorho0pi0.dec                |   29 +
 BaBar_2014/BpBm_rhorhopi.dec                  |   29 +
 BaBar_2014/BpBm_sigmapbarpi0_amplitude.dec    |   39 +
 BaBar_2014/BpBm_taunu.dec                     |   32 +
 BaBar_2014/BpBm_taunu_DX.dec                  |  332 +
 BaBar_2014/BpBm_taunu_tau_to_3pinu.dec        |   45 +
 BaBar_2014/BpBm_taunu_tau_to_enunu.dec        |   47 +
 BaBar_2014/BpBm_taunu_tau_to_mununu.dec       |   50 +
 .../BpToDlnuX_D0KpimormDpKpipi_BmToKnunu.dec  |  241 +
 .../BpToDlnuX_D0KpimormDpKpipi_BmToTauNu.dec  |  241 +
 BaBar_2014/Bp_JpsiKp_hadrons.dec              |  111 +
 BaBar_2014/Bp_chi1cKp_jpsiGam_X.dec           |   61 +
 BaBar_2014/Bp_chic0Kp_2K.dec                  |   51 +
 BaBar_2014/Bp_chic0Kp_hadrons.dec             |  111 +
 BaBar_2014/Bp_chic1Kp_hadrons.dec             |  111 +
 BaBar_2014/Bp_chic2Kp_hadrons.dec             |  110 +
 BaBar_2014/Bp_etac2SKp_hadrons.dec            |  111 +
 BaBar_2014/Bp_etacKp_hadrons.dec              |  101 +
 BaBar_2014/Bp_hcKp_3had.dec                   |   49 +
 BaBar_2014/Bp_hcKp_4had.dec                   |   46 +
 BaBar_2014/Bp_hcKp_JpsiX.dec                  |   46 +
 BaBar_2014/Bp_hcKp_etacGam_X.dec              |   67 +
 BaBar_2014/Bp_hcKp_hadrons.dec                |  111 +
 BaBar_2014/Bp_ppbarpipiK.dec                  |   43 +
 BaBar_2014/Bp_psi2SKp_hadrons.dec             |  111 +
 BaBar_2014/BptoD0pi_D0toKpi_BmtoDsKpi.dec     |  277 +
 .../BptoD0pi_D0toKpi_BmtoLambdaCppi.dec       |  211 +
 BaBar_2014/BptoJPsiK1p.dec                    |   58 +
 ...toJpsiKp_JpsitoKstar0Ks0_Kstar0toKmpip.dec |   63 +
 ...toJpsiKp_JpsitoKstar0Ks0_Kstar0toKppim.dec |   63 +
 ...oJpsiKp_JpsitoKstar0Ks0_Kstar0toKs0pi0.dec |   63 +
 BaBar_2014/BptoJpsiKp_JpsitoKstarK.dec        |   91 +
 ...ptoJpsiKp_JpsitoKstarmKp_KstarmtoKmpi0.dec |   61 +
 ...toJpsiKp_JpsitoKstarmKp_KstarmtoKs0pim.dec |   62 +
 ...ptoJpsiKp_JpsitoKstarpKm_KstarptoKppi0.dec |   61 +
 ...toJpsiKp_JpsitoKstarpKm_KstarptoKs0pip.dec |   62 +
 BaBar_2014/BptoJpsiKp_JpsitoRho0pi0.dec       |   50 +
 BaBar_2014/BptoJpsiKp_JpsitoRhoPi.dec         |   50 +
 BaBar_2014/BptoJpsiKp_JpsitoRhompip.dec       |   50 +
 BaBar_2014/BptoJpsiKp_JpsitoRhoppim.dec       |   50 +
 BaBar_2014/BptoXKp_XtoJpsiPi0Pi0.dec          |   48 +
 BaBar_2014/BptoXKp_XtoJpsiRho0.dec            |   50 +
 .../BptoXKp_XtoJpsiRho0_Rho0toPi0Pi0.dec      |   52 +
 .../BptoXKp_XtoKstar0Ks0_Kstar0toKmpip.dec    |   64 +
 .../BptoXKp_XtoKstar0Ks0_Kstar0toKppim.dec    |   65 +
 .../BptoXKp_XtoKstar0Ks0_Kstar0toKs0pi0.dec   |   59 +
 .../BptoXKp_XtoKstarmKp_KstarmtoKmpi0.dec     |   62 +
 .../BptoXKp_XtoKstarmKp_KstarmtoKs0pim.dec    |   63 +
 .../BptoXKp_XtoKstarpKm_KstarptoKppi0.dec     |   62 +
 .../BptoXKp_XtoKstarpKm_KstarptoKs0pip.dec    |   63 +
 BaBar_2014/BptoXKp_XtoRho0pi0.dec             |   51 +
 BaBar_2014/BptoXKp_XtoRhompip.dec             |   51 +
 BaBar_2014/BptoXKp_XtoRhoppim.dec             |   51 +
 BaBar_2014/BptoXpKs0_XptoJpsiRhop.dec         |   60 +
 BaBar_2014/Bptopsi3770Kp.dec                  |   39 +
 BaBar_2014/BtoEtaPK0_1430.dec                 |   58 +
 BaBar_2014/BtoEtaPK1_1273.dec                 |   58 +
 BaBar_2014/BtoEtaPK1_1402.dec                 |   58 +
 BaBar_2014/BtoEtaPK2_1430.dec                 |   60 +
 BaBar_2014/BtoEtaPK3_1780.dec                 |   84 +
 BaBar_2014/BtoEtaPK4_2045.dec                 |   82 +
 BaBar_2014/BtoEtaPKstar_1414.dec              |   58 +
 BaBar_2014/BtoEtapDpi.dec                     |   58 +
 BaBar_2014/BtoXsEtap.dec                      |   98 +
 BaBar_2014/BtoXsEtap_nonres.dec               |  104 +
 BaBar_2014/BtoXsEtap_sqbar.dec                |  104 +
 BaBar_2014/BtoXsEtapnew.dec                   |  101 +
 BaBar_2014/Chic12Inclusive.dec                |   37 +
 BaBar_2014/Chic12InclusiveBCH.dec             |   35 +
 BaBar_2014/Chic12InclusiveBCH_E1.dec          |   59 +
 BaBar_2014/Chic12Inclusive_E1.dec             |   55 +
 BaBar_2014/Dm_KmKsrho0.dec                    |   28 +
 ..._etapi_eta_to_gg_vs_taunu_tau_to_enunu.dec |  272 +
 BaBar_2014/DsToRecoK.dec                      |   46 +
 BaBar_2014/DsToRecoPhi.dec                    |   27 +
 BaBar_2014/Dsminus_to_omegarho.dec            |   19 +
 BaBar_2014/Dsminus_tomomegapi.dec             |   19 +
 BaBar_2014/Dsplus_to_munu.dec                 |   25 +
 BaBar_2014/Dsplus_to_omegapi.dec              |   19 +
 BaBar_2014/Dsplus_to_omegarho.dec             |   19 +
 BaBar_2014/Dsplus_to_taunu.dec                |   24 +
 BaBar_2014/Dsplus_to_taunumtau_to_enunu.dec   |   30 +
 BaBar_2014/Dsplus_to_taunumtau_to_mununu.dec  |   31 +
 BaBar_2014/EtaCInclusive.dec                  |   34 +
 BaBar_2014/EtaCInclusive_2phi.dec             |   21 +
 BaBar_2014/EtaCInclusive_4K.dec               |   15 +
 BaBar_2014/EtaCInclusive_KsKPi.dec            |   22 +
 BaBar_2014/EtaCInclusive_eta2pi.dec           |   21 +
 BaBar_2014/EtaCInclusive_pi02K.dec            |   21 +
 BaBar_2014/EtaCInclusive_ppbar.dec            |   15 +
 BaBar_2014/ISR_CbaryonpKpi_Dn_SP4.dec         |  731 ++
 BaBar_2014/ISR_CbaryonpKpi_Dnpi0_SP4.dec      |  697 ++
 BaBar_2014/ISR_CbaryonpKpi_Dnpi_SP4.dec       |  855 ++
 BaBar_2014/ISR_CbaryonpKpi_Dp_SP4.dec         |  731 ++
 BaBar_2014/ISR_CbaryonpKpi_Dppi0_SP4.dec      |  699 ++
 BaBar_2014/ISR_CbaryonpKpi_Dppi_SP4.dec       |  697 ++
 BaBar_2014/ISR_LcCocktail_LcCocktail_SP4.dec  |  286 +
 BaBar_2014/ISR_LcpKpi_LcCocktail_SP4.dec      |  307 +
 BaBar_2014/ISR_LcpKpi_LcpKpi_SP4.dec          |  286 +
 .../ISR_SigcCocktail_SigcCocktail_SP4.dec     |  540 ++
 BaBar_2014/ISR_SigcpKpi_SigcCocktail_SP4.dec  |  811 ++
 BaBar_2014/ISR_SigcpKpi_SigcpKpi_SP4.dec      |  540 ++
 BaBar_2014/ISR_aliases_v2.dec                 | 7482 +++++++++++++++
 BaBar_2014/ISR_aliases_v3.dec                 | 8194 ++++++++++++++++
 .../ISR_aliases_vph124_ds9008_ds9000.dec      | 5627 +++++++++++
 .../ISR_aliases_vph124_ds9008_ds9003.dec      | 5626 +++++++++++
 .../ISR_aliases_vph124_ds9008_ds9007.dec      | 5627 +++++++++++
 .../ISR_aliases_vph124_ds9008_ds9009.dec      | 5626 +++++++++++
 .../ISR_aliases_vph124_ds9008_ds9010.dec      | 5626 +++++++++++
 .../ISR_aliases_vph124_ds9008_ds9011.dec      | 5626 +++++++++++
 .../ISR_aliases_vph124_ds9008_ds9013.dec      | 5626 +++++++++++
 ...sv2_vph134_dc9100mdo9200_dc9100mdo9200.dec | 7499 +++++++++++++++
 ...sv2_vph134_dc9101mdo9201_dc9100mdo9200.dec | 7499 +++++++++++++++
 ...sv2_vph134_dc9101mdo9201_dc9101mdo9201.dec | 7499 +++++++++++++++
 ...SR_aliasv2_vph135_dc9101mdo9201_dc8001.dec | 7494 +++++++++++++++
 ...SR_aliasv2_vph135_dc9101mdo9201_dc9104.dec | 7494 +++++++++++++++
 .../ISR_aliasv2_vph136_do9200_do9200.dec      | 7489 +++++++++++++++
 .../ISR_aliasv2_vph136_do9201_do9200.dec      | 7489 +++++++++++++++
 .../ISR_aliasv2_vph136_do9201_do9201.dec      | 7489 +++++++++++++++
 ...SR_aliasv2_vph137_dc9100mdo9200_dc9100.dec | 7492 +++++++++++++++
 ...SR_aliasv2_vph137_dc9100mdo9200_dc9101.dec | 7492 +++++++++++++++
 ...SR_aliasv2_vph137_dc9101mdo9201_dc9100.dec | 7492 +++++++++++++++
 ...SR_aliasv2_vph137_dc9101mdo9201_dc9101.dec | 7492 +++++++++++++++
 .../ISR_aliasv2_vph138_dc8001_dc9101.dec      | 7487 +++++++++++++++
 .../ISR_aliasv2_vph138_dc9104_dc9101.dec      | 7487 +++++++++++++++
 .../ISR_aliasv2_vph139_do9200mdo9200.dec      | 7488 +++++++++++++++
 .../ISR_aliasv2_vph139_do9201mdo9200.dec      | 7489 +++++++++++++++
 .../ISR_aliasv2_vph139_do9201mdo9201.dec      | 7487 +++++++++++++++
 ...sv2_vph140_dc9100mdo9200_dc9100mdo9200.dec | 7496 +++++++++++++++
 ...sv2_vph140_dc9101mdo9201_dc9100mdo9200.dec | 7496 +++++++++++++++
 ...sv2_vph140_dc9101mdo9201_dc9101mdo9201.dec | 7496 +++++++++++++++
 ...sv2_vph141_dc9101mdo9201_dc9100mdo9200.dec | 7496 +++++++++++++++
 ...sv2_vph141_dc9101mdo9201_dc9101mdo9201.dec | 7495 +++++++++++++++
 ...sv2_vph142_dc9101mdo9201_dc9100mdo9200.dec | 7501 +++++++++++++++
 ...sv2_vph142_dc9101mdo9201_dc9101mdo9201.dec | 7498 +++++++++++++++
 .../ISR_aliasv2_vph143_ds9006_ds9000.dec      | 7492 +++++++++++++++
 .../ISR_aliasv2_vph143_ds9006_ds9003.dec      | 7492 +++++++++++++++
 .../ISR_aliasv2_vph143_ds9006_ds9007.dec      | 7495 +++++++++++++++
 .../ISR_aliasv2_vph143_ds9006_ds9009.dec      | 7492 +++++++++++++++
 .../ISR_aliasv2_vph143_ds9006_ds9010.dec      | 7492 +++++++++++++++
 .../ISR_aliasv2_vph143_ds9006_ds9011.dec      | 7492 +++++++++++++++
 .../ISR_aliasv2_vph143_ds9006_ds9013.dec      | 7492 +++++++++++++++
 ...SR_aliasv3_vph137_dc6000_do9202mdc6000.dec | 8005 ++++++++++++++++
 ...R_aliasv3_vph139_dstrpi0_do9202mdO9202.dec | 7998 ++++++++++++++++
 ...sv3_vph144_dc6000_do3000mdc6000_do9202.dec | 7964 ++++++++++++++++
 ...v3_vph145_dstrneu_do3000mdc6000_do9202.dec | 8012 ++++++++++++++++
 ...146_DD12pi_dc6000_do3000_dc9100_do9200.dec | 8056 ++++++++++++++++
 ...146_DD34pi_dc6000_do3000_dc9100_do9200.dec | 8070 ++++++++++++++++
 ...146_DD56pi_dc6000_do3000_dc9100_do9200.dec | 8085 ++++++++++++++++
 ..._DstrD12pi_dc6000_do3000_dc9100_do9200.dec | 8076 ++++++++++++++++
 ..._DstrD34pi_dc6000_do3000_dc9100_do9200.dec | 8099 ++++++++++++++++
 ..._DstrD56pi_dc6000_do3000_dc9100_do9200.dec | 8123 ++++++++++++++++
 ...trDstr12pi_dc6000_do3000_dc9100_do9200.dec | 8059 ++++++++++++++++
 ...trDstr34pi_dc6000_do3000_dc9100_do9200.dec | 8071 ++++++++++++++++
 ...trDstr56pi_dc6000_do3000_dc9100_do9200.dec | 8085 ++++++++++++++++
 ...D_DstrDstr_dc6000_do3000_dc9100_do9200.dec | 8088 ++++++++++++++++
 ..._aliasv3_vph148_LcLc12pi_Lc9301mLc9300.dec | 8239 ++++++++++++++++
 ..._aliasv3_vph148_LcLc12pi_Lc9301mLc9301.dec | 8239 ++++++++++++++++
 ..._aliasv3_vph148_LcLc34pi_Lc9301mLc9300.dec | 8245 ++++++++++++++++
 ..._aliasv3_vph148_LcLc34pi_Lc9301mLc9301.dec | 8245 ++++++++++++++++
 ..._aliasv3_vph148_LcLc56pi_Lc9301mLc9300.dec | 8251 ++++++++++++++++
 ..._aliasv3_vph148_LcLc56pi_Lc9301mLc9301.dec | 8251 ++++++++++++++++
 .../ISR_aliasv3_vph148_LcLc_Lc9301mLc9300.dec | 8233 ++++++++++++++++
 .../ISR_aliasv3_vph148_LcLc_Lc9301mLc9301.dec | 8233 ++++++++++++++++
 ...v3_vph148_LcND1pi_Lc9301mdc6000_do3000.dec | 8256 ++++++++++++++++
 ...v3_vph148_LcND2pi_Lc9301mdc6000_do3000.dec | 8271 ++++++++++++++++
 ...iasv3_vph148_LcND_Lc9301mdc6000_do3000.dec | 8241 ++++++++++++++++
 ...asv3_vph148_LcXcK_Lc9301mXc9400_Xc9401.dec | 8252 ++++++++++++++++
 ...v3_vph148_ScND1pi_Lc9301mdc6000_do3000.dec | 8266 ++++++++++++++++
 ...iasv3_vph148_ScND_Lc9301mdc6000_do3000.dec | 8256 ++++++++++++++++
 ...R_aliasv3_vph148_ScSc1pi_Lc9301mLc9300.dec | 8254 ++++++++++++++++
 ...R_aliasv3_vph148_ScSc1pi_Lc9301mLc9301.dec | 8254 ++++++++++++++++
 .../ISR_aliasv3_vph148_ScSc_Lc9301mLc9300.dec | 8239 ++++++++++++++++
 .../ISR_aliasv3_vph148_ScSc_Lc9301mLc9301.dec | 8239 ++++++++++++++++
 ...asv3_vph148_ScXcK_Lc9301mXc9400_Xc9401.dec | 8252 ++++++++++++++++
 ...3_vph148_ScXcKstr_Lc9301mXc9400_Xc9401.dec | 8252 ++++++++++++++++
 ...liasv3_vph148_ScstrSc1pi_Lc9301mLc9300.dec | 8283 +++++++++++++++++
 ...liasv3_vph148_ScstrSc1pi_Lc9301mLc9301.dec | 8283 +++++++++++++++++
 ...R_aliasv3_vph148_ScstrSc_Lc9301mLc9300.dec | 8246 ++++++++++++++++
 ...R_aliasv3_vph148_ScstrSc_Lc9301mLc9301.dec | 8246 ++++++++++++++++
 ...sv3_vph149_D0KmDs_dc6000_do9202mds9014.dec | 8237 ++++++++++++++++
 ...sv3_vph149_D0KmDs_dc6000_do9202mds9015.dec | 8237 ++++++++++++++++
 ..._vph149_D0KstrmDs_dc6000_do9202mds9014.dec | 8237 ++++++++++++++++
 ..._vph149_D0KstrmDs_dc6000_do9202mds9015.dec | 8237 ++++++++++++++++
 ...sv3_vph149_DcKsDs_dc6000_do9202mds9014.dec | 8237 ++++++++++++++++
 ...sv3_vph149_DcKsDs_dc6000_do9202mds9015.dec | 8237 ++++++++++++++++
 ..._vph149_DcKstr0Ds_dc6000_do9202mds9014.dec | 8237 ++++++++++++++++
 ..._vph149_DcKstr0Ds_dc6000_do9202mds9015.dec | 8237 ++++++++++++++++
 ..._aliasv3_vph149_DsDs12pi_ds0001mds9000.dec | 8238 ++++++++++++++++
 ..._aliasv3_vph149_DsDs12pi_ds0008mds9000.dec | 8238 ++++++++++++++++
 ..._aliasv3_vph149_DsDs12pi_ds9014mds9014.dec | 8238 ++++++++++++++++
 ..._aliasv3_vph149_DsDs12pi_ds9014mds9015.dec | 8253 ++++++++++++++++
 ..._aliasv3_vph149_DsDs34pi_ds0001mds9000.dec | 8258 ++++++++++++++++
 ..._aliasv3_vph149_DsDs34pi_ds0008mds9000.dec | 8258 ++++++++++++++++
 ..._aliasv3_vph149_DsDs34pi_ds9014mds9014.dec | 8258 ++++++++++++++++
 ..._aliasv3_vph149_DsDs56pi_ds0001mds9000.dec | 8276 ++++++++++++++++
 ..._aliasv3_vph149_DsDs56pi_ds0008mds9000.dec | 8276 ++++++++++++++++
 ..._aliasv3_vph149_DsDs56pi_ds9014mds9014.dec | 8276 ++++++++++++++++
 .../ISR_aliasv3_vph149_DsDs_ds0001mds9000.dec | 8217 ++++++++++++++++
 .../ISR_aliasv3_vph149_DsDs_ds0008mds9000.dec | 8217 ++++++++++++++++
 .../ISR_aliasv3_vph149_DsDs_ds9014mds9014.dec | 8217 ++++++++++++++++
 .../ISR_aliasv3_vph149_DsDs_ds9014mds9015.dec | 8235 ++++++++++++++++
 BaBar_2014/ISR_charmonia_to_ll.dec            |   39 +
 ...taunu_KstarKstar_to_mununu_KshortKpipi.dec |  128 +
 ...to_taunu_etaPpi_to_mununu_pipi_pipipi0.dec |  122 +
 ...sstar_to_taunu_etaPpi_to_mununu_pipigg.dec |  122 +
 ...rDsstar_to_taunu_etaPpi_to_mununu_rhog.dec |  116 +
 ...o_taunu_etaPrho_to_mununu_pipi_pipipi0.dec |  122 +
 ...star_to_taunu_etaPrho_to_mununu_pipigg.dec |  122 +
 ...Dsstar_to_taunu_etaPrho_to_mununu_rhog.dec |  122 +
 ...starDsstar_to_taunu_etapi_to_mununu_gg.dec |  117 +
 ...sstar_to_taunu_etapi_to_mununu_pipipi0.dec |  117 +
 ...tarDsstar_to_taunu_etarho_to_mununu_gg.dec |  117 +
 ...star_to_taunu_etarho_to_mununu_pipipi0.dec |  117 +
 ...rDsstar_to_taunu_f0pi_to_mununu_pipipi.dec |  115 +
 ...o_taunu_phipipipipi_to_mununu_KKpipipi.dec |  115 +
 BaBar_2014/ISR_psi_psi_to_ee.dec              |   23 +
 BaBar_2014/ISR_psi_psi_to_mumu.dec            |   24 +
 BaBar_2014/ISR_psi_to_KsKpi.dec               |   29 +
 ...siprime_psiprime_to_psipipi__psi_to_ee.dec |   26 +
 ...prime_psiprime_to_psipipi__psi_to_mumu.dec |   28 +
 BaBar_2014/ISR_vph130.dec                     | 5608 +++++++++++
 BaBar_2014/ISR_vph132.dec                     | 5640 +++++++++++
 BaBar_2014/ISR_vph133.dec                     | 5640 +++++++++++
 BaBar_2014/InclDs1D_Dwave.dec                 |   80 +
 BaBar_2014/InclDs1D_Swave.dec                 |   80 +
 BaBar_2014/JpsiToLL.dec                       |   10 +
 BaBar_2014/LFV_e_tau.dec                      |   45 +
 BaBar_2014/LFV_e_tau_to_a1_taunu.dec          |   37 +
 BaBar_2014/LFV_e_tau_to_e_enu_taunu.dec       |   27 +
 BaBar_2014/LFV_e_tau_to_mu_munu_taunu.dec     |   28 +
 BaBar_2014/LFV_e_tau_to_pi_taunu.dec          |   28 +
 BaBar_2014/LFV_mu_tau.dec                     |   45 +
 BaBar_2014/LFV_mu_tau_to_a1_taunu.dec         |   37 +
 BaBar_2014/LFV_mu_tau_to_e_enu_taunu.dec      |   27 +
 BaBar_2014/LFV_mu_tau_to_mu_munu_taunu.dec    |   28 +
 BaBar_2014/LFV_mu_tau_to_pi_taunu.dec         |   28 +
 BaBar_2014/Lambda_cp_pKpi.dec                 |   48 +
 .../Lambda_cp_pKpi_Force_Dmeson_Decays.dec    |   82 +
 BaBar_2014/N50_Xi1530_Lambda0_K0.dec          |  146 +
 BaBar_2014/N5p_Xi1530_Lambda0_Kp.dec          |   57 +
 BaBar_2014/None.dec                           |    8 +
 BaBar_2014/PhiGamma.dec                       |   16 +
 BaBar_2014/PhiGamma_phiKLKS.dec               |   21 +
 BaBar_2014/Psi2SJpsiLL.dec                    |   31 +
 BaBar_2014/Psi2StoJPsiPi0Pi0_inc.dec          |   26 +
 BaBar_2014/Sigma5_Xi1530.dec                  |  150 +
 BaBar_2014/SingleAntiprotons.dec              |    7 +
 BaBar_2014/SingleElectrons.dec                |    7 +
 BaBar_2014/SingleKLong.dec                    |    7 +
 BaBar_2014/SingleKMinus.dec                   |    7 +
 BaBar_2014/SingleKPlus.dec                    |    7 +
 BaBar_2014/SingleMuMinus.dec                  |    7 +
 BaBar_2014/SingleMuPlus.dec                   |    7 +
 BaBar_2014/SinglePhotons.dec                  |    7 +
 BaBar_2014/SinglePi0.dec                      |    7 +
 BaBar_2014/SinglePiMinus.dec                  |    7 +
 BaBar_2014/SinglePiPlus.dec                   |    7 +
 BaBar_2014/SinglePositrons.dec                |    7 +
 BaBar_2014/SingleProtons.dec                  |    7 +
 BaBar_2014/Single_Jpsi.dec                    |   17 +
 BaBar_2014/Single_Kspm.dec                    |   16 +
 BaBar_2014/TagB0Dsp.dec                       |  114 +
 BaBar_2014/TagB0DspToKstar0Kp.dec             |   68 +
 BaBar_2014/TagB0DspToPhiPi.dec                |   66 +
 BaBar_2014/TagB0barDsm.dec                    |  124 +
 BaBar_2014/TagB0barDsmToKstar0Km.dec          |   71 +
 BaBar_2014/TagB0barDsmToPhiPi.dec             |   66 +
 BaBar_2014/ThetacPq.dec                       |   64 +
 BaBar_2014/Thetap_Deltap.dec                  |  134 +
 BaBar_2014/Ups3S_gHiggsFat_tautau.dec         |   31 +
 BaBar_2014/Ups3S_gHiggsFatter_tautau.dec      |   30 +
 BaBar_2014/Ups4S_Dc_5modes.dec                |  233 +
 BaBar_2014/Ups4S_Dstarm_D0pi_D0K0pipi.dec     |   37 +
 BaBar_2014/Ups4S_Dstarm_D0pi_D0K3pi.dec       |   48 +
 BaBar_2014/Ups4S_Dstarm_D0pi_D0KK.dec         |   25 +
 BaBar_2014/Ups4S_Dstarm_D0pi_D0Kpi.dec        |   25 +
 BaBar_2014/Ups4S_Dstarm_D0pi_D0Kpipi0.dec     |   27 +
 BaBar_2014/Ups4S_Dstarm_D0pi_D0pi0pi0.dec     |   25 +
 BaBar_2014/Ups4S_Dstarm_D0pi_D0pipi.dec       |   25 +
 BaBar_2014/Ups4S_Dstarm_D0pi_Kmepnu_WS.dec    |   19 +
 BaBar_2014/Ups4S_Dstarm_D0pi_Kmmupnu_WS.dec   |   19 +
 BaBar_2014/Ups4S_Dstarm_D0pi_Kpemnu.dec       |   19 +
 BaBar_2014/Ups4S_Dstarm_D0pi_Kpmumnu.dec      |   20 +
 BaBar_2014/Ups4S_Dstarm_Dmpi0_DmKpipi.dec     |   26 +
 BaBar_2014/Ups4S_Dstarp_D0pi_D0K0pipi.dec     |   38 +
 BaBar_2014/Ups4S_Dstarp_D0pi_D0K3pi.dec       |   48 +
 BaBar_2014/Ups4S_Dstarp_D0pi_D0KK.dec         |   25 +
 BaBar_2014/Ups4S_Dstarp_D0pi_D0Kpi.dec        |   25 +
 BaBar_2014/Ups4S_Dstarp_D0pi_D0Kpipi0.dec     |   27 +
 BaBar_2014/Ups4S_Dstarp_D0pi_D0pi0pi0.dec     |   25 +
 BaBar_2014/Ups4S_Dstarp_D0pi_D0pipi.dec       |   25 +
 BaBar_2014/Ups4S_Dstarp_D0pi_Kmepnu.dec       |   19 +
 BaBar_2014/Ups4S_Dstarp_D0pi_Kmmupnu.dec      |   20 +
 BaBar_2014/Ups4S_Dstarp_D0pi_Kpemnu_WS.dec    |   19 +
 BaBar_2014/Ups4S_Dstarp_D0pi_Kpmumnu_WS.dec   |   19 +
 BaBar_2014/Ups4S_Dstarp_Dppi0_DpKpipi.dec     |   27 +
 BaBar_2014/Ups4S_Xic0toOmegaK.dec             |   48 +
 BaBar_2014/Ups4S_Xic0toXipi.dec               |   47 +
 ...maChib3_3P1_to_gammaUps3S_to_pipiUpsnS.dec |  115 +
 ..._to_gammaChib3_3P1_to_gammaUpsnS_to_ll.dec |  115 +
 BaBar_2014/Ups4sToDlnuX_D0kpi.dec             |  273 +
 BaBar_2014/X50_Sigmac0_Lambda0_K0.dec         |   51 +
 BaBar_2014/X50_Sigmac0_Sigma0_K0.dec          |   63 +
 BaBar_2014/X50_Xi1530_Lambda0_K0.dec          |  147 +
 BaBar_2014/X5m_Sigmacm_Lambda0_Km.dec         |   50 +
 BaBar_2014/X5m_Sigmacm_Sigma0_Km.dec          |   62 +
 BaBar_2014/X5m_Xi1530_Lambda0_Km.dec          |   57 +
 BaBar_2014/Xi15030.dec                        |   60 +
 BaBar_2014/Xic_5modes.dec                     |   41 +
 BaBar_2014/Xm_Xi1530.dec                      |  150 +
 BaBar_2014/Xm_Xic0_Xi0_K0_K0.dec              |   69 +
 BaBar_2014/Xm_Xicm_Xi0_K0_pim.dec             |   67 +
 BaBar_2014/Xmm_Deltapp.dec                    |  142 +
 BaBar_2014/Xmm_Sigmacpp.dec                   |   62 +
 BaBar_2014/ccbar.dec                          |    7 +
 BaBar_2014/ccbar_D0_3K0S.dec                  |   32 +
 BaBar_2014/ccbar_D0_KpKm.dec                  |   20 +
 BaBar_2014/ccbar_D0bar_KpKm.dec               |   20 +
 BaBar_2014/ccbar_Dm_KpKmpim_phsp.dec          |   20 +
 BaBar_2014/ccbar_Dm_KpKmpimpi0_phsp.dec       |   20 +
 BaBar_2014/ccbar_Dm_Kpipi_phsp.dec            |   21 +
 BaBar_2014/ccbar_Dp_KpKmpip_phsp.dec          |   20 +
 BaBar_2014/ccbar_Dp_KpKmpippi0_phsp.dec       |   20 +
 BaBar_2014/ccbar_Dp_Kpipi_phsp.dec            |   21 +
 BaBar_2014/ccbar_Ds1m_Dsmpippim.dec           |  107 +
 BaBar_2014/ccbar_Ds1m_Dsmpippim_kstar.dec     |   35 +
 BaBar_2014/ccbar_Ds1m_Dsmpippim_phi.dec       |   35 +
 ...mKs0_antiD0Ks0pim_Kppimpimpippimpippim.dec |   41 +
 ...iD0starpim_antiD0Ks0pim_Kmpimpippimpim.dec |   34 +
 ...Ds1p_D0starpip_D0Ks0pip_Kmpippippimpip.dec |   34 +
 BaBar_2014/ccbar_Ds1p_Dsppippim.dec           |  107 +
 BaBar_2014/ccbar_Ds1p_Dsppippim_kstar.dec     |   35 +
 BaBar_2014/ccbar_Ds1p_Dsppippim_phi.dec       |   35 +
 ...starpKs0_D0Ks0pip_Kmpippippimpippippim.dec |   41 +
 BaBar_2014/ccbar_DsJ0_Dsmpip.dec              |  124 +
 BaBar_2014/ccbar_DsJ0_Dsppim.dec              |  123 +
 BaBar_2014/ccbar_DsJ2317m_Dsm2gamma.dec       |  111 +
 BaBar_2014/ccbar_DsJ2317m_Dsmgamma.dec        |  111 +
 BaBar_2014/ccbar_DsJ2317m_Dsmpi0.dec          |  108 +
 BaBar_2014/ccbar_DsJ2317m_Dsmpi0pi0.dec       |  111 +
 BaBar_2014/ccbar_DsJ2317m_Dsmpippim.dec       |  111 +
 BaBar_2014/ccbar_DsJ2317m_Dstarmgamma.dec     |  119 +
 BaBar_2014/ccbar_DsJ2317m_Dstarmpi0.dec       |  119 +
 BaBar_2014/ccbar_DsJ2317p_Dsp2gamma.dec       |  111 +
 BaBar_2014/ccbar_DsJ2317p_Dspgamma.dec        |  111 +
 BaBar_2014/ccbar_DsJ2317p_Dsppi0.dec          |  108 +
 BaBar_2014/ccbar_DsJ2317p_Dsppi0pi0.dec       |  111 +
 BaBar_2014/ccbar_DsJ2317p_Dsppippim.dec       |  111 +
 BaBar_2014/ccbar_DsJ2317p_Dstarpgamma.dec     |  119 +
 BaBar_2014/ccbar_DsJ2317p_Dstarppi0.dec       |  119 +
 BaBar_2014/ccbar_DsJ2458m_DsJ2317mgamma.dec   |  117 +
 BaBar_2014/ccbar_DsJ2458m_Dsm2gamma.dec       |  108 +
 BaBar_2014/ccbar_DsJ2458m_Dsmgamma.dec        |  108 +
 BaBar_2014/ccbar_DsJ2458m_Dsmpi0.dec          |  108 +
 BaBar_2014/ccbar_DsJ2458m_Dsmpi0pi0.dec       |  108 +
 BaBar_2014/ccbar_DsJ2458m_Dsmpippim.dec       |  108 +
 BaBar_2014/ccbar_DsJ2458m_Dstarmgamma.dec     |  116 +
 BaBar_2014/ccbar_DsJ2458m_Dstarmpi0.dec       |  116 +
 BaBar_2014/ccbar_DsJ2458p_DsJ2317pgamma.dec   |  117 +
 BaBar_2014/ccbar_DsJ2458p_Dsp2gamma.dec       |  108 +
 BaBar_2014/ccbar_DsJ2458p_Dspgamma.dec        |  108 +
 BaBar_2014/ccbar_DsJ2458p_Dsppi0.dec          |  108 +
 BaBar_2014/ccbar_DsJ2458p_Dsppi0pi0.dec       |  108 +
 BaBar_2014/ccbar_DsJ2458p_Dsppippim.dec       |  108 +
 BaBar_2014/ccbar_DsJ2458p_Dstarpgamma.dec     |  116 +
 BaBar_2014/ccbar_DsJ2458p_Dstarppi0.dec       |  116 +
 BaBar_2014/ccbar_DsJ2636m_D0barKm.dec         |   90 +
 BaBar_2014/ccbar_DsJ2636m_Dsmeta_gg.dec       |  116 +
 BaBar_2014/ccbar_DsJ2636p_D0Kp.dec            |   91 +
 BaBar_2014/ccbar_DsJ2636p_Dspeta_gg.dec       |  116 +
 BaBar_2014/ccbar_Ds_KpKmpipm_PHSP.dec         |   25 +
 BaBar_2014/ccbar_Ds_KsKspipm_PHSP.dec         |   39 +
 BaBar_2014/ccbar_Dsm_KpKmpim.dec              |   24 +
 BaBar_2014/ccbar_Dsm_KpKmpimpi0_phsp.dec      |   20 +
 BaBar_2014/ccbar_Dsm_KsKspim.dec              |   28 +
 BaBar_2014/ccbar_Dsm_Phipim_KpKmpim.dec       |   21 +
 BaBar_2014/ccbar_Dsm_phimphspmpipipi.dec      |   26 +
 BaBar_2014/ccbar_Dsm_pippimpim.dec            |   24 +
 BaBar_2014/ccbar_Dsp_KpKmpip.dec              |   24 +
 BaBar_2014/ccbar_Dsp_KpKmpippi0_phsp.dec      |   20 +
 BaBar_2014/ccbar_Dsp_KsKspip.dec              |   28 +
 BaBar_2014/ccbar_Dsp_Phipip_KpKmpip.dec       |   21 +
 BaBar_2014/ccbar_Dsp_phimphspmpipipi.dec      |   26 +
 BaBar_2014/ccbar_Dsp_pippimpip.dec            |   24 +
 BaBar_2014/ccbar_Dsstarm_Dsgamma.dec          |   36 +
 BaBar_2014/ccbar_Dsstarm_Dsm_omegapi.dec      |   26 +
 BaBar_2014/ccbar_Dsstarm_Dsm_omegarho.dec     |   24 +
 BaBar_2014/ccbar_Dsstarm_Dspi0.dec            |   36 +
 BaBar_2014/ccbar_Dsstarm_gDsm_munu.dec        |   25 +
 BaBar_2014/ccbar_Dsstarp_Dsgamma.dec          |   36 +
 BaBar_2014/ccbar_Dsstarp_Dsp_PhiRhop.dec      |   35 +
 BaBar_2014/ccbar_Dsstarp_Dsp_kstarpgamma.dec  |   38 +
 BaBar_2014/ccbar_Dsstarp_Dsp_omegapi.dec      |   24 +
 BaBar_2014/ccbar_Dsstarp_Dsp_omegarho.dec     |   24 +
 BaBar_2014/ccbar_Dsstarp_Dsp_rhopgamma.dec    |   27 +
 BaBar_2014/ccbar_Dsstarp_Dspi0.dec            |   36 +
 BaBar_2014/ccbar_Dsstarp_gDsp_munu.dec        |   25 +
 .../ccbar_Dstarm_D0barpi_KKeta_gg_phsp.dec    |   33 +
 .../ccbar_Dstarm_D0barpi_KKpi0_phsp.dec       |   28 +
 .../ccbar_Dstarm_D0barpi_Kpieta_gg_phsp.dec   |   35 +
 ...bar_Dstarm_D0barpi_Kpieta_pipipi0_phsp.dec |   33 +
 ...Dstarm_D0barpi_Kpietap_pipieta_gg_phsp.dec |   35 +
 .../ccbar_Dstarm_D0barpi_Kpipi0_phsp.dec      |   28 +
 .../ccbar_Dstarm_D0barpi_pipieta_gg_phsp.dec  |  130 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0K0KK_ps.dec    |   43 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0K0Kmpip_ps.dec |   43 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0K0Kppim_ps.dec |   43 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0K0pi0.dec      |   42 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0K0pipi.dec     |   42 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0K0pipi_ps.dec  |   43 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0K3pi.dec       |   53 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0K3piWS.dec     |   53 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0K4pi.dec       |   27 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0KK.dec         |   30 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0KKpipi.dec     |   51 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0Kpi.dec        |   30 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0KpiWS.dec      |   32 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0Kpipi0.dec     |   32 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0Kpipi0WS.dec   |   43 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0emep.dec       |   30 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0emmup.dec      |   30 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0mummup.dec     |   30 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0pi0pi0.dec     |   30 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0pipi.dec       |   30 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0pipipi0.dec    |   28 +
 BaBar_2014/ccbar_Dstarm_D0pi_D0pipipipi.dec   |   30 +
 BaBar_2014/ccbar_Dstarm_D0pi_Kmepnu_WS.dec    |   23 +
 BaBar_2014/ccbar_Dstarm_D0pi_Kmmupnu_WS.dec   |   23 +
 BaBar_2014/ccbar_Dstarm_D0pi_Kpemnu.dec       |   23 +
 BaBar_2014/ccbar_Dstarm_D0pi_Kpmumnu.dec      |   24 +
 BaBar_2014/ccbar_Dstarm_D0pi_pipemnu.dec      |   23 +
 BaBar_2014/ccbar_Dstarm_Dmpi0_DmKKpi.dec      |   44 +
 BaBar_2014/ccbar_Dstarm_Dmpi0_DmKpipi.dec     |   31 +
 BaBar_2014/ccbar_Dstarm_Dmpi0_Kpipi_phsp.dec  |   28 +
 .../ccbar_Dstarm_Dmpi0_Kppimpim_phsp.dec      |   30 +
 BaBar_2014/ccbar_Dstarm_Dpi0_Kpi0.dec         |   30 +
 BaBar_2014/ccbar_Dstarm_Dpi0_pipi0.dec        |   30 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0K0KK_ps.dec    |   44 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0K0Kmpip_ps.dec |   44 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0K0Kppim_ps.dec |   44 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0K0pi0.dec      |   48 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0K0pipi.dec     |   43 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0K0pipi_ps.dec  |   44 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0K3pi.dec       |   53 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0K3piWS.dec     |   53 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0K4pi.dec       |   27 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0KK.dec         |   30 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0KKpipi.dec     |   50 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0Kpi.dec        |   30 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0KpiWS.dec      |   32 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0Kpipi0.dec     |   32 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0Kpipi0WS.dec   |   43 +
 ...ar_Dstarp_D0pi_D0KstarGamma_KstarKppim.dec |   44 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0emep.dec       |   30 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0emmup.dec      |   30 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0gammaGamma.dec |   37 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0mummup.dec     |   30 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0omegaGamma.dec |   45 +
 .../ccbar_Dstarp_D0pi_D0omegaKstar_Kppim.dec  |   50 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0phiGamma.dec   |   45 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0phiomega.dec   |   41 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0phirho0.dec    |   36 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0pi0pi0.dec     |   30 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0pipi.dec       |   30 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0pipipi0.dec    |   28 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0pipipipi.dec   |   30 +
 BaBar_2014/ccbar_Dstarp_D0pi_D0rho0Gamma.dec  |   39 +
 .../ccbar_Dstarp_D0pi_D0rho0Kstar_Kppim.dec   |   45 +
 .../ccbar_Dstarp_D0pi_KKeta_gg_phsp.dec       |   29 +
 BaBar_2014/ccbar_Dstarp_D0pi_KKpi0_phsp.dec   |   27 +
 BaBar_2014/ccbar_Dstarp_D0pi_Kmepnu.dec       |   23 +
 BaBar_2014/ccbar_Dstarp_D0pi_Kmmupnu.dec      |   24 +
 BaBar_2014/ccbar_Dstarp_D0pi_Kpemnu_WS.dec    |   23 +
 .../ccbar_Dstarp_D0pi_Kpieta_gg_phsp.dec      |   33 +
 .../ccbar_Dstarp_D0pi_Kpieta_pipipi0_phsp.dec |   33 +
 ...ar_Dstarp_D0pi_Kpietap_pipieta_gg_phsp.dec |   35 +
 BaBar_2014/ccbar_Dstarp_D0pi_Kpipi0_phsp.dec  |   27 +
 BaBar_2014/ccbar_Dstarp_D0pi_Kpmumnu_WS.dec   |   23 +
 BaBar_2014/ccbar_Dstarp_D0pi_pimepnu.dec      |   23 +
 .../ccbar_Dstarp_D0pi_pipieta_gg_phsp.dec     |   30 +
 BaBar_2014/ccbar_Dstarp_Dpi0_Kpi0.dec         |   30 +
 BaBar_2014/ccbar_Dstarp_Dpi0_pipi0.dec        |   30 +
 BaBar_2014/ccbar_Dstarp_Dppi0_DpKKpi.dec      |   44 +
 BaBar_2014/ccbar_Dstarp_Dppi0_DpKpipi.dec     |   32 +
 .../ccbar_Dstarp_Dppi0_DpKshortpipi0.dec      |   43 +
 .../ccbar_Dstarp_Dppi0_Kmpippip_phsp.dec      |   30 +
 BaBar_2014/ccbar_Dstarp_Dppi0_Kpipi_phsp.dec  |   27 +
 BaBar_2014/ccbar_Dstarp_gDp_munu.dec          |   25 +
 BaBar_2014/ccbar_Dstarp_pi0Dp_munu.dec        |   25 +
 BaBar_2014/ccbar_Lambda_cp_Lambda3pi.dec      |   27 +
 BaBar_2014/ccbar_Lambda_cp_Lambdak.dec        |   29 +
 BaBar_2014/ccbar_Lambda_cp_Lambdakpi0.dec     |   29 +
 BaBar_2014/ccbar_Lambda_cp_Lambdakpipi.dec    |   28 +
 BaBar_2014/ccbar_Lambda_cp_Lambdapi.dec       |   29 +
 BaBar_2014/ccbar_Lambda_cp_Lambdapi0pi.dec    |   27 +
 BaBar_2014/ccbar_Lambda_cp_Lambdarho.dec      |   32 +
 BaBar_2014/ccbar_Lambda_cp_Pks.dec            |   28 +
 BaBar_2014/ccbar_Lambda_cp_Pks2pi.dec         |   27 +
 BaBar_2014/ccbar_Lambda_cp_Sigmak.dec         |   34 +
 BaBar_2014/ccbar_Lambda_cp_Sigmakpi0.dec      |   34 +
 BaBar_2014/ccbar_Lambda_cp_Sigmakpipi.dec     |   34 +
 BaBar_2014/ccbar_Lambda_cp_Sigmapi.dec        |   34 +
 BaBar_2014/ccbar_Lambda_cp_XiKpi.dec          |   32 +
 BaBar_2014/ccbar_antimLambda_cm_Lambda3pi.dec |   28 +
 BaBar_2014/ccbar_antimLambda_cm_Lambdak.dec   |   30 +
 .../ccbar_antimLambda_cm_Lambdakpi0.dec       |   30 +
 .../ccbar_antimLambda_cm_Lambdakpipi.dec      |   30 +
 BaBar_2014/ccbar_antimLambda_cm_Lambdapi.dec  |   29 +
 .../ccbar_antimLambda_cm_Lambdapi0pi.dec      |   28 +
 BaBar_2014/ccbar_antimLambda_cm_Lambdarho.dec |   32 +
 BaBar_2014/ccbar_antimLambda_cm_Pks.dec       |   27 +
 BaBar_2014/ccbar_antimLambda_cm_Pks2pi.dec    |   27 +
 BaBar_2014/ccbar_antimLambda_cm_Sigmak.dec    |   34 +
 BaBar_2014/ccbar_antimLambda_cm_Sigmakpi0.dec |   34 +
 .../ccbar_antimLambda_cm_Sigmakpipi.dec       |   34 +
 BaBar_2014/ccbar_antimLambda_cm_Sigmapi.dec   |   34 +
 BaBar_2014/ccbar_antimLambda_cm_XiKpi.dec     |   32 +
 BaBar_2014/ccbarmoff.dec                      |    7 +
 BaBar_2014/eta_cKp.dec                        |   33 +
 BaBar_2014/jpsi_Dplus_Dstar.dec               |   84 +
 BaBar_2014/nosignal.dec                       |   21 +
 BaBar_2014/ppbarKp.dec                        |   26 +
 BaBar_2014/qa_B0B_psiK0s_3.dec                |   42 +
 BaBar_2014/qa_B0B_rhoppim.dec                 |   23 +
 BaBar_2014/qa_B0B_rhoppim_1.dec               |   27 +
 BaBar_2014/qa_B0_Kppim.dec                    |   28 +
 BaBar_2014/qa_B0_psiK0s_1.dec                 |   42 +
 BaBar_2014/rare1.dec                          |  445 +
 BaBar_2014/rare2.dec                          |  445 +
 BaBar_2014/tau_KmKsrho0nu.dec                 |   29 +
 BaBar_2014/uds.dec                            |   11 +
 BaBar_2014/udsmoff.dec                        |   12 +
 BaBar_2014/vph_jpsiccbar_lplm_cocktail.dec    |   56 +
 BaBar_2014/vph_psi2sccbar_lplm_cocktail.dec   |   75 +
 BaBar_2014/vph_to_JpsiJpsi.dec                |   24 +
 BaBar_2014/vph_to_JpsiX3872.dec               |   26 +
 BaBar_2014/vph_to_isrX3872.dec                |   31 +
 BaBar_2014/vph_to_isr_psi3770.dec             |   29 +
 README                                        |    5 +
 README~                                       |    5 +
 3595 files changed, 1131005 insertions(+)
 create mode 100644 BaBar_2014/ADSmd0kmkpi.dec
 create mode 100644 BaBar_2014/ADSmd0kmkpimdcs.dec
 create mode 100644 BaBar_2014/ADSmd0pimkpimdcs.dec
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 create mode 100644 BaBar_2014/ADSmdstar0kmd0pi0mkpimdcs.dec
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 create mode 100644 BaBar_2014/B0B0B_Ksgg_PHSP.dec
 create mode 100644 BaBar_2014/B0B0B_KstarKSPi0_ee_Ball.dec
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 create mode 100644 BaBar_2014/B0B0B_Kstaree_Ali.dec
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 create mode 100644 BaBar_2014/B0B0B_Kstaree_Kpi_Ali.dec
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 create mode 100644 BaBar_2014/B0B0B_Kstarmumu_Kpi_Ali.dec
 create mode 100644 BaBar_2014/B0B0B_Kstarpmee_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_Kstarpmemmup_PHSP.dec
 create mode 100644 BaBar_2014/B0B0B_Kstarpmepmum_PHSP.dec
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 create mode 100644 BaBar_2014/B0B0B_Xsee_Ali02_mb480_pf410_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_6To1_7_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_6To2_6_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_7To1_8_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_8To1_9_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_9To2_0_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_0To2_1_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_1To2_2_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_2To2_3_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_3To2_4_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_4To2_5_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_5To2_6_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_6To2_7_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb465_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb470_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb475_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_0To1_2_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_2To1_4_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_4To1_6_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_6To1_8_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_8To2_0_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_0To2_2_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_2To2_4_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_4To2_6_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_6To2_8_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_8To3_0_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb485_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb490_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsgamma_Kagan99_mb495_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_Xsmumu_Ali02_mb480_pf410_JetSet02.dec
 create mode 100644 BaBar_2014/B0B0B_etaee_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_etaemu_PHSP.dec
 create mode 100644 BaBar_2014/B0B0B_etamumu_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_etapee_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_etapemu_PHSP.dec
 create mode 100644 BaBar_2014/B0B0B_etapmumu_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_genericK0_ee_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_genericK0_mumu_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_genericKstar_ee_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_genericKstar_mumu_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_omegaee_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_omegaemu_PHSP.dec
 create mode 100644 BaBar_2014/B0B0B_omegamumu_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_phiee_PHSP.dec
 create mode 100644 BaBar_2014/B0B0B_phiemu_PHSP.dec
 create mode 100644 BaBar_2014/B0B0B_phimumu_PHSP.dec
 create mode 100644 BaBar_2014/B0B0B_pi0ee_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_pi0emu_PHSP.dec
 create mode 100644 BaBar_2014/B0B0B_pi0mumu_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_rho0ee_Ball.dec
 create mode 100644 BaBar_2014/B0B0B_rho0emu_PHSP.dec
 create mode 100644 BaBar_2014/B0B0B_rho0mumu_Ball.dec
 create mode 100644 BaBar_2014/B0B0Bar_Dpipi_D0Kpi_nonres.dec
 create mode 100644 BaBar_2014/B0B0Bar_Dpipi_nonres.dec
 create mode 100644 BaBar_2014/B0B0Bar_Dstarpipi_D0Kpi_nonres.dec
 create mode 100644 BaBar_2014/B0B0Bar_Dstarpipi_nonres.dec
 create mode 100644 BaBar_2014/B0B0_f0f0.dec
 create mode 100644 BaBar_2014/B0B0_phiKSpi0_phiK0LK0S.dec
 create mode 100644 BaBar_2014/B0B0bar_2K0SK0L.dec
 create mode 100644 BaBar_2014/B0B0bar_2KK0.dec
 create mode 100644 BaBar_2014/B0B0bar_2Kpi0.dec
 create mode 100644 BaBar_2014/B0B0bar_2piK0.dec
 create mode 100644 BaBar_2014/B0B0bar_2piK0l.dec
 create mode 100644 BaBar_2014/B0B0bar_2pipi0.dec
 create mode 100644 BaBar_2014/B0B0bar_3K0S.dec
 create mode 100644 BaBar_2014/B0B0bar_3pi0.dec
 create mode 100644 BaBar_2014/B0B0bar_3pi_CP.dec
 create mode 100755 BaBar_2014/B0B0bar_4pi.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toD0Kpi_D0CP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toD0Kpi_D0NonCP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toD0Kstarpi_D0CP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toD0Kstarpi_D0NonCP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toD0barKpi_D0NonCP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toD0barKstarpi_D0NonCP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toDstar0Kpi_D0CP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toDstar0Kpi_D0NonCP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toDstar0Kstarpi_D0CP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toDstar0Kstarpi_D0NonCP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toDstar0barKpi_D0NonCP.dec
 create mode 100644 BaBar_2014/B0B0bar_B0toDstar0barKstarpi_D0NonCP.dec
 create mode 100644 BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_e.dec
 create mode 100644 BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_excl.dec
 create mode 100644 BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_mu.dec
 create mode 100644 BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_dch_e.dec
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 create mode 100644 BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_e.dec
 create mode 100644 BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_excl.dec
 create mode 100644 BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_mu.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_DXpDstarX_Ksnunu_cocktail.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_DXpDstarX_Kstar0nunu_cocktail.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail_dgog=0.1.dec
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 create mode 100644 BaBar_2014/B0B0bar_Breco_DXpDstarX_etau_cocktail.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_DXpDstarX_mutau_cocktail.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_DXpDstarX_nunubar_cocktail.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_DXpDstarX_nunubargamma_cocktail.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_DXpDstarX_pi0nunu_cocktail.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_DXpDstarX_tauptaum_cocktail.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_cocktail_dgog=0.2_qop=1.04_z=0.dec
 create mode 100644 BaBar_2014/B0B0bar_Breco_cocktail_dgog=0.4_qop=1.08_z=0.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi0cKs.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi0cKs_All.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi0cKstar_K.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi0cKstar_KS.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi1cKL.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi1cKL_E1.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi1cKS.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi1cKS_00.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi1cKS_E1.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi1cKS_dgog=0.2_qop=1.04_z=0.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi1cKS_dgog=0.4_qop=1.08_z=0.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi1cKs2Pi0.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi1cKs2Pi0_E1.dec
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 create mode 100644 BaBar_2014/B0B0bar_Chi1cKstar_chgd_sp3.dec
 create mode 100644 BaBar_2014/B0B0bar_Chi1cKstar_sp3.dec
 create mode 100644 BaBar_2014/B0B0bar_Chic1Kstar_KpPim_RunIpIIPol.dec
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 create mode 100644 BaBar_2014/B0B0bar_D0D0_K3piK3pi.dec
 create mode 100644 BaBar_2014/B0B0bar_D0D0_K3piKspipi.dec
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 create mode 100644 BaBar_2014/X5m_Xi1530_Lambda0_Km.dec
 create mode 100644 BaBar_2014/Xi15030.dec
 create mode 100644 BaBar_2014/Xic_5modes.dec
 create mode 100644 BaBar_2014/Xm_Xi1530.dec
 create mode 100644 BaBar_2014/Xm_Xic0_Xi0_K0_K0.dec
 create mode 100644 BaBar_2014/Xm_Xicm_Xi0_K0_pim.dec
 create mode 100644 BaBar_2014/Xmm_Deltapp.dec
 create mode 100644 BaBar_2014/Xmm_Sigmacpp.dec
 create mode 100644 BaBar_2014/ccbar.dec
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 create mode 100644 BaBar_2014/ccbar_Dm_KpKmpim_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dm_KpKmpimpi0_phsp.dec
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 create mode 100644 BaBar_2014/ccbar_Dp_KpKmpip_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dp_KpKmpippi0_phsp.dec
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 create mode 100644 BaBar_2014/ccbar_Ds1m_Dsmpippim_kstar.dec
 create mode 100644 BaBar_2014/ccbar_Ds1m_Dsmpippim_phi.dec
 create mode 100644 BaBar_2014/ccbar_Ds1m_DstarmKs0_antiD0Ks0pim_Kppimpimpippimpippim.dec
 create mode 100644 BaBar_2014/ccbar_Ds1m_antiD0starpim_antiD0Ks0pim_Kmpimpippimpim.dec
 create mode 100644 BaBar_2014/ccbar_Ds1p_D0starpip_D0Ks0pip_Kmpippippimpip.dec
 create mode 100644 BaBar_2014/ccbar_Ds1p_Dsppippim.dec
 create mode 100644 BaBar_2014/ccbar_Ds1p_Dsppippim_kstar.dec
 create mode 100644 BaBar_2014/ccbar_Ds1p_Dsppippim_phi.dec
 create mode 100644 BaBar_2014/ccbar_Ds1p_DstarpKs0_D0Ks0pip_Kmpippippimpippippim.dec
 create mode 100644 BaBar_2014/ccbar_DsJ0_Dsmpip.dec
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 create mode 100644 BaBar_2014/ccbar_DsJ2317p_Dsppi0pi0.dec
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 create mode 100644 BaBar_2014/ccbar_DsJ2317p_Dstarpgamma.dec
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 create mode 100644 BaBar_2014/ccbar_DsJ2458p_DsJ2317pgamma.dec
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 create mode 100644 BaBar_2014/ccbar_DsJ2458p_Dsppi0pi0.dec
 create mode 100644 BaBar_2014/ccbar_DsJ2458p_Dsppippim.dec
 create mode 100644 BaBar_2014/ccbar_DsJ2458p_Dstarpgamma.dec
 create mode 100644 BaBar_2014/ccbar_DsJ2458p_Dstarppi0.dec
 create mode 100644 BaBar_2014/ccbar_DsJ2636m_D0barKm.dec
 create mode 100644 BaBar_2014/ccbar_DsJ2636m_Dsmeta_gg.dec
 create mode 100644 BaBar_2014/ccbar_DsJ2636p_D0Kp.dec
 create mode 100644 BaBar_2014/ccbar_DsJ2636p_Dspeta_gg.dec
 create mode 100644 BaBar_2014/ccbar_Ds_KpKmpipm_PHSP.dec
 create mode 100644 BaBar_2014/ccbar_Ds_KsKspipm_PHSP.dec
 create mode 100644 BaBar_2014/ccbar_Dsm_KpKmpim.dec
 create mode 100644 BaBar_2014/ccbar_Dsm_KpKmpimpi0_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dsm_KsKspim.dec
 create mode 100644 BaBar_2014/ccbar_Dsm_Phipim_KpKmpim.dec
 create mode 100644 BaBar_2014/ccbar_Dsm_phimphspmpipipi.dec
 create mode 100644 BaBar_2014/ccbar_Dsm_pippimpim.dec
 create mode 100644 BaBar_2014/ccbar_Dsp_KpKmpip.dec
 create mode 100644 BaBar_2014/ccbar_Dsp_KpKmpippi0_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dsp_KsKspip.dec
 create mode 100644 BaBar_2014/ccbar_Dsp_Phipip_KpKmpip.dec
 create mode 100644 BaBar_2014/ccbar_Dsp_phimphspmpipipi.dec
 create mode 100644 BaBar_2014/ccbar_Dsp_pippimpip.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarm_Dsgamma.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarm_Dsm_omegapi.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarm_Dsm_omegarho.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarm_Dspi0.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarm_gDsm_munu.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarp_Dsgamma.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarp_Dsp_PhiRhop.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarp_Dsp_kstarpgamma.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarp_Dsp_omegapi.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarp_Dsp_omegarho.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarp_Dsp_rhopgamma.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarp_Dspi0.dec
 create mode 100644 BaBar_2014/ccbar_Dsstarp_gDsp_munu.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0barpi_KKeta_gg_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0barpi_KKpi0_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0barpi_Kpieta_gg_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0barpi_Kpieta_pipipi0_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0barpi_Kpietap_pipieta_gg_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0barpi_Kpipi0_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0barpi_pipieta_gg_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0K0KK_ps.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0K0Kmpip_ps.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0K0Kppim_ps.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0K0pi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0K0pipi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0K0pipi_ps.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0K3pi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0K3piWS.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0K4pi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0KK.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0KKpipi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0Kpi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0KpiWS.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0Kpipi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0Kpipi0WS.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0emep.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_D0emmup.dec
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 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_Kmepnu_WS.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_Kmmupnu_WS.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_Kpemnu.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_Kpmumnu.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_D0pi_pipemnu.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_Dmpi0_DmKKpi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_Dmpi0_DmKpipi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_Dmpi0_Kpipi_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_Dmpi0_Kppimpim_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_Dpi0_Kpi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarm_Dpi0_pipi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0K0KK_ps.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0K0Kmpip_ps.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0K0Kppim_ps.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0K0pi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0K0pipi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0K0pipi_ps.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0K3pi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0K3piWS.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0K4pi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0KK.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0KKpipi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0Kpi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0KpiWS.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0Kpipi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0Kpipi0WS.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0KstarGamma_KstarKppim.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0emep.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0emmup.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0gammaGamma.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0mummup.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0omegaGamma.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0omegaKstar_Kppim.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0phiGamma.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0phiomega.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0phirho0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0pi0pi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0pipi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0pipipi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0pipipipi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0rho0Gamma.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_D0rho0Kstar_Kppim.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_KKeta_gg_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_KKpi0_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_Kmepnu.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_Kmmupnu.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_Kpemnu_WS.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_Kpieta_gg_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_Kpieta_pipipi0_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_Kpietap_pipieta_gg_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_Kpipi0_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_Kpmumnu_WS.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_pimepnu.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_D0pi_pipieta_gg_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_Dpi0_Kpi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_Dpi0_pipi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_Dppi0_DpKKpi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_Dppi0_DpKpipi.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_Dppi0_DpKshortpipi0.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_Dppi0_Kmpippip_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_Dppi0_Kpipi_phsp.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_gDp_munu.dec
 create mode 100644 BaBar_2014/ccbar_Dstarp_pi0Dp_munu.dec
 create mode 100644 BaBar_2014/ccbar_Lambda_cp_Lambda3pi.dec
 create mode 100644 BaBar_2014/ccbar_Lambda_cp_Lambdak.dec
 create mode 100644 BaBar_2014/ccbar_Lambda_cp_Lambdakpi0.dec
 create mode 100644 BaBar_2014/ccbar_Lambda_cp_Lambdakpipi.dec
 create mode 100644 BaBar_2014/ccbar_Lambda_cp_Lambdapi.dec
 create mode 100644 BaBar_2014/ccbar_Lambda_cp_Lambdapi0pi.dec
 create mode 100644 BaBar_2014/ccbar_Lambda_cp_Lambdarho.dec
 create mode 100644 BaBar_2014/ccbar_Lambda_cp_Pks.dec
 create mode 100644 BaBar_2014/ccbar_Lambda_cp_Pks2pi.dec
 create mode 100755 BaBar_2014/ccbar_Lambda_cp_Sigmak.dec
 create mode 100755 BaBar_2014/ccbar_Lambda_cp_Sigmakpi0.dec
 create mode 100755 BaBar_2014/ccbar_Lambda_cp_Sigmakpipi.dec
 create mode 100755 BaBar_2014/ccbar_Lambda_cp_Sigmapi.dec
 create mode 100644 BaBar_2014/ccbar_Lambda_cp_XiKpi.dec
 create mode 100644 BaBar_2014/ccbar_antimLambda_cm_Lambda3pi.dec
 create mode 100644 BaBar_2014/ccbar_antimLambda_cm_Lambdak.dec
 create mode 100644 BaBar_2014/ccbar_antimLambda_cm_Lambdakpi0.dec
 create mode 100644 BaBar_2014/ccbar_antimLambda_cm_Lambdakpipi.dec
 create mode 100644 BaBar_2014/ccbar_antimLambda_cm_Lambdapi.dec
 create mode 100644 BaBar_2014/ccbar_antimLambda_cm_Lambdapi0pi.dec
 create mode 100644 BaBar_2014/ccbar_antimLambda_cm_Lambdarho.dec
 create mode 100644 BaBar_2014/ccbar_antimLambda_cm_Pks.dec
 create mode 100644 BaBar_2014/ccbar_antimLambda_cm_Pks2pi.dec
 create mode 100755 BaBar_2014/ccbar_antimLambda_cm_Sigmak.dec
 create mode 100755 BaBar_2014/ccbar_antimLambda_cm_Sigmakpi0.dec
 create mode 100755 BaBar_2014/ccbar_antimLambda_cm_Sigmakpipi.dec
 create mode 100755 BaBar_2014/ccbar_antimLambda_cm_Sigmapi.dec
 create mode 100644 BaBar_2014/ccbar_antimLambda_cm_XiKpi.dec
 create mode 100644 BaBar_2014/ccbarmoff.dec
 create mode 100644 BaBar_2014/eta_cKp.dec
 create mode 100644 BaBar_2014/jpsi_Dplus_Dstar.dec
 create mode 100644 BaBar_2014/nosignal.dec
 create mode 100644 BaBar_2014/ppbarKp.dec
 create mode 100644 BaBar_2014/qa_B0B_psiK0s_3.dec
 create mode 100644 BaBar_2014/qa_B0B_rhoppim.dec
 create mode 100644 BaBar_2014/qa_B0B_rhoppim_1.dec
 create mode 100644 BaBar_2014/qa_B0_Kppim.dec
 create mode 100644 BaBar_2014/qa_B0_psiK0s_1.dec
 create mode 100644 BaBar_2014/rare1.dec
 create mode 100644 BaBar_2014/rare2.dec
 create mode 100644 BaBar_2014/tau_KmKsrho0nu.dec
 create mode 100644 BaBar_2014/uds.dec
 create mode 100644 BaBar_2014/udsmoff.dec
 create mode 100644 BaBar_2014/vph_jpsiccbar_lplm_cocktail.dec
 create mode 100644 BaBar_2014/vph_psi2sccbar_lplm_cocktail.dec
 create mode 100644 BaBar_2014/vph_to_JpsiJpsi.dec
 create mode 100644 BaBar_2014/vph_to_JpsiX3872.dec
 create mode 100644 BaBar_2014/vph_to_isrX3872.dec
 create mode 100644 BaBar_2014/vph_to_isr_psi3770.dec
 create mode 100644 README
 create mode 100644 README~

diff --git a/BaBar_2014/ADSmd0kmkpi.dec b/BaBar_2014/ADSmd0kmkpi.dec
new file mode 100644
index 0000000..d3616a7
--- /dev/null
+++ b/BaBar_2014/ADSmd0kmkpi.dec
@@ -0,0 +1,36 @@
+#
+#
+#  O. Long / UCSB
+#
+#      $Id: ADS-d0k-kpi.dec,v 1.1 2004/05/17 22:51:40 owen Exp $
+#
+#
+Alias MyB+         B+
+Alias MyB-         B-
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-          VSS;
+0.5 MyB-  B+          VSS;
+Enddecay
+#
+#
+Decay MyB-
+1.0    K- MyD0        PHSP;
+Enddecay
+#
+Decay MyB+
+1.0    K+ Myanti-D0   PHSP;
+Enddecay
+#
+Decay MyD0
+1.0    K-  pi+        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0    K+  pi-        PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/ADSmd0kmkpimdcs.dec b/BaBar_2014/ADSmd0kmkpimdcs.dec
new file mode 100644
index 0000000..7a04a86
--- /dev/null
+++ b/BaBar_2014/ADSmd0kmkpimdcs.dec
@@ -0,0 +1,36 @@
+#
+#
+#  O. Long / UCSB
+#
+#      $Id: ADS-d0k-kpi-dcs.dec,v 1.1 2004/05/17 22:51:40 owen Exp $
+#
+#
+Alias MyB+         B+
+Alias MyB-         B-
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-          VSS;
+0.5 MyB-  B+          VSS;
+Enddecay
+#
+#
+Decay MyB-
+1.0    K- MyD0        PHSP;
+Enddecay
+#
+Decay MyB+
+1.0    K+ Myanti-D0   PHSP;
+Enddecay
+#
+Decay MyD0
+1.0    K+  pi-        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0    K-  pi+        PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/ADSmd0pimkpimdcs.dec b/BaBar_2014/ADSmd0pimkpimdcs.dec
new file mode 100644
index 0000000..464cfd9
--- /dev/null
+++ b/BaBar_2014/ADSmd0pimkpimdcs.dec
@@ -0,0 +1,36 @@
+#
+#
+#  O. Long / UCSB
+#
+#      $Id: ADS-d0pi-kpi-dcs.dec,v 1.1 2004/05/17 22:51:40 owen Exp $
+#
+#
+Alias MyB+         B+
+Alias MyB-         B-
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-          VSS;
+0.5 MyB-  B+          VSS;
+Enddecay
+#
+#
+Decay MyB-
+1.0    pi- MyD0       PHSP;
+Enddecay
+#
+Decay MyB+
+1.0    pi+ Myanti-D0  PHSP;
+Enddecay
+#
+Decay MyD0
+1.0    K+  pi-        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0    K-  pi+        PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/ADSmdstar0kmd0gammamkpi.dec b/BaBar_2014/ADSmdstar0kmd0gammamkpi.dec
new file mode 100644
index 0000000..e116857
--- /dev/null
+++ b/BaBar_2014/ADSmdstar0kmd0gammamkpi.dec
@@ -0,0 +1,46 @@
+#
+#
+#  O. Long / UCSB
+#
+#      $Id: ADS-dstar0k-d0gamma-kpi.dec,v 1.1 2004/05/17 22:51:40 owen Exp $
+#
+#
+Alias MyB+         B+
+Alias MyB-         B-
+Alias MyD*0        D*0
+Alias Myanti-D*0   anti-D*0
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-         VSS;
+0.5 MyB-  B+         VSS;
+Enddecay
+#
+#
+Decay MyB-
+1.0    MyD*0 K-       SVS;
+Enddecay
+#
+Decay MyB+
+1.0    Myanti-D*0 K+  SVS;
+Enddecay
+#
+Decay MyD*0
+1.0    MyD0  gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.0    Myanti-D0  gamma       VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0    K-  pi+       PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0    K+  pi-       PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/ADSmdstar0kmd0gammamkpimdcs.dec b/BaBar_2014/ADSmdstar0kmd0gammamkpimdcs.dec
new file mode 100644
index 0000000..a97425a
--- /dev/null
+++ b/BaBar_2014/ADSmdstar0kmd0gammamkpimdcs.dec
@@ -0,0 +1,46 @@
+#
+#
+#  O. Long / UCSB
+#
+#      $Id: ADS-dstar0k-d0gamma-kpi-dcs.dec,v 1.1 2004/05/17 22:51:40 owen Exp $
+#
+#
+Alias MyB+         B+
+Alias MyB-         B-
+Alias MyD*0        D*0
+Alias Myanti-D*0   anti-D*0
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-         VSS;
+0.5 MyB-  B+         VSS;
+Enddecay
+#
+#
+Decay MyB-
+1.0    MyD*0 K-       SVS;
+Enddecay
+#
+Decay MyB+
+1.0    Myanti-D*0 K+  SVS;
+Enddecay
+#
+Decay MyD*0
+1.0    MyD0  gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.0    Myanti-D0  gamma       VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0    K+  pi-       PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0    K-  pi+       PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/ADSmdstar0kmd0pi0mkpi.dec b/BaBar_2014/ADSmdstar0kmd0pi0mkpi.dec
new file mode 100644
index 0000000..65b9136
--- /dev/null
+++ b/BaBar_2014/ADSmdstar0kmd0pi0mkpi.dec
@@ -0,0 +1,46 @@
+#
+#
+#  O. Long / UCSB
+#
+#      $Id: ADS-dstar0k-d0pi0-kpi.dec,v 1.1 2004/05/17 22:51:40 owen Exp $
+#
+#
+Alias MyB+         B+
+Alias MyB-         B-
+Alias MyD*0        D*0
+Alias Myanti-D*0   anti-D*0
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-         VSS;
+0.5 MyB-  B+         VSS;
+Enddecay
+#
+#
+Decay MyB-
+1.0    MyD*0 K-       SVS;
+Enddecay
+#
+Decay MyB+
+1.0    Myanti-D*0 K+  SVS;
+Enddecay
+#
+Decay MyD*0
+1.0    MyD0  pi0       VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.0    Myanti-D0  pi0       VSS;
+Enddecay
+#
+Decay MyD0
+1.0    K-  pi+       PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0    K+  pi-       PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/ADSmdstar0kmd0pi0mkpimdcs.dec b/BaBar_2014/ADSmdstar0kmd0pi0mkpimdcs.dec
new file mode 100644
index 0000000..295a046
--- /dev/null
+++ b/BaBar_2014/ADSmdstar0kmd0pi0mkpimdcs.dec
@@ -0,0 +1,46 @@
+#
+#
+#  O. Long / UCSB
+#
+#      $Id: ADS-dstar0k-d0pi0-kpi-dcs.dec,v 1.1 2004/05/17 22:51:40 owen Exp $
+#
+#
+Alias MyB+         B+
+Alias MyB-         B-
+Alias MyD*0        D*0
+Alias Myanti-D*0   anti-D*0
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-         VSS;
+0.5 MyB-  B+         VSS;
+Enddecay
+#
+#
+Decay MyB-
+1.0    MyD*0 K-       SVS;
+Enddecay
+#
+Decay MyB+
+1.0    Myanti-D*0 K+  SVS;
+Enddecay
+#
+Decay MyD*0
+1.0    MyD0  pi0       VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.0    Myanti-D0  pi0       VSS;
+Enddecay
+#
+Decay MyD0
+1.0    K+  pi-       PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0    K-  pi+       PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/ADSmdstar0pimd0gammamkpimdcs.dec b/BaBar_2014/ADSmdstar0pimd0gammamkpimdcs.dec
new file mode 100644
index 0000000..14daf09
--- /dev/null
+++ b/BaBar_2014/ADSmdstar0pimd0gammamkpimdcs.dec
@@ -0,0 +1,46 @@
+#
+#
+#  O. Long / UCSB
+#
+#      $Id: ADS-dstar0pi-d0gamma-kpi-dcs.dec,v 1.1 2004/05/17 22:51:40 owen Exp $
+#
+#
+Alias MyB+         B+
+Alias MyB-         B-
+Alias MyD*0        D*0
+Alias Myanti-D*0   anti-D*0
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-         VSS;
+0.5 MyB-  B+         VSS;
+Enddecay
+#
+#
+Decay MyB-
+1.0    MyD*0 pi-       SVS;
+Enddecay
+#
+Decay MyB+
+1.0    Myanti-D*0 pi+  SVS;
+Enddecay
+#
+Decay MyD*0
+1.0    MyD0  gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.0    Myanti-D0  gamma       VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0    K+  pi-       PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0    K-  pi+       PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/ADSmdstar0pimd0pi0mkpimdcs.dec b/BaBar_2014/ADSmdstar0pimd0pi0mkpimdcs.dec
new file mode 100644
index 0000000..6b55262
--- /dev/null
+++ b/BaBar_2014/ADSmdstar0pimd0pi0mkpimdcs.dec
@@ -0,0 +1,46 @@
+#
+#
+#  O. Long / UCSB
+#
+#      $Id: ADS-dstar0pi-d0pi0-kpi-dcs.dec,v 1.2 2004/06/12 00:59:53 owen Exp $
+#
+#
+Alias MyB+         B+
+Alias MyB-         B-
+Alias MyD*0        D*0
+Alias Myanti-D*0   anti-D*0
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-         VSS;
+0.5 MyB-  B+         VSS;
+Enddecay
+#
+#
+Decay MyB-
+1.0    MyD*0 pi-       SVS;
+Enddecay
+#
+Decay MyB+
+1.0    Myanti-D*0 pi+  SVS;
+Enddecay
+#
+Decay MyD*0
+1.0    MyD0  pi0       VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.0    Myanti-D0  pi0       VSS;
+Enddecay
+#
+Decay MyD0
+1.0    K+  pi-       PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0    K-  pi+       PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0B_K0ee_Ali.dec b/BaBar_2014/B0B0B_K0ee_Ali.dec
new file mode 100644
index 0000000..11f6d33
--- /dev/null
+++ b/BaBar_2014/B0B0B_K0ee_Ali.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# B0 -> K0 e+ e-                                  #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     2/Jul/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 K0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.0 anti-K0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_K0mumu_Ali.dec b/BaBar_2014/B0B0B_K0mumu_Ali.dec
new file mode 100644
index 0000000..62792db
--- /dev/null
+++ b/BaBar_2014/B0B0B_K0mumu_Ali.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# B0 -> K0 mu+ mu-                                #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     2/Jul/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 K0  mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.0 anti-K0  mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_KSee_Ali.dec b/BaBar_2014/B0B0B_KSee_Ali.dec
new file mode 100644
index 0000000..d5714d1
--- /dev/null
+++ b/BaBar_2014/B0B0B_KSee_Ali.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# B0 -> Ks e+ e-, with Ks ->pi+ pi-               #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 MyK_S0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.0 MyK_S0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK_S0 
+1.0 pi+ pi- PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_KSee_Ball.dec b/BaBar_2014/B0B0B_KSee_Ball.dec
new file mode 100644
index 0000000..d5714d1
--- /dev/null
+++ b/BaBar_2014/B0B0B_KSee_Ball.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# B0 -> Ks e+ e-, with Ks ->pi+ pi-               #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 MyK_S0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.0 MyK_S0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK_S0 
+1.0 pi+ pi- PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_KSemu_PHSP.dec b/BaBar_2014/B0B0B_KSemu_PHSP.dec
new file mode 100644
index 0000000..c6b0022
--- /dev/null
+++ b/BaBar_2014/B0B0B_KSemu_PHSP.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B0 -> Ks e+ mu-, with Ks ->pi+ pi-               #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.5 MyK_S0  mu+  e-    PHOTOS PHSP;
+0.5 MyK_S0  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.5 MyK_S0  mu+  e-    PHOTOS PHSP;
+0.5 MyK_S0  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay MyK_S0 
+1.0 pi+ pi- PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0B_KSmumu_Ali.dec b/BaBar_2014/B0B0B_KSmumu_Ali.dec
new file mode 100644
index 0000000..42ed53f
--- /dev/null
+++ b/BaBar_2014/B0B0B_KSmumu_Ali.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> Ks mu+ mu-, with Ks -> pi+ pi-            #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+###################################################
+#
+# B0 -> Ks mu+ mu-, with Ks -> pi+ pi-
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 MyK_S0  mu+  mu-    PHOTOS  BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.0 MyK_S0  mu+  mu-    PHOTOS  BTOSLLBALL;
+Enddecay
+#
+Decay MyK_S0 
+1.0 pi+ pi- PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_KSmumu_Ball.dec b/BaBar_2014/B0B0B_KSmumu_Ball.dec
new file mode 100644
index 0000000..42ed53f
--- /dev/null
+++ b/BaBar_2014/B0B0B_KSmumu_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> Ks mu+ mu-, with Ks -> pi+ pi-            #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+###################################################
+#
+# B0 -> Ks mu+ mu-, with Ks -> pi+ pi-
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 MyK_S0  mu+  mu-    PHOTOS  BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.0 MyK_S0  mu+  mu-    PHOTOS  BTOSLLBALL;
+Enddecay
+#
+Decay MyK_S0 
+1.0 pi+ pi- PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_Ksgg_PHSP.dec b/BaBar_2014/B0B0B_Ksgg_PHSP.dec
new file mode 100644
index 0000000..d06da2d
--- /dev/null
+++ b/BaBar_2014/B0B0B_Ksgg_PHSP.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> Ks gammagamma      + c.c.                 #
+#                                                 #
+# F. Di Lodovico                                  #
+#                                                 #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias myK_S0 K_S0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     myK_S0       gamma gamma   PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.00     myK_S0       gamma gamma  PHSP;
+Enddecay
+#
+# finally, force K_S0 to always decay to pi+ pi-
+#
+Decay myK_S0
+1.0000  pi+  pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_KstarKSPi0_ee_Ball.dec b/BaBar_2014/B0B0B_KstarKSPi0_ee_Ball.dec
new file mode 100644
index 0000000..8b12236
--- /dev/null
+++ b/BaBar_2014/B0B0B_KstarKSPi0_ee_Ball.dec
@@ -0,0 +1,49 @@
+##########################################################
+#                                                        #
+# B0 -> K*0(->K0s pi0) e+ e-, anti-B0 -> X  + c.c.       #
+#                                                        #
+#                                                        #
+#                                                        #
+# Author:  Stephane Willocq (willocq@slac.stanford.edu)  #
+# created: 14 Nov 2002                                   #
+##########################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_S0 K_S0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     MyK*0       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     Myanti-K*0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*0
+1.0   MyK_S0   pi0   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   MyK_S0   pi0   VSS; 
+Enddecay
+# 
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_KstarKSPi0_mumu_Ball.dec b/BaBar_2014/B0B0B_KstarKSPi0_mumu_Ball.dec
new file mode 100644
index 0000000..29b5dc6
--- /dev/null
+++ b/BaBar_2014/B0B0B_KstarKSPi0_mumu_Ball.dec
@@ -0,0 +1,49 @@
+##########################################################
+#                                                        #
+# B0 -> K*0(->K0s pi0) mu+ mu-, anti-B0 -> X  + c.c.     #
+#                                                        #
+#                                                        #
+#                                                        #
+# Author:  Stephane Willocq (willocq@slac.stanford.edu)  #
+# created: 14 Nov 2002                                   #
+##########################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_S0 K_S0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     MyK*0       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     Myanti-K*0  mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*0
+1.0   MyK_S0   pi0   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   MyK_S0   pi0   VSS; 
+Enddecay
+# 
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_Kstaree_Ali.dec b/BaBar_2014/B0B0B_Kstaree_Ali.dec
new file mode 100644
index 0000000..ad40d83
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstaree_Ali.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B0 -> K*0(generic) e+ e-        + c.c.          #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     1/Jun/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# Will clean up lines below when new VSS_BMIX is available
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     K*0       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     anti-K*0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_Kstaree_KSpi0_Ali.dec b/BaBar_2014/B0B0B_Kstaree_KSpi0_Ali.dec
new file mode 100644
index 0000000..8b12236
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstaree_KSpi0_Ali.dec
@@ -0,0 +1,49 @@
+##########################################################
+#                                                        #
+# B0 -> K*0(->K0s pi0) e+ e-, anti-B0 -> X  + c.c.       #
+#                                                        #
+#                                                        #
+#                                                        #
+# Author:  Stephane Willocq (willocq@slac.stanford.edu)  #
+# created: 14 Nov 2002                                   #
+##########################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_S0 K_S0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     MyK*0       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     Myanti-K*0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*0
+1.0   MyK_S0   pi0   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   MyK_S0   pi0   VSS; 
+Enddecay
+# 
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_Kstaree_Kpi_Ali.dec b/BaBar_2014/B0B0B_Kstaree_Kpi_Ali.dec
new file mode 100644
index 0000000..3897d6d
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstaree_Kpi_Ali.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*0(->K+ pi-) e+ e-       + c.c.          #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     MyK*0       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     Myanti-K*0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*0
+1.0   K+   pi-   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   K-   pi+   VSS; 
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_Kstaremu_KSpi0_PHSP.dec b/BaBar_2014/B0B0B_Kstaremu_KSpi0_PHSP.dec
new file mode 100644
index 0000000..d8cdeac
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstaremu_KSpi0_PHSP.dec
@@ -0,0 +1,51 @@
+###############################################################
+#                                                             #
+# B0 -> K*0(->KS pi0) e+ mu-      + c.c.                      #
+#                                                             #
+#                                                             #
+#                                                             #
+# Author: Jeffrey Berryhill (berryhil@slac.stanford.edu)      #
+# created:                     23/Feb/04                      #
+###############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_S0 K_S0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.50     MyK*0       e+  mu-    PHOTOS PHSP;
+0.50     MyK*0       e-  mu+    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.50     Myanti-K*0  e+   mu-    PHOTOS PHSP;
+0.50     Myanti-K*0  e-   mu+    PHOTOS PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0   MyK_S0   pi0   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   MyK_S0   pi0   VSS; 
+Enddecay
+#
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_Kstarmumu_Ali.dec b/BaBar_2014/B0B0B_Kstarmumu_Ali.dec
new file mode 100644
index 0000000..794df72
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstarmumu_Ali.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B0 -> K*0(generic) mu+ mu-      + c.c.          #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     1/Jun/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# Will clean up lines below when new VSS_BMIX is available
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     K*0       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     anti-K*0  mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_Kstarmumu_KSpi0_Ali.dec b/BaBar_2014/B0B0B_Kstarmumu_KSpi0_Ali.dec
new file mode 100644
index 0000000..29b5dc6
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstarmumu_KSpi0_Ali.dec
@@ -0,0 +1,49 @@
+##########################################################
+#                                                        #
+# B0 -> K*0(->K0s pi0) mu+ mu-, anti-B0 -> X  + c.c.     #
+#                                                        #
+#                                                        #
+#                                                        #
+# Author:  Stephane Willocq (willocq@slac.stanford.edu)  #
+# created: 14 Nov 2002                                   #
+##########################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_S0 K_S0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     MyK*0       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     Myanti-K*0  mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*0
+1.0   MyK_S0   pi0   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   MyK_S0   pi0   VSS; 
+Enddecay
+# 
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_Kstarmumu_Kpi_Ali.dec b/BaBar_2014/B0B0B_Kstarmumu_Kpi_Ali.dec
new file mode 100644
index 0000000..2e58061
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstarmumu_Kpi_Ali.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*0(->K+ pi-) mu+ mu-       + c.c.        #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     MyK*0       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     Myanti-K*0  mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*0
+1.0   K+   pi-   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   K-   pi+   VSS; 
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_Kstarpmee_Ball.dec b/BaBar_2014/B0B0B_Kstarpmee_Ball.dec
new file mode 100644
index 0000000..3897d6d
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstarpmee_Ball.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*0(->K+ pi-) e+ e-       + c.c.          #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     MyK*0       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     Myanti-K*0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*0
+1.0   K+   pi-   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   K-   pi+   VSS; 
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_Kstarpmemmup_PHSP.dec b/BaBar_2014/B0B0B_Kstarpmemmup_PHSP.dec
new file mode 100644
index 0000000..8dfe193
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstarpmemmup_PHSP.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> K*0(->K+ pi-) e+ mu-      + c.c.          #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     MyK*0       e-  mu+    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.00     Myanti-K*0  mu-  e+   PHOTOS PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0   K+   pi-   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   K-   pi+   VSS; 
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_Kstarpmepmum_PHSP.dec b/BaBar_2014/B0B0B_Kstarpmepmum_PHSP.dec
new file mode 100644
index 0000000..7b39490
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstarpmepmum_PHSP.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*0(->K+ pi-) e+ mu-      + c.c.          #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     MyK*0       e+  mu-    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.00     Myanti-K*0  mu+  e-    PHOTOS PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0   K+   pi-   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   K-   pi+   VSS; 
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_Kstarpmmumu_Ball.dec b/BaBar_2014/B0B0B_Kstarpmmumu_Ball.dec
new file mode 100644
index 0000000..2e58061
--- /dev/null
+++ b/BaBar_2014/B0B0B_Kstarpmmumu_Ball.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*0(->K+ pi-) mu+ mu-       + c.c.        #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+# Will clean up lines below when new VSS_BMIX is availbale
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     MyK*0       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     Myanti-K*0  mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*0
+1.0   K+   pi-   VSS; 
+Enddecay
+#
+Decay Myanti-K*0
+1.0   K-   pi+   VSS; 
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_Xsee_Ali02_mb480_pf410_JetSet02.dec b/BaBar_2014/B0B0B_Xsee_Ali02_mb480_pf410_JetSet02.dec
new file mode 100644
index 0000000..3876aa7
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsee_Ali02_mb480_pf410_JetSet02.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay: B0 -> Xsd e+ e-,  anti-B0 -> X   +  c.c.          #
+#                                                          #
+#        Xsd is non-resonant (s-bar d) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created:  30 March 2001                                  #
+# Modified: 15 July  2003  include 4 input params          #
+#            3 March 2004  reset JetSet PARJ(2) param      #
+############################################################
+#
+# Modify JetSet fragmentation parameters
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+#
+# Xsd meson  (s-bar d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+Decay Upsilon(4S)
+ 1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+ 1.0000 Xsd   e+   e-    PHOTOS BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+Decay Myanti-B0
+ 1.0000 anti-Xsd    e+    e-   PHOTOS  BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_6To1_7_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_6To1_7_JetSet02.dec
new file mode 100644
index 0000000..c8236e0
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_6To1_7_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 1.6 1.7;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 1.6 1.7; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_6To2_6_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_6To2_6_JetSet02.dec
new file mode 100644
index 0000000..1c18f00
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_6To2_6_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 1.6 2.6;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 1.6 2.6; 
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_7To1_8_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_7To1_8_JetSet02.dec
new file mode 100644
index 0000000..e1f52b4
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_7To1_8_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 1.7 1.8;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 1.7 1.8; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_8To1_9_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_8To1_9_JetSet02.dec
new file mode 100644
index 0000000..449ed6b
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_8To1_9_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 1.8 1.9;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 1.8 1.9; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_9To2_0_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_9To2_0_JetSet02.dec
new file mode 100644
index 0000000..f8ec44d
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_1_9To2_0_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 1.9 2.0;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 1.9 2.0; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_0To2_1_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_0To2_1_JetSet02.dec
new file mode 100644
index 0000000..36163e5
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_0To2_1_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.0 2.1;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.0 2.1; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_1To2_2_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_1To2_2_JetSet02.dec
new file mode 100644
index 0000000..49e8cff
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_1To2_2_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.1 2.2;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.1 2.2; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_2To2_3_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_2To2_3_JetSet02.dec
new file mode 100644
index 0000000..0ba5005
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_2To2_3_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.2 2.3;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.2 2.3; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_3To2_4_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_3To2_4_JetSet02.dec
new file mode 100644
index 0000000..7686b6f
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_3To2_4_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.3 2.4;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.3 2.4; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_4To2_5_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_4To2_5_JetSet02.dec
new file mode 100644
index 0000000..a1f9bf2
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_4To2_5_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.4 2.5;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.4 2.5; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_5To2_6_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_5To2_6_JetSet02.dec
new file mode 100644
index 0000000..bc0ab1c
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_5To2_6_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.5 2.6;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.5 2.6; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_6To2_7_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_6To2_7_JetSet02.dec
new file mode 100644
index 0000000..e7c87a0
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_FlatEGamma_2_6To2_7_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.6 2.7;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.6 2.7; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb465_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb465_JetSet02.dec
new file mode 100644
index 0000000..cb50f4c
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb465_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb470_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb470_JetSet02.dec
new file mode 100644
index 0000000..abc16a5
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb470_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.70 4.70 -0.45 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.70 4.70 -0.45 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb475_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb475_JetSet02.dec
new file mode 100644
index 0000000..b1fd27f
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb475_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.75 4.75 -0.37 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.75 4.75 -0.37 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_JetSet02.dec
new file mode 100644
index 0000000..7367264
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_0To1_2_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_0To1_2_JetSet02.dec
new file mode 100644
index 0000000..710c679
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_0To1_2_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 1.0 1.2;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 1.0 1.2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_2To1_4_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_2To1_4_JetSet02.dec
new file mode 100644
index 0000000..3b076dc
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_2To1_4_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 1.2 1.4;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 1.2 1.4;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_4To1_6_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_4To1_6_JetSet02.dec
new file mode 100644
index 0000000..ada6742
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_4To1_6_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 1.4 1.6;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 1.4 1.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_6To1_8_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_6To1_8_JetSet02.dec
new file mode 100644
index 0000000..68a2344
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_6To1_8_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 1.6 1.8;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 1.6 1.8;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_8To2_0_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_8To2_0_JetSet02.dec
new file mode 100644
index 0000000..c1f73c1
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs1_8To2_0_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 1.8 2.0;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 1.8 2.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_0To2_2_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_0To2_2_JetSet02.dec
new file mode 100644
index 0000000..e41a826
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_0To2_2_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 2.0 2.2;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 2.0 2.2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_2To2_4_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_2To2_4_JetSet02.dec
new file mode 100644
index 0000000..8d090a0
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_2To2_4_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 2.2 2.4;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 2.2 2.4;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_4To2_6_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_4To2_6_JetSet02.dec
new file mode 100644
index 0000000..e83f471
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_4To2_6_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 2.4 2.6;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 2.4 2.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_6To2_8_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_6To2_8_JetSet02.dec
new file mode 100644
index 0000000..4408680
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_6To2_8_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 2.6 2.8;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 2.6 2.8;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_8To3_0_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_8To3_0_JetSet02.dec
new file mode 100644
index 0000000..aec215d
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb480_mXs2_8To3_0_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 2.8 3.0;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 2.8 3.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb485_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb485_JetSet02.dec
new file mode 100644
index 0000000..2a4ca1b
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb485_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.25 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.25 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb490_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb490_JetSet02.dec
new file mode 100644
index 0000000..b330ea4
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb490_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.2 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.2 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb495_JetSet02.dec b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb495_JetSet02.dec
new file mode 100644
index 0000000..3d7af67
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsgamma_Kagan99_mb495_JetSet02.dec
@@ -0,0 +1,62 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0B_Xsmumu_Ali02_mb480_pf410_JetSet02.dec b/BaBar_2014/B0B0B_Xsmumu_Ali02_mb480_pf410_JetSet02.dec
new file mode 100644
index 0000000..be7985e
--- /dev/null
+++ b/BaBar_2014/B0B0B_Xsmumu_Ali02_mb480_pf410_JetSet02.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay: B0 -> Xsd mu+ mu-,  anti-B0 -> X   +  c.c.        #
+#                                                          #
+#        Xsd is non-resonant (s-bar d) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created:  30 March 2001                                  #
+# Modified: 15 July  2003  include 4 input params          #
+#            3 March 2004  reset JetSet PARJ(2) param      #
+############################################################
+#
+# Modify JetSet fragmentation parameters
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+#
+# Xsd meson  (s-bar d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+Decay Upsilon(4S)
+ 1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+ 1.0000 Xsd   mu+   mu-    PHOTOS BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+Decay Myanti-B0
+ 1.0000 anti-Xsd    mu+    mu-   PHOTOS  BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0B_etaee_Ball.dec b/BaBar_2014/B0B0B_etaee_Ball.dec
new file mode 100644
index 0000000..3059ceb
--- /dev/null
+++ b/BaBar_2014/B0B0B_etaee_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> eta e+ e-       + c.c.                    #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     eta       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     eta       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_etaemu_PHSP.dec b/BaBar_2014/B0B0B_etaemu_PHSP.dec
new file mode 100644
index 0000000..44e9168
--- /dev/null
+++ b/BaBar_2014/B0B0B_etaemu_PHSP.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B0 -> eta e+ mu-                                #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.5 eta  mu+  e-    PHOTOS PHSP;
+0.5 eta  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.5 eta  mu+  e-    PHOTOS PHSP;
+0.5 eta  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0B_etamumu_Ball.dec b/BaBar_2014/B0B0B_etamumu_Ball.dec
new file mode 100644
index 0000000..50d3c3f
--- /dev/null
+++ b/BaBar_2014/B0B0B_etamumu_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> eta mu+ mu-       + c.c.                  #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     eta       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     eta       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_etapee_Ball.dec b/BaBar_2014/B0B0B_etapee_Ball.dec
new file mode 100644
index 0000000..cf27705
--- /dev/null
+++ b/BaBar_2014/B0B0B_etapee_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> eta' e+ e-       + c.c.                   #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     eta'       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     eta'       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_etapemu_PHSP.dec b/BaBar_2014/B0B0B_etapemu_PHSP.dec
new file mode 100644
index 0000000..8da324f
--- /dev/null
+++ b/BaBar_2014/B0B0B_etapemu_PHSP.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B0 -> eta' e+ mu-                               #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.5 eta'  mu+  e-    PHOTOS PHSP;
+0.5 eta'  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.5 eta'  mu+  e-    PHOTOS PHSP;
+0.5 eta'  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0B_etapmumu_Ball.dec b/BaBar_2014/B0B0B_etapmumu_Ball.dec
new file mode 100644
index 0000000..aa1bdf6
--- /dev/null
+++ b/BaBar_2014/B0B0B_etapmumu_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> eta' mu+ mu-       + c.c.                 #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     eta'       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     eta'       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_genericK0_ee_Ball.dec b/BaBar_2014/B0B0B_genericK0_ee_Ball.dec
new file mode 100644
index 0000000..11f6d33
--- /dev/null
+++ b/BaBar_2014/B0B0B_genericK0_ee_Ball.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# B0 -> K0 e+ e-                                  #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     2/Jul/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 K0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.0 anti-K0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_genericK0_mumu_Ball.dec b/BaBar_2014/B0B0B_genericK0_mumu_Ball.dec
new file mode 100644
index 0000000..62792db
--- /dev/null
+++ b/BaBar_2014/B0B0B_genericK0_mumu_Ball.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# B0 -> K0 mu+ mu-                                #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     2/Jul/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 K0  mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.0 anti-K0  mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_genericKstar_ee_Ball.dec b/BaBar_2014/B0B0B_genericKstar_ee_Ball.dec
new file mode 100644
index 0000000..ad40d83
--- /dev/null
+++ b/BaBar_2014/B0B0B_genericKstar_ee_Ball.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B0 -> K*0(generic) e+ e-        + c.c.          #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     1/Jun/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# Will clean up lines below when new VSS_BMIX is available
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     K*0       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     anti-K*0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_genericKstar_mumu_Ball.dec b/BaBar_2014/B0B0B_genericKstar_mumu_Ball.dec
new file mode 100644
index 0000000..794df72
--- /dev/null
+++ b/BaBar_2014/B0B0B_genericKstar_mumu_Ball.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B0 -> K*0(generic) mu+ mu-      + c.c.          #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     1/Jun/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# Will clean up lines below when new VSS_BMIX is available
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     K*0       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     anti-K*0  mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_omegaee_Ball.dec b/BaBar_2014/B0B0B_omegaee_Ball.dec
new file mode 100644
index 0000000..6c36161
--- /dev/null
+++ b/BaBar_2014/B0B0B_omegaee_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> omega e+ e-       + c.c.                  #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     omega       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     omega       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_omegaemu_PHSP.dec b/BaBar_2014/B0B0B_omegaemu_PHSP.dec
new file mode 100644
index 0000000..66555fa
--- /dev/null
+++ b/BaBar_2014/B0B0B_omegaemu_PHSP.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B0 -> omega e+ mu-                              #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.5 omega  mu+  e-    PHOTOS PHSP;
+0.5 omega  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.5 omega  mu+  e-    PHOTOS PHSP;
+0.5 omega  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0B_omegamumu_Ball.dec b/BaBar_2014/B0B0B_omegamumu_Ball.dec
new file mode 100644
index 0000000..6ee88f1
--- /dev/null
+++ b/BaBar_2014/B0B0B_omegamumu_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> omega mu+ mu-       + c.c.                #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     omega       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     omega       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_phiee_PHSP.dec b/BaBar_2014/B0B0B_phiee_PHSP.dec
new file mode 100644
index 0000000..3df12fb
--- /dev/null
+++ b/BaBar_2014/B0B0B_phiee_PHSP.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# B0 -> phi e+ e-                                 #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     7/Dec/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myphi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Myphi  e+  e-    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myphi  e+  e-    PHOTOS PHSP;
+Enddecay
+#
+Decay Myphi 
+1.000  K+ K-  VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0B_phiemu_PHSP.dec b/BaBar_2014/B0B0B_phiemu_PHSP.dec
new file mode 100644
index 0000000..e78db50
--- /dev/null
+++ b/BaBar_2014/B0B0B_phiemu_PHSP.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> phi e+ mu-                                #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     7/Dec/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myphi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.5 Myphi  mu+  e-    PHOTOS PHSP;
+0.5 Myphi  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.5 Myphi  mu+  e-    PHOTOS PHSP;
+0.5 Myphi  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay Myphi 
+1.000  K+ K-  VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0B_phimumu_PHSP.dec b/BaBar_2014/B0B0B_phimumu_PHSP.dec
new file mode 100644
index 0000000..886cd17
--- /dev/null
+++ b/BaBar_2014/B0B0B_phimumu_PHSP.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# B0 -> phi mu+ mu-                               #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     7/Dec/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myphi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Myphi  mu+  mu-    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myphi  mu+  mu-    PHOTOS PHSP;
+Enddecay
+#
+Decay Myphi 
+1.000  K+ K-  VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0B_pi0ee_Ball.dec b/BaBar_2014/B0B0B_pi0ee_Ball.dec
new file mode 100644
index 0000000..2122bad
--- /dev/null
+++ b/BaBar_2014/B0B0B_pi0ee_Ball.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B0 -> pi0 e+ e-                                 #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+################################################### 
+#
+# B0 -> pi0 e+ e-
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 pi0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.0 pi0  e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_pi0emu_PHSP.dec b/BaBar_2014/B0B0B_pi0emu_PHSP.dec
new file mode 100644
index 0000000..8efafe9
--- /dev/null
+++ b/BaBar_2014/B0B0B_pi0emu_PHSP.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B0 -> pi0 e+ mu-                                #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.5 pi0  mu+  e-    PHOTOS PHSP;
+0.5 pi0  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.5 pi0  mu+  e-    PHOTOS PHSP;
+0.5 pi0  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0B_pi0mumu_Ball.dec b/BaBar_2014/B0B0B_pi0mumu_Ball.dec
new file mode 100644
index 0000000..c1bba01
--- /dev/null
+++ b/BaBar_2014/B0B0B_pi0mumu_Ball.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B0 -> pi0 mu+ mu-                               #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+# B0 -> pi0 mu+ mu-
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 pi0  mu+  mu-    PHOTOS  BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.0 pi0  mu+  mu-    PHOTOS  BTOSLLBALL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0B_rho0ee_Ball.dec b/BaBar_2014/B0B0B_rho0ee_Ball.dec
new file mode 100644
index 0000000..fa35f3c
--- /dev/null
+++ b/BaBar_2014/B0B0B_rho0ee_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> rho0 e+ e-       + c.c.                   #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     rho0       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     rho0       e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0B_rho0emu_PHSP.dec b/BaBar_2014/B0B0B_rho0emu_PHSP.dec
new file mode 100644
index 0000000..8d9a554
--- /dev/null
+++ b/BaBar_2014/B0B0B_rho0emu_PHSP.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B0 -> rho0 e+ mu-                               #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+################################################### 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.5 rho0  mu+  e-    PHOTOS PHSP;
+0.5 rho0  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.5 rho0  mu+  e-    PHOTOS PHSP;
+0.5 rho0  mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0B_rho0mumu_Ball.dec b/BaBar_2014/B0B0B_rho0mumu_Ball.dec
new file mode 100644
index 0000000..3b81211
--- /dev/null
+++ b/BaBar_2014/B0B0B_rho0mumu_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> rho0 mu+ mu-       + c.c.                 #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00     rho0       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay Myanti-B0
+1.00     rho0       mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0Bar_Dpipi_D0Kpi_nonres.dec b/BaBar_2014/B0B0Bar_Dpipi_D0Kpi_nonres.dec
new file mode 100644
index 0000000..8105386
--- /dev/null
+++ b/BaBar_2014/B0B0Bar_Dpipi_D0Kpi_nonres.dec
@@ -0,0 +1,41 @@
+###########################################################
+#                                                         #
+# Decay: B0 -> X    B0 -> AntiD0 pi+ pi- (nonres)   #
+#                               |-> K- pi+                #
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# onno@slac.stanford.edu                              #
+# 04/15/03					      #
+#                                                     #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyAntiB0 anti-B0
+Alias MyAntiD0 anti-D0
+Alias MyD0  D0
+Alias MyK0  K0
+Alias MyAntiK0 anti-K0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyAntiB0                   VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyAntiB0
+1.0000 MyD0 pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyB0
+1.0000 MyAntiD0 pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyAntiD0
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0Bar_Dpipi_nonres.dec b/BaBar_2014/B0B0Bar_Dpipi_nonres.dec
new file mode 100644
index 0000000..3765f34
--- /dev/null
+++ b/BaBar_2014/B0B0Bar_Dpipi_nonres.dec
@@ -0,0 +1,65 @@
+###########################################################
+#                                                         #
+# Decay: B0 -> X    B0 -> AntiD0 pi+ pi- (nonres)   #
+#                               |-> K- pi+                #
+#                               |-> K- pi+ pi0            #
+#                               |-> K- pi+ pi+ pi-        #
+#                               |-> Ks pi+ pi-            #
+#                                    |-> pi+ pi-      #####
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# onno@slac.stanford.edu                              #
+# 04/15/03					      #
+#                                                     #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyAntiB0 anti-B0
+Alias MyAntiD0 anti-D0
+Alias MyD0  D0
+Alias MyK0  K0
+Alias MyAntiK0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyAntiB0                   VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyAntiB0
+1.0000 MyD0 pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyB0
+1.0000 MyAntiD0 pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.0540   MyAntiK0 pi+  pi-              D_DALITZ;
+Enddecay
+#
+Decay MyAntiD0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+0.0540   MyK0 pi-  pi+                   D_DALITZ;
+Enddecay
+#
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyAntiK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0Bar_Dstarpipi_D0Kpi_nonres.dec b/BaBar_2014/B0B0Bar_Dstarpipi_D0Kpi_nonres.dec
new file mode 100644
index 0000000..5b1dfa8
--- /dev/null
+++ b/BaBar_2014/B0B0Bar_Dstarpipi_D0Kpi_nonres.dec
@@ -0,0 +1,50 @@
+###########################################################
+#                                                         #
+# Decay: B0 -> X    B0 -> AntiD*0 pi+ pi- (nonres)   #
+#                          |-> AntiD0 pi0		  #
+#                               |-> K- pi+                #
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# onno@slac.stanford.edu                              #
+# 04/15/03					      #
+#                                                     #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyAntiB0 anti-B0
+Alias MyAntiD*0 anti-D*0
+Alias MyD*0 D*0
+Alias MyAntiD0 anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyAntiB0                   VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyAntiB0
+1.0000 MyD*0 pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyB0
+1.0000 MyAntiD*0 pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyAntiD*0
+1.000    MyAntiD0  pi0                   VSS;
+Enddecay
+#
+Decay MyD*0
+1.000    MyD0  pi0                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyAntiD0
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0Bar_Dstarpipi_nonres.dec b/BaBar_2014/B0B0Bar_Dstarpipi_nonres.dec
new file mode 100644
index 0000000..8f90566
--- /dev/null
+++ b/BaBar_2014/B0B0Bar_Dstarpipi_nonres.dec
@@ -0,0 +1,76 @@
+###########################################################
+#                                                         #
+# Decay: B0 -> X    B0 -> AntiD*0 pi+ pi- (nonres)   #
+#                          |-> AntiD0 pi0		  #
+#                               |-> K- pi+                #
+#                               |-> K- pi+ pi0            #
+#                               |-> K- pi+ pi+ pi-        #
+#                               |-> Ks pi+ pi-            #
+#                                    |-> pi+ pi-      #####
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# onno@slac.stanford.edu                              #
+# 04/15/03					      #
+#                                                     #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyAntiB0 anti-B0
+Alias MyAntiD*0 anti-D*0
+Alias MyD*0 D*0
+Alias MyAntiD0 anti-D0
+Alias MyD0  D0
+Alias MyK0  K0
+Alias MyAntiK0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyAntiB0                   VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyAntiB0
+1.0000 MyD*0 pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyB0
+1.0000 MyAntiD*0 pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyAntiD*0
+1.000    MyAntiD0  pi0                   VSS;
+Enddecay
+#
+Decay MyD*0
+1.000    MyD0  pi0                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.0540   MyAntiK0 pi+  pi-              D_DALITZ;
+Enddecay
+#
+Decay MyAntiD0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+0.0540   MyK0 pi-  pi+                   D_DALITZ;
+Enddecay
+#
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyAntiK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0_f0f0.dec b/BaBar_2014/B0B0_f0f0.dec
new file mode 100644
index 0000000..64ffdf5
--- /dev/null
+++ b/BaBar_2014/B0B0_f0f0.dec
@@ -0,0 +1,35 @@
+###################################################
+#                                                 #
+# Decay: B0 -> f0 f0 + cc, f0->pi+pi-             #
+#                                                 #
+# Author:  Pierre-François Giraud                 #
+# Created: 2004-04-07                             #
+#                                                 #
+###################################################
+#
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf_0 f_0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 Myf_0 Myf_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay MyB0
+1.0000 Myf_0 Myf_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myf_0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0_phiKSpi0_phiK0LK0S.dec b/BaBar_2014/B0B0_phiKSpi0_phiK0LK0S.dec
new file mode 100644
index 0000000..7cd3d31
--- /dev/null
+++ b/BaBar_2014/B0B0_phiKSpi0_phiK0LK0S.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi KS pi0 phi->KS0KL0(non-resonant)#
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Haibo Li                                         #
+# e-mail: lihb@slac.stanford.edu                           #
+# Created:  11/05/2003                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm; 
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyPhi MyK_S0 pi0          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  MyPhi MyK_S0 pi0          PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  MyK_S0 K_L0        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_2K0SK0L.dec b/BaBar_2014/B0B0bar_2K0SK0L.dec
new file mode 100644
index 0000000..5a14651
--- /dev/null
+++ b/BaBar_2014/B0B0bar_2K0SK0L.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B0 -> K+ K- K0S (non-resonant)   + c.c.         #
+#                                                 #
+# Author: Haibo Li     lihb@slac.stanford.edu     #
+# Created: 11/05/03                               #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> KS KS K0L (non-resonant)
+# using phase space
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0  K_S0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK_S0 MyK_S0 K_L0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyK_S0 MyK_S0 K_L0      PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_2KK0.dec b/BaBar_2014/B0B0bar_2KK0.dec
new file mode 100644
index 0000000..625402e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_2KK0.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# B0 -> K+ K- K0S (non-resonant)   + c.c.        #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 26/April/00                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K+ K- K0S (non-resonant) 
+# using phase space
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  K+ K- K_S0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  K- K+ K_S0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_2Kpi0.dec b/BaBar_2014/B0B0bar_2Kpi0.dec
new file mode 100644
index 0000000..336790d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_2Kpi0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B0 -> K+ K- pi0 (non-resonant)   + c.c.         #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K+ K- pi0 (non-resonant) 
+# using phase space
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  K+ K- pi0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  K- K+ pi0          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_2piK0.dec b/BaBar_2014/B0B0bar_2piK0.dec
new file mode 100644
index 0000000..b2ee2df
--- /dev/null
+++ b/BaBar_2014/B0B0bar_2piK0.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# B0 -> pi+ pi- K0S (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 26/April/00                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> pi+ pi- K0S (non-resonant) 
+# using phase space
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  pi+ pi- K_S0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  pi- pi+ K_S0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_2piK0l.dec b/BaBar_2014/B0B0bar_2piK0l.dec
new file mode 100644
index 0000000..5bcaac1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_2piK0l.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# B0 -> pi+ pi- K0L (non-resonant)   + c.c.       #
+#                                                 #
+# Author: Matt Graham			          #
+# Created: 19/April/04                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> pi+ pi- K0L (non-resonant) 
+# using phase space
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  pi+ pi- K_L0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  pi- pi+ K_L0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_2pipi0.dec b/BaBar_2014/B0B0bar_2pipi0.dec
new file mode 100644
index 0000000..a467b36
--- /dev/null
+++ b/BaBar_2014/B0B0bar_2pipi0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B0 -> pi+ pi- pi0 (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> pi+ pi- pi0 (non-resonant) 
+# using phase space
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  pi+ pi- pi0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  pi- pi+ pi0          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_3K0S.dec b/BaBar_2014/B0B0bar_3K0S.dec
new file mode 100644
index 0000000..acae1cc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_3K0S.dec
@@ -0,0 +1,35 @@
+###################################################
+#                                                 #
+# B0 -> K+ K- pi0 (non-resonant)   + c.c.         #
+#                                                 #
+# Author: A. Snyder   snyder@slac.stanford.edu    #
+# Thu Mar 30 10:54:30 PST 2000                    #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K+ K- pi0 (non-resonant) 
+# using phase space
+#
+#
+#
+Alias my-K_S0 K_S0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  my-K_S0 my-K_S0 my-K_S0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  my-K_S0 my-K_S0 my-K_S0          PHSP;
+Enddecay
+End
+
+Decay my-K_S0
+1.000    pi+  pi-                          PHSP;
+Enddecay
diff --git a/BaBar_2014/B0B0bar_3pi0.dec b/BaBar_2014/B0B0bar_3pi0.dec
new file mode 100644
index 0000000..a710a6b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_3pi0.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B0 -> pi0 pi0 pi0 (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> pi0 pi0 pi0 (non-resonant) 
+# using phase space
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   pi0 pi0 pi0         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  pi0 pi0 pi0          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_3pi_CP.dec b/BaBar_2014/B0B0bar_3pi_CP.dec
new file mode 100644
index 0000000..202d73a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_3pi_CP.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B0 -> pi+ pi- pi0  + c.c.                       #
+#       with interference between the rho         #
+#       resonances                                #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> pi+ pi- pi0 with interference
+# between the rho resonances included using the
+# BTO3PI_CP model.
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  pi+ pi- pi0   BTO3PI_CP dm alpha;
+Enddecay
+#
+Decay Myanti-B0
+1.000  pi- pi+ pi0   BTO3PI_CP dm alpha;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_4pi.dec b/BaBar_2014/B0B0bar_4pi.dec
new file mode 100755
index 0000000..5824b9c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_4pi.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# B0 -> pi+ pi- pi+ pi- (non-resonant)   + c.c.   #
+#                                                 #
+# Author: Fernando Palombo   palombo@mi.infn.it   #
+# Created: 4 March 2004                           #
+#                                                 #
+###################################################
+#
+# B0 -> pi+ pi- pi+ pi- (non-resonant) 
+# using phase space
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   pi+ pi- pi+ pi-         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  pi+ pi- pi+ pi-          PHSP;
+Enddecay
+End
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_B0toD0Kpi_D0CP.dec b/BaBar_2014/B0B0bar_B0toD0Kpi_D0CP.dec
new file mode 100644
index 0000000..8298eee
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toD0Kpi_D0CP.dec
@@ -0,0 +1,181 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D0 K+ pi-, D0 --> CP modes                      #
+#   CP modes: KK, KsPi0, KsEta, KsEtap, KsOmega, KsRho0, KsPhi, Rho0Pi0  #
+#                                                                        #
+# The D0 decay modes are into CP eigenstates.                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+Alias NewEta     eta
+Alias NewEta2    eta
+Alias NewEtap    eta'
+Alias NewOmega   omega
+Alias NewPhi     phi
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D0 K+ pi-
+###################################################
+
+Decay MyB0
+  0.00010   MyD0   K+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.00010   Myanti-D0        K-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> KK, KsPi0, KsEta, KsEtap,
+#            KsOmega, KsRho0, KsPhi, Rho0Pi0
+###################################################
+
+Decay MyD0
+# CP Even
+  0.00412   K+       K-         PHSP;
+  0.0015 pi+ pi- PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+Decay Myanti-D0
+# CP Even
+  0.00412   K+       K-         PHSP;
+  0.0015 pi+ pi- PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+# The final state K pi pi can be reached through the K omega, via:
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+###################################################
+# "New" decay types (due to reconstruction issues)
+###################################################
+
+Decay NewPhi
+  1.0000  K- K+                 VSS;
+Enddecay
+
+Decay NewOmega
+  1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+
+Decay NewEtap
+  1.0000  pi+ pi- NewEta       PHSP;
+Enddecay
+
+Decay NewEta
+  0.3933  pi+ pi- pi0           ETA_DALITZ;
+  0.2300  gamma gamma           PHSP;
+Enddecay
+
+Decay NewEta2
+  1.0000  gamma gamma           PHSP;
+Enddecay
+
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toD0Kpi_D0NonCP.dec b/BaBar_2014/B0B0bar_B0toD0Kpi_D0NonCP.dec
new file mode 100644
index 0000000..c77ad84
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toD0Kpi_D0NonCP.dec
@@ -0,0 +1,142 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D0 K+ pi-, D0 --> Kpi, Kpipi0, Kpipipi          #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D0 K+ pi-
+###################################################
+
+Decay MyB0
+  0.00010   MyD0   K+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.00010   Myanti-D0        K-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toD0Kstarpi_D0CP.dec b/BaBar_2014/B0B0bar_B0toD0Kstarpi_D0CP.dec
new file mode 100644
index 0000000..2d989c9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toD0Kstarpi_D0CP.dec
@@ -0,0 +1,191 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D0 K*+ pi-, D0 --> CP modes                     #
+#                                     K*+ --> KS pi+                     #
+#   CP modes: KK, KsPi0, KsEta, KsEtap, KsOmega, KsRho0, KsPhi, Rho0Pi0  #
+#                                                                        #
+# The D0 decay modes are into CP eigenstates.                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+Alias MyK*+      K*+
+Alias MyK*-      K*-
+
+Alias NewEta     eta
+Alias NewEta2    eta
+Alias NewEtap    eta'
+Alias NewOmega   omega
+Alias NewPhi     phi
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D0 K*+ pi-
+###################################################
+
+Decay MyB0
+  0.00010   MyD0   MyK*+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.00010   Myanti-D0        MyK*-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> KK, KsPi0, KsEta, KsEtap,
+#            KsOmega, KsRho0, KsPhi, Rho0Pi0
+###################################################
+
+Decay MyD0
+# CP Even
+  0.00412   K+       K-         PHSP;
+  0.0015 pi+ pi- PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+Decay Myanti-D0
+# CP Even
+  0.00412   K+       K-         PHSP;
+  0.0015 pi+ pi- PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+# The final state K pi pi can be reached through the K omega, via:
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+Decay MyK*+
+  1.0000  MyKs pi+                VSS;
+Enddecay
+
+Decay MyK*-
+  1.0000  MyKs pi-                VSS;
+Enddecay
+
+
+###################################################
+# "New" decay types (due to reconstruction issues)
+###################################################
+
+Decay NewPhi
+  1.0000  K- K+                 VSS;
+Enddecay
+
+Decay NewOmega
+  1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+
+Decay NewEtap
+  1.0000  pi+ pi- NewEta       PHSP;
+Enddecay
+
+Decay NewEta
+  0.3933  pi+ pi- pi0           ETA_DALITZ;
+  0.2300  gamma gamma           PHSP;
+Enddecay
+
+Decay NewEta2
+  1.0000  gamma gamma           PHSP;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toD0Kstarpi_D0NonCP.dec b/BaBar_2014/B0B0bar_B0toD0Kstarpi_D0NonCP.dec
new file mode 100644
index 0000000..d7a8397
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toD0Kstarpi_D0NonCP.dec
@@ -0,0 +1,152 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D0 K*+ pi-, D0 --> Kpi, Kpipi0, Kpipipi         #
+#                                    K*+ --> KS pi+                      #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+      K*+
+Alias MyK*-      K*-
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D0 K*+ pi-
+###################################################
+
+Decay MyB0
+  0.00010   MyD0   MyK*+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.00010   Myanti-D0        MyK*-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+Decay MyK*+
+  1.0000  MyKs pi+                VSS;
+Enddecay
+
+Decay MyK*-
+  1.0000  MyKs pi-                VSS;
+Enddecay
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toD0barKpi_D0NonCP.dec b/BaBar_2014/B0B0bar_B0toD0barKpi_D0NonCP.dec
new file mode 100644
index 0000000..dcb0872
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toD0barKpi_D0NonCP.dec
@@ -0,0 +1,142 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D0bar K+ pi-, D0 --> Kpi, Kpipi0, Kpipipi       #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D0bar K+ pi-
+###################################################
+
+Decay MyB0
+  0.00010   Myanti-D0   K+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.00010   MyD0        K-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toD0barKstarpi_D0NonCP.dec b/BaBar_2014/B0B0bar_B0toD0barKstarpi_D0NonCP.dec
new file mode 100644
index 0000000..e9d277c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toD0barKstarpi_D0NonCP.dec
@@ -0,0 +1,152 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D0bar K*+ pi-, D0 --> Kpi, Kpipi0, Kpipipi      #
+#                                       K*+ --> KS pi+                   #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+      K*+
+Alias MyK*-      K*-
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D0bar K*+ pi-
+###################################################
+
+Decay MyB0
+  0.00010   Myanti-D0   MyK*+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.00010   MyD0        MyK*-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+Decay MyK*+
+  1.0000  MyKs pi+                VSS;
+Enddecay
+
+Decay MyK*-
+  1.0000  MyKs pi-                VSS;
+Enddecay
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toDstar0Kpi_D0CP.dec b/BaBar_2014/B0B0bar_B0toDstar0Kpi_D0CP.dec
new file mode 100644
index 0000000..9f6a876
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toDstar0Kpi_D0CP.dec
@@ -0,0 +1,199 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D*0 K+ pi-, D*0 --> D0pi0, D0gamma              #
+#                                     D0 --> CP modes                    #
+#   CP modes: KK, KsPi0, KsEta, KsEtap, KsOmega, KsRho0, KsPhi, Rho0Pi0  #
+#                                                                        #
+# The D0 decay modes are into CP eigenstates.                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+Alias NewEta     eta
+Alias NewEta2    eta
+Alias NewEtap    eta'
+Alias NewOmega   omega
+Alias NewPhi     phi
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D*0 K+ pi-
+###################################################
+
+Decay MyB0
+  0.0004    MyD*0  K+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.0004    Myanti-D*0       K-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> KK, KsPi0, KsEta, KsEtap,
+#            KsOmega, KsRho0, KsPhi, Rho0Pi0
+###################################################
+
+Decay MyD0
+# CP Even
+  0.00412   K+       K-         PHSP;
+  0.0015 pi+ pi- PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+Decay Myanti-D0
+# CP Even
+  0.00412   K+       K-         PHSP;
+  0.0015 pi+ pi- PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+# The final state K pi pi can be reached through the K omega, via:
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+###################################################
+# "New" decay types (due to reconstruction issues)
+###################################################
+
+Decay NewPhi
+  1.0000  K- K+                 VSS;
+Enddecay
+
+Decay NewOmega
+  1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+
+Decay NewEtap
+  1.0000  pi+ pi- NewEta       PHSP;
+Enddecay
+
+Decay NewEta
+  0.3933  pi+ pi- pi0           ETA_DALITZ;
+  0.2300  gamma gamma           PHSP;
+Enddecay
+
+Decay NewEta2
+  1.0000  gamma gamma           PHSP;
+Enddecay
+
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toDstar0Kpi_D0NonCP.dec b/BaBar_2014/B0B0bar_B0toDstar0Kpi_D0NonCP.dec
new file mode 100644
index 0000000..972cd60
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toDstar0Kpi_D0NonCP.dec
@@ -0,0 +1,160 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D*0 K+ pi-,   D*0 --> D0pi0, D0gamma            #
+#                                      D0 --> Kpi, Kpipi0, Kpipipi       #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D*0 K+ pi-
+###################################################
+
+Decay MyB0
+  0.0004    MyD*0  K+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.0004    Myanti-D*0       K-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toDstar0Kstarpi_D0CP.dec b/BaBar_2014/B0B0bar_B0toDstar0Kstarpi_D0CP.dec
new file mode 100644
index 0000000..2674f83
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toDstar0Kstarpi_D0CP.dec
@@ -0,0 +1,209 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D*0 K*+ pi-, D*0 --> D0pi0, D0gamma             #
+#                                     D0 --> CP modes                    #
+#                                     K*+ --> KS pi+                     #
+#   CP modes: KK, KsPi0, KsEta, KsEtap, KsOmega, KsRho0, KsPhi, Rho0Pi0  #
+#                                                                        #
+# The D0 decay modes are into CP eigenstates.                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+      K*+
+Alias MyK*-      K*-
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+Alias NewEta     eta
+Alias NewEta2    eta
+Alias NewEtap    eta'
+Alias NewOmega   omega
+Alias NewPhi     phi
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D*0 K*+ pi-
+###################################################
+
+Decay MyB0
+  0.0004    MyD*0  MyK*+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.0004    Myanti-D*0       MyK*-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> KK, KsPi0, KsEta, KsEtap,
+#            KsOmega, KsRho0, KsPhi, Rho0Pi0
+###################################################
+
+Decay MyD0
+# CP Even
+  0.00412   K+       K-         PHSP;
+  0.0015 pi+ pi- PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+Decay Myanti-D0
+# CP Even
+  0.00412   K+       K-         PHSP;
+  0.0015 pi+ pi- PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+# The final state K pi pi can be reached through the K omega, via:
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+###################################################
+# "New" decay types (due to reconstruction issues)
+###################################################
+
+Decay NewPhi
+  1.0000  K- K+                 VSS;
+Enddecay
+
+Decay NewOmega
+  1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+
+Decay NewEtap
+  1.0000  pi+ pi- NewEta       PHSP;
+Enddecay
+
+Decay NewEta
+  0.3933  pi+ pi- pi0           ETA_DALITZ;
+  0.2300  gamma gamma           PHSP;
+Enddecay
+
+Decay NewEta2
+  1.0000  gamma gamma           PHSP;
+Enddecay
+
+
+Decay MyK*+
+  1.0000  MyKs pi+                VSS;
+Enddecay
+
+Decay MyK*-
+  1.0000  MyKs pi-                VSS;
+Enddecay
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toDstar0Kstarpi_D0NonCP.dec b/BaBar_2014/B0B0bar_B0toDstar0Kstarpi_D0NonCP.dec
new file mode 100644
index 0000000..9d58c92
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toDstar0Kstarpi_D0NonCP.dec
@@ -0,0 +1,170 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D*0 K*+ pi-,    D*0 --> D0pi0, D0gamma          #
+#                                        D0 --> Kpi, Kpipi0, Kpipipi     #
+#                                        K*+ --> KS pi+                  #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+      K*+
+Alias MyK*-      K*-
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D*0 K*+ pi-
+###################################################
+
+Decay MyB0
+  0.0004    MyD*0  MyK*+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.0004    Myanti-D*0       MyK*-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+Decay MyK*+
+  1.0000  MyKs pi+                VSS;
+Enddecay
+
+Decay MyK*-
+  1.0000  MyKs pi-                VSS;
+Enddecay
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toDstar0barKpi_D0NonCP.dec b/BaBar_2014/B0B0bar_B0toDstar0barKpi_D0NonCP.dec
new file mode 100644
index 0000000..267e8f8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toDstar0barKpi_D0NonCP.dec
@@ -0,0 +1,160 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D*0bar K+ pi-,   D*0 --> D0pi0, D0gamma         #
+#                                         D0 --> Kpi, Kpipi0, Kpipipi    #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D*0bar K+ pi-
+###################################################
+
+Decay MyB0
+  0.0004    Myanti-D*0  K+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.0004    MyD*0       K-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_B0toDstar0barKstarpi_D0NonCP.dec b/BaBar_2014/B0B0bar_B0toDstar0barKstarpi_D0NonCP.dec
new file mode 100644
index 0000000..db06eda
--- /dev/null
+++ b/BaBar_2014/B0B0bar_B0toDstar0barKstarpi_D0NonCP.dec
@@ -0,0 +1,170 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D*0bar K*+ pi-, D*0 --> D0pi0, D0gamma          #
+#                                        D0 --> Kpi, Kpipi0, Kpipipi     #
+#                                        K*+ --> KS pi+                  #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+# Updated: Chih-hsiang Cheng (LLNL)    Aug.13, 2003                      #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+      K*+
+Alias MyK*-      K*-
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+###################################################
+# B0 -> D*0bar K*+ pi-
+###################################################
+
+Decay MyB0
+  0.0004    Myanti-D*0  MyK*+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.0004    MyD*0       MyK*-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+Decay MyK*+
+  1.0000  MyKs pi+                VSS;
+Enddecay
+
+Decay MyK*-
+  1.0000  MyKs pi-                VSS;
+Enddecay
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_e.dec b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_e.dec
new file mode 100644
index 0000000..d93f207
--- /dev/null
+++ b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_e.dec
@@ -0,0 +1,180 @@
+## Adjusted for B->d tau nu search by michael mazur
+## The Breco cocktail for neutral B mesons.
+
+Alias SigB0		B0
+Alias SigAntiB0		anti-B0
+Alias SigTau+		tau+
+Alias SigTau-		tau-
+Alias SigD*+		D*+
+Alias SigD*-		D*-
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+ChargeConj SigB0 SigAntiB0
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.000 SigB0 SigAntiB0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Force signal decays
+#
+Decay SigB0
+1.00	SigD*-	SigTau+	nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigAntiB0
+1.00	SigD*+	SigTau-	anti-nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigTau+
+1.00    e+      nu_e    anti-nu_tau     PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay SigTau-
+1.00    e-     anti-nu_e      nu_tau  PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay SigD*+
+1.00	D0	pi+	VSS;
+Enddecay
+#
+Decay SigD*-
+1.00	anti-D0	pi-	VSS;
+Enddecay
+#
+#
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_excl.dec b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_excl.dec
new file mode 100644
index 0000000..499ded5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_excl.dec
@@ -0,0 +1,276 @@
+## Adjusted for B->d* tau nu search by michael mazur
+## The Breco cocktail for neutral B mesons.
+
+Alias SigB0		B0
+Alias SigAntiB0		anti-B0
+Alias SigTau+		tau+
+Alias SigTau-		tau-
+Alias SigD*+		D*+
+Alias SigD*-		D*-
+Alias SigD0 D0
+Alias Siganti-D0 anti-D0
+Alias SigK_1- K_1-
+Alias SigK_1+ K_1+
+Alias SigK*0 K*0
+Alias Siganti-K*0 anti-K*0
+Alias Sigomega omega
+Alias SigK*+ K*+
+Alias SigK*- K*-
+Alias SigK*+S K*+
+Alias SigK*-S K*-
+#
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+ChargeConj SigB0 SigAntiB0
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.000 SigB0 SigAntiB0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Force signal decays
+#
+Decay SigB0
+1.00	SigD*-	SigTau+	nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigAntiB0
+1.00	SigD*+	SigTau-	anti-nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigTau+
+0.5	e+	nu_e	anti-nu_tau	PHOTOS	TAULNUNU;
+0.5	mu+	nu_mu	anti-nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay SigTau-
+0.5	e-	anti-nu_e	nu_tau	PHOTOS	TAULNUNU;
+0.5	mu-	anti-nu_mu	nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay SigD*+
+1.00	SigD0	pi+	VSS;
+Enddecay
+#
+Decay SigD*-
+1.00	Siganti-D0	pi-	VSS;
+Enddecay
+#
+Decay SigD0
+0.0383   K-  pi+                         PHSP;
+0.1390   K-  pi+  pi0                    D_DALITZ;
+0.0060   K-  pi+  rho0                   PHSP;
+0.0114   Siganti-K*0 rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0360   Mya_1+ K-                       SVS;
+0.0175   Siganti-K*0 pi+  pi-            PHSP;
+0.0067   SigK_1- pi+                     SVS;
+0.0174   K-  pi+  pi+   pi-              PHSP;
+0.0185   Myanti-K0   pi+  pi-            D_DALITZ;
+0.0064   Sigomega Myanti-K0              SVS;
+0.0342   SigK*- rho+                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0029   Myanti-K0   pi+  pi-   pi0      PHSP;
+Enddecay
+#
+Decay Siganti-D0
+0.0383   K+  pi-                         PHSP;
+0.1390   K+  pi-  pi0                    D_DALITZ;
+0.0060   K+  pi-  rho0                   PHSP;
+0.0146   SigK*0 rho0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0730   Mya_1- K+                       SVS;
+0.0225   SigK*0 pi+  pi-                 PHSP;
+0.0107   SigK_1+ pi-                     SVS;
+0.0174   K+  pi-  pi+   pi-              PHSP;
+0.0540   MyK0  pi+  pi-                  D_DALITZ;
+0.0210   Sigomega MyK0                   SVS;
+0.0610   SigK*+ rho-                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0085   MyK0  pi+  pi-   pi0            PHSP;
+Enddecay
+#
+Decay SigK*0
+0.6657      K+  pi-                      VSS;
+0.1140      MyK0  pi0                    VSS;
+Enddecay
+#
+Decay Siganti-K*0
+0.6657      K-  pi+                      VSS;
+0.1140      Myanti-K0   pi0              VSS;
+Enddecay
+#
+Decay SigK*+
+0.2284      MyK0  pi+                    VSS;
+0.3330      K+  pi0                      VSS;
+Enddecay
+#
+Decay SigK*-
+0.2284      Myanti-K0   pi-              VSS;
+0.3330      K-  pi0                      VSS;
+Enddecay
+#
+Decay SigK*+S
+1.0         MyK0  pi+                    VSS;
+Enddecay
+#
+Decay SigK*-S
+1.0         Myanti-K0  pi-               VSS;
+Enddecay
+#
+Decay SigK_1+
+0.0961   rho+  MyK0                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0832   SigK*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0122   SigK*+S   pi0                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0024   Myomega  K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K+    pi+ pi-                   PHSP;
+0.0427   MyK0    pi+ pi0                 PHSP;
+Enddecay
+#
+Decay SigK_1-
+0.0961   rho-  Myanti-K0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0832   Siganti-K*0   pi-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0122   SigK*-S   pi0                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0024   Myomega  K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K-    pi+ pi-                   PHSP;
+0.0427   Myanti-K0    pi- pi0            PHSP;
+Enddecay
+#
+Decay Sigomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+# Breco cocktail:
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_mu.dec b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_mu.dec
new file mode 100644
index 0000000..b226b0c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_d0_mu.dec
@@ -0,0 +1,180 @@
+## Adjusted for B->d tau nu search by michael mazur
+## The Breco cocktail for neutral B mesons.
+
+Alias SigB0		B0
+Alias SigAntiB0		anti-B0
+Alias SigTau+		tau+
+Alias SigTau-		tau-
+Alias SigD*+		D*+
+Alias SigD*-		D*-
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+ChargeConj SigB0 SigAntiB0
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.000 SigB0 SigAntiB0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Force signal decays
+#
+Decay SigB0
+1.00	SigD*-	SigTau+	nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigAntiB0
+1.00	SigD*+	SigTau-	anti-nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigTau+
+1.00    mu+      nu_mu    anti-nu_tau     PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay SigTau-
+1.00    mu-     anti-nu_mu      nu_tau  PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay SigD*+
+1.00	D0	pi+	VSS;
+Enddecay
+#
+Decay SigD*-
+1.00	anti-D0	pi-	VSS;
+Enddecay
+#
+#
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_dch_e.dec b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_dch_e.dec
new file mode 100644
index 0000000..1b4a975
--- /dev/null
+++ b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_dch_e.dec
@@ -0,0 +1,180 @@
+## Adjusted for B->d tau nu search by michael mazur
+## The Breco cocktail for neutral B mesons.
+
+Alias SigB0		B0
+Alias SigAntiB0		anti-B0
+Alias SigTau+		tau+
+Alias SigTau-		tau-
+Alias SigD*+		D*+
+Alias SigD*-		D*-
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+ChargeConj SigB0 SigAntiB0
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.000 SigB0 SigAntiB0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Force signal decays
+#
+Decay SigB0
+1.00	SigD*-	SigTau+	nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigAntiB0
+1.00	SigD*+	SigTau-	anti-nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigTau+
+1.00    e+      nu_e    anti-nu_tau     PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay SigTau-
+1.00    e-     anti-nu_e      nu_tau  PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay SigD*+
+1.00	D+	pi0	VSS;
+Enddecay
+#
+Decay SigD*-
+1.00	D-	pi0	VSS;
+Enddecay
+#
+#
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_dch_excl.dec b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_dch_excl.dec
new file mode 100644
index 0000000..785632a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_dch_excl.dec
@@ -0,0 +1,246 @@
+## Adjusted for B->d* tau nu search by michael mazur
+## The Breco cocktail for neutral B mesons.
+
+Alias SigB0		B0
+Alias SigAntiB0		anti-B0
+Alias SigTau+		tau+
+Alias SigTau-		tau-
+Alias SigD*+		D*+
+Alias SigD*-		D*-
+Alias SigD+		D+
+Alias SigD-		D-
+Alias SigK*+		K*+
+Alias SigK*-		K*-
+Alias SigK'_10		K'_10
+Alias Siganti-K'_10	anti-K'_10
+#
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+ChargeConj SigB0 SigAntiB0
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.000 SigB0 SigAntiB0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Force signal decays
+#
+Decay SigB0
+1.00	SigD*-	SigTau+	nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigAntiB0
+1.00	SigD*+	SigTau-	anti-nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigTau+
+0.50	e+	nu_e	anti-nu_tau	PHOTOS	TAULNUNU;
+0.50	mu+	nu_mu	anti-nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay SigTau-
+0.50	e-	anti-nu_e	nu_tau	PHOTOS	TAULNUNU;
+0.50	mu-	anti-nu_mu	nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay SigD*+
+1.00	SigD+	pi0	VSS;
+Enddecay
+#
+Decay SigD*-
+1.00	SigD-	pi0	VSS;
+Enddecay
+#
+Decay SigD+
+0.0900   K-  pi+  pi+                 D_DALITZ;
+0.0140   Myanti-K*0 rho+              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0299   Siganti-K'_10  pi+           SVS;
+0.0110   K-  rho+  pi+                PHSP;
+0.0067   Myanti-K*0 pi0  pi+          PHSP;
+0.0039   SigK*- pi+  pi+              PHSP;
+0.0120   K-  pi+  pi+   pi0           PHSP;
+0.0099   Myanti-K0   pi+              PHSP;
+0.0333   Myanti-K0   pi+  pi0         D_DALITZ;
+0.0135   Mya_1+ Myanti-K0             SVS;
+0.0017   Myanti-K0   rho0  pi+        PHSP;
+0.0027   Myanti-K0   pi+  pi+   pi-   PHSP;
+Enddecay
+#
+Decay SigD-
+0.0900   K+  pi-  pi-                 D_DALITZ;
+0.0140   MyK*0 rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0299   SigK'_10  pi-                SVS;
+0.0110   K+  rho-  pi-                PHSP;
+0.0067   MyK*0 pi0  pi-               PHSP;
+0.0039   SigK*+ pi-  pi-              PHSP;
+0.0120   K+  pi-  pi-   pi0           PHSP;
+0.0099   MyK0  pi-                    PHSP;
+0.0333   MyK0  pi-  pi0               D_DALITZ;
+0.0135   Mya_1- MyK0                  SVS;
+0.0017   MyK0  rho0  pi-              PHSP;
+0.0027   MyK0  pi-  pi-   pi+         PHSP;
+Enddecay
+#
+Decay SigK*+
+0.2284      MyK0  pi+                 VSS;
+0.3330      K+  pi0                   VSS;
+Enddecay
+#
+Decay SigK*-
+0.2284      Myanti-K0   pi-           VSS;
+0.3330      K-  pi0                   VSS;
+Enddecay
+#
+Decay SigK'_10
+0.3537   SigK*+  pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2064   MyK*0  pi0                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0200   rho- K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0034   rho0 MyK0                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0002   Myomega MyK0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0046   MyK0  pi+  pi-               PHSP;
+Enddecay
+#
+Decay Siganti-K'_10
+0.3537   SigK*- pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2064   Myanti-K*0 pi0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0200   rho+ K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0034   rho0 Myanti-K0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0002   Myomega Myanti-K0            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0046   Myanti-K0   pi+  pi-         PHSP;
+Enddecay
+#
+# Breco cocktail:
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_dch_mu.dec b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_dch_mu.dec
new file mode 100644
index 0000000..135f13a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_BrecoCocktail_dstartaunu_dch_mu.dec
@@ -0,0 +1,180 @@
+## Adjusted for B->d tau nu search by michael mazur
+## The Breco cocktail for neutral B mesons.
+
+Alias SigB0		B0
+Alias SigAntiB0		anti-B0
+Alias SigTau+		tau+
+Alias SigTau-		tau-
+Alias SigD*+		D*+
+Alias SigD*-		D*-
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+ChargeConj SigB0 SigAntiB0
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.000 SigB0 SigAntiB0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Force signal decays
+#
+Decay SigB0
+1.00	SigD*-	SigTau+	nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigAntiB0
+1.00	SigD*+	SigTau-	anti-nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigTau+
+1.00    mu+      nu_mu    anti-nu_tau     PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay SigTau-
+1.00    mu-     anti-nu_mu      nu_tau  PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay SigD*+
+1.00	D+	pi0	VSS;
+Enddecay
+#
+Decay SigD*-
+1.00	D-	pi0	VSS;
+Enddecay
+#
+#
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_e.dec b/BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_e.dec
new file mode 100644
index 0000000..4257c4a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_e.dec
@@ -0,0 +1,170 @@
+## Adjusted for B->d tau nu search by michael mazur
+## The Breco cocktail for neutral B mesons.
+
+Alias SigB0		B0
+Alias SigAntiB0		anti-B0
+Alias SigTau+		tau+
+Alias SigTau-		tau-
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+ChargeConj SigB0 SigAntiB0
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.000 SigB0 SigAntiB0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Force signal decays
+#
+Decay SigB0
+1.00	D-	SigTau+	nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigAntiB0
+1.00	D+	SigTau-	anti-nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigTau+
+1.00    e+      nu_e    anti-nu_tau     PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay SigTau-
+1.00    e-     anti-nu_e      nu_tau  PHOTOS  TAULNUNU;
+Enddecay
+#
+#
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_excl.dec b/BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_excl.dec
new file mode 100644
index 0000000..e5702d1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_excl.dec
@@ -0,0 +1,236 @@
+## Adjusted for B->d tau nu search by michael mazur
+## The Breco cocktail for neutral B mesons.
+
+Alias SigB0		B0
+Alias SigAntiB0		anti-B0
+Alias SigTau+		tau+
+Alias SigTau-		tau-
+Alias SigD+		D+
+Alias SigD-		D-
+Alias SigK*+		K*+
+Alias SigK*-		K*-
+Alias SigK'_10		K'_10
+Alias Siganti-K'_10	anti-K'_10
+#
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+ChargeConj SigB0 SigAntiB0
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.000 SigB0 SigAntiB0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Force signal decays
+#
+Decay SigB0
+1.00	SigD-	SigTau+	nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigAntiB0
+1.00	SigD+	SigTau-	anti-nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigTau+
+0.50	e+	nu_e	anti-nu_tau	PHOTOS	TAULNUNU;
+0.50	mu+	nu_mu	anti-nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay SigTau-
+0.50	e-	anti-nu_e	nu_tau	PHOTOS	TAULNUNU;
+0.50	mu-	anti-nu_mu	nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay SigD+
+0.0900   K-  pi+  pi+                 D_DALITZ;
+0.0140   Myanti-K*0 rho+              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0299   Siganti-K'_10  pi+           SVS;
+0.0110   K-  rho+  pi+                PHSP;
+0.0067   Myanti-K*0 pi0  pi+          PHSP;
+0.0039   SigK*- pi+  pi+              PHSP;
+0.0120   K-  pi+  pi+   pi0           PHSP;
+0.0099   Myanti-K0   pi+              PHSP;
+0.0333   Myanti-K0   pi+  pi0         D_DALITZ;
+0.0135   Mya_1+ Myanti-K0             SVS;
+0.0017   Myanti-K0   rho0  pi+        PHSP;
+0.0027   Myanti-K0   pi+  pi+   pi-   PHSP;
+Enddecay
+#
+Decay SigD-
+0.0900   K+  pi-  pi-                 D_DALITZ;
+0.0140   MyK*0 rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0299   SigK'_10  pi-                SVS;
+0.0110   K+  rho-  pi-                PHSP;
+0.0067   MyK*0 pi0  pi-               PHSP;
+0.0039   SigK*+ pi-  pi-              PHSP;
+0.0120   K+  pi-  pi-   pi0           PHSP;
+0.0099   MyK0  pi-                    PHSP;
+0.0333   MyK0  pi-  pi0               D_DALITZ;
+0.0135   Mya_1- MyK0                  SVS;
+0.0017   MyK0  rho0  pi-              PHSP;
+0.0027   MyK0  pi-  pi-   pi+         PHSP;
+Enddecay
+#
+Decay SigK*+
+0.2284      MyK0  pi+                 VSS;
+0.3330      K+  pi0                   VSS;
+Enddecay
+#
+Decay SigK*-
+0.2284      Myanti-K0   pi-           VSS;
+0.3330      K-  pi0                   VSS;
+Enddecay
+#
+Decay SigK'_10
+0.3537   SigK*+  pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2064   MyK*0  pi0                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0200   rho- K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0034   rho0 MyK0                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0002   Myomega MyK0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0046   MyK0  pi+  pi-               PHSP;
+Enddecay
+#
+Decay Siganti-K'_10
+0.3537   SigK*- pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2064   Myanti-K*0 pi0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0200   rho+ K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0034   rho0 Myanti-K0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0002   Myomega Myanti-K0            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0046   Myanti-K0   pi+  pi-         PHSP;
+Enddecay
+#
+# Breco cocktail:
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_mu.dec b/BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_mu.dec
new file mode 100644
index 0000000..d024f7b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_BrecoCocktail_dtaunu_mu.dec
@@ -0,0 +1,170 @@
+## Adjusted for B->d tau nu search by michael mazur
+## The Breco cocktail for neutral B mesons.
+
+Alias SigB0		B0
+Alias SigAntiB0		anti-B0
+Alias SigTau+		tau+
+Alias SigTau-		tau-
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+ChargeConj SigB0 SigAntiB0
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.000 SigB0 SigAntiB0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Force signal decays
+#
+Decay SigB0
+1.00	D-	SigTau+	nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigAntiB0
+1.00	D+	SigTau-	anti-nu_tau	PHOTOS	ISGW2;
+Enddecay
+#
+Decay SigTau+
+1.00    mu+      nu_mu    anti-nu_tau     PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay SigTau-
+1.00    mu-     anti-nu_mu      nu_tau  PHOTOS  TAULNUNU;
+Enddecay
+#
+#
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_Ksnunu_cocktail.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_Ksnunu_cocktail.dec
new file mode 100644
index 0000000..cc26228
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_Ksnunu_cocktail.dec
@@ -0,0 +1,162 @@
+## The Breco cocktail for neutral B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                     VSS_MIX dm;
+0.41397 Myanti-B0  B0                     VSS_MIX dm;
+0.08603   Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay B0
+1.000 K_S0 nu_e anti-nu_e               PHOTOS PHSP ;
+Enddecay
+#
+Decay anti-B0
+1.000 K_S0 nu_e anti-nu_e               PHOTOS PHSP ;
+Enddecay
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_Kstar0nunu_cocktail.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_Kstar0nunu_cocktail.dec
new file mode 100644
index 0000000..8b1c828
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_Kstar0nunu_cocktail.dec
@@ -0,0 +1,181 @@
+## The Breco cocktail for neutral B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias SigK*0 K*0
+Alias Siganti-K*0 anti-K*0
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                     VSS_MIX dm;
+0.41397 Myanti-B0  B0                     VSS_MIX dm;
+0.08603   Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay B0
+1.000 K_S0 nu_e anti-nu_e               PHOTOS PHSP ;
+Enddecay
+#
+Decay anti-B0
+1.000 K_S0 nu_e anti-nu_e               PHOTOS PHSP ;
+Enddecay
+
+#
+Decay B0
+1.0000 SigK*0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+Decay anti-B0
+1.0000 Siganti-K*0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+Decay SigK*0
+0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Siganti-K*0
+0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail.dec
new file mode 100644
index 0000000..6c634a5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail.dec
@@ -0,0 +1,146 @@
+## The Breco cocktail for neutral B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.589  K+ pi- pi-                      D_DALITZ;
+0.317  MyKs pi- pi0                    D_DALITZ;
+0.094  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.589  K- pi+ pi+                      D_DALITZ;
+0.317  MyKs pi+ pi0                    D_DALITZ;
+0.094  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail_dgog=0.1.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail_dgog=0.1.dec
new file mode 100644
index 0000000..4bbbc46
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail_dgog=0.1.dec
@@ -0,0 +1,150 @@
+## The Breco cocktail for neutral B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+##
+## Modified by Shahram Rahatlou to introduce dGamma/Gamma = 0.1
+## July 31st, 2001
+## $Id: B0B0bar_Breco_DX+DstarX_cocktail_dgog=0.1.dec,v 1.1 2001/08/01 02:39:56 rahatlou Exp $
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Define dgog 0.1
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog;
+Enddecay
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail_dgog=0.2.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail_dgog=0.2.dec
new file mode 100644
index 0000000..d4bcb30
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail_dgog=0.2.dec
@@ -0,0 +1,150 @@
+## The Breco cocktail for neutral B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+##
+## Modified by Shahram Rahatlou to introduce dGamma/Gamma = 0.2
+## April 26th, 2001
+## $Id: B0B0bar_Breco_DX+DstarX_cocktail_dgog=0.2.dec,v 1.1 2001/04/26 17:20:00 rahatlou Exp $
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Define dgog 0.2
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog;
+Enddecay
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail_dgog=0.4.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail_dgog=0.4.dec
new file mode 100644
index 0000000..30b48a4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_cocktail_dgog=0.4.dec
@@ -0,0 +1,150 @@
+## The Breco cocktail for neutral B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+##
+## Modified by Shahram Rahatlou to introduce dGamma/Gamma = 0.4
+## July 31st, 2001
+## $Id: B0B0bar_Breco_DX+DstarX_cocktail_dgog=0.4.dec,v 1.1 2001/08/01 02:39:56 rahatlou Exp $
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Define dgog 0.4
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog;
+Enddecay
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_etau_cocktail.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_etau_cocktail.dec
new file mode 100644
index 0000000..05e6669
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_etau_cocktail.dec
@@ -0,0 +1,167 @@
+#------------------------------------------------------------------
+# B0->nunubar vs Breco cocktail .dec file
+# Chris Potter
+# University of Oregon
+# 13 September 2002
+#------------------------------------------------------------------
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                     VSS_MIX dm;
+0.41397 Myanti-B0  B0                     VSS_MIX dm;
+0.08603   Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay B0
+0.50000 tau+ e-                    SLL;
+0.50000 tau- e+                    SLL;
+Enddecay 
+#
+Decay anti-B0
+0.50000 tau+ e-                    SLL;
+0.50000 tau- e+                    SLL;
+Enddecay 
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_mutau_cocktail.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_mutau_cocktail.dec
new file mode 100644
index 0000000..4609473
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_mutau_cocktail.dec
@@ -0,0 +1,167 @@
+#------------------------------------------------------------------
+# B0->nunubar vs Breco cocktail .dec file
+# Chris Potter
+# University of Oregon
+# 13 September 2002
+#------------------------------------------------------------------
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                     VSS_MIX dm;
+0.41397 Myanti-B0  B0                     VSS_MIX dm;
+0.08603   Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay B0
+0.50000 tau+ mu-                    SLL;
+0.50000 tau- mu+                    SLL;
+Enddecay 
+#
+Decay anti-B0
+0.50000 tau+ mu-                    SLL;
+0.50000 tau- mu+                    SLL;
+Enddecay 
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_nunubar_cocktail.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_nunubar_cocktail.dec
new file mode 100644
index 0000000..c2bbe32
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_nunubar_cocktail.dec
@@ -0,0 +1,165 @@
+#------------------------------------------------------------------
+# B0->nunubar vs Breco cocktail .dec file
+# Chris Potter
+# University of Oregon
+# 13 September 2002
+#------------------------------------------------------------------
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                     VSS_MIX dm;
+0.41397 Myanti-B0  B0                     VSS_MIX dm;
+0.08603   Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay B0
+1.0000 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay 
+#
+Decay anti-B0
+1.0000 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay 
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_nunubargamma_cocktail.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_nunubargamma_cocktail.dec
new file mode 100644
index 0000000..83cdc39
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_nunubargamma_cocktail.dec
@@ -0,0 +1,165 @@
+#------------------------------------------------------------------
+# B0->nunubar vs Breco cocktail .dec file
+# Chris Potter
+# University of Oregon
+# 13 September 2002
+#------------------------------------------------------------------
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                     VSS_MIX dm;
+0.41397 Myanti-B0  B0                     VSS_MIX dm;
+0.08603   Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay B0
+1.0000 nu_e anti-nu_e gamma    PHOTOS PHSP ;
+Enddecay 
+#
+Decay anti-B0
+1.0000 nu_e anti-nu_e gamma    PHOTOS PHSP ;
+Enddecay 
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_pi0nunu_cocktail.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_pi0nunu_cocktail.dec
new file mode 100644
index 0000000..d4fe0b6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_pi0nunu_cocktail.dec
@@ -0,0 +1,162 @@
+## The Breco cocktail for neutral B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                     VSS_MIX dm;
+0.41397 Myanti-B0  B0                     VSS_MIX dm;
+0.08603   Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay B0
+1.000 pi0 nu_e anti-nu_e               PHOTOS PHSP ;
+Enddecay
+#
+Decay anti-B0
+1.000 pi0 nu_e anti-nu_e               PHOTOS PHSP ;
+Enddecay
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Breco_DXpDstarX_tauptaum_cocktail.dec b/BaBar_2014/B0B0bar_Breco_DXpDstarX_tauptaum_cocktail.dec
new file mode 100644
index 0000000..2c8ace9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_DXpDstarX_tauptaum_cocktail.dec
@@ -0,0 +1,162 @@
+## The Breco cocktail for neutral B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                     VSS_MIX dm;
+0.41397 Myanti-B0  B0                     VSS_MIX dm;
+0.08603   Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay B0
+1.0000 tau+ tau-                    SLL;
+Enddecay 
+#
+Decay anti-B0
+1.0000 tau+ tau-                    SLL;
+Enddecay 
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Breco_cocktail_dgog=0.2_qop=1.04_z=0.dec b/BaBar_2014/B0B0bar_Breco_cocktail_dgog=0.2_qop=1.04_z=0.dec
new file mode 100644
index 0000000..afed3bc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_cocktail_dgog=0.2_qop=1.04_z=0.dec
@@ -0,0 +1,157 @@
+###################################################################
+#                                                                 #
+# B0 -> D(*)- [pi+/rho+/a1+]                                      #
+#                                                                 #
+# The Breco cocktail for neutral B meson                          #
+# (originally mixed by Ian Stark)                                 #
+#                                                                 #
+# NON STANDARD MODEL                                              #
+# Delta(Gamma)/Gamma=0.2                                          #
+# |q/p| = 1.04                                                    #
+#                                                                 #
+# Author: F. Sandrelli                                            #
+# Created:                   20/March/02                          #
+###################################################################
+
+Define dgog  0.2
+Define absqop 1.04
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_Breco_cocktail_dgog=0.4_qop=1.08_z=0.dec b/BaBar_2014/B0B0bar_Breco_cocktail_dgog=0.4_qop=1.08_z=0.dec
new file mode 100644
index 0000000..90c335a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Breco_cocktail_dgog=0.4_qop=1.08_z=0.dec
@@ -0,0 +1,157 @@
+###################################################################
+#                                                                 #
+# B0 -> D(*)- [pi+/rho+/a1+]                                      #
+#                                                                 #
+# The Breco cocktail for neutral B meson                          #
+# (originally mixed by Ian Stark)                                 #
+#                                                                 #
+# NON STANDARD MODEL                                              #
+# Delta(Gamma)/Gamma=0.4                                          #
+# |q/p| = 1.08                                                    #
+#                                                                 #
+# Author: F. Sandrelli                                            #
+# Created:                   20/March/02                          #
+###################################################################
+
+Define dgog  0.4
+Define absqop 1.08
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+Decay MyB0
+0.123    MyD*- pi+        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho+ MyD*-       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD-  pi+        PHSP;
+0.164    rho+ MyD-        SVS;
+0.062    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.123    MyD*+ pi-        SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.303    rho- MyD*+       SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.285    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.063    MyD+  pi-        PHSP;
+0.164    rho- MyD+        SVS;
+0.062    Mya_1- MyD+      SVS;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+0.901  K+ pi- pi-                      D_DALITZ;
+0.099  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+                      D_DALITZ;
+0.099  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_Chi0cKs.dec b/BaBar_2014/B0B0bar_Chi0cKs.dec
new file mode 100644
index 0000000..7e0bef8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi0cKs.dec
@@ -0,0 +1,47 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Chic(0)    K0s,       B0 -> X          #
+#                   |-> Jpsi gamma      |->pi+pi-          #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: D. Bernard                                       #
+# Created:                   19/11/03                      #
+#
+############################################################
+#
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyK_S0  K_S0   
+Alias Mychi_c0 chi_c0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  Mychi_c0  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  Mychi_c0  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Mychi_c0
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Chi0cKs_All.dec b/BaBar_2014/B0B0bar_Chi0cKs_All.dec
new file mode 100644
index 0000000..cb23c91
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi0cKs_All.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Chic(0)    K0s,       B0 -> X          #
+#                   |-> X      |->pi+pi-                   #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: R.Faccini                                        #
+# Created:                   14/Aug/01                     #
+# Mail: rfaccini@SLAC.STANFORD.EDU
+############################################################
+#
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  chi_c0  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  chi_c0  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Chi0cKstar_K.dec b/BaBar_2014/B0B0bar_Chi0cKstar_K.dec
new file mode 100644
index 0000000..c317dd7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi0cKstar_K.dec
@@ -0,0 +1,52 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Chic(0)    K*0,       B0 -> X          #
+#                   |-> Jpsi gamma     K+   pi-            #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: D. Bernard                                       #
+# Created:                   19/11/03                      #
+#
+############################################################
+#
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias Mychi_c0 chi_c0
+Alias MyJpsi J/psi
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  Mychi_c0  MyKstar0      PHSP;     
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  Mychi_c0  MyantiKstar0    PHSP;   
+Enddecay 
+#
+Decay Mychi_c0
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#                
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#                  
+End
diff --git a/BaBar_2014/B0B0bar_Chi0cKstar_KS.dec b/BaBar_2014/B0B0bar_Chi0cKstar_KS.dec
new file mode 100644
index 0000000..bcf8933
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi0cKstar_KS.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Chic(0)    K*0,       B0 -> X          #
+#                   |-> Jpsi gamma     Ks |->pi+pi-  pi0   #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: D. Bernard                                       #
+# Created:                   19/11/03                      #
+#
+############################################################
+#
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyK_S0  K_S0   
+Alias Mychi_c0 chi_c0
+Alias MyJpsi J/psi
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  Mychi_c0  MyKstar0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  Mychi_c0  MyantiKstar0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Mychi_c0
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#                                  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        
+Decay MyantiKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        
+End
diff --git a/BaBar_2014/B0B0bar_Chi1cKL.dec b/BaBar_2014/B0B0bar_Chi1cKL.dec
new file mode 100644
index 0000000..842f6d5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKL.dec
@@ -0,0 +1,43 @@
+###################################################################
+# B0~ --> chi1c K0L          B0 --> Generic                       #
+#           |                                                     #
+#           |                                                     #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# modified: D. Wright 2-12-99
+# Mail: WRIGHT@SLAC.STANFORD.EDU
+###################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mychi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mychi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS  VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+End 
diff --git a/BaBar_2014/B0B0bar_Chi1cKL_E1.dec b/BaBar_2014/B0B0bar_Chi1cKL_E1.dec
new file mode 100644
index 0000000..6c9a4ce
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKL_E1.dec
@@ -0,0 +1,65 @@
+###################################################################
+# B0~ --> chi1c K0L          B0 --> Generic                       #
+#           |                                                     #
+#           |                                                     #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# modified: D. Wright 2-12-99
+# Mail: WRIGHT@SLAC.STANFORD.EDU
+###################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711   
+Define B0p 0.70711 
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mychi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mychi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                   HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS  VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+End 
diff --git a/BaBar_2014/B0B0bar_Chi1cKS.dec b/BaBar_2014/B0B0bar_Chi1cKS.dec
new file mode 100644
index 0000000..4f1ee86
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKS.dec
@@ -0,0 +1,47 @@
+###################################################################
+# B0~ --> chi1c K0s          B0 --> Generic                       #
+#           |    |                                                #
+#           |    |-->pi+pi-                                       #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+###################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyK_S0 K_S0
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mychi_c1 MyK_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mychi_c1 MyK_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS  VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+Decay MyK_S0
+1.00000      pi+  pi-                       PHSP;
+Enddecay
+# 
+End 
diff --git a/BaBar_2014/B0B0bar_Chi1cKS_00.dec b/BaBar_2014/B0B0bar_Chi1cKS_00.dec
new file mode 100644
index 0000000..0750e84
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKS_00.dec
@@ -0,0 +1,48 @@
+###################################################################
+# B0~ --> chi1c K0s          B0 --> Generic                       #
+#           |    |                                                #
+#           |    |-->pi+pi-                                       #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+###################################################################
+#
+Define dm .464e12
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyK_S0 K_S0
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mychi_c1 MyK_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mychi_c1 MyK_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    mu+  mu-                VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+Decay MyK_S0
+1.00000      pi0  pi0                       PHSP;
+Enddecay
+# 
+End 
diff --git a/BaBar_2014/B0B0bar_Chi1cKS_E1.dec b/BaBar_2014/B0B0bar_Chi1cKS_E1.dec
new file mode 100644
index 0000000..01d421d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKS_E1.dec
@@ -0,0 +1,70 @@
+###################################################################
+# B0~ --> chi1c K0s          B0 --> Generic                       #
+#           |    |                                                #
+#           |    |-->pi+pi-                                       #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+###################################################################
+#
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711   
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyK_S0 K_S0
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mychi_c1 MyK_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mychi_c1 MyK_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                   HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS  VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+Decay MyK_S0
+1.00000      pi+  pi-                       PHSP;
+Enddecay
+# 
+End 
diff --git a/BaBar_2014/B0B0bar_Chi1cKS_dgog=0.2_qop=1.04_z=0.dec b/BaBar_2014/B0B0bar_Chi1cKS_dgog=0.2_qop=1.04_z=0.dec
new file mode 100644
index 0000000..1a6ac2f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKS_dgog=0.2_qop=1.04_z=0.dec
@@ -0,0 +1,59 @@
+###################################################################
+# B0~ --> chi1c K0s          B0 --> Generic                       #
+#           |    |                                                #
+#           |    |-->pi+pi-                                       #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Delta(Gamma)/Gamma=0.2                                          #
+# |q/p| = 1.04                                                    #
+#                                                                 #
+# Author: F. Sandrelli, F. Martinez-Vidal                                       #
+# Created:                   16/April/2002                        #
+###################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi   J/psi
+Alias MyK0s K_S0
+Define dgog 0.2
+Define absqop -1.04
+# |q/p| is negative because of opposite def. btw PhysBook & formula in SVSCPLH/VSSBMIX 
+Define argqop -0.7761517725
+# arg(q/p) is consistent with sin2b=0.7
+#
+# dGamma/Gamma definition is opposite between VSS_BMIX & SVS_CPLH
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+# Phase difference between Af and Afbar should be Pi to enforce the CP eigenvalue (-1)
+Decay MyB0
+1.0000  Mychi_c1  MyK0s         SVS_CPLH dm dgog absqop argqop  1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  Mychi_c1  MyK0s         SVS_CPLH dm dgog absqop argqop  1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                PHOTOS VLL;
+Enddecay 
+#                                       Ks --> pi+ pi- (100%)
+Decay MyK0s
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Chi1cKS_dgog=0.4_qop=1.08_z=0.dec b/BaBar_2014/B0B0bar_Chi1cKS_dgog=0.4_qop=1.08_z=0.dec
new file mode 100644
index 0000000..0083319
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKS_dgog=0.4_qop=1.08_z=0.dec
@@ -0,0 +1,59 @@
+###################################################################
+# B0~ --> chi1c K0s          B0 --> Generic                       #
+#           |    |                                                #
+#           |    |-->pi+pi-                                       #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Delta(Gamma)/Gamma=0.4                                          #
+# |q/p| = 1.08                                                    #
+#                                                                 #
+# Author: F.Sandrelli, F. Martinez-Vidal                                       #
+# Created:                   16/April/2002                        #
+###################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi   J/psi
+Alias MyK0s K_S0
+Define dgog 0.4
+Define absqop -1.08
+# |q/p| is negative because of opposite def. btw PhysBook & formula in SVSCPLH/VSSBMIX 
+Define argqop -0.7783059311
+# arg(q/p) is consistent with sin2b=0.7
+#
+# dGamma/Gamma definition is opposite between VSS_BMIX & SVS_CPLH
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+# Phase difference between Af and Afbar should be Pi to enforce the CP eigenvalue (-1)
+Decay MyB0
+1.0000  Mychi_c1  MyK0s         SVS_CPLH dm dgog absqop argqop  1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  Mychi_c1  MyK0s         SVS_CPLH dm dgog absqop argqop  1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                PHOTOS VLL;
+Enddecay 
+#                                       Ks --> pi+ pi- (100%)
+Decay MyK0s
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Chi1cKs2Pi0.dec b/BaBar_2014/B0B0bar_Chi1cKs2Pi0.dec
new file mode 100644
index 0000000..cbcdf61
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKs2Pi0.dec
@@ -0,0 +1,47 @@
+######################################################################
+# B0~ --> chi1c K0s           B0 --> Generic                         #      
+#           |      |                                                 # 
+#           |      |-->pi0pi0                                        #
+#	    |     						     #	
+#           |							     #
+#	J/psi pi+pi-						     #
+#	  |							     #
+#	  |-->mu+mu-/e+e-					     #
+#								     #
+#  + cc								     #
+# Author: D. Payne	13/9/2000				     #
+# Mail: djpayne@slac.stanford.edu				     #
+######################################################################
+#
+#	
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi J/psi
+Alias MyK0s K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mychi_c1  MyK0s       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mychi_c1  MyK0s       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mychi_c1  
+1.000  MyJ/psi  gamma        VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;       
+Enddecay
+#
+Decay MyJ/psi
+0.5000    e+   e-              PHOTOS  VLL;
+0.5000   mu+  mu-              PHOTOS VLL;
+Enddecay
+#				Ks --> pi0 pi0 (100%) 
+Decay MyK0s
+1.0000  pi0 pi0                PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Chi1cKs2Pi0_E1.dec b/BaBar_2014/B0B0bar_Chi1cKs2Pi0_E1.dec
new file mode 100644
index 0000000..14b2af2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKs2Pi0_E1.dec
@@ -0,0 +1,71 @@
+######################################################################
+# B0~ --> chi1c K0s           B0 --> Generic                         #      
+#           |      |                                                 # 
+#           |      |-->pi0pi0                                        #
+#	    |     						     #	
+#           |							     #
+#	J/psi pi+pi-						     #
+#	  |							     #
+#	  |-->mu+mu-/e+e-					     #
+#								     #
+#  + cc								     #
+# Author: D. Payne	13/9/2000				     #
+# Mail: djpayne@slac.stanford.edu				     #
+######################################################################
+#
+#	
+####################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi J/psi
+Alias MyK0s K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mychi_c1  MyK0s       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mychi_c1  MyK0s       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mychi_c1  
+1.000  MyJ/psi  gamma                   HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay
+#
+Decay MyJ/psi
+0.5000    e+   e-              PHOTOS  VLL;
+0.5000   mu+  mu-              PHOTOS VLL;
+Enddecay
+#				Ks --> pi0 pi0 (100%) 
+Decay MyK0s
+1.0000  pi0 pi0                PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Chi1cKs_All.dec b/BaBar_2014/B0B0bar_Chi1cKs_All.dec
new file mode 100644
index 0000000..2127bf7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKs_All.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> chic(1)      K0s,       B0 -> X          #
+#                   |-> X      |->pi+pi-                   #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: R. Faccini                                       #
+# Created:                   14/Aug/01                     #
+# Mail: rfaccini@SLAC.STANFORD.EDU
+############################################################
+#
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  chi_c1  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  chi_c1  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Chi1cKstar_chgd_sp3.dec b/BaBar_2014/B0B0bar_Chi1cKstar_chgd_sp3.dec
new file mode 100644
index 0000000..401c5ce
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKstar_chgd_sp3.dec
@@ -0,0 +1,94 @@
+###################################################################
+# B0~ --> chi1c K*0~           B0 --> Generic                     #
+#           |    |                                                #
+#           |    |-->K- pi+                                       #
+#           |                                                     #
+#           J/psi gam                                             #
+#              |                                                  #
+#              |-->mu+mu-/e+e- 				          #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# Modified: S. T'Jampens  07/03/2000                              # 
+# Mail: TJAMPENS@SLAC.STANFORD.EDU                                #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+###################################################################
+#
+Define beta 0.39
+#
+###################################################################
+#Define the helicity amplitudes (cleo values of J/Psi K*0)
+#
+# modulus
+#
+Define Hplus  0.68284
+Define Hzero  0.72111
+Define Hminus 0.11716
+#
+# phases
+#
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+####################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi J/psi
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Mychi_c1  MyKstar0                SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Mychi_c1  MyantiKstar0            SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                   HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    mu+  mu-                      PHOTOS VLL;
+0.5000    e+   e-                       PHOTOS  VLL;
+Enddecay 
+#                                       K* --> K+ pi- (100%)  
+Decay MyKstar0
+1.0000 K+ pi-                           VSS;
+Enddecay
+#
+Decay MyantiKstar0
+1.0000 K- pi+                           VSS;
+Enddecay
+# 
+End 
diff --git a/BaBar_2014/B0B0bar_Chi1cKstar_sp3.dec b/BaBar_2014/B0B0bar_Chi1cKstar_sp3.dec
new file mode 100644
index 0000000..57573e7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chi1cKstar_sp3.dec
@@ -0,0 +1,100 @@
+###################################################################
+# B0~ --> chi1c K*~           B0 --> Generic                      #
+#           |    |                                                #
+#           |    |-->Ks pi0                                       #
+#           |        |                                            #
+#       J/psi gam    |->pi+pi-                                    #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# Modified: S. T'Jampens  02/21/2000                              #  
+# Mail: WRIGHT@SLAC.STANFORD.EDU
+###################################################################
+#
+Define beta 0.39
+#
+##################################################################
+#Define the transversity amplitudes (Cleo values of B0 -> J/PsiK*0)
+#
+# modulus
+Define Apara  0.56569
+# do not forget the sqrt(2) in Azero
+Define Azero  1.01980
+Define Aperp  0.40000
+#
+# phases
+#
+Define phApara  0.0
+Define phAzero  0.0
+Define phAperp  0.0
+#
+##################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# modulus 
+# put the values measured by the Crystal Barrel experiment:
+# cf M. Oreglia et al., Phys Rev D25, 2259 (1982)
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+##################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi J/psi
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Mychi_c1  MyKstar0         SVV_CP beta dm 1.0 Apara phApara Azero phAzero Aperp phAperp;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Mychi_c1  MyantiKstar0     SVV_CP beta dm 1.0 Apara phApara Azero phAzero Aperp phAperp;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma		 HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#                                K* --> K0s pi0 (100%)  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                VSS;
+Enddecay
+#
+#                                antiK* --> K0s pi0 (100%)
+Decay MyantiKstar0
+1.0000 MyK_S0 pi0                VSS;
+Enddecay
+
+#
+Decay MyK_S0
+1.00000      pi+  pi-            PHSP;
+Enddecay
+# 
+End 
diff --git a/BaBar_2014/B0B0bar_Chic1Kstar_KpPim_RunIpIIPol.dec b/BaBar_2014/B0B0bar_Chic1Kstar_KpPim_RunIpIIPol.dec
new file mode 100644
index 0000000..cbf91eb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chic1Kstar_KpPim_RunIpIIPol.dec
@@ -0,0 +1,96 @@
+###################################################################
+# B0~ --> chi1c K*0~           B0 --> Generic                     #
+#           |    |                                                #
+#           |    |-->K- pi+                                       #
+#           |                                                     #
+#           J/psi gam                                             #
+#              |                                                  #
+#              |-->mu+mu-/e+e- 				          #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# Modified: S. T'Jampens  07/03/2000                              # 
+# Mail: TJAMPENS@SLAC.STANFORD.EDU                                #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+# Copied from B0B0bar_Chi1cKstar_chgd_sp3.dec and updated with    #
+# runI+II polarisation. Marc Verderi, Philippe Grenier 01 Jun 2004#
+###################################################################
+#
+#
+#
+# Define the helicity amplitudes starting from the transversity amplitudes: (J/PsiK* amplitudes)
+# -------------------------------------------------------------------------
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Values measured by Babar run I+II (BAD#673/752):
+Define Hplus    0.6301
+Define Hzero    0.7523
+Define Hminus   0.1924
+Define phHplus  3.246
+Define phHzero  0.000
+Define phHminus 4.924
+#
+#
+#
+####################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi J/psi
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Mychi_c1  MyKstar0                SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Mychi_c1  MyantiKstar0            SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                   HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    mu+  mu-                      PHOTOS  VLL;
+0.5000    e+   e-                       PHOTOS  VLL;
+Enddecay 
+#                                       K* --> K+ pi- (100%)  
+Decay MyKstar0
+1.0000 K+ pi-                           VSS;
+Enddecay
+#
+Decay MyantiKstar0
+1.0000 K- pi+                           VSS;
+Enddecay
+# 
+End 
diff --git a/BaBar_2014/B0B0bar_Chic1Kstar_KsPi0_RunIpIIPol.dec b/BaBar_2014/B0B0bar_Chic1Kstar_KsPi0_RunIpIIPol.dec
new file mode 100644
index 0000000..4227557
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Chic1Kstar_KsPi0_RunIpIIPol.dec
@@ -0,0 +1,100 @@
+###################################################################
+# B0~ --> chi1c K*~           B0 --> Generic                      #
+#           |    |                                                #
+#           |    |-->Ks pi0                                       #
+#           |        |                                            #
+#       J/psi gam    |->pi+pi-                                    #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# Modified: S. T'Jampens  02/21/2000                              #  
+# Mail: WRIGHT@SLAC.STANFORD.EDU                                  #
+# Copied from  B0B0bar_Chi1cKstar_sp3.dec and updated with runI+II#
+# J/PsiK* polarisation. Marc Verderi, Philippe Grenier 01 Jun 2004#
+###################################################################
+#
+# sin2beta = 0.731: (world average at that time)
+# -----------------
+Define beta 0.41
+#
+# Define the transversity amplitudes:
+# -----------------------------------
+# Values measured by Babar (BAD#673/752)
+Define Aplus  0.4517
+Define Azero  1.0640
+Define Aminus 0.4796
+#
+Define phAplus   3.55
+Define phAzero   0.00
+Define phAminus  2.96
+#
+##################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# modulus 
+# put the values measured by the Crystal Barrel experiment:
+# cf M. Oreglia et al., Phys Rev D25, 2259 (1982)
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+##################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi J/psi
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Mychi_c1  MyKstar0         SVV_CP beta dm 1.0  Aplus phAplus   Azero phAzero   Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Mychi_c1  MyantiKstar0     SVV_CP beta dm 1.0  Aplus phAplus   Azero phAzero   Aminus phAminus;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma		 HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS  VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#                                K* --> K0s pi0 (100%)  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                VSS;
+Enddecay
+#
+#                                antiK* --> K0s pi0 (100%)
+Decay MyantiKstar0
+1.0000 MyK_S0 pi0                VSS;
+Enddecay
+
+#
+Decay MyK_S0
+1.00000      pi+  pi-            PHSP;
+Enddecay
+# 
+End 
diff --git a/BaBar_2014/B0B0bar_D0D0_K3piK3pi.dec b/BaBar_2014/B0B0bar_D0D0_K3piK3pi.dec
new file mode 100644
index 0000000..198e495
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0D0_K3piK3pi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.500  MyD0_1   Myanti-D0_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.500  MyD0_2   Myanti-D0_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D0D0_K3piKspipi.dec b/BaBar_2014/B0B0bar_D0D0_K3piKspipi.dec
new file mode 100644
index 0000000..1377962
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0D0_K3piKspipi.dec
@@ -0,0 +1,165 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.500  MyD0_1   Myanti-D0_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.500  MyD0_2   Myanti-D0_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D0D0_KpiK3pi.dec b/BaBar_2014/B0B0bar_D0D0_KpiK3pi.dec
new file mode 100644
index 0000000..6c0770a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0D0_KpiK3pi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.500  MyD0_1   Myanti-D0_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.500  MyD0_2   Myanti-D0_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D0D0_KpiKpi.dec b/BaBar_2014/B0B0bar_D0D0_KpiKpi.dec
new file mode 100644
index 0000000..1ec42be
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0D0_KpiKpi.dec
@@ -0,0 +1,129 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.500  MyD0_1   Myanti-D0_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.500  MyD0_2   Myanti-D0_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D0D0_KpiKpipi0.dec b/BaBar_2014/B0B0bar_D0D0_KpiKpipi0.dec
new file mode 100644
index 0000000..e98975b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0D0_KpiKpipi0.dec
@@ -0,0 +1,129 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.500  MyD0_1   Myanti-D0_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.500  MyD0_2   Myanti-D0_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D0D0_KpiKspipi.dec b/BaBar_2014/B0B0bar_D0D0_KpiKspipi.dec
new file mode 100644
index 0000000..e235754
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0D0_KpiKspipi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.500  MyD0_1   Myanti-D0_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.500  MyD0_2   Myanti-D0_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D0D0_Kpipi0K3pi.dec b/BaBar_2014/B0B0bar_D0D0_Kpipi0K3pi.dec
new file mode 100644
index 0000000..f078251
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0D0_Kpipi0K3pi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.500  MyD0_1   Myanti-D0_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.500  MyD0_2   Myanti-D0_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D0D0_Kpipi0Kpipi0.dec b/BaBar_2014/B0B0bar_D0D0_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..fb4c429
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0D0_Kpipi0Kpipi0.dec
@@ -0,0 +1,129 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.500  MyD0_1   Myanti-D0_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.500  MyD0_2   Myanti-D0_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D0D0_Kpipi0Kspipi.dec b/BaBar_2014/B0B0bar_D0D0_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..385b111
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0D0_Kpipi0Kspipi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.500  MyD0_1   Myanti-D0_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.500  MyD0_2   Myanti-D0_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D0D0_KspipiKspipi.dec b/BaBar_2014/B0B0bar_D0D0_KspipiKspipi.dec
new file mode 100644
index 0000000..a12e6b1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0D0_KspipiKspipi.dec
@@ -0,0 +1,141 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.500  MyD0_1   Myanti-D0_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.500  MyD0_2   Myanti-D0_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D0K3pi_D0barKpi_K0S.dec b/BaBar_2014/B0B0bar_D0K3pi_D0barKpi_K0S.dec
new file mode 100644
index 0000000..2454e2f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0K3pi_D0barKpi_K0S.dec
@@ -0,0 +1,194 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D0D0barK0s anti-B0->X                  #
+#       D0 to k3pi                                    #
+#       D0bar to kpi                                  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0k3pi   MyD0Bkpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0K3pi_Dstar0barKpi_K0S.dec b/BaBar_2014/B0B0bar_D0K3pi_Dstar0barKpi_K0S.dec
new file mode 100644
index 0000000..944d9cd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0K3pi_Dstar0barKpi_K0S.dec
@@ -0,0 +1,194 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D0D*0barK0s anti-B0->X                 #
+#       D0 to k3pi                                    #
+#       D0bar to kpi                                  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0k3pi   MyD*0Bkpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0KS.dec b/BaBar_2014/B0B0bar_D0KS.dec
new file mode 100644
index 0000000..382cba7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0KS.dec
@@ -0,0 +1,131 @@
+###################################################
+#                                                 #
+# B0 -> D0 Ks    + c.c.                           #
+#          |                                      #
+#          |                                      #
+#           ---> pi+ pi-                          #
+#                                                 #
+# Author: S.Prell (UC San Diego)		  #	
+#	  S.Rahatlou (UC San Diego)		  #
+#     						  #
+# Date:   July 2002				  #
+#						  #
+# Comment:The time evolution as given in Kayser & #
+#         London (PRD 61, 116013) is not 	  #
+#	  implemented, yet. This needs to be      #
+#	  added for time-dependent CP-violation   #
+#	  studies. 			          #
+#
+#  Shahram Rahatlou, 15 Dec 2003:
+#  1/ change the D0 BR to be the same used in D0K*0
+#  2/ turn on mixing
+#  3/ change the B0 BR to have 80% Vcb and 20% Vub
+###################################################
+#
+Alias MyB0bar anti-B0
+Alias MyB0 B0
+
+Alias MyD0 D0
+Alias MyD0bar anti-D0
+
+Alias MyKs K_S0
+Alias MyK0              K0
+Alias MyK0bar         anti-K0
+#
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias Myomega omega
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.200     MyD0   MyKs             PHSP;
+0.800     MyD0bar  MyKs           PHSP;
+Enddecay
+#
+Decay MyB0bar
+0.800     MyD0   MyKs             PHSP;
+0.200     MyD0bar  MyKs           PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     MyK0bar pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0bar
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyK0bar
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.0    pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0KS_Kpi.dec b/BaBar_2014/B0B0bar_D0KS_Kpi.dec
new file mode 100644
index 0000000..1701846
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0KS_Kpi.dec
@@ -0,0 +1,62 @@
+###################################################
+#                                                 #
+# B0 -> D0 Ks    + c.c.                           #
+#          |                                      #
+#          |                                      #
+#           ---> pi+ pi-                          #
+#                                                 #
+# Author: S.Prell (UC San Diego)		  #	
+#	  S.Rahatlou (UC San Diego)		  #
+#     						  #
+# Date:   July 2002				  #
+#						  #
+# Comment:The time evolution as given in Kayser & #
+#         London (PRD 61, 116013) is not 	  #
+#	  implemented, yet. This needs to be      #
+#	  added for time-dependent CP-violation   #
+#	  studies. 			          #
+###################################################
+#
+Alias MyB0bar anti-B0
+Alias MyB0 B0
+
+Alias MyD0 D0
+Alias MyD0bar anti-D0
+
+Alias MyKs K_S0
+#
+Define dm 0.0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.500     MyD0   MyKs             PHSP;
+0.500     MyD0bar  MyKs           PHSP;
+Enddecay
+#
+Decay MyB0bar
+0.500     MyD0   MyKs             PHSP;
+0.500     MyD0bar  MyKs           PHSP;
+Enddecay
+#
+Decay MyD0
+0.0828  K- pi+                     PHSP;
+#0.1620  K- pi+ pi+ pi-             PHSP;
+#0.3010  K- pi+ pi0                 D_DALITZ;
+#0.4540  K_S0 pi+   pi-             D_DALITZ;
+Enddecay
+#
+Decay MyD0bar
+0.0828  K+ pi-                     PHSP;
+#0.1620  K+ pi- pi- pi+             PHSP;
+#0.3010  K+ pi- pi0                 D_DALITZ;
+#0.4540  K_S0 pi-  pi+              D_DALITZ;
+Enddecay
+#
+Decay MyKs
+1.0    pi+ pi-                    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Kpi_D0CP.dec b/BaBar_2014/B0B0bar_D0Kpi_D0CP.dec
new file mode 100755
index 0000000..00003a4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kpi_D0CP.dec
@@ -0,0 +1,181 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D0 K pi, D0 --> CP modes                        #
+#   CP modes: KK, KsPi0, KsEta, KsEtap, KsOmega, KsRho0, KsPhi, Rho0Pi0  #
+#                                                                        #
+# The D0 decay modes are into CP eigenstates.                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+Alias NewEta     eta
+Alias NewEta2    eta
+Alias NewEtap    eta'
+Alias NewOmega   omega
+Alias NewPhi     phi
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.20698 MyB0  anti-B0                  VSS_MIX dm;
+  0.20698 Myanti-B0  B0                  VSS_MIX dm;
+  0.04301 Myanti-B0 anti-B0              VSS_MIX dm;
+  0.04301 MyB0  B0                       VSS_MIX dm;
+Enddecay
+
+
+###################################################
+# B0(bar) -> D0(bar) K+- pi-+
+###################################################
+
+Decay MyB0
+  0.00010   Myanti-D0   K+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.00010   MyD0        K-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> KK, KsPi0, KsEta, KsEtap,
+#            KsOmega, KsRho0, KsPhi, Rho0Pi0
+###################################################
+
+Decay MyD0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+Decay Myanti-D0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+# The final state K pi pi can be reached through the K omega, via:
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+###################################################
+# "New" decay types (due to reconstruction issues)
+###################################################
+
+Decay NewPhi
+  1.0000  K- K+                 VSS;
+Enddecay
+
+Decay NewOmega
+  1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+
+Decay NewEtap
+  1.0000  pi+ pi- NewEta2       PHSP;
+Enddecay
+
+Decay NewEta
+  0.3933  pi+ pi- pi0           ETA_DALITZ;
+  0.2300  gamma gamma           PHSP;
+Enddecay
+
+Decay NewEta2
+  1.0000  gamma gamma           PHSP;
+Enddecay
+
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_D0Kpi_D0NonCP.dec b/BaBar_2014/B0B0bar_D0Kpi_D0NonCP.dec
new file mode 100755
index 0000000..b5f3b7d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kpi_D0NonCP.dec
@@ -0,0 +1,144 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> D0 K pi, D0 --> Kpi, Kpipi0, Kpipipi            #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.20698 MyB0  anti-B0                  VSS_MIX dm;
+  0.20698 Myanti-B0  B0                  VSS_MIX dm;
+  0.04301 Myanti-B0 anti-B0              VSS_MIX dm;
+  0.04301 MyB0  B0                       VSS_MIX dm;
+Enddecay
+
+
+###################################################
+# B0(bar) -> D0(bar) K+- pi-+
+###################################################
+
+Decay MyB0
+  0.00010   Myanti-D0   K+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.00010   MyD0        K-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_D0Kpi_D0barKpi_K0S.dec b/BaBar_2014/B0B0bar_D0Kpi_D0barKpi_K0S.dec
new file mode 100644
index 0000000..3c19606
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kpi_D0barKpi_K0S.dec
@@ -0,0 +1,194 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D0D0barK0s anti-B0->X                  #
+#       D0 to kpi                                     #
+#       D0bar to kpi                                  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0kpi MyD0Bkpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Kpi_Dstar0barKpi_K0S.dec b/BaBar_2014/B0B0bar_D0Kpi_Dstar0barKpi_K0S.dec
new file mode 100644
index 0000000..6d09259
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kpi_Dstar0barKpi_K0S.dec
@@ -0,0 +1,194 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D0D*0barK0s anti-B0->X                 #
+#       D0 to kpi                                     #
+#       D0bar to kpi                                  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0kpi MyD*0Bkpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Kpipi0_D0barKpi_K0S.dec b/BaBar_2014/B0B0bar_D0Kpipi0_D0barKpi_K0S.dec
new file mode 100644
index 0000000..5f64219
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kpipi0_D0barKpi_K0S.dec
@@ -0,0 +1,194 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D0D0barK0s anti-B0->X                  #
+#       D0 to kpipi0                                  #
+#       D0bar to kpi                                  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0kpipi0 MyD0Bkpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Kpipi0_Dstar0barKpi_K0S.dec b/BaBar_2014/B0B0bar_D0Kpipi0_Dstar0barKpi_K0S.dec
new file mode 100644
index 0000000..8030d23
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kpipi0_Dstar0barKpi_K0S.dec
@@ -0,0 +1,194 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D0D*0barK0s anti-B0->X                 #
+#       D0 to kpipi0                                  #
+#       D0bar to kpi                                  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0kpipi0 MyD*0Bkpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Ks_D0mKK.dec b/BaBar_2014/B0B0bar_D0Ks_D0mKK.dec
new file mode 100644
index 0000000..2b888c3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Ks_D0mKK.dec
@@ -0,0 +1,43 @@
+#################################################################
+#                                                               #
+# Decay: B0bar -> D0 K_S0        , B0 -> X                      #
+#                 |                                             #
+#                 ----> K+ K-                                  #
+#                                                + c.c.         #
+#                                                               #
+# Author: Kelly E Ford                                          #
+# Date:   7 May 2003                                            #
+#################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD0  D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD0 MyKs                          PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 Myanti-D0 MyKs                     PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000  K+ K-                            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000  K- K+                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000 pi- pi+                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Ks_D0mKpi.dec b/BaBar_2014/B0B0bar_D0Ks_D0mKpi.dec
new file mode 100644
index 0000000..ef81c8f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Ks_D0mKpi.dec
@@ -0,0 +1,43 @@
+#################################################################
+#                                                               #
+# Decay: B0bar -> D0 K_S0        , B0 -> X                      #
+#                 |                                             #
+#                 ----> pi+ K-                                  #
+#                                                + c.c.         #
+#                                                               #
+# Author: Kelly E Ford                                          #
+# Date:   7 May 2003                                            #
+#################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD0  D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD0 MyKs                          PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 Myanti-D0 MyKs                     PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000  pi+ K-                           PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000  pi- K+                           PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000 pi- pi+                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Ks_D0mpipi.dec b/BaBar_2014/B0B0bar_D0Ks_D0mpipi.dec
new file mode 100644
index 0000000..52415f1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Ks_D0mpipi.dec
@@ -0,0 +1,43 @@
+#################################################################
+#                                                               #
+# Decay: B0bar -> D0 K_S0        , B0 -> X                      #
+#                 |                                             #
+#                 ----> pi+ pi-                                 #
+#                                                + c.c.         #
+#                                                               #
+# Author: Kelly E Ford                                          #
+# Date:   7 May 2003                                            #
+#################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD0  D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD0 MyKs                          PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 Myanti-D0 MyKs                     PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000  pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000  pi- pi+                          PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000 pi- pi+                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Ks_K3pi.dec b/BaBar_2014/B0B0bar_D0Ks_K3pi.dec
new file mode 100644
index 0000000..e17850a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Ks_K3pi.dec
@@ -0,0 +1,55 @@
+####################################################
+# Exclusive B0 -> D0 Ks decay                      #
+# Decay: B0 -> D0              K_S0                #
+#              |-> K- 3pi       |                  #
+#                               |-> pi+ pi-        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 29th January 2002                                #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 Myanti-D0 MyK_S0                 PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD0 MyK_S0                      PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K+ pi- pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000 K- pi+ pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_D0Ks_Kpi.dec b/BaBar_2014/B0B0bar_D0Ks_Kpi.dec
new file mode 100644
index 0000000..3557cd9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Ks_Kpi.dec
@@ -0,0 +1,55 @@
+####################################################
+# Exclusive B0 -> D0 Ks decay                      #
+# Decay: B0 -> D0              K_S0                #
+#              |-> K- pi+       |                  #
+#                               |-> pi+ pi-        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 29th January 2002                                #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 Myanti-D0 MyK_S0                 PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD0 MyK_S0                      PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K+ pi-                           PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000 K- pi+                           PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_D0Ks_Kpipi0.dec b/BaBar_2014/B0B0bar_D0Ks_Kpipi0.dec
new file mode 100644
index 0000000..71b93d0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Ks_Kpipi0.dec
@@ -0,0 +1,55 @@
+####################################################
+# Exclusive B0 -> D0 Ks decay                      #
+# Decay: B0 -> D0              K_S0                #
+#              |-> K- pi+ pi0   |                  #
+#                               |-> pi+ pi-        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 29th January 2002                                #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 Myanti-D0 MyK_S0                 PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD0 MyK_S0                      PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K+ pi- pi0                       PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000 K- pi+ pi0                       PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_D0Kspi0_K3pi.dec b/BaBar_2014/B0B0bar_D0Kspi0_K3pi.dec
new file mode 100644
index 0000000..6e4dfac
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kspi0_K3pi.dec
@@ -0,0 +1,55 @@
+####################################################
+# Exclusive B0 -> D0 Ks pi0 decay                  #
+# Decay: B0 -> D0              K_S0   pi0          #
+#              |-> K- pi+pi+pi- |                  #
+#                               |-> pi+ pi-        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 29th January 2002                                #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 Myanti-D0 MyK_S0 pi0             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD0 MyK_S0 pi0                  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K+ pi- pi- pi+                   PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000 K- pi+ pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_D0Kspi0_Kpi.dec b/BaBar_2014/B0B0bar_D0Kspi0_Kpi.dec
new file mode 100644
index 0000000..5431842
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kspi0_Kpi.dec
@@ -0,0 +1,55 @@
+####################################################
+# Exclusive B0 -> D0 Ks pi0 decay                  #
+# Decay: B0 -> D0              K_S0   pi0          #
+#              |-> K- pi+       |                  #
+#                               |-> pi+ pi-        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 29th January 2002                                #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 Myanti-D0 MyK_S0 pi0             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD0 MyK_S0 pi0                  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K+ pi-                           PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000 K- pi+                           PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_D0Kspi0_Kpipi0.dec b/BaBar_2014/B0B0bar_D0Kspi0_Kpipi0.dec
new file mode 100644
index 0000000..0bf1397
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kspi0_Kpipi0.dec
@@ -0,0 +1,55 @@
+####################################################
+# Exclusive B0 -> D0 Ks pi0 decay                  #
+# Decay: B0 -> D0              K_S0   pi0          #
+#              |-> K- pi+ pi0   |                  #
+#                               |-> pi+ pi-        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 29th January 2002                                #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 Myanti-D0 MyK_S0 pi0             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD0 MyK_S0 pi0                  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K+ pi- pi0                       PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000 K- pi+ pi0                       PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_D0Kstar0.dec b/BaBar_2014/B0B0bar_D0Kstar0.dec
new file mode 100644
index 0000000..0dddadf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kstar0.dec
@@ -0,0 +1,121 @@
+####################################################
+# Decay: B0 -> D0bar           K*0, anti-B0 -> X   #
+#              |-> breco c'tail  |-> KS pi0        #
+#                                |-> K- pi+        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# Stephen Levy                                     #
+# August 15, 2002                                  #
+#                                                  #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyKs K_S0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyK*0 Myanti-D0                  SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 Myanti-K*0 MyD0                  SVS;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Kstar0_D0mpipimKK.dec b/BaBar_2014/B0B0bar_D0Kstar0_D0mpipimKK.dec
new file mode 100644
index 0000000..cc5621b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kstar0_D0mpipimKK.dec
@@ -0,0 +1,66 @@
+####################################################
+# Decay: B0 -> D0              K*0, anti-B0 -> X   #
+#              |-> K-  K+        |-> KS pi0        #
+#              |-> pi- pi+       |-> K- pi+        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+#                                                  #
+# Stephen Levy                                     #
+# August 15, 2002                                  #
+#                                                  #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyKs K_S0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyK*0 Myanti-D0                  SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 Myanti-K*0 MyD0                  SVS;
+Enddecay
+#
+Decay Myanti-D0
+0.742 K+ K-                             PHSP;
+0.258 pi+ pi-                           PHSP;
+Enddecay
+#
+Decay MyD0
+0.742  K- K+                            PHSP;
+0.258  pi- pi+                          PHSP;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Kstar0_Kpi.dec b/BaBar_2014/B0B0bar_D0Kstar0_Kpi.dec
new file mode 100644
index 0000000..9a15915
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kstar0_Kpi.dec
@@ -0,0 +1,67 @@
+###################################################
+#                                                 #
+# B0 -> D0 K*0    + c.c.                          #
+#          |                                      #
+#          |                                      #
+#           ---> K+ pi-                           #
+#                                                 #
+# Author: S.Prell (UC San Diego)		  #	
+#	  S.Rahatlou (UC San Diego)		  #
+#     						  #
+# Date:   July 2002				  #
+#						  #
+# Comment:The time evolution as given in Kayser & #
+#         London (PRD 61, 116013) is not 	  #
+#	  implemented, yet. This needs to be      #
+#	  added for time-dependent CP-violation   #
+#	  studies. 			          #
+###################################################
+#
+Alias MyB0bar anti-B0
+Alias MyB0 B0
+
+Alias MyD0 D0
+Alias MyD0bar anti-D0
+
+Alias MyKstar0 K*0
+Alias MyKstar0bar anti-K*0
+#
+Define dm 0.0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.500     MyD0   MyKstar0             PHSP;
+0.500     MyD0bar  MyKstar0           PHSP;
+Enddecay
+#
+Decay MyB0bar
+0.500     MyD0   MyKstar0bar             PHSP;
+0.500     MyD0bar  MyKstar0bar           PHSP;
+Enddecay
+#
+Decay MyD0
+0.0828  K- pi+                     PHSP;
+#0.1620  K- pi+ pi+ pi-             PHSP;
+#0.3010  K- pi+ pi0                 D_DALITZ;
+#0.4540  K_S0 pi+   pi-             D_DALITZ;
+Enddecay
+#
+Decay MyD0bar
+0.0828  K+ pi-                     PHSP;
+#0.1620  K+ pi- pi- pi+             PHSP;
+#0.3010  K+ pi- pi0                 D_DALITZ;
+#0.4540  K_S0 pi-  pi+              D_DALITZ;
+Enddecay
+#
+Decay MyKstar0
+1.0    K+ pi-                    PHSP;
+Enddecay
+#
+Decay MyKstar0bar
+1.0    K- pi+                    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0Kstar0_Vub.dec b/BaBar_2014/B0B0bar_D0Kstar0_Vub.dec
new file mode 100644
index 0000000..792ea46
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0Kstar0_Vub.dec
@@ -0,0 +1,126 @@
+####################################################
+# Decay: B0 -> D0              K*0, anti-B0 -> X   #
+#              |-> breco c'tail  |   Ks pi0        #
+#                                |-> K- pi+        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# Stephen Levy                                     #
+# August 15, 2002                                  #
+#                                                  #
+# Modified by Sh. Rahatlou on 3 July 2003          #
+#  to implement the Vub decay amplitude            #
+#  Note that usially B0 -> D0bar X via Vcb         #
+#  but here we have B0 -> D0 X because             #
+#  it is via Vub                                   #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyKs K_S0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyK*0 MyD0                  SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 Myanti-K*0 Myanti-D0                  SVS;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0bK3pi_D0K3pi_K0S.dec b/BaBar_2014/B0B0bar_D0bK3pi_D0K3pi_K0S.dec
new file mode 100644
index 0000000..f9f9007
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0bK3pi_D0K3pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0Bk3pi  MyD0k3pi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0bKpi_D0K3pi_K0S.dec b/BaBar_2014/B0B0bar_D0bKpi_D0K3pi_K0S.dec
new file mode 100644
index 0000000..d8c26d9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0bKpi_D0K3pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0Bkpi  MyD0k3pi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0bKpi_D0Kpi_K0S.dec b/BaBar_2014/B0B0bar_D0bKpi_D0Kpi_K0S.dec
new file mode 100644
index 0000000..29182b2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0bKpi_D0Kpi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0Bkpi  MyD0kpi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0bKpi_D0Kpipi0_K0S.dec b/BaBar_2014/B0B0bar_D0bKpi_D0Kpipi0_K0S.dec
new file mode 100644
index 0000000..bfb5f75
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0bKpi_D0Kpipi0_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0Bkpi  MyD0kpipi0  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0bKpipi0_D0K3pi_K0S.dec b/BaBar_2014/B0B0bar_D0bKpipi0_D0K3pi_K0S.dec
new file mode 100644
index 0000000..d495620
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0bKpipi0_D0K3pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0Bkpipi0  MyD0k3pi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0bKpipi0_D0Kpipi0_K0S.dec b/BaBar_2014/B0B0bar_D0bKpipi0_D0Kpipi0_K0S.dec
new file mode 100644
index 0000000..9e7dcf7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0bKpipi0_D0Kpipi0_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD0Bkpipi0  MyD0kpipi0  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0ma0p.dec b/BaBar_2014/B0B0bar_D0ma0p.dec
new file mode 100644
index 0000000..9225567
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0ma0p.dec
@@ -0,0 +1,71 @@
+###################################################
+#                                                 #
+# Decay: B0 -> D-        a0+,       anti-B0 -> X  # 
+#                        |			  #
+#                        -->eta (gg) pi+          # 
+#                                                 #
+#                                                 #
+# Author: H. Snoek                                #
+# Date:   13/jan/04	                          #
+###################################################
+#
+Alias MyB0         B0
+Alias Myanti-B0    anti-B0
+
+Alias MyD+        D+
+Alias MyD-        D-
+
+Alias MyKs	   K_S0
+
+Alias Mya_0+       a_0+
+Alias Mya_0-       a_0-
+Alias Myeta        eta
+Alias Myomega      omega
+#
+# Always one B0 to the signal channel
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00000 MyD-  Mya_0+		      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.00000 MyD+  Mya_0-                  PHSP;
+Enddecay
+#
+Decay MyD-
+0.589  K+ pi- pi-                      D_DALITZ;
+0.317  MyKs pi- pi0                    D_DALITZ;
+0.094  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.589  K- pi+ pi+                      D_DALITZ;
+0.317  MyKs pi+ pi0                    D_DALITZ;
+0.094  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyKs
+1.000 pi+ pi-				PHSP;
+Enddecay
+#
+Decay Mya_0-
+1.000 Myeta pi-				PHSP;
+Enddecay
+#
+Decay Mya_0+
+1.0000 Myeta pi+			PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay Myeta
+1.0000 gamma gamma			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0ppbar2pi_Kpi.dec b/BaBar_2014/B0B0bar_D0ppbar2pi_Kpi.dec
new file mode 100644
index 0000000..1e8905e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0ppbar2pi_Kpi.dec
@@ -0,0 +1,43 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> D0bar p pbar pi+ pi-                #     
+#                  |                                  #
+#                   -> K+ pi-                         #
+#                                                     #
+# Author:  Ilya Narsky, Caltech                       #
+# Created: March 18 2004                              #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+ChargeConj myB0 myAntiB0
+Alias myD0            D0
+Alias myAntiD0   anti-D0
+ChargeConj myD0 myAntiD0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0              VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   myAntiD0   p+ anti-p-   pi+ pi-     PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   myD0       p+ anti-p-   pi+ pi-     PHSP;
+Enddecay
+#
+Decay myD0
+1.000   K- pi+                              PHSP;
+Enddecay
+#
+Decay myAntiD0
+1.000   K+ pi-                              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0ppbar_K2pi.dec b/BaBar_2014/B0B0bar_D0ppbar_K2pi.dec
new file mode 100644
index 0000000..5ca7f6e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0ppbar_K2pi.dec
@@ -0,0 +1,43 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> D0bar p pbar                        #     
+#                  |                                  #
+#                   -> K+ pi- pi0                     #
+#                                                     #
+# Author:  Haibo Li, Wisconsin                        #
+# Created: March 22 2004                              #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+ChargeConj myB0 myAntiB0
+Alias myD0            D0
+Alias myAntiD0   anti-D0
+ChargeConj myD0 myAntiD0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0   VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   myAntiD0 p+ anti-p-      PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   myD0     p+ anti-p-      PHSP;
+Enddecay
+#
+Decay myD0
+1.000   K- pi+ pi0               D_DALITZ;
+Enddecay
+#
+Decay myAntiD0
+1.000   K+ pi- pi0               D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0ppbar_K3pi.dec b/BaBar_2014/B0B0bar_D0ppbar_K3pi.dec
new file mode 100644
index 0000000..af64e8d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0ppbar_K3pi.dec
@@ -0,0 +1,42 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> D0bar p pbar                        #     
+#                  |                                  #
+#                   -> K+ pi- pi- pi+                 #
+# Author:  Haibo Li, Wisconsin                        #
+# Created: March 22 2004                              #
+# Changed from  Ilya's decay file                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+ChargeConj myB0 myAntiB0
+Alias myD0            D0
+Alias myAntiD0   anti-D0
+ChargeConj myD0 myAntiD0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0   VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   myAntiD0 p+ anti-p-      PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   myD0     p+ anti-p-      PHSP;
+Enddecay
+#
+Decay myD0
+1.000   K- pi+ pi+ pi-           PHSP;
+Enddecay
+#
+Decay myAntiD0
+1.000   K+ pi- pi- pi+           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0ppbar_Kpi.dec b/BaBar_2014/B0B0bar_D0ppbar_Kpi.dec
new file mode 100644
index 0000000..7f4b1c3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0ppbar_Kpi.dec
@@ -0,0 +1,43 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> D0bar p pbar                        #     
+#                  |                                  #
+#                   -> K+ pi-                         #
+#                                                     #
+# Author:  Ilya Narsky, Caltech                       #
+# Created: March 18 2004                              #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+ChargeConj myB0 myAntiB0
+Alias myD0            D0
+Alias myAntiD0   anti-D0
+ChargeConj myD0 myAntiD0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0   VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   myAntiD0 p+ anti-p-      PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   myD0     p+ anti-p-      PHSP;
+Enddecay
+#
+Decay myD0
+1.000   K- pi+                   PHSP;
+Enddecay
+#
+Decay myAntiD0
+1.000   K+ pi-                   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D0ppbar_Ks2pi.dec b/BaBar_2014/B0B0bar_D0ppbar_Ks2pi.dec
new file mode 100644
index 0000000..6af1350
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D0ppbar_Ks2pi.dec
@@ -0,0 +1,48 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> D0bar p pbar                        #     
+#                  |                                  #
+#                   -> Ks pi+ pi-                     #
+#                                                     #
+# Author:  Haibo Li, Wisconsin                        #
+# Created: March 22 2004                              #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+ChargeConj myB0 myAntiB0
+Alias myD0            D0
+Alias myAntiD0   anti-D0
+ChargeConj myD0 myAntiD0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0   VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   myAntiD0 p+ anti-p-      PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   myD0     p+ anti-p-      PHSP;
+Enddecay
+#
+Decay myD0
+1.000   MyK_S0 pi+ pi-           D_DALITZ;
+Enddecay
+#
+Decay myAntiD0
+1.000   MyK_S0 pi+ pi-           D_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.000     pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D1plnu_Dstr0pi.dec b/BaBar_2014/B0B0bar_D1plnu_Dstr0pi.dec
new file mode 100644
index 0000000..556c330
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D1plnu_Dstr0pi.dec
@@ -0,0 +1,89 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X      anti-B0->   D** l nu            #
+#                                                     #
+# with D**                                            #
+#    D_1+    ->  D*0 pi+                              #
+#                                                     #
+# with D*0 -> D0 pi0                                  #
+#                                                     #
+# with D0 -> K- pi+                                   #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author: Armin Hauke                                 #
+# Created:                  11/Dec/01                 #
+# Mail: hauke@SLAC.STANFORD.EDU                       #
+#######################################################
+#
+
+#
+Alias myantiB0  anti-B0
+Alias myB0  B0
+#
+Alias myD_1+        D_1+
+Alias myD_1-        D_1-
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+0.5000  myD_1-       e+   nu_e           PHOTOS ISGW2;
+0.5000  myD_1-       mu+  nu_mu          PHOTOS ISGW2;
+Enddecay
+#
+Decay myantiB0
+0.5000  myD_1+       e-   anti-nu_e          PHOTOS  ISGW2;
+0.5000  myD_1+       mu-  anti-nu_mu         PHOTOS  ISGW2;
+Enddecay
+#
+
+
+#
+#   D**
+#
+Decay myD_1+
+1.0000    myD*0 pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay myD_1-
+1.0000    myanti-D*0 pi-                   VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+
+
+#
+#   D*
+#
+Decay myD*0
+1.0000    myD0  pi0                        VSS;
+Enddecay
+Decay myanti-D*0
+1.0000    myanti-D0  pi0                   VSS;
+Enddecay
+
+
+#
+# D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/B0B0bar_D1pluslnu_D0Kpi.dec b/BaBar_2014/B0B0bar_D1pluslnu_D0Kpi.dec
new file mode 100644
index 0000000..cc55935
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D1pluslnu_D0Kpi.dec
@@ -0,0 +1,67 @@
+###################################################################
+#                                                                 #
+#  Decay: B0 -> X       anti-B0 -> D_1+  l- anti-nu_l             #
+#                                   |-> D*+  pi0                  #            
+#                                       |-> D0 pi+                #
+#                                            |-> K- pi+           #
+#                                                                 #
+#                                                                 #  
+#      with l= e or mu                                            #
+#                                                                 #
+#                                       +CC                       #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# Mail: VSHARMA@SLAC.STANFORD.EDU 
+###################################################################
+
+Alias MyB0B     anti-B0
+Alias MyB0      B0
+Alias MyD_1+    D_1+
+Alias MyD_1-    D_1-
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0 
+Alias MyantiD0  anti-D0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD_1+    e-  anti-nu_e       PHOTOS ISGW2;
+0.5000   MyD_1+    mu- anti-nu_mu      PHOTOS ISGW2;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD_1-    e+  nu_e            PHOTOS ISGW2;
+0.5000   MyD_1-    mu+ nu_mu           PHOTOS ISGW2;
+Enddecay                 
+#
+Decay MyD_1+ 
+1.0000   MyD*+     pi0                 VVS_PWAVE 0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1- 
+1.0000   MyD*-     pi0                 VVS_PWAVE 0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD0      pi+                 VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyantiD0  pi-                 VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-        pi+                 PHSP;
+Enddecay
+#
+Decay MyantiD0
+1.0000   K+        pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D1pluslnu_Dstr0PDG_D0Kpi.dec b/BaBar_2014/B0B0bar_D1pluslnu_Dstr0PDG_D0Kpi.dec
new file mode 100644
index 0000000..a5aa0a1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D1pluslnu_Dstr0PDG_D0Kpi.dec
@@ -0,0 +1,99 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X      anti-B0 -> D_1+ l nu                 #
+#                                |-> D*0 pi0               #
+#                                    |-> D0 pi0/gamma      #
+#                                        |-> K- pi+        #
+#                                                          #
+# with l = e or mu                                         #
+#                                                          #
+#                                                          #
+#   + CC                                                   #
+#                                                          #
+#                                                          #
+# Author:           Jens Schubert                          #
+# Created:            18/May/2004                          #
+# Mail: jschubi@SLAC.STANFORD.EDU                          #
+############################################################
+#
+#
+Alias myB0          B0
+Alias myanti-B0     anti-B0
+#
+Alias myD_1+        D_1+ 
+Alias myD_1-        D_1- 
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myanti-B0
+0.5000   myD_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.5000   myD_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+Enddecay
+#
+Decay myB0
+0.5000   myD_1-   e+   nu_e          PHOTOS  ISGW2;
+0.5000   myD_1-   mu+  nu_mu         PHOTOS  ISGW2;
+Enddecay
+
+
+
+#
+#   D_1+ / D_1-
+#
+Decay myD_1+
+1.0000    myD*0 pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myD_1-
+1.0000    myanti-D*0 pi-                   VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+
+
+
+#
+#   D*  -> D0 pi0/gamma
+#
+
+Decay myD*0
+0.6190    myD0  pi0                        VSS;
+0.3810    myD0  gamma                      VSP_PWAVE;
+Enddecay
+Decay myanti-D*0
+0.6190    myanti-D0  pi0                       VSS;
+0.3810    myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D1primepluslnu_D0Kpi.dec b/BaBar_2014/B0B0bar_D1primepluslnu_D0Kpi.dec
new file mode 100644
index 0000000..6969a89
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D1primepluslnu_D0Kpi.dec
@@ -0,0 +1,67 @@
+###################################################################
+#                                                                 #
+#  Decay: B0 -> X       anti-B0 -> D'_1+  l- anti-nu_l            #
+#                                    |-> D*+  pi0                 #            
+#                                        |-> D0 pi+               #
+#                                            |-> K- pi+           #
+#                                                                 #
+#                                                                 #  
+#      with l= e or mu                                            #
+#                                                                 #
+#                                       +CC                       #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# Mail: VSHARMA@SLAC.STANFORD.EDU 
+###################################################################
+
+Alias MyB0B      anti-B0
+Alias MyB0       B0
+Alias MyD'_1+    D'_1+
+Alias MyD'_1-    D'_1-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD0       D0 
+Alias MyantiD0   anti-D0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD'_1+    e-  anti-nu_e       PHOTOS ISGW2;
+0.5000   MyD'_1+    mu- anti-nu_mu      PHOTOS ISGW2;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD'_1-    e+  nu_e            PHOTOS ISGW2;
+0.5000   MyD'_1-    mu+ nu_mu           PHOTOS ISGW2;
+Enddecay
+#
+Decay MyD'_1+ 
+1.0000   MyD*+     pi0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1- 
+1.0000   MyD*-     pi0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD0      pi+                 VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyantiD0  pi-                 VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-        pi+                 PHSP;
+Enddecay
+#
+Decay MyantiD0
+1.0000   K+        pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D2Spluslnu_D0Kpi.dec b/BaBar_2014/B0B0bar_D2Spluslnu_D0Kpi.dec
new file mode 100644
index 0000000..e7c7a09
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D2Spluslnu_D0Kpi.dec
@@ -0,0 +1,67 @@
+###################################################################
+#                                                                 #
+#  Decay: B0 -> X       anti-B0 -> D(2S)+  l- anti-nu_l           #
+#                                   |-> D*+  pi0                  #            
+#                                       |-> D0 pi+                #
+#                                            |-> K- pi+           #
+#                                                                 #
+#                                                                 #  
+#      with l= e or mu                                            #
+#                                                                 #
+#                                       +CC                       #
+#                                                                 #
+#  Author: Francesca Bucci                                        #
+#                                                                 #
+# Mail: BUCCIFRA@SLAC.STANFORD.EDU
+###################################################################
+
+Alias MyB0B     anti-B0
+Alias MyB0      B0
+Alias MyD(2S)+  D(2S)+
+Alias MyD(2S)-  D(2S)-
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0 
+Alias MyantiD0  anti-D0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD(2S)+    e-  anti-nu_e       PHOTOS ISGW2;
+0.5000   MyD(2S)+    mu- anti-nu_mu      PHOTOS ISGW2;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD(2S)-    e+  nu_e            PHOTOS ISGW2;
+0.5000   MyD(2S)-    mu+ nu_mu           PHOTOS ISGW2;
+Enddecay                 
+#
+Decay MyD(2S)+ 
+1.0000   MyD*+     pi0                 SVS;
+Enddecay
+#
+Decay MyD(2S)- 
+1.0000   MyD*-     pi0                 SVS;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD0      pi+                 VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyantiD0  pi-                 VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-        pi+                 PHSP;
+Enddecay
+#
+Decay MyantiD0
+1.0000   K+        pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D2Sstrpluslnu_D0Kpi.dec b/BaBar_2014/B0B0bar_D2Sstrpluslnu_D0Kpi.dec
new file mode 100644
index 0000000..edb3057
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D2Sstrpluslnu_D0Kpi.dec
@@ -0,0 +1,67 @@
+###################################################################
+#                                                                 #
+#  Decay: B0 -> X       anti-B0 -> D*(2S)+  l- anti-nu_l           #
+#                                   |-> D*+  pi0                  #            
+#                                       |-> D0 pi+                #
+#                                            |-> K- pi+           #
+#                                                                 #
+#                                                                 #  
+#      with l= e or mu                                            #
+#                                                                 #
+#                                       +CC                       #
+#                                                                 #
+#  Author: Francesca Bucci                                        #
+#                                                                 #
+# Mail: BUCCIFRA@SLAC.STANFORD.EDU
+###################################################################
+
+Alias MyB0B      anti-B0
+Alias MyB0       B0
+Alias MyD*(2S)+  D*(2S)+
+Alias MyD*(2S)-  D*(2S)-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD0       D0 
+Alias MyantiD0   anti-D0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*(2S)+    e-  anti-nu_e       PHOTOS ISGW2;
+0.5000   MyD*(2S)+    mu- anti-nu_mu      PHOTOS ISGW2;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*(2S)-    e+  nu_e            PHOTOS ISGW2;
+0.5000   MyD*(2S)-    mu+ nu_mu           PHOTOS ISGW2;
+Enddecay                 
+#
+Decay MyD*(2S)+ 
+1.0000   MyD*+     pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*(2S)- 
+1.0000   MyD*-     pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD0      pi+                 VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyantiD0  pi-                 VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-        pi+                 PHSP;
+Enddecay
+#
+Decay MyantiD0
+1.0000   K+        pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D2strplnu_Dpi.dec b/BaBar_2014/B0B0bar_D2strplnu_Dpi.dec
new file mode 100644
index 0000000..8918895
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D2strplnu_Dpi.dec
@@ -0,0 +1,88 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X      anti-B0->   D** l nu            #
+#                                                     #
+# with D**                                            #
+#    D2*+    ->  D0 pi+                               #
+#            ->  D+ pi0                               #
+#                                                     #
+# with D0 -> K- pi+                                   #
+#      D+ -> K- pi+ pi+                               #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author: Armin Hauke                                 #
+# Created:                  11/Dec/01                 #
+# Mail: hauke@SLAC.STANFORD.EDU                       #
+#######################################################
+#
+
+#
+Alias myantiB0  anti-B0
+Alias myB0  B0
+#
+Alias myD_2*+       D_2*+ 
+Alias myD_2*-       D_2*-  
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+Alias myD+          D+
+Alias myD-          D-
+#
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+0.5000  myD_2*-       e+   nu_e           PHOTOS ISGW2;
+0.5000  myD_2*-       mu+  nu_mu          PHOTOS ISGW2;
+Enddecay
+#
+Decay myantiB0
+0.5000  myD_2*+       e-   anti-nu_e          PHOTOS  ISGW2;
+0.5000  myD_2*+       mu-  anti-nu_mu         PHOTOS  ISGW2;
+Enddecay
+#
+
+
+#
+#   D**
+#
+Decay myD_2*+
+0.5000    myD+  pi0                        TSS;
+0.5000    myD0  pi+                        TSS;
+Enddecay
+Decay myD_2*-
+0.5000    myD-        pi0                   TSS;
+0.5000    myanti-D0   pi-                   TSS;
+Enddecay
+
+
+
+#
+# D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+Decay myD+
+# the Dalitz mode below includes K*bar(892)0 pi+, K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0000   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+Decay myD-
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+1.0000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/B0B0bar_D2strplnu_Dstr0pi.dec b/BaBar_2014/B0B0bar_D2strplnu_Dstr0pi.dec
new file mode 100644
index 0000000..a84ca32
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D2strplnu_Dstr0pi.dec
@@ -0,0 +1,89 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X      anti-B0->   D** l nu            #
+#                                                     #
+# with D**                                            #
+#    D2*+    ->  D*0 pi+                              #
+#                                                     #
+# with D*0 -> D0 pi0                                  #
+#                                                     #
+# with D0 -> K- pi+                                   #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author: Armin Hauke                                 #
+# Created:                  11/Dec/01                 #
+# Mail: hauke@SLAC.STANFORD.EDU                       #
+#######################################################
+#
+
+#
+Alias myantiB0  anti-B0
+Alias myB0  B0
+#
+Alias myD_2*+       D_2*+ 
+Alias myD_2*-       D_2*-  
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+0.5000  myD_2*-       e+   nu_e           PHOTOS ISGW2;
+0.5000  myD_2*-       mu+  nu_mu          PHOTOS ISGW2;
+Enddecay
+#
+Decay myantiB0
+0.5000  myD_2*+       e-   anti-nu_e          PHOTOS  ISGW2;
+0.5000  myD_2*+       mu-  anti-nu_mu         PHOTOS  ISGW2;
+Enddecay
+#
+
+
+#
+#   D**
+#
+Decay myD_2*+
+1.0000    myD*0 pi+                         TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+Decay myD_2*-
+1.0000    myanti-D*0  pi-                   TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+
+
+#
+#   D*
+#
+Decay myD*0
+1.0000    myD0  pi0                        VSS;
+Enddecay
+Decay myanti-D*0
+1.0000    myanti-D0  pi0                   VSS;
+Enddecay
+
+
+#
+# D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/B0B0bar_D2strpluslnu_D0Kpi.dec b/BaBar_2014/B0B0bar_D2strpluslnu_D0Kpi.dec
new file mode 100644
index 0000000..d6051b7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D2strpluslnu_D0Kpi.dec
@@ -0,0 +1,67 @@
+###################################################################
+#                                                                 #
+#  Decay: B0 -> X       anti-B0 -> D_2*+  l- anti-nu_l            #
+#                                    |-> D*+  pi0                 #            
+#                                        |-> D0 pi+               #
+#                                            |-> K- pi+           #
+#                                                                 #
+#                                                                 #  
+#      with l= e or mu                                            #
+#                                                                 #
+#                                       +CC                       #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# Mail: VSHARMA@SLAC.STANFORD.EDU 
+###################################################################
+
+Alias MyB0B      anti-B0
+Alias MyB0       B0
+Alias MyD_2*+    D_2*+
+Alias MyD_2*-    D_2*-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD0       D0 
+Alias MyantiD0   anti-D0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD_2*+    e-  anti-nu_e       PHOTOS ISGW2;
+0.5000   MyD_2*+    mu- anti-nu_mu      PHOTOS ISGW2;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD_2*-   e+  nu_e             PHOTOS ISGW2;
+0.5000   MyD_2*-   mu+ nu_mu            PHOTOS ISGW2;
+Enddecay
+#
+Decay MyD_2*+ 
+1.0000   MyD*+     pi0                 TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*-
+1.0000   MyD*-     pi0                 TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD0      pi+                 VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyantiD0  pi-                 VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-        pi+                 PHSP;
+Enddecay
+#
+Decay MyantiD0
+1.0000   K+        pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D2strpluslnu_Dstr0PDG_D0Kpi.dec b/BaBar_2014/B0B0bar_D2strpluslnu_Dstr0PDG_D0Kpi.dec
new file mode 100644
index 0000000..2765218
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D2strpluslnu_Dstr0PDG_D0Kpi.dec
@@ -0,0 +1,99 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X      anti-B0 -> D_2*+ l nu                 #
+#                                |-> D*0 pi0               #
+#                                    |-> D0 pi0/gamma      #
+#                                        |-> K- pi+        #
+#                                                          #
+# with l = e or mu                                         #
+#                                                          #
+#                                                          #
+#   + CC                                                   #
+#                                                          #
+#                                                          #
+# Author:           Jens Schubert                          #
+# Created:            18/May/2004                          #
+# Mail: jschubi@SLAC.STANFORD.EDU                          #
+############################################################
+#
+#
+Alias myB0          B0
+Alias myanti-B0     anti-B0
+#
+Alias myD_2*+        D_2*+ 
+Alias myD_2*-        D_2*- 
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myanti-B0
+0.5000   myD_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.5000   myD_2*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+Enddecay
+#
+Decay myB0
+0.5000   myD_2*-   e+   nu_e          PHOTOS  ISGW2;
+0.5000   myD_2*-   mu+  nu_mu         PHOTOS  ISGW2;
+Enddecay
+
+
+
+#
+#   D_2*+ / D_2*-
+#
+Decay myD_2*+
+1.0000    myD*0 pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay myD_2*-
+1.0000    myanti-D*0 pi-                   TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+
+
+
+#
+#   D*  -> D0 pi0/gamma
+#
+
+Decay myD*0
+0.6190    myD0  pi0                        VSS;
+0.3810    myD0  gamma                      VSP_PWAVE;
+Enddecay
+Decay myanti-D*0
+0.6190    myanti-D0  pi0                       VSS;
+0.3810    myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DD_exclusive.dec b/BaBar_2014/B0B0bar_DD_exclusive.dec
new file mode 100644
index 0000000..acf807b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DD_exclusive.dec
@@ -0,0 +1,206 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD+   MyD-       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD+   MyD-       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD0    pi-                       VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK_S0 pi+ pi-                   D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   K_S0 pi+  pi0                    D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DK_DmKpipi.dec b/BaBar_2014/B0B0bar_DK_DmKpipi.dec
new file mode 100644
index 0000000..120c5b4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DK_DmKpipi.dec
@@ -0,0 +1,36 @@
+#################################################################
+#                                                               #
+# Decay: B0 -> D- K+ (D- -> K+ pi- pi-)                         #  
+#        anti-B0 -> X;   + cc                                   #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+ChargeConj MyD+ MyD-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD+ K-                           PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD- K+                           PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000  K+ pi- pi-                      D_DALITZ;
+Enddecay
+#
+Decay MyD+
+1.0000  K- pi+ pi+                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DK_Dmkspi.dec b/BaBar_2014/B0B0bar_DK_Dmkspi.dec
new file mode 100644
index 0000000..1bd2f8c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DK_Dmkspi.dec
@@ -0,0 +1,41 @@
+#################################################################
+#                                                               #
+# Decay: B0 -> D- K+ (D- -> Ks pi-)                             #  
+#        anti-B0 -> X;   + cc                                   #
+#                                                               #
+# Author: C.Voena                                               #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+ChargeConj MyD+ MyD-
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD+ K-                           PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD- K+                           PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000 MyKs pi-                         PHSP; 
+Enddecay
+#
+Decay MyD+
+1.0000 MyKs pi+                         PHSP;   
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-                       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DK_Dmpimpi0.dec b/BaBar_2014/B0B0bar_DK_Dmpimpi0.dec
new file mode 100644
index 0000000..fe5db61
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DK_Dmpimpi0.dec
@@ -0,0 +1,36 @@
+#################################################################
+#                                                               #
+# Decay: B0 -> D- K+ (D- -> pi- pi0)                            #  
+#        anti-B0 -> X;   + cc                                   #
+#                                                               #
+# Author: Zhitang Yu                                            #
+# Date:                    01/09/2004                           #
+#################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+ChargeConj MyD+ MyD-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD+ K-                           PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD- K+                           PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000  pi- pi0                         PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000  pi+ pi0                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DKstar.dec b/BaBar_2014/B0B0bar_DKstar.dec
new file mode 100644
index 0000000..e34f718
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DKstar.dec
@@ -0,0 +1,70 @@
+####################################################
+# Decay: B0 -> D-              K*+, anti-B0 -> X   #
+#              |-> K+ pi- pi-   |-> KS pi+         #
+#                  Ks pi-       |-> K+ pi0         #
+#                                                  #
+# + cc                                             #
+#                                                  #
+#                                                  #
+# Stephen Levy                                     #
+# August 15, 2002                                  #
+#                                                  #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyK*+ MyD-                       SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyK*- MyD+                       SVS;
+Enddecay
+#
+Decay MyD-
+0.905  K+ pi- pi-                      D_DALITZ;
+0.095  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.905  K- pi+ pi+                      D_DALITZ;
+0.095  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyK*+
+0.5784      MyKs  pi+                      VSS;
+0.4216      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+0.5784      MyKs   pi-                     VSS;
+0.4216      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_D_1pa1m_DstarD0pi.dec b/BaBar_2014/B0B0bar_D_1pa1m_DstarD0pi.dec
new file mode 100644
index 0000000..ed415ea
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_1pa1m_DstarD0pi.dec
@@ -0,0 +1,50 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_1+ a1- decay.dec            #
+#                                                  #
+# Decay:     B0b -> D_1+ a1-, B0 -> X    +c.c.     #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  18 jun 01 Fabrizio Salvatore  (IHB AWG)         #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_1+ D_1+
+Alias MyD_1- D_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_1- a_1+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_1+ a_1- 			  PHSP;
+Enddecay
+#
+Decay MyD_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_D_1ppim_DstarD0pi.dec b/BaBar_2014/B0B0bar_D_1ppim_DstarD0pi.dec
new file mode 100644
index 0000000..1a9f27c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_1ppim_DstarD0pi.dec
@@ -0,0 +1,50 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_1+ pi- decay.dec            #
+#                                                  #
+# Decay:     B0b -> D_1+ pi-, B0 -> X      +c.c.   #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_1+ D_1+
+Alias MyD_1- D_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_1- pi+ 			  SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_1+ pi- 			  SVS;
+Enddecay
+#
+Decay MyD_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi.dec b/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi.dec
new file mode 100644
index 0000000..09681fb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi.dec
@@ -0,0 +1,50 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_1+ rho- decay.dec           #
+#                                                  #
+# Decay:     B0b -> D_1+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_1+ D_1+
+Alias MyD_1- D_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_1- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_1+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi_D0K3pi.dec b/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi_D0K3pi.dec
new file mode 100644
index 0000000..c7931e3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi_D0K3pi.dec
@@ -0,0 +1,59 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_1+ rho- decay.dec           #
+#                                                  #
+# Decay:     B0b -> D_1+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_1+ D_1+
+Alias MyD_1- D_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0       D0
+Alias Myanti-D0   anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_1- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_1+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00    K+ pi- pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.00    K- pi+ pi- pi+                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi_D0Kpi.dec b/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi_D0Kpi.dec
new file mode 100644
index 0000000..c6942ab
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi_D0Kpi.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_1+ rho- decay.dec           #
+#                                                  #
+# Decay:     B0b -> D_1+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_1+ D_1+
+Alias MyD_1- D_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0       D0
+Alias Myanti-D0   anti-D0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_1- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_1+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi_D0Kpipi0.dec b/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..7646499
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_1prhom_DstarD0pi_D0Kpipi0.dec
@@ -0,0 +1,59 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_1+ rho- decay.dec           #
+#                                                  #
+# Decay:     B0b -> D_1+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_1+ D_1+
+Alias MyD_1- D_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0        D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_1- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_1+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D_2starpa1m_DstarD0pi.dec b/BaBar_2014/B0B0bar_D_2starpa1m_DstarD0pi.dec
new file mode 100644
index 0000000..0024c56
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_2starpa1m_DstarD0pi.dec
@@ -0,0 +1,50 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_2*+ a1- decay.dec           #
+#                                                  #
+# Decay:    B0b -> D_2*+ a1-, B0 -> X    +c.c.     #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  18 jun 01 Fabrizio Salvatore  (IHB AWG)         #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_2*+ D_2*+
+Alias MyD_2*- D_2*-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_2*- a_1+	PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_2*+ a_1-	PHSP;
+Enddecay
+#
+Decay MyD_2*+
+0.1030    MyD*+ pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*-
+0.1030    MyD*- pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_D_2starppim_DstarD0pi.dec b/BaBar_2014/B0B0bar_D_2starppim_DstarD0pi.dec
new file mode 100644
index 0000000..b04c223
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_2starppim_DstarD0pi.dec
@@ -0,0 +1,50 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_2*+ pi- decay.dec           #
+#                                                  #
+# Decay:    B0b -> D_2*+ pi-, B0 -> X      +c.c.   #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_2*+ D_2*+
+Alias MyD_2*- D_2*-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_2*- pi+ 			  STS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_2*+ pi- 			  STS;
+Enddecay
+#
+Decay MyD_2*+
+0.1030    MyD*+ pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*-
+0.1030    MyD*- pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi.dec b/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi.dec
new file mode 100644
index 0000000..f9b28a5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi.dec
@@ -0,0 +1,50 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_2*+ rho- decay.dec          #
+#                                                  #
+# Decay:    B0b -> D_2*+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_2*+ D_2*+
+Alias MyD_2*- D_2*-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_2*- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_2*+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_2*+
+0.1030    MyD*+ pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*-
+0.1030    MyD*- pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi_D0K3pi.dec b/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi_D0K3pi.dec
new file mode 100644
index 0000000..1a990f9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi_D0K3pi.dec
@@ -0,0 +1,59 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_2*+ rho- decay.dec          #
+#                                                  #
+# Decay:    B0b -> D_2*+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_2*+ D_2*+
+Alias MyD_2*- D_2*-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0         D0
+Alias Myanti-D0     anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_2*- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_2*+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_2*+
+0.1030    MyD*+ pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*-
+0.1030    MyD*- pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00    K+ pi- pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.00    K- pi+ pi- pi+                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi_D0Kpi.dec b/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi_D0Kpi.dec
new file mode 100644
index 0000000..e5ae857
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi_D0Kpi.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_2*+ rho- decay.dec          #
+#                                                  #
+# Decay:    B0b -> D_2*+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_2*+ D_2*+
+Alias MyD_2*- D_2*-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0       D0
+Alias Myanti-D0   anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_2*- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_2*+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_2*+
+0.1030    MyD*+ pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*-
+0.1030    MyD*- pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi_D0Kpipi0.dec b/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..0d1c0c0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_2starprhom_DstarD0pi_D0Kpipi0.dec
@@ -0,0 +1,59 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D_2*+ rho- decay.dec          #
+#                                                  #
+# Decay:    B0b -> D_2*+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD_2*+ D_2*+
+Alias MyD_2*- D_2*-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0        D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_2*- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_2*+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_2*+
+0.1030    MyD*+ pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*-
+0.1030    MyD*- pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Ks0KKpipi.dec b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Ks0KKpipi.dec
new file mode 100644
index 0000000..070a86d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Ks0KKpipi.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD-_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Ks0KKspi.dec b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Ks0KKspi.dec
new file mode 100644
index 0000000..e998e42
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Ks0KKspi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD-_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Kstar0KKpipi.dec b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Kstar0KKpipi.dec
new file mode 100644
index 0000000..e8dce68
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Kstar0KKpipi.dec
@@ -0,0 +1,141 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD-_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Kstar0KKspi.dec b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Kstar0KKspi.dec
new file mode 100644
index 0000000..b9f152a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_Kstar0KKspi.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD-_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_phipiKpipi.dec b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_phipiKpipi.dec
new file mode 100644
index 0000000..f8df8d2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_phipiKpipi.dec
@@ -0,0 +1,137 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD-_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_phipiKspi.dec b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_phipiKspi.dec
new file mode 100644
index 0000000..04a677a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDch_D_sgDch_phipiKspi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD-_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi.dec
new file mode 100644
index 0000000..df610b6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_001.dec
new file mode 100644
index 0000000..12c0870
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_001.dec
@@ -0,0 +1,178 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_010.dec
new file mode 100644
index 0000000..8473bf0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_010.dec
@@ -0,0 +1,178 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_100.dec
new file mode 100644
index 0000000..4003e87
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_100.dec
@@ -0,0 +1,178 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_phsp.dec
new file mode 100644
index 0000000..804bc9b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pi_phsp.dec
@@ -0,0 +1,178 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim001.dec
new file mode 100644
index 0000000..12c0870
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim001.dec
@@ -0,0 +1,178 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim010.dec
new file mode 100644
index 0000000..8473bf0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim010.dec
@@ -0,0 +1,178 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim100.dec
new file mode 100644
index 0000000..4003e87
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KK3pim100.dec
@@ -0,0 +1,178 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi.dec
new file mode 100644
index 0000000..025c29f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_001.dec
new file mode 100644
index 0000000..aea947f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_001.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_010.dec
new file mode 100644
index 0000000..9b8903a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_010.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_100.dec
new file mode 100644
index 0000000..7f02a71
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_100.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_phsp.dec
new file mode 100644
index 0000000..c185d3c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpi_phsp.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim001.dec
new file mode 100644
index 0000000..aea947f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim001.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim010.dec
new file mode 100644
index 0000000..9b8903a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim010.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim100.dec
new file mode 100644
index 0000000..7f02a71
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpim100.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0.dec
new file mode 100644
index 0000000..a716968
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_001.dec
new file mode 100644
index 0000000..8568345
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_001.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_010.dec
new file mode 100644
index 0000000..1689428
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_010.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_100.dec
new file mode 100644
index 0000000..b4682de
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_100.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_phsp.dec
new file mode 100644
index 0000000..dc93cf1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0_phsp.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m001.dec
new file mode 100644
index 0000000..8568345
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m001.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m010.dec
new file mode 100644
index 0000000..1689428
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m010.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m100.dec
new file mode 100644
index 0000000..b4682de
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKpipi0m100.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi.dec
new file mode 100644
index 0000000..4a9dbae
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_001.dec
new file mode 100644
index 0000000..bd81bcc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_001.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_010.dec
new file mode 100644
index 0000000..1d269bf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_010.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_100.dec
new file mode 100644
index 0000000..7b750d6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_100.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_phsp.dec
new file mode 100644
index 0000000..2f35d95
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipi_phsp.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipim001.dec
new file mode 100644
index 0000000..bd81bcc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipim001.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipim010.dec
new file mode 100644
index 0000000..1d269bf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipim010.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipim100.dec
new file mode 100644
index 0000000..7b750d6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Ks0KKspipim100.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi.dec
new file mode 100644
index 0000000..304d502
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_001.dec
new file mode 100644
index 0000000..ceb4d17
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_001.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_010.dec
new file mode 100644
index 0000000..2f60258
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_010.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_100.dec
new file mode 100644
index 0000000..f1aa7fd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_100.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_phsp.dec
new file mode 100644
index 0000000..ec42944
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pi_phsp.dec
@@ -0,0 +1,172 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pim001.dec
new file mode 100644
index 0000000..f01e646
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pim001.dec
@@ -0,0 +1,172 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pim010.dec
new file mode 100644
index 0000000..ce4065c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pim010.dec
@@ -0,0 +1,172 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pim100.dec
new file mode 100644
index 0000000..dfad478
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KK3pim100.dec
@@ -0,0 +1,172 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi.dec
new file mode 100644
index 0000000..fb7469b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_001.dec
new file mode 100644
index 0000000..4196a88
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_001.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_010.dec
new file mode 100644
index 0000000..1d349f7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_010.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_100.dec
new file mode 100644
index 0000000..357c66d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_100.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_phsp.dec
new file mode 100644
index 0000000..78833aa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpi_phsp.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpim001.dec
new file mode 100644
index 0000000..434d713
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpim001.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpim010.dec
new file mode 100644
index 0000000..1055ef8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpim010.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpim100.dec
new file mode 100644
index 0000000..ea3ac3e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpim100.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0.dec
new file mode 100644
index 0000000..8bbc88f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_001.dec
new file mode 100644
index 0000000..4c6c9ca
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_001.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_010.dec
new file mode 100644
index 0000000..a78d467
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_010.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_100.dec
new file mode 100644
index 0000000..660f206
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_100.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_phsp.dec
new file mode 100644
index 0000000..63e2430
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0_phsp.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0m001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0m001.dec
new file mode 100644
index 0000000..0e7d64f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0m001.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0m010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0m010.dec
new file mode 100644
index 0000000..27c4981
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0m010.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0m100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0m100.dec
new file mode 100644
index 0000000..c477720
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKpipi0m100.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi.dec
new file mode 100644
index 0000000..7313b40
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_001.dec
new file mode 100644
index 0000000..de1c7d6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_001.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_010.dec
new file mode 100644
index 0000000..22c27c4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_010.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_100.dec
new file mode 100644
index 0000000..3363951
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_100.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_phsp.dec
new file mode 100644
index 0000000..8988b03
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipi_phsp.dec
@@ -0,0 +1,158 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipim001.dec
new file mode 100644
index 0000000..e914d88
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipim001.dec
@@ -0,0 +1,158 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipim010.dec
new file mode 100644
index 0000000..75d8e18
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipim010.dec
@@ -0,0 +1,158 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipim100.dec
new file mode 100644
index 0000000..3923a1c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_Kstar0KKspipim100.dec
@@ -0,0 +1,158 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi.dec
new file mode 100644
index 0000000..aa66cf9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi.dec
@@ -0,0 +1,169 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_001.dec
new file mode 100644
index 0000000..c8e98b5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_001.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_010.dec
new file mode 100644
index 0000000..66e8f13
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_010.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_100.dec
new file mode 100644
index 0000000..fe37dc6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_100.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_phsp.dec
new file mode 100644
index 0000000..73a4cf2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pi_phsp.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pim001.dec
new file mode 100644
index 0000000..c8e98b5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pim001.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pim010.dec
new file mode 100644
index 0000000..66e8f13
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pim010.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pim100.dec
new file mode 100644
index 0000000..fe37dc6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiK3pim100.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi.dec
new file mode 100644
index 0000000..3c306f5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_001.dec
new file mode 100644
index 0000000..6aec097
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_001.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_010.dec
new file mode 100644
index 0000000..5ba11aa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_010.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_100.dec
new file mode 100644
index 0000000..8873d08
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_100.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_phsp.dec
new file mode 100644
index 0000000..bc4dd68
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpi_phsp.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpim001.dec
new file mode 100644
index 0000000..6aec097
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpim001.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpim010.dec
new file mode 100644
index 0000000..5ba11aa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpim010.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpim100.dec
new file mode 100644
index 0000000..8873d08
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpim100.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0.dec
new file mode 100644
index 0000000..cc9f034
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_001.dec
new file mode 100644
index 0000000..67dc547
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_001.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_010.dec
new file mode 100644
index 0000000..5ef8799
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_010.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_100.dec
new file mode 100644
index 0000000..c94814b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_100.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_phsp.dec
new file mode 100644
index 0000000..0c0ba17
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0_phsp.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0m001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0m001.dec
new file mode 100644
index 0000000..67dc547
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0m001.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0m010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0m010.dec
new file mode 100644
index 0000000..5ef8799
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0m010.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0m100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0m100.dec
new file mode 100644
index 0000000..c94814b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKpipi0m100.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi.dec
new file mode 100644
index 0000000..7b99479
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_001.dec
new file mode 100644
index 0000000..b950260
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_001.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_010.dec
new file mode 100644
index 0000000..38382b7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_010.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_100.dec
new file mode 100644
index 0000000..4d770d7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_100.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_phsp.dec
new file mode 100644
index 0000000..ab9b088
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipi_phsp.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipim001.dec
new file mode 100644
index 0000000..b950260
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipim001.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipim010.dec
new file mode 100644
index 0000000..38382b7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipim010.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipim100.dec
new file mode 100644
index 0000000..4d770d7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgD0pi_phipiKspipim100.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi.dec
new file mode 100644
index 0000000..be6282d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_001.dec
new file mode 100644
index 0000000..aa6398a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_001.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_010.dec
new file mode 100644
index 0000000..aeab1c1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_010.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_100.dec
new file mode 100644
index 0000000..45f113c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_100.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_phsp.dec
new file mode 100644
index 0000000..2051fd9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipi_phsp.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipim001.dec
new file mode 100644
index 0000000..aa6398a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipim001.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipim010.dec
new file mode 100644
index 0000000..aeab1c1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipim010.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipim100.dec
new file mode 100644
index 0000000..45f113c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKpipim100.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi.dec
new file mode 100644
index 0000000..8fd5f2b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi.dec
@@ -0,0 +1,156 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_001.dec
new file mode 100644
index 0000000..f235323
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_001.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_010.dec
new file mode 100644
index 0000000..fb37ea6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_010.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_100.dec
new file mode 100644
index 0000000..a63f08c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_100.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_phsp.dec
new file mode 100644
index 0000000..69453da
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspi_phsp.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspim001.dec
new file mode 100644
index 0000000..f235323
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspim001.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspim010.dec
new file mode 100644
index 0000000..fb37ea6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspim010.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspim100.dec
new file mode 100644
index 0000000..a63f08c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Ks0KKspim100.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi.dec
new file mode 100644
index 0000000..6c5f9f3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_001.dec
new file mode 100644
index 0000000..f524b1c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_001.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_010.dec
new file mode 100644
index 0000000..02ee44b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_010.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_100.dec
new file mode 100644
index 0000000..4981bfe
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_100.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_phsp.dec
new file mode 100644
index 0000000..69e20f6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipi_phsp.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipim001.dec
new file mode 100644
index 0000000..e4cfd2b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipim001.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipim010.dec
new file mode 100644
index 0000000..803b7c5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipim010.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipim100.dec
new file mode 100644
index 0000000..ca8f146
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKpipim100.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi.dec
new file mode 100644
index 0000000..cae68d2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_001.dec
new file mode 100644
index 0000000..295c8de
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_001.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_010.dec
new file mode 100644
index 0000000..0b7fafa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_010.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_100.dec
new file mode 100644
index 0000000..0a0d4d3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_100.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_phsp.dec
new file mode 100644
index 0000000..68b322e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspi_phsp.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspim001.dec
new file mode 100644
index 0000000..56a3e6e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspim001.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspim010.dec
new file mode 100644
index 0000000..11719c5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspim010.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspim100.dec
new file mode 100644
index 0000000..9ba66e1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_Kstar0KKspim100.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi.dec
new file mode 100644
index 0000000..d36b7e3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_001.dec
new file mode 100644
index 0000000..e8f0038
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_001.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_010.dec
new file mode 100644
index 0000000..aa9e61c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_010.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_100.dec
new file mode 100644
index 0000000..bc42564
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_100.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_phsp.dec
new file mode 100644
index 0000000..d1d6799
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipi_phsp.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipim001.dec
new file mode 100644
index 0000000..e8f0038
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipim001.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipim010.dec
new file mode 100644
index 0000000..aa9e61c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipim010.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipim100.dec
new file mode 100644
index 0000000..bc42564
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKpipim100.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi.dec
new file mode 100644
index 0000000..9c7953b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi.dec
@@ -0,0 +1,156 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_001.dec
new file mode 100644
index 0000000..15ffc5b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_001.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_010.dec
new file mode 100644
index 0000000..8693870
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_010.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_100.dec
new file mode 100644
index 0000000..4616e3e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_100.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_phsp.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_phsp.dec
new file mode 100644
index 0000000..4b272e0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspi_phsp.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspim001.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspim001.dec
new file mode 100644
index 0000000..15ffc5b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspim001.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspim010.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspim010.dec
new file mode 100644
index 0000000..8693870
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspim010.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspim100.dec b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspim100.dec
new file mode 100644
index 0000000..4616e3e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_D_sstarDstar_D_sgDchpi0_phipiKspim100.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD_s*+_1   MyD*-_2          SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DcKsPi.dec b/BaBar_2014/B0B0bar_DcKsPi.dec
new file mode 100755
index 0000000..87e43a2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DcKsPi.dec
@@ -0,0 +1,68 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0(bar) --> D-+ Ks pi+-                                #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0 
+Alias MyD-       D-
+Alias MyD+       D+
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.20698 MyB0  anti-B0                  VSS_MIX dm;
+  0.20698 Myanti-B0  B0                  VSS_MIX dm;
+  0.04301 Myanti-B0 anti-B0              VSS_MIX dm;
+  0.04301 MyB0  B0                       VSS_MIX dm;
+Enddecay
+
+
+###################################################
+# B0(bar) --> D-+ Ks pi+-
+###################################################
+
+Decay MyB0
+  0.00010   MyD-     MyKs     pi+        PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.00010   MyD+     MyKs     pi-        PHSP;
+Enddecay
+
+
+###################################################
+# Further decays
+###################################################
+
+Decay MyD-
+  0.901  K+ pi- pi-             D_DALITZ;
+  0.099  MyKs pi-               PHSP;
+Enddecay
+
+Decay MyD+
+  0.901  K- pi+ pi+             D_DALITZ;
+  0.099  MyKs pi+               PHSP;
+Enddecay
+
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DchD_sch_KpipiK0K.dec b/BaBar_2014/B0B0bar_DchD_sch_KpipiK0K.dec
new file mode 100644
index 0000000..4ab0849
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchD_sch_KpipiK0K.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000 MyD-_1 MyD_s+_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchD_sch_KpipiKstar0K.dec b/BaBar_2014/B0B0bar_DchD_sch_KpipiKstar0K.dec
new file mode 100644
index 0000000..807d5fe
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchD_sch_KpipiKstar0K.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000 MyD-_1 MyD_s+_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchD_sch_Kpipiphipi.dec b/BaBar_2014/B0B0bar_DchD_sch_Kpipiphipi.dec
new file mode 100644
index 0000000..50c50d9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchD_sch_Kpipiphipi.dec
@@ -0,0 +1,130 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000 MyD-_1 MyD_s+_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchD_sch_KspiK0K.dec b/BaBar_2014/B0B0bar_DchD_sch_KspiK0K.dec
new file mode 100644
index 0000000..9416d7f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchD_sch_KspiK0K.dec
@@ -0,0 +1,142 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000 MyD-_1 MyD_s+_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchD_sch_KspiKstar0K.dec b/BaBar_2014/B0B0bar_DchD_sch_KspiKstar0K.dec
new file mode 100644
index 0000000..526adf6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchD_sch_KspiKstar0K.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000 MyD-_1 MyD_s+_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchD_sch_Kspiphipi.dec b/BaBar_2014/B0B0bar_DchD_sch_Kspiphipi.dec
new file mode 100644
index 0000000..3426d5d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchD_sch_Kspiphipi.dec
@@ -0,0 +1,142 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000 MyD-_1 MyD_s+_2          PHSP ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchDch_KKpiKKpi.dec b/BaBar_2014/B0B0bar_DchDch_KKpiKKpi.dec
new file mode 100644
index 0000000..dbc9683
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchDch_KKpiKKpi.dec
@@ -0,0 +1,100 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Myphi Myphi
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+
+#
+#
+
+Decay MyB0
+0.5000   MyD+   MyD-       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay 
+#
+
+CDecay Myanti-B0
+#
+
+Decay MyD-
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+
+CDecay MyD+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+
+CDecay Myanti-K*0
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_DchDch_KpipiKKpi.dec b/BaBar_2014/B0B0bar_DchDch_KpipiKKpi.dec
new file mode 100644
index 0000000..e22533a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchDch_KpipiKKpi.dec
@@ -0,0 +1,112 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD+_1 MyD-_2
+ChargeConj MyD+_2 MyD-_1
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Myphi Myphi
+#
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+
+Decay MyB0
+0.5000   MyD+_1   MyD-_1       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+0.5000   MyD+_2   MyD-_2       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay 
+#
+
+CDecay Myanti-B0
+#
+
+Decay MyD-_1
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+
+Decay MyD+_1
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+
+CDecay MyD+_2
+
+CDecay MyD-_2
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+
+CDecay Myanti-K*0
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchDch_KpipiKpipi.dec b/BaBar_2014/B0B0bar_DchDch_KpipiKpipi.dec
new file mode 100644
index 0000000..94b37c2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchDch_KpipiKpipi.dec
@@ -0,0 +1,129 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD+_2   MyD-_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchDch_KpipiKspi.dec b/BaBar_2014/B0B0bar_DchDch_KpipiKspi.dec
new file mode 100644
index 0000000..c7e21ae
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchDch_KpipiKspi.dec
@@ -0,0 +1,141 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD+_2   MyD-_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchDch_KpipiKspipi0.dec b/BaBar_2014/B0B0bar_DchDch_KpipiKspipi0.dec
new file mode 100644
index 0000000..3d90aaa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchDch_KpipiKspipi0.dec
@@ -0,0 +1,108 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_S0    K_S0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD+_1 MyD-_2
+ChargeConj MyD+_2 MyD-_1
+ChargeConj MyK0 Myanti-K0
+#
+#
+
+Decay MyB0
+0.5000   MyD+_1   MyD-_1       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+0.5000   MyD+_2   MyD-_2       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay 
+#
+
+CDecay Myanti-B0
+#
+
+Decay MyD-_1
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+
+Decay MyD+_1
+1.0000   Myanti-K0 pi+ pi0                D_DALITZ;
+Enddecay
+
+CDecay MyD+_2
+
+CDecay MyD-_2
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/B0B0bar_DchDch_KspiKKpi.dec b/BaBar_2014/B0B0bar_DchDch_KspiKKpi.dec
new file mode 100644
index 0000000..3d3a71e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchDch_KspiKKpi.dec
@@ -0,0 +1,121 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_S0    K_S0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD+_1 MyD-_2
+ChargeConj MyD+_2 MyD-_1
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK_S0 MyK_S0
+ChargeConj Myphi Myphi
+#
+#
+
+Decay MyB0
+0.5000   MyD+_1   MyD-_1       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+0.5000   MyD+_2   MyD-_2       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay 
+#
+
+CDecay Myanti-B0
+#
+
+Decay MyD-_1
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+
+CDecay MyD+_2
+
+CDecay MyD-_2
+
+
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+
+CDecay Myanti-K*0
+
+End
diff --git a/BaBar_2014/B0B0bar_DchDch_KspiKspi.dec b/BaBar_2014/B0B0bar_DchDch_KspiKspi.dec
new file mode 100644
index 0000000..fc0e900
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchDch_KspiKspi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD+_2   MyD-_1      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchDch_KspiKspipi0.dec b/BaBar_2014/B0B0bar_DchDch_KspiKspipi0.dec
new file mode 100644
index 0000000..3addb0f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchDch_KspiKspipi0.dec
@@ -0,0 +1,120 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_S0    K_S0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD+_1 MyD-_2
+ChargeConj MyD+_2 MyD-_1
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK*0 Myanti-K*0
+#
+#
+
+Decay MyB0
+0.5000   MyD+_1   MyD-_1       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+0.5000   MyD+_2   MyD-_2       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay 
+#
+
+CDecay Myanti-B0
+#
+
+Decay MyD-_1
+1.0000   MyK0 pi- pi0                         D_DALITZ;
+Enddecay
+
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+
+CDecay MyD+_2
+
+CDecay MyD-_2
+
+
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+
+CDecay Myanti-K*0
+
+End
diff --git a/BaBar_2014/B0B0bar_DchDch_Kspipi0KKpi.dec b/BaBar_2014/B0B0bar_DchDch_Kspipi0KKpi.dec
new file mode 100644
index 0000000..12d6d3f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchDch_Kspipi0KKpi.dec
@@ -0,0 +1,122 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_S0    K_S0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD+_1 MyD-_2
+ChargeConj MyD+_2 MyD-_1
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK*0 Myanti-K*0
+#
+#
+
+Decay MyB0
+0.5000   MyD+_1   MyD-_1       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+0.5000   MyD+_2   MyD-_2       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay 
+#
+
+CDecay Myanti-B0
+#
+
+Decay MyD-_1
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+
+Decay MyD+_1
+1.0000   Myanti-K0 pi+ pi0                D_DALITZ;
+Enddecay
+
+CDecay MyD+_2
+
+CDecay MyD-_2
+
+
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+
+CDecay Myanti-K*0
+
+End
diff --git a/BaBar_2014/B0B0bar_DchDch_Kspipi0Kspipi0.dec b/BaBar_2014/B0B0bar_DchDch_Kspipi0Kspipi0.dec
new file mode 100644
index 0000000..d5648ef
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchDch_Kspipi0Kspipi0.dec
@@ -0,0 +1,99 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_S0    K_S0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD+ MyD-
+ChargeConj MyK0 Myanti-K0
+#
+#
+
+Decay MyB0
+0.5000   MyD+   MyD-       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay 
+#
+
+CDecay Myanti-B0
+#
+
+Decay MyD+
+1.0000   Myanti-K0 pi+ pi0                D_DALITZ;
+Enddecay
+#
+
+CDecay MyD-
+
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DchK2pi_D0K3pi_K.dec b/BaBar_2014/B0B0bar_DchK2pi_D0K3pi_K.dec
new file mode 100644
index 0000000..77ede92
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchK2pi_D0K3pi_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD0k3pi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DchK2pi_D0Kpi_K.dec b/BaBar_2014/B0B0bar_DchK2pi_D0Kpi_K.dec
new file mode 100644
index 0000000..5256f1e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchK2pi_D0Kpi_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD0kpi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DchK2pi_D0Kpipi0_K.dec b/BaBar_2014/B0B0bar_DchK2pi_D0Kpipi0_K.dec
new file mode 100644
index 0000000..e3da7f4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchK2pi_D0Kpipi0_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD0kpipi0  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DchK2pi_DchK2pi_K0S.dec b/BaBar_2014/B0B0bar_DchK2pi_DchK2pi_K0S.dec
new file mode 100644
index 0000000..612a564
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchK2pi_DchK2pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD+  MyD-  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DchK2pi_Dstar0K3pi_K.dec b/BaBar_2014/B0B0bar_DchK2pi_Dstar0K3pi_K.dec
new file mode 100644
index 0000000..c8987f4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchK2pi_Dstar0K3pi_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD*0k3pi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DchK2pi_Dstar0Kpi_K.dec b/BaBar_2014/B0B0bar_DchK2pi_Dstar0Kpi_K.dec
new file mode 100644
index 0000000..c037408
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchK2pi_Dstar0Kpi_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD*0kpi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DchK2pi_Dstar0Kpipi0_K.dec b/BaBar_2014/B0B0bar_DchK2pi_Dstar0Kpipi0_K.dec
new file mode 100644
index 0000000..64d879d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DchK2pi_Dstar0Kpipi0_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD*0kpipi0  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Denubar_DmKspi.dec b/BaBar_2014/B0B0bar_Denubar_DmKspi.dec
new file mode 100644
index 0000000..260a870
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Denubar_DmKspi.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# Decay: B0 -> X 	anti-B0->D+ l- anti-nu_l  #
+#                                |-> K0s pi+    #
+#	l = e or mu 				  #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD+     e-   anti-nu_e          ISGW2;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD-     e+   nu_e               ISGW2;
+Enddecay
+#
+Decay MyD+
+1.0000   MyKs  pi+                        PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   MyKs  pi-                        PHSP;
+Enddecay#
+
+Decay MyKs
+1.0000  pi+    pi-                        PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Dlnu.dec b/BaBar_2014/B0B0bar_Dlnu.dec
new file mode 100644
index 0000000..daf201f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dlnu.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# Decay: B0 -> X 	anti-B0->D+ l- anti-nu_l  #
+#                                |-> K- pi+ pi+   #
+#	l = e or mu 				  #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Mail: SCHUNEM@SLAC.STANFORD.EDU
+# Created:                  09/Feb/99             #
+###################################################
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD+ D+
+Alias MyD- D-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0B
+0.5000   MyD+     e-   anti-nu_e          PHOTOS  ISGW2;
+0.5000   MyD+     mu-   anti-nu_mu        PHOTOS    ISGW2;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD-     e+   nu_e           PHOTOS  ISGW2;
+0.5000   MyD-     mu+  nu_mu          PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyD+
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0910   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD-
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay#
+End
diff --git a/BaBar_2014/B0B0bar_DmKspip_Kpipi.dec b/BaBar_2014/B0B0bar_DmKspip_Kpipi.dec
new file mode 100644
index 0000000..27460ce
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DmKspip_Kpipi.dec
@@ -0,0 +1,55 @@
+####################################################
+# Exclusive B0 -> D- Ks pi+ decay                  #
+# Decay: B0 -> D-              K_S0   pi+          #
+#              |-> K+ pi- pi-   |                  #
+#                               |-> pi+ pi-        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 29th January 2002                                #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD- D-
+Alias MyD+ D+
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyD- MyK_S0 pi+                  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD+ MyK_S0 pi-                  PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000 K+ pi- pi-                       PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000 K- pi+ pi+                       PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DmKspip_Kspi.dec b/BaBar_2014/B0B0bar_DmKspip_Kspi.dec
new file mode 100644
index 0000000..c18f52b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DmKspip_Kspi.dec
@@ -0,0 +1,55 @@
+####################################################
+# Exclusive B0 -> D- Ks pi+ decay                  #
+# Decay: B0 -> D-              K_S0   pi+          #
+#              |-> K_S0 pi-     |                  #
+#                   |           |-> pi+ pi-        #
+#                   |-> pi+ pi-                    #
+# + cc                                             #
+#                                                  #
+# 29th January 2002                                #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD- D-
+Alias MyD+ D+
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyD- MyK_S0 pi+                  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD+ MyK_S0 pi-                  PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000 K_S0 pi-                         PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000 K_S0 pi+                         PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DmKspip_Kspipi0.dec b/BaBar_2014/B0B0bar_DmKspip_Kspipi0.dec
new file mode 100644
index 0000000..4dbc2c4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DmKspip_Kspipi0.dec
@@ -0,0 +1,55 @@
+####################################################
+# Exclusive B0 -> D- Ks pi+ decay                  #
+# Decay: B0 -> D-              K_S0   pi+          #
+#              |-> Ks pi pi0    |                  #
+#                  |-> pi+ pi-  |-> pi+ pi-        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 11th December 2001                               #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD- D-
+Alias MyD+ D+
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyD- MyK_S0 pi+                  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD+ MyK_S0 pi-                  PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000 K_S0 pi- pi0                     PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000 K_S0 pi+ pi0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DminusK2pi_D0K3pi_Kplus.dec b/BaBar_2014/B0B0bar_DminusK2pi_D0K3pi_Kplus.dec
new file mode 100644
index 0000000..654cda3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DminusK2pi_D0K3pi_Kplus.dec
@@ -0,0 +1,142 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D-D0K+  anti-B0->anything              #
+#              D-->K+pi-pi-                           #
+#              D0->K-pi+pi-pi+                        #
+#                                                     #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/February/2000          #
+# Modified:                 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  MyD*0B 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD0k3pi   K+                  PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+End
diff --git a/BaBar_2014/B0B0bar_DminusK2pi_D0Kpi_Kplus.dec b/BaBar_2014/B0B0bar_DminusK2pi_D0Kpi_Kplus.dec
new file mode 100644
index 0000000..d53043d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DminusK2pi_D0Kpi_Kplus.dec
@@ -0,0 +1,142 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D-D0K+  anti-B0->anything              #
+#              D-->K+pi-pi-                           #
+#              D0->K-pi+                              #
+#                                                     #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/February/2000          #
+# Modified:                 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  MyD*0B 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD0kpi   K+                  PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+End
diff --git a/BaBar_2014/B0B0bar_DminusK2pi_D0Kpipi0_Kplus.dec b/BaBar_2014/B0B0bar_DminusK2pi_D0Kpipi0_Kplus.dec
new file mode 100644
index 0000000..1ac7b5d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DminusK2pi_D0Kpipi0_Kplus.dec
@@ -0,0 +1,142 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D-D0K+  anti-B0->anything              #
+#              D-->K+pi-pi-                           #
+#              D0->K-pi+pi0                           #
+#                                                     #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/February/2000          #
+# Modified:                 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  MyD*0B 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD0kpipi0   K+                  PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+End
diff --git a/BaBar_2014/B0B0bar_DminusK2pi_DplusK2pi_K0S.dec b/BaBar_2014/B0B0bar_DminusK2pi_DplusK2pi_K0S.dec
new file mode 100644
index 0000000..818eb51
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DminusK2pi_DplusK2pi_K0S.dec
@@ -0,0 +1,149 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D-D+K0s anti-B0->X                     #
+#              D-->K+pi-pi-                           #
+#              D+->K-pi+pi+                           #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:                 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  MyD*0B 
+ChargeConj MyD*0kpi  MyD*0Bkpi 
+ChargeConj MyD*0k3pi  MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0  MyD*0Bkpipi0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD+   myKs              PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DminusK2pi_Dstar0K3pi_Kplus.dec b/BaBar_2014/B0B0bar_DminusK2pi_Dstar0K3pi_Kplus.dec
new file mode 100644
index 0000000..9126787
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DminusK2pi_Dstar0K3pi_Kplus.dec
@@ -0,0 +1,175 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D-D*0K+ anti-B0->X                     #
+#              D-->K+pi-pi-                           #
+#              D*0>D0pi0, D0gamma                     #
+#              D0->K3pi                               # 
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/02/2001                #
+# Modified:                 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  MyD*0B 
+ChargeConj MyD*0kpi  MyD*0Bkpi 
+ChargeConj MyD*0k3pi  MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0  MyD*0Bkpipi0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD*0k3pi  K+                PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DminusK2pi_Dstar0Kpi_Kplus.dec b/BaBar_2014/B0B0bar_DminusK2pi_Dstar0Kpi_Kplus.dec
new file mode 100644
index 0000000..1c75fe4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DminusK2pi_Dstar0Kpi_Kplus.dec
@@ -0,0 +1,175 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D-D*0K+ anti-B0->X                     #
+#              D-->K+pi-pi-                           #
+#              D*0>D0pi0, D0gamma                     #
+#              D0->Kpi                                # 
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/02/2001                #
+# Modified:                 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  MyD*0B 
+ChargeConj MyD*0kpi  MyD*0Bkpi 
+ChargeConj MyD*0k3pi  MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0  MyD*0Bkpipi0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD*0kpi  K+                PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DminusK2pi_Dstar0Kpipi0_Kplus.dec b/BaBar_2014/B0B0bar_DminusK2pi_Dstar0Kpipi0_Kplus.dec
new file mode 100644
index 0000000..b4e6880
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DminusK2pi_Dstar0Kpipi0_Kplus.dec
@@ -0,0 +1,175 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D-D*0K+ anti-B0->X                     #
+#              D-->K+pi-pi-                           #
+#              D*0>D0pi0, D0gamma                     #
+#              D0->Kpipi0                             # 
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/02/2001                #
+# Modified:                 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  MyD*0B 
+ChargeConj MyD*0kpi  MyD*0Bkpi 
+ChargeConj MyD*0k3pi  MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0  MyD*0Bkpipi0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD-  MyD*0kpipi0 K+                PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DminusKpipi_D0Kpi_Kplus.dec b/BaBar_2014/B0B0bar_DminusKpipi_D0Kpi_Kplus.dec
new file mode 100644
index 0000000..3868b17
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DminusKpipi_D0Kpi_Kplus.dec
@@ -0,0 +1,49 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D-D0K+           B0Bar->X  + c.c       #
+#              D- -> K+pi-pi-                         #
+#              D0->K-pi+                              #    
+#                                                     #
+# Author: Sophie  Trincaz                             #
+#                                                     #
+# Created:                  17/March/2000             #
+#######################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias MyD- D-
+Alias Myanti-D0  anti-D0
+Alias MyD+ D+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD- MyD0   K+                    PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000   MyD+ Myanti-D0   K-                    PHSP;
+Enddecay
+#
+#
+Decay MyD+
+1.000     K-  pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dminusppbarpiplus_K2pi.dec b/BaBar_2014/B0B0bar_Dminusppbarpiplus_K2pi.dec
new file mode 100644
index 0000000..8850cfe
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dminusppbarpiplus_K2pi.dec
@@ -0,0 +1,39 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D- p anti-p- pi+,   anti-B0 -> X          #
+#              |-> K+ pi- pi-                            #
+# Comments:                                              #
+#                                                        #
+# Author: Haibo Li, Wisconsin                            #
+# Date:   March 22 2004                                  #
+#                                                        #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  MyD- p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD+ p+ anti-p- pi-          PHSP;
+Enddecay
+#                // resonance structure in Dalitz modeled
+Decay MyD-
+ 1.0000   K+  pi-  pi-                 D_DALITZ;
+Enddecay
+#
+Decay MyD+
+ 1.0000   K-  pi+  pi+                 D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dminusppbarpiplus_K3pi.dec b/BaBar_2014/B0B0bar_Dminusppbarpiplus_K3pi.dec
new file mode 100644
index 0000000..53d713a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dminusppbarpiplus_K3pi.dec
@@ -0,0 +1,38 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D- p+ anti-p- pi+,   anti-B0 -> X         #
+#              |-> K+ pi- pi- pi0                        #
+#                                                        #
+# Author: Haibo Li, Wisconsin                            #
+# Date:   March 22 2004                                  #
+#                                                        #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  MyD- p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD+ p+ anti-p- pi-          PHSP;
+Enddecay
+#                // resonance structure in Dalitz modeled
+Decay MyD-
+ 1.0000   K+  pi-  pi-  pi0            PHSP;
+Enddecay
+#
+Decay MyD+
+ 1.0000   K-  pi+  pi+  pi0            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dminusppbarpiplus_Ks2pi.dec b/BaBar_2014/B0B0bar_Dminusppbarpiplus_Ks2pi.dec
new file mode 100644
index 0000000..aab2830
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dminusppbarpiplus_Ks2pi.dec
@@ -0,0 +1,56 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D- p+ anti-p- pi+,   anti-B0 -> X         #
+#              |                                         #
+#              |-> K0 pi- pi0                            #
+#                  |-> K_0S       (50.00%)               #
+#                      |-> pi+ pi-(68.60%)               #
+#                                                        #
+# Author: Haibo Li, Wisconsin                            #
+# Date:   March 22 2004                                  #
+#                                                        #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+Alias MyK0      K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0    K_S0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  MyD- p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD+ p+ anti-p- pi-          PHSP;
+Enddecay
+#                // resonance structure in Dalitz modeled
+Decay MyD-
+ 1.0000   MyK0  pi- pi0                D_DALITZ;
+Enddecay
+#
+Decay MyD+
+ 1.0000   Myanti-K0  pi+ pi0           D_DALITZ;
+Enddecay
+#
+Decay MyK0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay Myanti-K0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay MyK_S0
+ 1.0000   pi+ pi-                      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dminusppbarpiplus_Kspi.dec b/BaBar_2014/B0B0bar_Dminusppbarpiplus_Kspi.dec
new file mode 100644
index 0000000..85928ca
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dminusppbarpiplus_Kspi.dec
@@ -0,0 +1,55 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D- p+ anti-p- pi+,   anti-B0 -> X         #
+#              |-> K0 pi-                                #
+#                  |-> K_0S       (50.00%)               #
+#                      |-> pi+ pi-(68.60%)               #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   March 22  2004                                 #
+#                                                        #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+Alias MyK0      K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0    K_S0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  MyD- p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD+ p+ anti-p- pi-          PHSP;
+Enddecay
+#                // resonance structure in Dalitz modeled
+Decay MyD-
+ 1.0000   MyK0  pi-                    PHSP;
+Enddecay
+#
+Decay MyD+
+ 1.0000   Myanti-K0  pi+               PHSP;
+Enddecay
+#
+Decay MyK0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay Myanti-K0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay MyK_S0
+ 1.0000   pi+ pi-                      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dminusppbarpiplus_KspiK2piK3pi.dec b/BaBar_2014/B0B0bar_Dminusppbarpiplus_KspiK2piK3pi.dec
new file mode 100644
index 0000000..d8ae573
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dminusppbarpiplus_KspiK2piK3pi.dec
@@ -0,0 +1,64 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D- p+ anti-p- pi+,   anti-B0 -> X         #
+#              |                  (  BF, Effective, Rel.)#
+#              |-> anti-K0 pi+    ( 2.89%, 0.991%  8.86%)#
+#                  |-> K_0S       (50.00%)               #
+#                      |-> pi+ pi-(68.60%)               #
+#              |-> K- pi+ pi+     ( 9.00%, 9.00%, 80.42%)#
+#              |-> K- pi+ pi+ pi0 ( 1.20%, 1.20%, 10.72%)#
+#                      Sum        (       11.19%,100.00%)#
+# Comments:                                              #
+#                                                        #
+# Author: T. M. Hong                                     #
+# Date:   20 Nov 03                                      #
+#                                                        #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+Alias MyK0      K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0    K_S0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  MyD- p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD+ p+ anti-p- pi-          PHSP;
+Enddecay
+#                // resonance structure in Dalitz modeled
+Decay MyD-
+ 0.0886   MyK0  pi-                    PHSP;
+ 0.8042   K+  pi-  pi-                 D_DALITZ;
+ 0.1072   K+  pi-  pi-  pi0            PHSP;
+Enddecay
+#
+Decay MyD+
+ 0.0886   Myanti-K0  pi+               PHSP;
+ 0.8042   K-  pi+  pi+                 D_DALITZ;
+ 0.1072   K-  pi+  pi+  pi0            PHSP;
+Enddecay
+#
+Decay MyK0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay Myanti-K0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay MyK_S0
+ 1.0000   pi+ pi-                      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dmpip_DmKspipi0.dec b/BaBar_2014/B0B0bar_Dmpip_DmKspipi0.dec
new file mode 100644
index 0000000..02920ab
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dmpip_DmKspipi0.dec
@@ -0,0 +1,54 @@
+####################################################
+# Exclusive B0 -> D- pi+ decay                     #
+# Decay: B0 -> D-                pi+               #
+#              |-> Ks pi pi0                       #
+#                  |-> pi+ pi-                     #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 3rd February 2003                                #
+# Kelly E. Ford                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD- D-
+Alias MyD+ D+
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyD- pi+                         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD+ pi-                         PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000 K_S0 pi- pi0                     PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000 K_S0 pi+ pi0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Dmunubar_DmKspi.dec b/BaBar_2014/B0B0bar_Dmunubar_DmKspi.dec
new file mode 100644
index 0000000..589b004
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dmunubar_DmKspi.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# Decay: B0 -> X 	anti-B0->D+ l- anti-nu_l #
+#                                |-> K0s pi+    #
+#	l = e or mu 				  #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD+     mu-   anti-nu_mu        ISGW2;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD-     mu+  nu_mu              ISGW2;
+Enddecay
+#
+Decay MyD+
+1.0000   MyKs  pi+                        PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   MyKs  pi-                        PHSP;
+Enddecay#
+
+Decay MyKs
+1.0000  pi+    pi-                        PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_DpDm_Kpipi_Kpipi.dec b/BaBar_2014/B0B0bar_DpDm_Kpipi_Kpipi.dec
new file mode 100644
index 0000000..b14d23e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DpDm_Kpipi_Kpipi.dec
@@ -0,0 +1,98 @@
+############################################################
+#                                                          #
+# Exclusive DD decay.dec #2                                #
+#                                                          #
+# DD . from B0 B0bar for SP3                               #
+#                                                          #
+# Decay: B0 -> D-            D+  anti-B0 -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+ChargeConj  MyD+ MyD-
+
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD+ MyD-                  SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+#
+CDecay  MyD*-
+CDecay  MyD-
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Dpi.dec b/BaBar_2014/B0B0bar_Dpi.dec
new file mode 100644
index 0000000..bafc6ea
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dpi.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> D- pi+   + c.c.                           #
+#       |                                         #
+#       |                                         #
+#       ---> pi- pi0                              # 
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> D- pi+ using phase space
+# with D- -> pi+ pi-
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD- D-
+Alias MyD+ D+
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000     MyD-   pi+        PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000     MyD+   pi-        PHSP;
+Enddecay
+#
+Decay MyD-
+1.000     pi-     pi0       PHSP; 
+Enddecay
+#
+Decay MyD+
+1.000     pi+     pi0       PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Dpi_CabSupD.dec b/BaBar_2014/B0B0bar_Dpi_CabSupD.dec
new file mode 100644
index 0000000..20e2f82
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dpi_CabSupD.dec
@@ -0,0 +1,69 @@
+###################################################
+#                                                 #
+# B0 -> D- pi+   + c.c.                           #
+#       |                                         #
+#       |                                         #
+#       ---> cabibbo suppressed decay of D-       #
+#                                                 #
+# Author: Shahram Rahatlou, UCSD                  #
+# Created: 3 July 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> D- pi+ using phase space
+# with D- -> pi+ pi-
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD- D-
+Alias MyD+ D+
+Alias MyK*0  K*0
+Alias Myanti-K*0  anti-K*0
+Alias MyKs K_S0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000     MyD-   pi+        PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000     MyD+   pi-        PHSP;
+Enddecay
+#
+Decay MyD-
+0.0074   MyKs  K-                          PHSP;
+0.0042   MyK*0  K-                         SVS;
+0.0010   K-  MyKs  pi0                     PHSP;
+0.0010   K-  MyK*0 pi0                     PHSP;
+0.0010   K-  MyKs  pi+ pi-                 PHSP;
+0.0010   K-  MyK*0 pi+ pi-                 PHSP;
+Enddecay
+#
+Decay MyD+
+0.0074   MyKs  K+                          PHSP;
+0.0042   Myanti-K*0  K+                         SVS;
+0.0010   K+  MyKs  pi0                     PHSP;
+0.0010   K+  Myanti-K*0 pi0                     PHSP;
+0.0010   K+  MyKs  pi+ pi-                 PHSP;
+0.0010   K+  Myanti-K*0 pi+ pi-                 PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dpi_DK0pi.dec b/BaBar_2014/B0B0bar_Dpi_DK0pi.dec
new file mode 100644
index 0000000..4734bae
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dpi_DK0pi.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> D- pi+   + c.c.                           #
+#       |                                         #
+#       |                                         #
+#       ---> K0S pi-                              # 
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 26 April '00                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> D- pi+ using phase space
+# with D- -> K0S pi-.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD- D-
+Alias MyD+ D+
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000     MyD-   pi+        PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000     MyD+   pi-        PHSP;
+Enddecay
+#
+Decay MyD-
+1.000     K_S0     pi-       PHSP; 
+Enddecay
+#
+Decay MyD+
+1.000     K_S0     pi+       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dpi_DmKpipi.dec b/BaBar_2014/B0B0bar_Dpi_DmKpipi.dec
new file mode 100644
index 0000000..de26df8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dpi_DmKpipi.dec
@@ -0,0 +1,36 @@
+#################################################################
+#                                                               #
+# Decay: B0 -> D- pi+ (D- -> K+ pi- pi-)                         #  
+#        anti-B0 -> X;   + cc                                   #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+ChargeConj MyD+ MyD-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD+ pi-                           PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD- pi+                           PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000  K+ pi- pi-                      D_DALITZ;
+Enddecay
+#
+Decay MyD+
+1.0000  K- pi+ pi+                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DplusK.dec b/BaBar_2014/B0B0bar_DplusK.dec
new file mode 100644
index 0000000..5c99e01
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DplusK.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> D+ K-,     B0 -> X;   + cc    #
+#                                                 #
+# Author: Natalia Kuznetsova                      #
+# Date:                    11/25/99               #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+ChargeConj MyB0 Myanti-B0
+#
+Alias MyD+ D+
+Alias MyD-  D-
+ChargeConj MyD+ MyD-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyD+  K-          PHSP;
+Enddecay
+Decay MyB0
+1.000   MyD-  K+          PHSP;
+Enddecay
+#
+Decay MyD+
+0.0910   K-  pi+  pi+                    D_DALITZ;
+0.0060   K-  pi+  pi+   pi0              PHSP;
+Enddecay
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+0.0060   K+  pi-  pi-   pi0              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DplusKst.dec b/BaBar_2014/B0B0bar_DplusKst.dec
new file mode 100644
index 0000000..cdb902c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DplusKst.dec
@@ -0,0 +1,61 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> D+ K*-,     B0 -> X;   + cc   #
+#                                                 #
+# Author: Natalia Kuznetsova                      #
+# Date:                    11/26/99               #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+ChargeConj MyB0 Myanti-B0
+#
+Alias MyD+ D+
+Alias MyD-  D-
+ChargeConj MyD+ MyD-
+#
+Alias MyK*+ K*+
+Alias MyK*- K*-
+ChargeConj MyK*+  MyK*-
+#
+Alias MyK0 K0
+Alias Myanti-K0  anti-K0
+ChargeConj MyK0 Myanti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyK*-  MyD+                             SVS;
+Enddecay
+Decay MyB0
+1.000   MyK*+ MyD-                            SVS;
+Enddecay
+#
+Decay MyD+
+0.0910   K-  pi+  pi+                    D_DALITZ;
+0.0060   K-  pi+  pi+   pi0              PHSP;
+Enddecay
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+0.0060   K+  pi-  pi-   pi0              PHSP;
+Enddecay
+#
+Decay MyK*+
+0.6660      MyK0  pi+                        VSS;
+0.3330      K+  pi0                        VSS;
+Enddecay
+Decay MyK*-
+0.6660      Myanti-K0   pi-                        VSS;
+0.3330      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyK0
+1.000     K_S0                              PHSP;
+Enddecay
+Decay Myanti-K0
+1.000     K_S0                              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DplusKstar.dec b/BaBar_2014/B0B0bar_DplusKstar.dec
new file mode 100644
index 0000000..6c7b2a9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DplusKstar.dec
@@ -0,0 +1,54 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> D+ K*-,     B0 -> X;   + cc   #
+#                                                 #
+# Author: Tania McMahon                           #
+# Date:                    05/30/02               #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+ChargeConj MyB0 Myanti-B0
+#
+Alias MyD+ D+
+Alias MyD-  D-
+ChargeConj MyD+ MyD-
+#
+Alias MyK*+ K*+
+Alias MyK*- K*-
+ChargeConj MyK*+  MyK*-
+#
+Alias MyK_S0   K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyK*-  MyD+                             SVS;
+Enddecay
+Decay MyB0
+1.000   MyK*+ MyD-                            SVS;
+Enddecay
+#
+Decay MyD+
+1.000   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+#
+Decay MyK*+
+0.2265      MyK_S0  pi+                        VSS;
+0.3330      K+  pi0                        VSS;
+Enddecay
+Decay MyK*-
+0.2265      MyK_S0   pi-                        VSS;
+0.3330      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DpmKpipimpi_Xclnu.dec b/BaBar_2014/B0B0bar_DpmKpipimpi_Xclnu.dec
new file mode 100644
index 0000000..01d5a99
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DpmKpipimpi_Xclnu.dec
@@ -0,0 +1,98 @@
+###############################################################################
+#   Up(4S) -> B0  B0bar                                    + CC               #
+#             |    |                                                          #
+#             |    +-> X_c l- nu_bar (l = e or mu)                            #
+#             |                                                               #
+#             +-> D-(K+pi-pi-) pi+                                            #
+#                                                                             #
+#                                                                             # 
+#                                                                             #
+# Mail: ursl@slac.stanford.edu                                                #
+###############################################################################
+# -- Xclnu b decay
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+# -- reco B
+Alias rB0  B0
+Alias rantiB0 anti-B0
+ChargeConj rB0 rantiB0
+#
+Alias rD+ D+
+Alias rD- D-
+ChargeConj rD+ rD-
+#
+Decay Upsilon(4S)
+0.50000 rB0 myantiB0                        VSS_MIX  dm;
+0.50000 myB0 rantiB0                       VSS_MIX  dm;
+Enddecay
+#
+# ----------------------------------------------------------------------
+# -- B decay
+Decay rB0 
+1.000     rD- pi+     PHSP;
+Enddecay
+#
+Decay rantiB0
+1.000     rD+ pi-     PHSP;
+Enddecay
+# -- D+ decay
+Decay rD+
+1.000     K-  pi+ pi+    D_DALITZ;
+Enddecay
+#
+Decay rD-
+1.000     K+  pi- pi-    D_DALITZ;
+Enddecay
+# ----------------------------------------------------------------------
+# force myB0 to always decay to Xc l nu
+#
+#
+Decay myantiB0
+0.0560   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+0.0056   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0020   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0560   D*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D+     mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0056   D_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0020   D_0*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   D'_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   D_2*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0010   D*+  pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0020   D*0  pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0030   D+   pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0060   D0   pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+Enddecay
+#
+Decay myB0
+0.0560   D*-    e+   nu_e           PHOTOS HQET 0.92 1.18 0.72;
+0.0210   D-     e+   nu_e           PHOTOS ISGW2;
+0.0056   D_1-   e+   nu_e           PHOTOS ISGW2;
+0.0020   D_0*-   e+   nu_e           PHOTOS ISGW2;
+0.0037   D'_1-   e+   nu_e           PHOTOS ISGW2;
+0.0037   D_2*-   e+   nu_e           PHOTOS ISGW2;
+0.0010   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0020   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0030   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0060   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0560   D*-    mu+  nu_mu           PHOTOS HQET 0.92 1.18 0.72;
+0.0210   D-     mu+  nu_mu           PHOTOS ISGW2;
+0.0056   D_1-   mu+  nu_mu           PHOTOS ISGW2;
+0.0020   D_0*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   D'_1-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   D_2*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0010   D*-  pi0   mu+  nu_mu       PHOTOS GOITY_ROBERTS;
+0.0020   anti-D*0  pi-   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+0.0030   D-   pi0   mu+  nu_mu       PHOTOS GOITY_ROBERTS;
+0.0060   anti-D0  pi-   mu+  nu_mu    PHOTOS    GOITY_ROBERTS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DpmKpipimpi_Xulnu.dec b/BaBar_2014/B0B0bar_DpmKpipimpi_Xulnu.dec
new file mode 100644
index 0000000..38eb33b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DpmKpipimpi_Xulnu.dec
@@ -0,0 +1,128 @@
+###############################################################################
+#   Up(4S) -> B0  B0bar                                    + CC               #
+#             |    |                                                          #
+#             |    +-> X_u l- nu_bar (l = e or mu)                            #
+#             |                                                               #
+#             +-> D-(K+pi-pi-) pi+                                            #
+#                                                                             #
+#                                                                             # 
+#                                                                             #
+# Mail: ursl@slac.stanford.edu                                                #
+###############################################################################
+# -- Xulnu b decay
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+# -- reco B
+Alias rB0  B0
+Alias rantiB0 anti-B0
+ChargeConj rB0 rantiB0
+#
+Alias rD+ D+
+Alias rD- D-
+ChargeConj rD+ rD-
+#
+Decay Upsilon(4S)
+0.50000 rB0 myantiB0                        VSS_MIX  dm;
+0.50000 myB0 rantiB0                       VSS_MIX  dm;
+Enddecay
+#
+# ----------------------------------------------------------------------
+# -- B decay
+Decay rB0 
+1.000     rD- pi+     PHSP;
+Enddecay
+#
+Decay rantiB0
+1.000     rD+ pi-     PHSP;
+Enddecay
+# -- D+ decay
+Decay rD+
+1.000     K-  pi+ pi+    D_DALITZ;
+Enddecay
+#
+Decay rD-
+1.000     K+  pi- pi-    D_DALITZ;
+Enddecay
+# ----------------------------------------------------------------------
+# force myB0 to always decay to Xu l nu
+Decay myantiB0
+0.000180   pi+      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000250   rho+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000153   a_1+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000192   b_1+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000009   a_0+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000058   a_2+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   pi(2S)+  e-   anti-nu_e        PHOTOS   ISGW2;
+0.000072   rho(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000180   pi+      mu-  anti-nu_mu                ISGW2;
+0.000250   rho+     mu-  anti-nu_mu                ISGW2;
+0.000153   a_1+     mu-  anti-nu_mu                ISGW2;
+0.000192   b_1+     mu-  anti-nu_mu                ISGW2;
+0.000009   a_0+     mu-  anti-nu_mu                ISGW2;
+0.000058   a_2+     mu-  anti-nu_mu                ISGW2;
+0.000030   pi(2S)+  mu-  anti-nu_mu                ISGW2;
+0.000072   rho(2S)+ mu-  anti-nu_mu                ISGW2;
+Enddecay
+#
+Decay myB0
+0.000180   pi-      e+   nu_e        PHOTOS   ISGW2;
+0.000250   rho-     e+   nu_e        PHOTOS   ISGW2;
+0.000153   a_1-     e+   nu_e        PHOTOS   ISGW2;
+0.000192   b_1-     e+   nu_e        PHOTOS   ISGW2;
+0.000009   a_0-     e+   nu_e        PHOTOS   ISGW2;
+0.000058   a_2-     e+   nu_e        PHOTOS   ISGW2;
+0.000030   pi(2S)-  e+   nu_e        PHOTOS   ISGW2;
+0.000072   rho(2S)- e+   nu_e        PHOTOS   ISGW2;
+0.000180   pi-      mu+  nu_mu                ISGW2;
+0.000250   rho-     mu+  nu_mu                ISGW2;
+0.000153   a_1-     mu+  nu_mu                ISGW2;
+0.000192   b_1-     mu+  nu_mu                ISGW2;
+0.000009   a_0-     mu+  nu_mu                ISGW2;
+0.000058   a_2-     mu+  nu_mu                ISGW2;
+0.000030   pi(2S)-  mu+  nu_mu                ISGW2;
+0.000072   rho(2S)- mu+  nu_mu                ISGW2;
+Enddecay
+#
+Decay pi(2S)+
+0.3500   rho0 pi+                         PHSP;
+0.3500   rho+ pi0                         PHSP;
+0.2000   pi+  pi+ pi-                     PHSP;
+0.1000   pi+  pi0 pi0                     PHSP;
+Enddecay
+Decay pi(2S)-
+0.3500   rho0 pi-                         PHSP;
+0.3500   rho- pi0                         PHSP;
+0.2000   pi-  pi+ pi-                     PHSP;
+0.1000   pi-  pi0 pi0                     PHSP;
+Enddecay
+Decay pi(2S)0
+0.3500   rho+ pi-                         PHSP;
+0.3500   rho- pi+                         PHSP;
+0.2000   pi+ pi- pi0                      PHSP;
+0.1000   pi0 pi0 pi0                      PHSP;
+Enddecay
+#
+Decay rho(2S)+
+0.4000   pi+ pi0                         PHSP;
+0.4000   pi+ pi+ pi- pi0                 PHSP;
+0.2000   pi+ pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)-
+0.4000   pi- pi0                         PHSP;
+0.4000   pi- pi+ pi- pi0                 PHSP;
+0.2000   pi- pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)0
+0.4000   pi+ pi-                         PHSP;
+0.3500   pi+ pi- pi+ pi-                 PHSP;
+0.1500   pi+ pi- pi0 pi0                 PHSP;
+0.1000   pi0 pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay omega(2S)
+0.5000   rho+ pi-                        PHSP;
+0.5000   rho- pi+                        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DpmKpipimrhompipi_Xclnu.dec b/BaBar_2014/B0B0bar_DpmKpipimrhompipi_Xclnu.dec
new file mode 100644
index 0000000..f528c5d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DpmKpipimrhompipi_Xclnu.dec
@@ -0,0 +1,98 @@
+###############################################################################
+#   Up(4S) -> B0  B0bar                                    + CC               #
+#             |    |                                                          #
+#             |    +-> X_c l- nu_bar (l = e or mu)                            #
+#             |                                                               #
+#             +-> D-(K+pi-pi-) rho+(pi+pi0)                                   #
+#                                                                             #
+#                                                                             # 
+#                                                                             #
+# Mail: ursl@slac.stanford.edu                                                #
+###############################################################################
+# -- Xclnu b decay
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+# -- reco B
+Alias rB0  B0
+Alias rantiB0 anti-B0
+ChargeConj rB0 rantiB0
+#
+Alias rD+ D+
+Alias rD- D-
+ChargeConj rD+ rD-
+#
+Decay Upsilon(4S)
+0.50000 rB0 myantiB0                        VSS_MIX  dm;
+0.50000 myB0 rantiB0                        VSS_MIX  dm;
+Enddecay
+#
+# ----------------------------------------------------------------------
+# -- B decay
+Decay rB0 
+1.000     rho+ rD-        SVS;
+Enddecay
+#
+Decay rantiB0
+1.000     rho- rD+        SVS;
+Enddecay
+# -- D+ decay
+Decay rD+
+1.000     K-  pi+ pi+    D_DALITZ;
+Enddecay
+#
+Decay rD-
+1.000     K+  pi- pi-    D_DALITZ;
+Enddecay
+# ----------------------------------------------------------------------
+# force myB0 to always decay to Xc l nu
+#
+#
+Decay myantiB0
+0.0560   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+0.0056   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0020   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0560   D*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D+     mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0056   D_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0020   D_0*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   D'_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   D_2*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0010   D*+  pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0020   D*0  pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0030   D+   pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0060   D0   pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+Enddecay
+#
+Decay myB0
+0.0560   D*-    e+   nu_e           PHOTOS HQET 0.92 1.18 0.72;
+0.0210   D-     e+   nu_e           PHOTOS ISGW2;
+0.0056   D_1-   e+   nu_e           PHOTOS ISGW2;
+0.0020   D_0*-   e+   nu_e           PHOTOS ISGW2;
+0.0037   D'_1-   e+   nu_e           PHOTOS ISGW2;
+0.0037   D_2*-   e+   nu_e           PHOTOS ISGW2;
+0.0010   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0020   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0030   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0060   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0560   D*-    mu+  nu_mu           PHOTOS HQET 0.92 1.18 0.72;
+0.0210   D-     mu+  nu_mu           PHOTOS ISGW2;
+0.0056   D_1-   mu+  nu_mu           PHOTOS ISGW2;
+0.0020   D_0*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   D'_1-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   D_2*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0010   D*-  pi0   mu+  nu_mu       PHOTOS GOITY_ROBERTS;
+0.0020   anti-D*0  pi-   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+0.0030   D-   pi0   mu+  nu_mu       PHOTOS GOITY_ROBERTS;
+0.0060   anti-D0  pi-   mu+  nu_mu    PHOTOS    GOITY_ROBERTS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DpmKpipimrhompipi_Xulnu.dec b/BaBar_2014/B0B0bar_DpmKpipimrhompipi_Xulnu.dec
new file mode 100644
index 0000000..299cdbe
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DpmKpipimrhompipi_Xulnu.dec
@@ -0,0 +1,128 @@
+###############################################################################
+#   Up(4S) -> B0  B0bar                                    + CC               #
+#             |    |                                                          #
+#             |    +-> X_u l- nu_bar (l = e or mu)                            #
+#             |                                                               #
+#             +-> D-(K+pi-pi-) rho+(pi+pi0)                                   #
+#                                                                             #
+#                                                                             # 
+#                                                                             #
+# Mail: ursl@slac.stanford.edu                                                #
+###############################################################################
+# -- Xulnu b decay
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+# -- reco B
+Alias rB0  B0
+Alias rantiB0 anti-B0
+ChargeConj rB0 rantiB0
+#
+Alias rD+ D+
+Alias rD- D-
+ChargeConj rD+ rD-
+#
+Decay Upsilon(4S)
+0.50000 rB0 myantiB0                        VSS_MIX  dm;
+0.50000 myB0 rantiB0                        VSS_MIX  dm;
+Enddecay
+#
+# ----------------------------------------------------------------------
+# -- B decay
+Decay rB0 
+1.000     rho+ rD-        SVS;
+Enddecay
+#
+Decay rantiB0
+1.000     rho- rD+        SVS;
+Enddecay
+# -- D+ decay
+Decay rD+
+1.000     K-  pi+ pi+    D_DALITZ;
+Enddecay
+#
+Decay rD-
+1.000     K+  pi- pi-    D_DALITZ;
+Enddecay
+# ----------------------------------------------------------------------
+# force myB0 to always decay to Xu l nu
+Decay myantiB0
+0.000180   pi+      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000250   rho+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000153   a_1+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000192   b_1+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000009   a_0+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000058   a_2+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   pi(2S)+  e-   anti-nu_e        PHOTOS   ISGW2;
+0.000072   rho(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000180   pi+      mu-  anti-nu_mu                ISGW2;
+0.000250   rho+     mu-  anti-nu_mu                ISGW2;
+0.000153   a_1+     mu-  anti-nu_mu                ISGW2;
+0.000192   b_1+     mu-  anti-nu_mu                ISGW2;
+0.000009   a_0+     mu-  anti-nu_mu                ISGW2;
+0.000058   a_2+     mu-  anti-nu_mu                ISGW2;
+0.000030   pi(2S)+  mu-  anti-nu_mu                ISGW2;
+0.000072   rho(2S)+ mu-  anti-nu_mu                ISGW2;
+Enddecay
+#
+Decay myB0
+0.000180   pi-      e+   nu_e        PHOTOS   ISGW2;
+0.000250   rho-     e+   nu_e        PHOTOS   ISGW2;
+0.000153   a_1-     e+   nu_e        PHOTOS   ISGW2;
+0.000192   b_1-     e+   nu_e        PHOTOS   ISGW2;
+0.000009   a_0-     e+   nu_e        PHOTOS   ISGW2;
+0.000058   a_2-     e+   nu_e        PHOTOS   ISGW2;
+0.000030   pi(2S)-  e+   nu_e        PHOTOS   ISGW2;
+0.000072   rho(2S)- e+   nu_e        PHOTOS   ISGW2;
+0.000180   pi-      mu+  nu_mu                ISGW2;
+0.000250   rho-     mu+  nu_mu                ISGW2;
+0.000153   a_1-     mu+  nu_mu                ISGW2;
+0.000192   b_1-     mu+  nu_mu                ISGW2;
+0.000009   a_0-     mu+  nu_mu                ISGW2;
+0.000058   a_2-     mu+  nu_mu                ISGW2;
+0.000030   pi(2S)-  mu+  nu_mu                ISGW2;
+0.000072   rho(2S)- mu+  nu_mu                ISGW2;
+Enddecay
+#
+Decay pi(2S)+
+0.3500   rho0 pi+                         PHSP;
+0.3500   rho+ pi0                         PHSP;
+0.2000   pi+  pi+ pi-                     PHSP;
+0.1000   pi+  pi0 pi0                     PHSP;
+Enddecay
+Decay pi(2S)-
+0.3500   rho0 pi-                         PHSP;
+0.3500   rho- pi0                         PHSP;
+0.2000   pi-  pi+ pi-                     PHSP;
+0.1000   pi-  pi0 pi0                     PHSP;
+Enddecay
+Decay pi(2S)0
+0.3500   rho+ pi-                         PHSP;
+0.3500   rho- pi+                         PHSP;
+0.2000   pi+ pi- pi0                      PHSP;
+0.1000   pi0 pi0 pi0                      PHSP;
+Enddecay
+#
+Decay rho(2S)+
+0.4000   pi+ pi0                         PHSP;
+0.4000   pi+ pi+ pi- pi0                 PHSP;
+0.2000   pi+ pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)-
+0.4000   pi- pi0                         PHSP;
+0.4000   pi- pi+ pi- pi0                 PHSP;
+0.2000   pi- pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)0
+0.4000   pi+ pi-                         PHSP;
+0.3500   pi+ pi- pi+ pi-                 PHSP;
+0.1500   pi+ pi- pi0 pi0                 PHSP;
+0.1000   pi0 pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay omega(2S)
+0.5000   rho+ pi-                        PHSP;
+0.5000   rho- pi+                        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dppim.dec b/BaBar_2014/B0B0bar_Dppim.dec
new file mode 100644
index 0000000..b552a64
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dppim.dec
@@ -0,0 +1,34 @@
+####################################################
+#                                                  #
+# Inclusive D pi     decay.dec#1                   #
+#                                                  #
+# D pi                 from B0-antiB0 for SP2      #
+#                                                  #
+#                                                  #
+# Decay: anti-B0 -> D+ pi-, B0 -> X         +c.c.  #
+#                   |-> X                          #
+#                                                  #
+# 11.11.99 S.Xella (IHB AWG)                       #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 D+ pi-                   PHSP;
+Enddecay
+#
+#
+Decay MyB0
+1.000 D- pi+                   PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dppim_KsK.dec b/BaBar_2014/B0B0bar_Dppim_KsK.dec
new file mode 100644
index 0000000..a68bb1e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dppim_KsK.dec
@@ -0,0 +1,38 @@
+#################################################################
+#                                                               #
+# Decay: B0bar -> D+ pi-        , B0 -> X                       #
+#                 |                                             #
+#                 ----> K0s K+                                  #
+#                                                + c.c.         #
+#                                                               #
+# Author: Kelly E Ford                                          #
+# Date:   7 May 2003                                            #
+#################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+ChargeConj MyD+ MyD-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD+ pi-                           PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD- pi+                           PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000  K_S0 K-                          PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000  K_S0 K+                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dppim_Kspi.dec b/BaBar_2014/B0B0bar_Dppim_Kspi.dec
new file mode 100644
index 0000000..983faf7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dppim_Kspi.dec
@@ -0,0 +1,38 @@
+#################################################################
+#                                                               #
+# Decay: B0bar -> D+ pi-        , B0 -> X                       #
+#                 |                                             #
+#                 ----> K0s pi+                                 #
+#                                                + c.c.         #
+#                                                               #
+# Author: Dennis Wright                                         #
+# Date:   8 March 2002                                          #
+#################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD-      D-
+Alias MyD+      D+
+ChargeConj MyD+ MyD-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD+ pi-                           PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD- pi+                           PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000  K_S0 pi-                         PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000  K_S0 pi+                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dprhom.dec b/BaBar_2014/B0B0bar_Dprhom.dec
new file mode 100644
index 0000000..fd1d112
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dprhom.dec
@@ -0,0 +1,33 @@
+####################################################
+#                                                  #
+# Inclusive Drho decay.dec #1                      #
+#                                                  #
+# D rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D+ rho-, B0 -> X         +c.c. #
+#                   |-> X                          #
+#                                                  #
+# 25 Oct 99                                        #
+# Roy Aleksan  (IHB AWG)                           #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 rho- D+                  SVS;
+Enddecay
+#
+Decay MyB0
+1.0000 rho+ D-                  SVS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_Dprime1pluslnu_Dstr0PDG_D0Kpi.dec b/BaBar_2014/B0B0bar_Dprime1pluslnu_Dstr0PDG_D0Kpi.dec
new file mode 100644
index 0000000..2242f91
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dprime1pluslnu_Dstr0PDG_D0Kpi.dec
@@ -0,0 +1,99 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X      anti-B0 -> D'_1+ l nu                 #
+#                                |-> D*0 pi0               #
+#                                    |-> D0 pi0/gamma      #
+#                                        |-> K- pi+        #
+#                                                          #
+# with l = e or mu                                         #
+#                                                          #
+#                                                          #
+#   + CC                                                   #
+#                                                          #
+#                                                          #
+# Author:           Jens Schubert                          #
+# Created:            18/May/2004                          #
+# Mail: jschubi@SLAC.STANFORD.EDU                          #
+############################################################
+#
+#
+Alias myB0          B0
+Alias myanti-B0     anti-B0
+#
+Alias myD'_1+        D'_1+ 
+Alias myD'_1-        D'_1- 
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myanti-B0
+0.5000   myD'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.5000   myD'_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+Enddecay
+#
+Decay myB0
+0.5000   myD'_1-   e+   nu_e          PHOTOS  ISGW2;
+0.5000   myD'_1-   mu+  nu_mu         PHOTOS  ISGW2;
+Enddecay
+
+
+
+#
+#   D'_1+ / D'_1-
+#
+Decay myD'_1+
+1.0000    myD*0 pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay myD'_1-
+1.0000    myanti-D*0 pi-                   VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+
+#
+#   D*  -> D0 pi0/gamma
+#
+
+Decay myD*0
+0.6190    myD0  pi0                        VSS;
+0.3810    myD0  gamma                      VSP_PWAVE;
+Enddecay
+Decay myanti-D*0
+0.6190    myanti-D0  pi0                       VSS;
+0.3810    myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dprime_1pa1m_DstarD0pi.dec b/BaBar_2014/B0B0bar_Dprime_1pa1m_DstarD0pi.dec
new file mode 100644
index 0000000..67dfccb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dprime_1pa1m_DstarD0pi.dec
@@ -0,0 +1,50 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D'_1+ a1- decay.dec           #
+#                                                  #
+# Decay:    B0b -> D'_1+ a1-, B0 -> X   +c.c.      #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  18 jun 01 Fabrizio Salvatore  (IHB AWG)         #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD'_1+ D'_1+
+Alias MyD'_1- D'_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD'_1- a_1+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD'_1+ a_1- 			  PHSP;
+Enddecay
+#
+Decay MyD'_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Dprime_1ppim_DstarD0pi.dec b/BaBar_2014/B0B0bar_Dprime_1ppim_DstarD0pi.dec
new file mode 100644
index 0000000..c5c94ce
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dprime_1ppim_DstarD0pi.dec
@@ -0,0 +1,50 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D'_1+ pi- decay.dec           #
+#                                                  #
+# Decay:    B0b -> D'_1+ pi-, B0 -> X      +c.c.   #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD'_1+ D'_1+
+Alias MyD'_1- D'_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD'_1- pi+ 			  SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD'_1+ pi- 			  SVS;
+Enddecay
+#
+Decay MyD'_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi.dec b/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi.dec
new file mode 100644
index 0000000..3c501e5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi.dec
@@ -0,0 +1,50 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D'_1+ rho- decay.dec          #
+#                                                  #
+# Decay:    B0b -> D'_1+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD'_1+ D'_1+
+Alias MyD'_1- D'_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD'_1- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD'_1+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD'_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi_D0K3pi.dec b/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi_D0K3pi.dec
new file mode 100644
index 0000000..0d35d8d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi_D0K3pi.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D'_1+ rho- decay.dec          #
+#                                                  #
+# Decay:    B0b -> D'_1+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD'_1+ D'_1+
+Alias MyD'_1- D'_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0         D0
+Alias Myanti-D0     anti-D0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD'_1- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD'_1+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD'_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00    K+ pi- pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.00    K- pi+ pi- pi+                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi_D0Kpi.dec b/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi_D0Kpi.dec
new file mode 100644
index 0000000..8206353
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi_D0Kpi.dec
@@ -0,0 +1,59 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D'_1+ rho- decay.dec          #
+#                                                  #
+# Decay:    B0b -> D'_1+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD'_1+ D'_1+
+Alias MyD'_1- D'_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0       D0
+Alias Myanti-D0   anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD'_1- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD'_1+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD'_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi_D0Kpipi0.dec b/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..6263796
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dprime_1prhom_DstarD0pi_D0Kpipi0.dec
@@ -0,0 +1,59 @@
+####################################################
+#                                                  #
+# Inclusive B0bar -> D'_1+ rho- decay.dec          #
+#                                                  #
+# Decay:    B0b -> D'_1+ eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi0                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyB0 B0
+Alias MyD'_1+ D'_1+
+Alias MyD'_1- D'_1-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0       D0
+Alias Myanti-D0   anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD'_1- rho+ 			  PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD'_1+ rho- 			  PHSP;
+Enddecay
+#
+Decay MyD'_1+
+0.6667    MyD*+ pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1-
+0.6667    MyD*- pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DsDm_phipi_Kpipi.dec b/BaBar_2014/B0B0bar_DsDm_phipi_Kpipi.dec
new file mode 100644
index 0000000..250bb6e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsDm_phipi_Kpipi.dec
@@ -0,0 +1,110 @@
+############################################################
+#                                                          #
+# Exclusive DsD decay.dec #2                               #
+#                                                          #
+# DsD . from B0 B0bar for SP3                              #
+#                                                          #
+# Decay: B0 -> Ds+           D-  anti-B0 -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+ChargeConj  MyD+ MyD-
+
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+Decay MyB0
+## confirm PHSP for decay!
+1.0000 MyD- MyD_s+                        PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+Decay MyD_s+
+1.0000 Myphi   pi+                       SVS;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+CDecay  MyD*-
+CDecay  MyD+
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsK_DsK0sK.dec b/BaBar_2014/B0B0bar_DsK_DsK0sK.dec
new file mode 100644
index 0000000..b1e7c8c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsK_DsK0sK.dec
@@ -0,0 +1,53 @@
+####################################################
+#                                                  #
+# Exclusive Ds-pi+ decay.dec #1                    #
+#                                                  #
+# DsD* signal from B0-antiB0 for SP3               #
+#                                                  #
+# Decay: anti-B0 -> Ds+ K, B0 -> X  +c.c.          #
+#                   |                              #
+#                   `-> Ks K+                      #
+#                       |                          #
+#                       `-> K pi                   #
+# 1 01                                             #
+# Cecilia Voena                                    #
+# modified by Sh. Rahatlou 4 May 2001              #
+#    removed the definition of dm in order to      #
+#    use the default.                              #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+Alias MyK_S0 K_S0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_s+ K-                        PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyK_S0 K+                        PHSP;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_s- K+                        PHSP;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyK_S0 K-                        PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DsK_Dskstark.dec b/BaBar_2014/B0B0bar_DsK_Dskstark.dec
new file mode 100644
index 0000000..d8dcf1d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsK_Dskstark.dec
@@ -0,0 +1,59 @@
+####################################################
+#                                                  #
+# Exclusive Ds-pi+ decay.dec #1                    #
+#                                                  #
+# DsD* signal from B0-antiB0 for SP3               #
+#                                                  #
+# Decay: anti-B0 -> Ds+ K, B0 -> X  +c.c.          #
+#                   |                              #
+#                   `-> K* K+                      #
+#                       |                          #
+#                       `-> K pi                   #
+# 1 01                                             #
+# Cecilia Voena                                    #
+# modified by Sh. Rahatlou 4 May 2001              #
+#    removed the definition of dm in order to      #
+#    use the default.                              #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_s+ K-                        PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.0000 Myanti-K*0 K+                    SVS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000 K- pi+                           VSS;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_s- K+                        PHSP;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyK*0 K-                        SVS;
+Enddecay
+#
+Decay MyK*0
+1.0000 K+ pi-                           VSS;
+Enddecay
+#
+
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DsK_Dsphipi.dec b/BaBar_2014/B0B0bar_DsK_Dsphipi.dec
new file mode 100644
index 0000000..a6d97f6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsK_Dsphipi.dec
@@ -0,0 +1,51 @@
+####################################################
+#                                                  #
+# Exclusive Ds-K+ decay.dec #1                     #
+#                                                  #
+# DsK  signal from B0-antiB0 for SP3               #
+#                                                  #
+# Decay: anti-B0 -> Ds+ K-, B0 -> X  +c.c.         #
+#                   |                              #
+#                   `-> phi pi+                    #
+#                       |                          #
+#                       `-> K- K+                  #
+# 1 01                                             #
+# Cecilia Voena                                    #
+# modified by Sh. Rahatlou 4 May 2001              #
+#    removed the definition of dm in order to      #
+#    use the default.                              #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_s+ K-                        PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyPhi pi+                         SVS;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_s- K+                        PHSP;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyPhi pi-                         SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                             VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DsKstar_DsK0sK.dec b/BaBar_2014/B0B0bar_DsKstar_DsK0sK.dec
new file mode 100644
index 0000000..5633eaa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsKstar_DsK0sK.dec
@@ -0,0 +1,63 @@
+####################################################
+#                                                  #
+# Exclusive Ds-K*+ decay.dec #1                    #
+#                                                  #
+# DsK*  signal from B0-antiB0 for SP3              #
+#                                                  #
+# Decay: anti-B0 -> Ds- K*+, B0 -> X  +c.c.        #
+#                   |                              #
+#                   `-> Ks K-                      #
+#                       |                          #
+#                       `-> pi+ pi-                 #
+# 1 01                                             #
+# Cecilia Voena                                    #
+# modified by Sh. Rahatlou 4 May 2001              #
+#    removed the definition of dm in order to      #
+#    use the default.                              #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyK*0  K*0
+Alias Myanti-K*0  anti-K*0
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyK*- MyD_s+                      SVS;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyK_S0 K+                         PHSP;
+Enddecay
+#
+Decay MyK*-
+1.0000 K- pi0                            VSS;
+Enddecay
+#
+Decay MyB0
+1.0000 MyK*+ MyD_s-                       SVS;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyK_S0 K-                        PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0000 K+ pi0                            VSS;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DsKstar_Dskstark.dec b/BaBar_2014/B0B0bar_DsKstar_Dskstark.dec
new file mode 100644
index 0000000..9a83b4c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsKstar_Dskstark.dec
@@ -0,0 +1,67 @@
+####################################################
+#                                                  #
+# Exclusive Ds-K*+ decay.dec #1                    #
+#                                                  #
+# DsK*  signal from B0-antiB0 for SP3              #
+#                                                  #
+# Decay: anti-B0 -> Ds- K*+, B0 -> X  +c.c.        #
+#                   |                              #
+#                   `-> K*0 K-                     #
+#                       |                          #
+#                       `-> K+ pi-                 #
+# 1 01                                             #
+# Cecilia Voena                                    #
+# modified by Sh. Rahatlou 4 May 2001              #
+#    removed the definition of dm in order to      #
+#    use the default.                              #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyK*0  K*0
+Alias Myanti-K*0  anti-K*0
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyK*- MyD_s+                     SVS;
+Enddecay
+#
+Decay MyD_s+
+1.0000 Myanti-K*0 K+                   SVS;
+Enddecay
+#
+Decay MyK*-
+1.0000 K- pi0                           VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000 K- pi+                           VSS;
+Enddecay
+#
+Decay MyB0
+1.0000  MyK*+ MyD_s-                   SVS;
+Enddecay
+#
+Decay MyD_s-
+1.0000    MyK*0 K-                        SVS;
+Enddecay
+#
+Decay MyK*0
+1.0000 K+ pi-                           VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000 K+ pi0                            VSS;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DsKstar_Dsphipi.dec b/BaBar_2014/B0B0bar_DsKstar_Dsphipi.dec
new file mode 100644
index 0000000..2aa5063
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsKstar_Dsphipi.dec
@@ -0,0 +1,62 @@
+####################################################
+#                                                  #
+# Exclusive Ds-K*+ decay.dec #1                    #
+#                                                  #
+# DsK*  signal from B0-antiB0 for SP3              #
+#                                                  #
+# Decay: anti-B0 -> Ds- K*+, B0 -> X  +c.c.        #
+#                   |                              #
+#                   `-> phi pi-                    #
+#                       |                          #
+#                       `-> K- K+                  #
+# 1 01                                             #
+# Cecilia Voena                                    #
+# modified by Sh. Rahatlou 4 May 2001              #
+#    removed the definition of dm in order to      #
+#    use the default.                              #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyK*- MyD_s+                    SVS;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyPhi pi+                         SVS;
+Enddecay
+#
+Decay MyK*-
+1.0000 K- pi0                            VSS;
+Enddecay
+
+
+Decay MyB0
+1.0000 MyK*+ MyD_s-                      SVS;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyPhi pi-                         SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                             VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000 K+ pi0                            VSS;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DsKstar_K0pi.dec b/BaBar_2014/B0B0bar_DsKstar_K0pi.dec
new file mode 100644
index 0000000..747321f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsKstar_K0pi.dec
@@ -0,0 +1,98 @@
+############################################################
+#                                                          #
+# Exclusive Ds Kstar decay.dec                             #
+#                                                          #
+# Decay: B0 -> Ds-  K*+             B-   -> X              #
+#              |      |-> K0 pi+                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: A. Merchant 7/May/2003                           #  
+# Modified: A. Merchant 13/May/2003                        #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias MyK02 K0
+Alias MyK0bar2 anti-K0
+Alias MyK_S02 K_S0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*+ MyK*-
+#
+ChargeConj MyK0bar2 MyK02
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyK*+  MyD_s-             SVS;  
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK*+
+1.0000      MyK02  pi+                     VSS;
+Enddecay
+CDecay MyK*-
+#
+Decay MyK02
+1.0000 MyK_S02                   PHSP;
+Enddecay
+CDecay MyK0bar2
+#
+Decay MyK_S02
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay MyK0bar
+1.0000 MyK_S0                    PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DsKstar_recomodes.dec b/BaBar_2014/B0B0bar_DsKstar_recomodes.dec
new file mode 100644
index 0000000..d8ecc78
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsKstar_recomodes.dec
@@ -0,0 +1,100 @@
+############################################################
+#                                                          #
+# Exclusive Ds Kstar decay.dec                             #
+#                                                          #
+# Decay: B0 -> Ds-  K*+             B-   -> X              #
+#              |      |-> K+ pi0, K0 pi+                   #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: A. Merchant 7/May/2003                           #  
+# Modified: A. Merchant 26/May/2003                        #
+# Modified: Toyoko Orimoto 16/Dec/2003                     #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias MyK02 K0
+Alias MyK0bar2 anti-K0
+Alias MyK_S02 K_S0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*+ MyK*-
+#
+ChargeConj MyK0bar2 MyK02
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyK*+  MyD_s-             SVS;  
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK*+
+0.6667      MyK02  pi+                  VSS;
+0.3333      K+  pi0                     VSS;
+Enddecay
+CDecay MyK*-
+#
+Decay MyK02
+1.0000 MyK_S02                   PHSP;
+Enddecay
+CDecay MyK0bar2
+#
+Decay MyK_S02
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay MyK0bar
+1.0000 MyK_S0                    PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_D_KstarK_k2pi.dec b/BaBar_2014/B0B0bar_Ds_D_KstarK_k2pi.dec
new file mode 100644
index 0000000..3993131
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_D_KstarK_k2pi.dec
@@ -0,0 +1,139 @@
+############################################################
+#                                                          #
+# Exclusive Ds(*)D(*) decay.dec                            #
+#                                                          #
+# Decay: B+ -> Ds+          D-        B- ->X               #
+#              |            |                              #
+#              |->kstark    |-> kpipi                      #
+# + cc                                                     #
+#                                                          #
+# Author: J.P.Lees                                         #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s+ MyD-      PHSP;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_D_phipi_k2pi.dec b/BaBar_2014/B0B0bar_Ds_D_phipi_k2pi.dec
new file mode 100644
index 0000000..635323b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_D_phipi_k2pi.dec
@@ -0,0 +1,139 @@
+############################################################
+#                                                          #
+# Exclusive Ds(*)D(*) decay.dec                            #
+#                                                          #
+# Decay: B+ -> Ds+          D-        B- ->X               #
+#              |            |                              #
+#              |->phipi     |-> kpipivv                    #
+# + cc                                                     #
+#                                                          #
+# Author: J.P.Lees                                         #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s+ MyD-      PHSP;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_D_recomodes.dec b/BaBar_2014/B0B0bar_Ds_D_recomodes.dec
new file mode 100644
index 0000000..324826f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_D_recomodes.dec
@@ -0,0 +1,151 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec                                #
+#                                                          #
+# Ds*D*0 . from B+ B- for SP3                              #
+#                                                          #
+# Decay: B+ -> Ds*+   D*0        B-     -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+#         J.P.Lees              12/14/00  adapted for DsD  #
+#         J.P.Lees   01/26/00 corrected bug in Ds to K*0K  #
+# reconstructable modes= D0 kpi,kpipi0,k3pi                #
+#                        D+ Kpipi                          #
+#                        Ds phipi, K0K,K*0K                #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s+ MyD-      PHSP;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+0.0123  MyK0    K+                     PHSP;
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_Dstar_KstarK_k3pi.dec b/BaBar_2014/B0B0bar_Ds_Dstar_KstarK_k3pi.dec
new file mode 100755
index 0000000..e8a71f7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_Dstar_KstarK_k3pi.dec
@@ -0,0 +1,137 @@
+############################################################
+#                                                          #
+# DsD*-  from B0 B0bar for SP4                             #
+#                                                          #
+# Decay: B0 -> Ds+    D*-        B0bar  -> X               #
+#              |       |                                   #
+#              K*K     K3pi                                #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*-  MyD_s+                  SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_Dstar_KstarK_kpi.dec b/BaBar_2014/B0B0bar_Ds_Dstar_KstarK_kpi.dec
new file mode 100755
index 0000000..ec2af72
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_Dstar_KstarK_kpi.dec
@@ -0,0 +1,131 @@
+############################################################
+#                                                          #
+# DsD*-  from B0 B0bar for SP4                             #
+#                                                          #
+# Decay: B0 -> Ds+    D*-        B0bar  -> X               #
+#              |       |                                   #
+#              K*K     Kpi                                 #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD*- MyD_s+                  SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_Dstar_KstarK_kpipi0.dec b/BaBar_2014/B0B0bar_Ds_Dstar_KstarK_kpipi0.dec
new file mode 100755
index 0000000..97d295a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_Dstar_KstarK_kpipi0.dec
@@ -0,0 +1,131 @@
+############################################################
+#                                                          #
+# DsD*-  from B0 B0bar for SP4                             #
+#                                                          #
+# Decay: B0 -> Ds+    D*-        B0bar  -> X               #
+#              |       |                                   #
+#              K*K     Kpipi0                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD*- MyD_s+                  SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_Dstar_phipi_k3pi.dec b/BaBar_2014/B0B0bar_Ds_Dstar_phipi_k3pi.dec
new file mode 100755
index 0000000..f582da0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_Dstar_phipi_k3pi.dec
@@ -0,0 +1,137 @@
+############################################################
+#                                                          #
+# DsD*-  from B0 B0bar for SP4                             #
+#                                                          #
+# Decay: B0 -> Ds+    D*-        B0bar  -> X               #
+#              |       |                                   #
+#              phipi     K3pi                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*-  MyD_s+                  SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_Dstar_phipi_kpi.dec b/BaBar_2014/B0B0bar_Ds_Dstar_phipi_kpi.dec
new file mode 100755
index 0000000..51040e1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_Dstar_phipi_kpi.dec
@@ -0,0 +1,131 @@
+############################################################
+#                                                          #
+# DsD*-  from B0 B0bar for SP4                             #
+#                                                          #
+# Decay: B0 -> Ds+    D*-        B0bar  -> X               #
+#              |       |                                   #
+#              phipi     Kpi                               #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000    MyD*-   MyD_s+               SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_Dstar_phipi_kpipi0.dec b/BaBar_2014/B0B0bar_Ds_Dstar_phipi_kpipi0.dec
new file mode 100755
index 0000000..5181022
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_Dstar_phipi_kpipi0.dec
@@ -0,0 +1,131 @@
+############################################################
+#                                                          #
+# DsD*-  from B0 B0bar for SP4                             #
+#                                                          #
+# Decay: B0 -> Ds+    D*-        B0bar  -> X               #
+#              |       |                                   #
+#              phipi     Kpipi0                            #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-   MyD_s+                  SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_Dstar_recomodes.dec b/BaBar_2014/B0B0bar_Ds_Dstar_recomodes.dec
new file mode 100644
index 0000000..df66e54
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_Dstar_recomodes.dec
@@ -0,0 +1,151 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec                                #
+#                                                          #
+# Ds*D*0 . from B+ B- for SP3                              #
+#                                                          #
+# Decay: B+ -> Ds*+   D*0        B-     -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+#         J.P.Lees              12/14/00  adapted for DsD  #
+#         J.P.Lees   01/26/00 corrected bug in Ds to K*0K  #
+# reconstructable modes= D0 kpi,kpipi0,k3pi                #
+#                        D+ Kpipi                          #
+#                        Ds phipi, K0K,K*0K                #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- MyD_s+       SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+0.0123  MyK0    K+                     PHSP;
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_a1_rho0_pi_recomodes.dec b/BaBar_2014/B0B0bar_Ds_a1_rho0_pi_recomodes.dec
new file mode 100644
index 0000000..b0be5d1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_a1_rho0_pi_recomodes.dec
@@ -0,0 +1,85 @@
+############################################################
+#                                                          #
+# Exclusive Ds a1 decay.dec                                #
+#                                                          #
+# Decay: B0 -> Ds+ a1-       B0bar     -> X                #
+#              |    |->pi- rho0                            #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  12/June/2001                    # 
+# Modified: Alex Merchant 13/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj Mya_1- Mya_1+
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   Mya_1-  MyD_s+      SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay Mya_1-
+1.0000 rho0 pi-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+                       VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
+                                                   
diff --git a/BaBar_2014/B0B0bar_Ds_pi_recomodes.dec b/BaBar_2014/B0B0bar_Ds_pi_recomodes.dec
new file mode 100644
index 0000000..6a06dc6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_pi_recomodes.dec
@@ -0,0 +1,74 @@
+############################################################
+#                                                          #
+# Exclusive Ds pi decay.dec                                #
+#                                                          #
+# Decay: B0 -> Ds+ pi-       B0bar     -> X                #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + c.c.                                                   #
+#                                                          #
+# Author:   Toyoko Orimoto  12/June/2001                   # 
+# Modified: Toyoko Orimoto  16/Dec/2003                    # 
+# reconstructable modes = Ds phipi,phirho,phipipi,K0K,K*0K #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s+ pi-      PHSP;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+                       VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ds_rho_recomodes.dec b/BaBar_2014/B0B0bar_Ds_rho_recomodes.dec
new file mode 100644
index 0000000..c8313d6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ds_rho_recomodes.dec
@@ -0,0 +1,75 @@
+############################################################
+#                                                          #
+# Exclusive Ds rho decay.dec                               #
+#                                                          #
+# Decay: B0 -> Ds+ rho-      B0bar     -> X                #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  12/June/2001                    # 
+# Modified: Alex Merchant 11/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   rho-  MyD_s+      SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+                       VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
+                                                   
diff --git a/BaBar_2014/B0B0bar_DspDsm_DspToPhiPip.dec b/BaBar_2014/B0B0bar_DspDsm_DspToPhiPip.dec
new file mode 100644
index 0000000..995f164
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DspDsm_DspToPhiPip.dec
@@ -0,0 +1,47 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> D_s-         D_s+,      : anti-B0 -> X    # 
+#              |->phi pi-  |->phi pi+                    #
+#                                                        #
+# Author: Asish Satpathy                                 #
+# Date: 17/Feb/2003                                      #
+##########################################################
+#
+## B0 -> Ds Ds -> phipi
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD_s+     D_s+
+Alias MyD_s-     D_s-
+Alias Myphi      phi
+
+ChargeConj MyB0     Myanti-B0
+ChargeConj MyD_s+   MyD_s-
+ChargeConj Myphi    Myphi
+
+Decay Upsilon(4S)
+1.000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.000  MyD_s-   MyD_s+           PHSP;
+Enddecay
+
+CDecay Myanti-B0
+
+Decay MyD_s+
+1.000  Myphi      pi+            SVS;
+Enddecay
+
+CDecay MyD_s-
+
+Decay Myphi
+1.000  K+   K-                   VSS;
+Enddecay
+
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dsp_a0m.dec b/BaBar_2014/B0B0bar_Dsp_a0m.dec
new file mode 100755
index 0000000..843784c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsp_a0m.dec
@@ -0,0 +1,101 @@
+########################################################################
+#                                                                      #
+# Decay: B0 -> Ds+ a0-       B0bar     -> X                            #
+#              |                                                       #
+#              |-> 5 modes (see below)                                 #
+# + c.c.                                                               #
+#                                                                      #
+# Author: V. Eyges  31/Jan/2004                                        # 
+#                                                                      #
+# Ds+      -> phi pi+, phi rho+, anti-K0 K+, anti-K*0 K+, K*+ anti-K0  #
+# a0+(980) -> eta pi+                                                  #
+# eta      -> gamma gamma, pi+ pi- pi0                                 #
+#                                                                      #
+########################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+Alias Mya_0+       a_0+
+Alias Mya_0-       a_0-
+Alias Myeta        eta
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK*+ MyK*-
+ChargeConj MyK0bar MyK0
+#
+ChargeConj Mya_0- Mya_0+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s+ Mya_0-      	PHSP;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s+
+0.1670 Myphi       pi+           SVS;
+0.3120 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1530 Myanti-K*0  K+            SVS;
+0.2000 MyK*+       MyK0bar       SVS;
+0.1680 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000   K+  pi-	                 VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay MyK*+
+0.6700   MyK0  pi+	                 VSS;
+0.3300   K+    pi0	                 VSS;
+Enddecay
+CDecay MyK*-
+#
+Decay Myphi
+1.0000   K+  K-		              VSS;
+Enddecay
+#
+Decay Mya_0+
+1.0000 Myeta pi+                        PHSP;
+Enddecay
+CDecay Mya_0-
+#
+Decay Myeta
+0.6070 gamma gamma                      PHSP;
+0.3930 pi+ pi- pi0                      PHSP;
+Enddecay
+#
+End
+                                                   
+
diff --git a/BaBar_2014/B0B0bar_Dsp_a2m.dec b/BaBar_2014/B0B0bar_Dsp_a2m.dec
new file mode 100755
index 0000000..c1e3689
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsp_a2m.dec
@@ -0,0 +1,101 @@
+########################################################################
+#                                                                      #
+# Decay: B0 -> Ds+ a2-       B0bar     -> X                            #
+#              |                                                       #
+#              |-> 5 modes (see below)                                 #
+# + c.c.                                                               #
+#                                                                      #
+# Author: V. Eyges  31/Jan/2004                                        # 
+#                                                                      #
+# Ds+      -> phi pi+, phi rho+, anti-K0 K+, anti-K*0 K+, K*+ anti-K0  #
+# a2+(1320)-> eta pi+                                                  #
+# eta      -> gamma gamma, pi+ pi- pi0                                 #
+#                                                                      #
+########################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+Alias Mya_2+       a_2+
+Alias Mya_2-       a_2-
+Alias Myeta        eta
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK*+ MyK*-
+ChargeConj MyK0bar MyK0
+#
+ChargeConj Mya_2- Mya_2+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   Mya_2- MyD_s+       	 STS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s+
+0.1670 Myphi       pi+           SVS;
+0.3120 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1530 Myanti-K*0  K+            SVS;
+0.2000 MyK*+       MyK0bar       SVS;
+0.1680 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000   K+  pi-	                 VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay MyK*+
+0.6700   MyK0  pi+	                 VSS;
+0.3300   K+    pi0	                 VSS;
+Enddecay
+CDecay MyK*-
+#
+Decay Myphi
+1.0000   K+  K-		              VSS;
+Enddecay
+#
+Decay Mya_2+
+1.0000 Myeta pi+                        PHSP;
+Enddecay
+CDecay Mya_2-
+#
+Decay Myeta
+0.6070 gamma gamma                      PHSP;
+0.3930 pi+ pi- pi0                      PHSP;
+Enddecay
+#
+End
+                                                   
+
diff --git a/BaBar_2014/B0B0bar_Dspi_DsK0sK.dec b/BaBar_2014/B0B0bar_Dspi_DsK0sK.dec
new file mode 100644
index 0000000..2f14e0f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dspi_DsK0sK.dec
@@ -0,0 +1,50 @@
+####################################################
+#                                                  #
+# Inclusive Ds*-Pi+ decay.dec #2                   #
+#                                                  #
+# DsD* signal from B0-antiB0 for SP3               #
+#                                                  #
+# Decay: anti-B0 -> Ds*- pi+, B0 -> X  +c.c.       #
+#                   |                              #
+#                   `-> K0s K-                     #
+#                       |                          #
+#                       `-> pi+ pi-                #
+# 05 Oct 00                                        #
+# Akram Khan                                       #
+####################################################
+#
+Define dm .464e12
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_s- pi+                       PHSP;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyK_S0 K-                        PHSP;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_s+ pi-                       PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyK_S0 K+                        PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Dspi_DsKstar0K.dec b/BaBar_2014/B0B0bar_Dspi_DsKstar0K.dec
new file mode 100644
index 0000000..f8c440c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dspi_DsKstar0K.dec
@@ -0,0 +1,55 @@
+####################################################
+#                                                  #
+# Inclusive Ds*-Pi+ decay.dec #3                   #
+#                                                  #
+# DsD* signal from B0-antiB0 for SP3               #
+#                                                  #
+# Decay: anti-B0 -> Ds*- pi+, B0 -> X  +c.c.       #
+#                   |                              #
+#                   `-> K*0 K-                     #
+#                       |                          #
+#                       `-> K+ pi-                 #
+# 05 Oct 00                                        #
+# Akram Khan                                       #
+####################################################
+#
+Define dm .464e12
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_s- pi+                       PHSP;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyK*0 K-                         SVS;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_s+ pi-                       PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.0000 Myanti-K*0 K+                    SVS;
+Enddecay
+#
+Decay MyK*0
+1.0000 K+ pi-                           VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000 K- pi+                           VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Dspi_DsetaPpi.dec b/BaBar_2014/B0B0bar_Dspi_DsetaPpi.dec
new file mode 100644
index 0000000..cbcff79
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dspi_DsetaPpi.dec
@@ -0,0 +1,51 @@
+############################################################
+#                                                          #
+# Exclusive Ds pi decay.dec                                #
+#                                                          #
+# Decay: B0 -> Ds+ pi-       B0bar     -> X                #
+#              |-> eta' pi+                                #
+#                   |-> eta pi+ pi-                        #
+#		         |-> gamma gamma                   #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  22/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyetaP    eta'
+Alias Myeta     eta
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s+   pi-      PHSP;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s+
+1.0000   MyetaP   pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyetaP
+1.0000   Myeta   pi+  pi-  PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000   gamma    gamma    PHSP;
+Enddecay
+#
+End                                                   
+
diff --git a/BaBar_2014/B0B0bar_Dspi_Dsetapi.dec b/BaBar_2014/B0B0bar_Dspi_Dsetapi.dec
new file mode 100644
index 0000000..ff81dd7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dspi_Dsetapi.dec
@@ -0,0 +1,45 @@
+############################################################
+#                                                          #
+# Exclusive Ds pi decay.dec                                #
+#                                                          #
+# Decay: B0 -> Ds+ pi-       B0bar     -> X                #
+#              |-> eta pi+                                 #
+#                   |-> gamma gamma                        #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  19/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Myeta     eta
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s+   pi-      PHSP;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s+
+1.0000   Myeta    pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay Myeta
+1.0000   gamma    gamma    PHSP;
+Enddecay
+#
+End                                                   
+
diff --git a/BaBar_2014/B0B0bar_Dspi_Dsphipi.dec b/BaBar_2014/B0B0bar_Dspi_Dsphipi.dec
new file mode 100644
index 0000000..efdfdd9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dspi_Dsphipi.dec
@@ -0,0 +1,51 @@
+####################################################
+#                                                  #
+# Exclusive Ds*-pi+ decay.dec #1                   #
+#                                                  #
+# DsD* signal from B0-antiB0 for SP3               #
+#                                                  #
+# Decay: anti-B0 -> Ds*- pi+, B0 -> X  +c.c.       #
+#                   |                              #
+#                   `-> phi pi-                    #
+#                       |                          #
+#                       `-> K- K+                  #
+# 05 Oct 00                                        #
+# Akram Khan                                       #
+# modified by Sh. Rahatlou 4 May 2001              #
+#    removed the definition of dm in order to      #
+#    use the default.                              #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_s- pi+                        PHSP;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyPhi pi-                         SVS;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_s+ pi-                        PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyPhi pi+                         SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                             VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Dsrho_DsetaPpi.dec b/BaBar_2014/B0B0bar_Dsrho_DsetaPpi.dec
new file mode 100644
index 0000000..b35c7a4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsrho_DsetaPpi.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Exclusive Ds rho decay.dec                               #
+#                                                          #
+# Decay: B0 -> Ds+ rho-       B0bar     -> X               #
+#              |-> eta' pi+                                #
+#                   |-> eta pi+ pi-                        #
+#		         |-> gamma gamma                   #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  22/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyetaP    eta'
+Alias Myeta     eta
+#
+ChargeConj MyB0   Myanti-B0
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   rho-     MyD_s+   SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s+
+1.0000   Myeta    pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyetaP
+1.0000   Myeta   pi+  pi-  PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000   gamma    gamma    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsrho_Dsetapi.dec b/BaBar_2014/B0B0bar_Dsrho_Dsetapi.dec
new file mode 100644
index 0000000..2a373d5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsrho_Dsetapi.dec
@@ -0,0 +1,45 @@
+############################################################
+#                                                          #
+# Exclusive Ds rho decay.dec                               #
+#                                                          #
+# Decay: B0 -> Ds+ rho-       B0bar     -> X               #
+#              |-> eta pi+                                 #
+#                   |-> gamma gamma                        # 
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  19/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Myeta     eta
+#
+ChargeConj MyB0   Myanti-B0
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   rho-     MyD_s+   SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s+
+1.0000   Myeta    pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay Myeta
+1.0000   gamma    gamma    PHSP;
+Enddecay
+#
+End                                                   
+
diff --git a/BaBar_2014/B0B0bar_Dss0toDspi0_D_KstarK_k2pi.dec b/BaBar_2014/B0B0bar_Dss0toDspi0_D_KstarK_k2pi.dec
new file mode 100755
index 0000000..afbedfd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss0toDspi0_D_KstarK_k2pi.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD- MyD_s0*+KstarK              PHSP; 
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss0toDspi0_D_phipi_k2pi.dec b/BaBar_2014/B0B0bar_Dss0toDspi0_D_phipi_k2pi.dec
new file mode 100755
index 0000000..4a94ba1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss0toDspi0_D_phipi_k2pi.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD- MyD_s0*+              PHSP; 
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_KstarK_k3pi.dec b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_KstarK_k3pi.dec
new file mode 100755
index 0000000..3e21a6b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_KstarK_k3pi.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-K3pi   MyD_s0*+KstarK                  SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_KstarK_kpi.dec b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_KstarK_kpi.dec
new file mode 100755
index 0000000..cd583f2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_KstarK_kpi.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpi   MyD_s0*+KstarK                  SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_KstarK_kpipi0.dec b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_KstarK_kpipi0.dec
new file mode 100755
index 0000000..34eb9ea
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_KstarK_kpipi0.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpipi0   MyD_s0*+KstarK                  SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_phipi_k3pi.dec b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_phipi_k3pi.dec
new file mode 100755
index 0000000..4d794ea
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_phipi_k3pi.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-K3pi   MyD_s0*+              SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_phipi_kpi.dec b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_phipi_kpi.dec
new file mode 100755
index 0000000..a48f9d3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_phipi_kpi.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpi   MyD_s0*+              SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_phipi_kpipi0.dec b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_phipi_kpipi0.dec
new file mode 100755
index 0000000..b551130
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss0toDspi0_Dstar_phipi_kpipi0.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpipi0   MyD_s0*+              SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsgamma_D_KstarK_k2pi.dec b/BaBar_2014/B0B0bar_Dss1toDsgamma_D_KstarK_k2pi.dec
new file mode 100644
index 0000000..6ae0d6a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsgamma_D_KstarK_k2pi.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s1+KstarK MyD-           SVS; 
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsgamma_D_phipi_k2pi.dec b/BaBar_2014/B0B0bar_Dss1toDsgamma_D_phipi_k2pi.dec
new file mode 100644
index 0000000..716514e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsgamma_D_phipi_k2pi.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s1+ MyD-           SVS; 
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_KstarK_k3pi.dec b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_KstarK_k3pi.dec
new file mode 100644
index 0000000..c8a3d54
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_KstarK_k3pi.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-K3pi   MyD_s1+KstarK                  SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_KstarK_kpi.dec b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_KstarK_kpi.dec
new file mode 100644
index 0000000..74dad67
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_KstarK_kpi.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpi   MyD_s1+KstarK                  SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_KstarK_kpipi0.dec b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_KstarK_kpipi0.dec
new file mode 100644
index 0000000..8a630d4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_KstarK_kpipi0.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpipi0   MyD_s1+KstarK                  SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_phipi_k3pi.dec b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_phipi_k3pi.dec
new file mode 100644
index 0000000..843a5c8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_phipi_k3pi.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-K3pi   MyD_s1+              SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_phipi_kpi.dec b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_phipi_kpi.dec
new file mode 100644
index 0000000..6310704
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_phipi_kpi.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpi   MyD_s1+              SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_phipi_kpipi0.dec b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_phipi_kpipi0.dec
new file mode 100644
index 0000000..3274318
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsgamma_Dstar_phipi_kpipi0.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpipi0   MyD_s1+              SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDspi0_D_KstarK_k2pi.dec b/BaBar_2014/B0B0bar_Dss1toDspi0_D_KstarK_k2pi.dec
new file mode 100644
index 0000000..afdaea9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDspi0_D_KstarK_k2pi.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s1+KstarK MyD-           SVS; 
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDspi0_D_phipi_k2pi.dec b/BaBar_2014/B0B0bar_Dss1toDspi0_D_phipi_k2pi.dec
new file mode 100644
index 0000000..1e7bebd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDspi0_D_phipi_k2pi.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s1+ MyD-           SVS; 
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_KstarK_k3pi.dec b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_KstarK_k3pi.dec
new file mode 100644
index 0000000..fc0349e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_KstarK_k3pi.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-K3pi   MyD_s1+KstarK                  SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_KstarK_kpi.dec b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_KstarK_kpi.dec
new file mode 100644
index 0000000..4de4b4b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_KstarK_kpi.dec
@@ -0,0 +1,277 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpi   MyD_s1+KstarK                  SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_KstarK_kpipi0.dec b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_KstarK_kpipi0.dec
new file mode 100644
index 0000000..50548d0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_KstarK_kpipi0.dec
@@ -0,0 +1,293 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpipi0   MyD_s1+KstarK                  SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_phipi_k3pi.dec b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_phipi_k3pi.dec
new file mode 100644
index 0000000..1a10bf8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_phipi_k3pi.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-K3pi   MyD_s1+              SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_phipi_kpi.dec b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_phipi_kpi.dec
new file mode 100644
index 0000000..8c6c5a5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_phipi_kpi.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpi   MyD_s1+              SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_phipi_kpipi0.dec b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_phipi_kpipi0.dec
new file mode 100644
index 0000000..e8395cb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDspi0_Dstar_phipi_kpipi0.dec
@@ -0,0 +1,279 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpipi0   MyD_s1+              SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsstarpi0_D_KstarK_k2pi.dec b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_D_KstarK_k2pi.dec
new file mode 100644
index 0000000..ef234e8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_D_KstarK_k2pi.dec
@@ -0,0 +1,286 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s1+KstarK MyD-           SVS; 
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsstarpi0_D_phipi_k2pi.dec b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_D_phipi_k2pi.dec
new file mode 100644
index 0000000..63c840f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_D_phipi_k2pi.dec
@@ -0,0 +1,288 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s1+ MyD-           SVS; 
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_KstarK_k3pi.dec b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_KstarK_k3pi.dec
new file mode 100644
index 0000000..e547be3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_KstarK_k3pi.dec
@@ -0,0 +1,286 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-K3pi   MyD_s1+KstarK                  SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_KstarK_kpi.dec b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_KstarK_kpi.dec
new file mode 100644
index 0000000..1e342d1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_KstarK_kpi.dec
@@ -0,0 +1,286 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpi   MyD_s1+KstarK                  SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_KstarK_kpipi0.dec b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_KstarK_kpipi0.dec
new file mode 100644
index 0000000..490c4ce
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_KstarK_kpipi0.dec
@@ -0,0 +1,286 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpipi0   MyD_s1+KstarK                  SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_phipi_k3pi.dec b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_phipi_k3pi.dec
new file mode 100644
index 0000000..1b55116
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_phipi_k3pi.dec
@@ -0,0 +1,288 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-K3pi   MyD_s1+              SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_phipi_kpi.dec b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_phipi_kpi.dec
new file mode 100644
index 0000000..c5c2047
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_phipi_kpi.dec
@@ -0,0 +1,288 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpi   MyD_s1+              SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_phipi_kpipi0.dec b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_phipi_kpipi0.dec
new file mode 100644
index 0000000..702f3df
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dss1toDsstarpi0_Dstar_phipi_kpipi0.dec
@@ -0,0 +1,288 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+ D*- decay.dec                             #
+#                                                          #
+# DsD*-  from B+ B- for SP4                                #
+#                                                          #
+# Decay: B+ -> Ds*0+         D*-      B-     -> X          #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  D0->K3pi                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*+Kpi  D*+
+Alias MyD*-Kpi  D*-
+Alias MyD*+K3pi  D*+
+Alias MyD*-K3pi  D*-
+Alias MyD*+Kpipi0  D*+
+Alias MyD*-Kpipi0  D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+ChargeConj MyD*+Kpi  MyD*-Kpi   
+ChargeConj MyD*+Kpipi0  MyD*-Kpipi0   
+ChargeConj MyD*+K3pi  MyD*-K3pi   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000 MyD*-Kpipi0   MyD_s1+              SVV_HELAMP 0.4904 0.0 0.7204 0.0 0.4904 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*+Kpi
+0.6830  MyD0Kpi    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpi
+#
+Decay MyD*+Kpipi0
+0.6830  MyD0Kpipi0    pi+                       VSS;
+Enddecay
+CDecay MyD*-Kpipi0
+#
+Decay MyD*+K3pi
+0.6830  MyD0K3pi    pi+                       VSS;
+Enddecay
+CDecay MyD*-K3pi
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DsstarD_DsgammaD.dec b/BaBar_2014/B0B0bar_DsstarD_DsgammaD.dec
new file mode 100644
index 0000000..4b52e0d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarD_DsgammaD.dec
@@ -0,0 +1,234 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> Ds*+   D*(2010)-  anti-B0 -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD+ MyD-
+ChargeConj MyD*+ MyD*- 
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_s*+ MyD-                           SVS;
+1.0000 MyD*- MyD_s+                           SVS;
+Enddecay
+#
+CDecay Myanti-B0
+
+#
+Decay MyD*+
+0.2500  MyD+    pi0                       VSS;
+0.7500  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+0.2500  MyD-    pi0                       VSS;
+0.7500  MyD0    pi-                       VSS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+#
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.5000 Myphi   pi+                    SVS;
+1.0000 MyK0    K+                     PHSP;
+0.5000 MyK*0   K+                     SVS;
+1.0000 My2ndK*0  K+                   SVS;
+1.0000 Myphi rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+1.0000 Myeta   pi+                    PHSP;
+Enddecay
+#
+CDecay MyD_s-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK_S0 pi+ pi-                   D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   K_S0 pi+  pi0                    D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DsstarDm_Dsg_phipi_kpipi.dec b/BaBar_2014/B0B0bar_DsstarDm_Dsg_phipi_kpipi.dec
new file mode 100644
index 0000000..e748b5c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDm_Dsg_phipi_kpipi.dec
@@ -0,0 +1,116 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec                                 #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> Ds*+          D-       anti-B0 -> X        #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD+ MyD-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_s*+ MyD-                         SVS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+1.0000 Myphi   pi+                       SVS;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  MyD+
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_KKpi_Kpi.dec b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_KKpi_Kpi.dec
new file mode 100644
index 0000000..6429548
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_KKpi_Kpi.dec
@@ -0,0 +1,151 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec #2                             #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> Ds*+   D*(2010)-  anti-B0 -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s*+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+0.5217  Myphi   pi+                       SVS;
+#1.0000 MyK0pp     K+                     PHSP;
+#1.0000 MyK000     K+                     PHSP;
+0.4783  Myanti-K*0-Kp   K+                SVS;
+#1.0000 Myanti-K*0-KSp   K+               SVS;
+# this is similar to the D0 decay 
+#1.0000   Myphi rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+#1.0000   Myetagg    pi+                  PHSP;
+#1.0000   Myetappp   pi+                  PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyK0pp
+ 1.0 pi+  pi-                          PHSP;
+Enddecay
+#
+Decay MyK000
+ 1.0 pi0  pi0                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0-Kp 
+1.0000 K- pi+ 	                        VSS;
+Enddecay 
+#
+Decay Myanti-K*0-KSp 
+# assume same as for K- pi+
+1.0000 K_S0 pi0		                VSS;
+Enddecay
+#
+
+
+Decay Myetagg 
+1.0 gamma gamma 			PHSP;
+Enddecay 
+#
+Decay Myetappp
+1.0 pi0 pi+ pi-		 		ETA_DALITZ;
+Enddecay 
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+CDecay  MyK*0-Kp
+CDecay  MyK*0-KSp
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_KKpipi0_Kpi.dec b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_KKpipi0_Kpi.dec
new file mode 100644
index 0000000..d243e30
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_KKpipi0_Kpi.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec #2                             #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> Ds*(2010)+   D*(2010)-  anti-B0 -> X        #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s*+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+#0.5217  Myphi   pi+                       SVS;
+#1.0000 MyK0pp     K+                     PHSP;
+#1.0000 MyK000     K+                     PHSP;
+#0.4783  Myanti-K*0-Kp   K+                SVS;
+#1.0000 Myanti-K*0-KSp   K+               SVS;
+# this is similar to the D0 decay 
+1.0000   Myphi rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+#1.0000   Myetagg    pi+                  PHSP;
+#1.0000   Myetappp   pi+                  PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyK0pp
+ 1.0 pi+  pi-                          PHSP;
+Enddecay
+#
+Decay MyK000
+ 1.0 pi0  pi0                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0-Kp 
+1.0000 K- pi+ 	                        VSS;
+Enddecay 
+#
+Decay Myanti-K*0-KSp 
+# assume same as for K- pi+
+#1.0000 K_S0 pi0		                VSS;
+1.0000 MyK0pp pi0       	                VSS;
+#1.0000 MyK000 pi0       	                VSS;
+Enddecay
+#
+
+
+Decay Myetagg 
+1.0 gamma gamma 			PHSP;
+Enddecay 
+#
+Decay Myetappp
+1.0 pi0 pi+ pi-		 		ETA_DALITZ;
+Enddecay 
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+CDecay  MyK*0-Kp
+CDecay  MyK*0-KSp
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpi0pi0_Kpi.dec b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpi0pi0_Kpi.dec
new file mode 100644
index 0000000..a6b6388
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpi0pi0_Kpi.dec
@@ -0,0 +1,151 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec #2                             #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> Ds*(2010)+   D*(2010)-  anti-B0 -> X        #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s*+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+#0.5217  Myphi   pi+                       SVS;
+#1.0000 MyK0pp     K+                     PHSP;
+1.0000 MyK000     K+                     PHSP;
+#0.4783  Myanti-K*0-Kp   K+                SVS;
+#1.0000 Myanti-K*0-KSp   K+               SVS;
+# this is similar to the D0 decay 
+#1.0000   Myphi rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+#1.0000   Myetagg    pi+                  PHSP;
+#1.0000   Myetappp   pi+                  PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyK0pp
+ 1.0 pi+  pi-                          PHSP;
+Enddecay
+#
+Decay MyK000
+ 1.0 pi0  pi0                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0-Kp 
+1.0000 K- pi+ 	                        VSS;
+Enddecay 
+#
+Decay Myanti-K*0-KSp 
+# assume same as for K- pi+
+1.0000 K_S0 pi0		                VSS;
+Enddecay
+#
+
+
+Decay Myetagg 
+1.0 gamma gamma 			PHSP;
+Enddecay 
+#
+Decay Myetappp
+1.0 pi0 pi+ pi-		 		ETA_DALITZ;
+Enddecay 
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+CDecay  MyK*0-Kp
+CDecay  MyK*0-KSp
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpi0pi0pi0_Kpi.dec b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpi0pi0pi0_Kpi.dec
new file mode 100644
index 0000000..fc0358c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpi0pi0pi0_Kpi.dec
@@ -0,0 +1,152 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec #2                              #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> Ds*(2010)+   D*(2010)-  anti-B0 -> X        #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s*+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+#0.5217  Myphi   pi+                       SVS;
+#1.0000 MyK0pp     K+                     PHSP;
+#1.0000 MyK000     K+                     PHSP;
+#0.4783  Myanti-K*0-Kp   K+                SVS;
+1.0000 Myanti-K*0-KSp   K+               SVS;
+# this is similar to the D0 decay 
+#1.0000   Myphi rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+#1.0000   Myetagg    pi+                  PHSP;
+#1.0000   Myetappp   pi+                  PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyK0pp
+ 1.0 pi+  pi-                          PHSP;
+Enddecay
+#
+Decay MyK000
+ 1.0 pi0  pi0                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0-Kp 
+1.0000 K- pi+ 	                        VSS;
+Enddecay 
+#
+Decay Myanti-K*0-KSp 
+# assume same as for K- pi+
+#1.0000 K_S0 pi0		                VSS;
+#1.0000 MyK0pp pi0       	                VSS;
+1.0000 MyK000 pi0       	                VSS;
+Enddecay
+#
+
+Decay Myetagg 
+1.0 gamma gamma 			PHSP;
+Enddecay 
+#
+Decay Myetappp
+1.0 pi0 pi+ pi-		 		ETA_DALITZ;
+Enddecay 
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+CDecay  MyK*0-Kp
+CDecay  MyK*0-KSp
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpipi_Kpi.dec b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpipi_Kpi.dec
new file mode 100644
index 0000000..7649680
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpipi_Kpi.dec
@@ -0,0 +1,151 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec #2                             #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> Ds*(2010)+   D*(2010)-  anti-B0 -> X        #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s*+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+#0.5217  Myphi   pi+                       SVS;
+1.0000 MyK0pp     K+                     PHSP;
+#1.0000 MyK000     K+                     PHSP;
+#0.4783  Myanti-K*0-Kp   K+                SVS;
+#1.0000 Myanti-K*0-KSp   K+               SVS;
+# this is similar to the D0 decay 
+#1.0000   Myphi rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+#1.0000   Myetagg    pi+                  PHSP;
+#1.0000   Myetappp   pi+                  PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyK0pp
+ 1.0 pi+  pi-                          PHSP;
+Enddecay
+#
+Decay MyK000
+ 1.0 pi0  pi0                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0-Kp 
+1.0000 K- pi+ 	                        VSS;
+Enddecay 
+#
+Decay Myanti-K*0-KSp 
+# assume same as for K- pi+
+1.0000 K_S0 pi0		                VSS;
+Enddecay
+#
+
+
+Decay Myetagg 
+1.0 gamma gamma 			PHSP;
+Enddecay 
+#
+Decay Myetappp
+1.0 pi0 pi+ pi-		 		ETA_DALITZ;
+Enddecay 
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+CDecay  MyK*0-Kp
+CDecay  MyK*0-KSp
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpipipi0_Kpi.dec b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpipipi0_Kpi.dec
new file mode 100644
index 0000000..8307ae2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_Kpipipi0_Kpi.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec #2                             #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> Ds*+   D*(2010)+  anti-B0 -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s*+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+#0.5217  Myphi   pi+                       SVS;
+#1.0000 MyK0pp     K+                     PHSP;
+#1.0000 MyK000     K+                     PHSP;
+#0.4783  Myanti-K*0-Kp   K+                SVS;
+1.0000 Myanti-K*0-KSp   K+               SVS;
+# this is similar to the D0 decay 
+#1.0000   Myphi rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+#1.0000   Myetagg    pi+                  PHSP;
+#1.0000   Myetappp   pi+                  PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyK0pp
+ 1.0 pi+  pi-                          PHSP;
+Enddecay
+#
+Decay MyK000
+ 1.0 pi0  pi0                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0-Kp 
+1.0000 K- pi+ 	                        VSS;
+Enddecay 
+#
+Decay Myanti-K*0-KSp 
+# assume same as for K- pi+
+#1.0000 K_S0 pi0		                VSS;
+1.0000 MyK0pp pi0       	                VSS;
+#1.0000 MyK000 pi0       	                VSS;
+Enddecay
+#
+
+
+Decay Myetagg 
+1.0 gamma gamma 			PHSP;
+Enddecay 
+#
+Decay Myetappp
+1.0 pi0 pi+ pi-		 		ETA_DALITZ;
+Enddecay 
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+CDecay  MyK*0-Kp
+CDecay  MyK*0-KSp
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_ggpi_Kpi.dec b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_ggpi_Kpi.dec
new file mode 100644
index 0000000..943cd9b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_ggpi_Kpi.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec #2                             #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> Ds*+   D*(2010)-  anti-B0 -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s*+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+#0.5217  Myphi   pi+                       SVS;
+#1.0000 MyK0pp     K+                     PHSP;
+#1.0000 MyK000     K+                     PHSP;
+#0.4783  Myanti-K*0-Kp   K+                SVS;
+#1.0000 Myanti-K*0-KSp   K+               SVS;
+# this is similar to the D0 decay 
+#1.0000   Myphi rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+1.0000   Myetagg    pi+                  PHSP;
+#1.0000   Myetappp   pi+                  PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyK0pp
+ 1.0 pi+  pi-                          PHSP;
+Enddecay
+#
+Decay MyK000
+ 1.0 pi0  pi0                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0-Kp 
+1.0000 K- pi+ 	                        VSS;
+Enddecay 
+#
+Decay Myanti-K*0-KSp 
+# assume same as for K- pi+
+#1.0000 K_S0 pi0		                VSS;
+1.0000 MyK0pp pi0       	                VSS;
+#1.0000 MyK000 pi0       	                VSS;
+Enddecay
+#
+
+
+Decay Myetagg 
+1.0 gamma gamma 			PHSP;
+Enddecay 
+#
+Decay Myetappp
+1.0 pi0 pi+ pi-		 		ETA_DALITZ;
+Enddecay 
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+CDecay  MyK*0-Kp
+CDecay  MyK*0-KSp
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_pi0pipipi_Kpi.dec b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_pi0pipipi_Kpi.dec
new file mode 100644
index 0000000..4aab68b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDstar_DsgD0p_pi0pipipi_Kpi.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec #2   D                         #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> Ds*-   D*(2010)+  anti-B0 -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s*+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+#0.5217  Myphi   pi+                       SVS;
+#1.0000 MyK0pp     K+                     PHSP;
+#1.0000 MyK000     K+                     PHSP;
+#0.4783  Myanti-K*0-Kp   K+                SVS;
+#1.0000 Myanti-K*0-KSp   K+               SVS;
+# this is similar to the D0 decay 
+#1.0000   Myphi rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+#1.0000   Myetagg    pi+                  PHSP;
+1.0000   Myetappp   pi+                  PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyK0pp
+ 1.0 pi+  pi-                          PHSP;
+Enddecay
+#
+Decay MyK000
+ 1.0 pi0  pi0                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0-Kp 
+1.0000 K- pi+ 	                        VSS;
+Enddecay 
+#
+Decay Myanti-K*0-KSp 
+# assume same as for K- pi+
+#1.0000 K_S0 pi0		                VSS;
+1.0000 MyK0pp pi0       	                VSS;
+#1.0000 MyK000 pi0       	                VSS;
+Enddecay
+#
+
+
+Decay Myetagg 
+1.0 gamma gamma 			PHSP;
+Enddecay 
+#
+Decay Myetappp
+1.0 pi0 pi+ pi-		 		ETA_DALITZ;
+Enddecay 
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+CDecay  MyK*0-Kp
+CDecay  MyK*0-KSp
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsstarDstar_Dspi0D0p_KKpi_Kpi.dec b/BaBar_2014/B0B0bar_DsstarDstar_Dspi0D0p_KKpi_Kpi.dec
new file mode 100644
index 0000000..061180e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDstar_Dspi0D0p_KKpi_Kpi.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec #2                             #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> Ds*(2010)-   D*(2010)+  anti-B0 -> X        #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s*+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD_s*+
+#1.0000  MyD_s+     gamma                 VSP_PWAVE;
+#Analog to D* decay
+1.0000  MyD_s+     pi0                    VSS;
+Enddecay
+#
+Decay MyD_s+
+0.5217  Myphi   pi+                       SVS;
+#1.0000 MyK0pp     K+                     PHSP;
+#1.0000 MyK000     K+                     PHSP;
+0.4783  Myanti-K*0-Kp   K+                SVS;
+#1.0000 Myanti-K*0-KSp   K+               SVS;
+# this is similar to the D0 decay 
+#1.0000   Myphi rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+#1.0000   Myetagg    pi+                  PHSP;
+#1.0000   Myetappp   pi+                  PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyK0pp
+ 1.0 pi+  pi-                          PHSP;
+Enddecay
+#
+Decay MyK000
+ 1.0 pi0  pi0                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0-Kp 
+1.0000 K- pi+ 	                        VSS;
+Enddecay 
+#
+Decay Myanti-K*0-KSp 
+# assume same as for K- pi+
+1.0000 K_S0 pi0		                VSS;
+Enddecay
+#
+
+
+Decay Myetagg 
+1.0 gamma gamma 			PHSP;
+Enddecay 
+#
+Decay Myetappp
+1.0 pi0 pi+ pi-		 		ETA_DALITZ;
+Enddecay 
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+CDecay  MyK*0-Kp
+CDecay  MyK*0-KSp
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DsstarDstar_exclusive.dec b/BaBar_2014/B0B0bar_DsstarDstar_exclusive.dec
new file mode 100644
index 0000000..37dd46e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarDstar_exclusive.dec
@@ -0,0 +1,232 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s*+              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*+
+0.2500  MyD+    pi0                       VSS;
+0.7500  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+0.2500  MyD-    pi0                       VSS;
+0.7500  MyD0    pi-                       VSS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+#
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.5000 Myphi   pi+                    SVS;
+1.0000 MyK0    K+                     PHSP;
+0.5000 MyK*0   K+                     SVS;
+1.0000 My2ndK*0  K+                   SVS;
+1.0000 Myphi rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+1.0000 Myeta   pi+                    PHSP;
+Enddecay
+#
+CDecay MyD_s-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK_S0 pi+ pi-                   D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   K_S0 pi+  pi0                    D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DsstarK_DsK0sK.dec b/BaBar_2014/B0B0bar_DsstarK_DsK0sK.dec
new file mode 100644
index 0000000..59369de
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarK_DsK0sK.dec
@@ -0,0 +1,63 @@
+############################################################
+#                                                          #
+# Exclusive Dsstar*-K+ decay.dec                           #
+#                                                          #
+# Decay: B0 -> Ds*-   K+         B0bar     -> X            #
+#              |-> Ds- gam                                 #
+#		   |-> K0 K-                               #
+#			|-> K0s				   #
+#		            |-> K pi		           #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto   29/May/2002                     #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+Alias MyK_S0    K_S0
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*- K+      SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*+
+#
+Decay MyD_s-
+1.0000 MyK0        K-            PHSP;
+Enddecay
+CDecay MyD_s+
+#
+Decay MyK0bar
+1.0000 MyK_S0               PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-          PHSP;
+Enddecay
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DsstarK_DsKstarK.dec b/BaBar_2014/B0B0bar_DsstarK_DsKstarK.dec
new file mode 100644
index 0000000..a6012a7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarK_DsKstarK.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Exclusive Dsstar*-K+ decay.dec                           #
+#                                                          #
+# Decay: B0 -> Ds*-   K+         B0bar     -> X            #
+#	       |-> Ds- gam				   #
+#                  |-> K*0 K-                              #
+#                      |-> K pi                            #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto   29/May/2002                     #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyK*0 Myanti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*- K+      SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*+
+#
+Decay MyD_s-
+1.0000 MyK*0  K-            SVS;
+Enddecay
+CDecay MyD_s+
+#
+Decay MyK*0
+1.0000      K+  pi-       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DsstarK_Dsphipi.dec b/BaBar_2014/B0B0bar_DsstarK_Dsphipi.dec
new file mode 100644
index 0000000..05800a7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarK_Dsphipi.dec
@@ -0,0 +1,55 @@
+############################################################
+#                                                          #
+# Exclusive Dsstar*-K+ decay.dec                           #
+#                                                          #
+# Decay: B0 -> Ds*-   K+         B0bar     -> X            #
+#	       |-> Ds- gam		                   #
+#                  |-> phipi                               #
+#		        |-> K+K-		           #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto   29/May/2002                     #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias Myphi     phi
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*- K+      SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*+
+#
+Decay MyD_s-
+1.0000 Myphi       pi-           SVS;
+Enddecay
+CDecay MyD_s+
+#
+Decay Myphi
+1.0000   K+     K-        VSS;
+Enddecay
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DsstarKstar_DsK0sK.dec b/BaBar_2014/B0B0bar_DsstarKstar_DsK0sK.dec
new file mode 100644
index 0000000..964598d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarKstar_DsK0sK.dec
@@ -0,0 +1,71 @@
+############################################################
+#                                                          #
+# Exclusive Dsstar*-K+ decay.dec                           #
+#                                                          #
+# Decay: B0 -> Ds*-   K+         B0bar     -> X            #
+#              |-> Ds- gam                                 #
+#		   |-> K0 K-                               #
+#			|-> K0s				   #
+#		            |-> K pi		           #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto   29/May/2002                     #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+Alias MyK_S0    K_S0
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyK*+ MyK*-
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*- MyK*+      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*+
+#
+Decay MyD_s-
+1.0000 MyK0        K-            PHSP;
+Enddecay
+CDecay MyD_s+
+#
+Decay MyK0bar
+1.0000 MyK_S0               PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-          PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0000   K+     pi0       VSS;
+Enddecay
+CDecay MyK*-
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DsstarKstar_DsKstarK.dec b/BaBar_2014/B0B0bar_DsstarKstar_DsKstarK.dec
new file mode 100644
index 0000000..89e2e67
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarKstar_DsKstarK.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Exclusive Dsstar*-K+ decay.dec                           #
+#                                                          #
+# Decay: B0 -> Ds*-   K*+        B0bar     -> X            #
+#	       |-> Ds- gam				   #
+#                  |-> K*0 K-                              #
+#                      |-> K pi                            #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto   29/May/2002                     #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyK*+ MyK*-
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyK*0 Myanti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*- MyK*+      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*+
+#
+Decay MyD_s-
+1.0000 MyK*0  K-            SVS;
+Enddecay
+CDecay MyD_s+
+#
+Decay MyK*0
+1.0000      K+  pi-       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay MyK*+
+1.0000   K+     pi0       VSS;
+Enddecay
+CDecay MyK*-
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DsstarKstar_Dsphipi.dec b/BaBar_2014/B0B0bar_DsstarKstar_Dsphipi.dec
new file mode 100644
index 0000000..40823ff
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarKstar_Dsphipi.dec
@@ -0,0 +1,63 @@
+############################################################
+#                                                          #
+# Exclusive Dsstar*-K*+ decay.dec                          #
+#                                                          #
+# Decay: B0 -> Ds*-   K*+         B0bar     -> X           #
+#	       |-> Ds- gam		                   #
+#                  |-> phipi                               #
+#		        |-> K+K-		           #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto   29/May/2002                     #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias Myphi     phi
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyK*+ MyK*-
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*- MyK*+      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*+
+#
+Decay MyD_s-
+1.0000 Myphi       pi-           SVS;
+Enddecay
+CDecay MyD_s+
+#
+Decay Myphi
+1.0000   K+     K-        VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K+     pi0       VSS;
+Enddecay
+CDecay MyK*-
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DsstarKstar_K0pi_long.dec b/BaBar_2014/B0B0bar_DsstarKstar_K0pi_long.dec
new file mode 100644
index 0000000..0f295b7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarKstar_K0pi_long.dec
@@ -0,0 +1,106 @@
+############################################################
+#                                                          #
+# Ds*+ K*- decay.dec                                       #
+#                                                          #
+# Decay: B0 -> Ds*- K*+ (longitud. polarization)  B- -> X  #
+#              |    |->K0 pi+                              #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Alex Merchant 7/May/2003                         #
+# Modified: A. Merchant 13/May/2003                        #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias MyK02 K0
+Alias MyK0bar2 anti-K0
+Alias MyK_S02 K_S0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK0bar2 MyK02
+ChargeConj MyK*+ MyK*-
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD_s*- MyK*+            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyK*+
+1.0000      MyK02  pi+                     VSS;
+Enddecay
+CDecay MyK*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK02
+1.0000 MyK_S02                   PHSP;
+Enddecay
+CDecay MyK0bar2
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S02
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DsstarKstar_K0pi_tran.dec b/BaBar_2014/B0B0bar_DsstarKstar_K0pi_tran.dec
new file mode 100644
index 0000000..e239f9b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarKstar_K0pi_tran.dec
@@ -0,0 +1,106 @@
+############################################################
+#                                                          #
+# Ds*+ K*- decay.dec                                       #
+#                                                          #
+# Decay: B0 -> Ds*- K*+ (transverse polarization) B- -> X  #
+#              |    |->K0 pi+                              #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Alex Merchant 7/May/2003                         #
+# Modified: A. Merchant 13/May/2003                        #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias MyK02 K0
+Alias MyK0bar2 anti-K0
+Alias MyK_S02 K_S0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK0bar2 MyK02
+ChargeConj MyK*+ MyK*-
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD_s*- MyK*+            SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 1.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyK*+
+1.0000      MyK02  pi+                     VSS;
+Enddecay
+CDecay MyK*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK02
+1.0000 MyK_S02                   PHSP;
+Enddecay
+CDecay MyK0bar2
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S02
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DsstarKstar_recomodes_long.dec b/BaBar_2014/B0B0bar_DsstarKstar_recomodes_long.dec
new file mode 100644
index 0000000..02178eb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarKstar_recomodes_long.dec
@@ -0,0 +1,108 @@
+############################################################
+#                                                          #
+# Ds*+ K*- decay.dec                                       #
+#                                                          #
+# Decay: B0 -> Ds*- K*+ (longitud. polarization)  B- -> X  #
+#              |    |->K+ pi0                              #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Alex Merchant 7/May/2003                         #
+# Modified: A. Merchant 26/May/2003                        #
+# Modified: Toyoko Orimoto 16/Dec/2003                     #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias MyK02 K0
+Alias MyK0bar2 anti-K0
+Alias MyK_S02 K_S0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK0bar2 MyK02
+ChargeConj MyK*+ MyK*-
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD_s*- MyK*+            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK*+
+0.6667      MyK02  pi+                  VSS;
+0.3333      K+  pi0                     VSS;
+Enddecay
+CDecay MyK*-
+#
+Decay MyK02
+1.0000 MyK_S02                   PHSP;
+Enddecay
+CDecay MyK0bar2
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S02
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DsstarKstar_recomodes_tran.dec b/BaBar_2014/B0B0bar_DsstarKstar_recomodes_tran.dec
new file mode 100644
index 0000000..13808c6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DsstarKstar_recomodes_tran.dec
@@ -0,0 +1,108 @@
+############################################################
+#                                                          #
+# Ds*+ K*- decay.dec                                       #
+#                                                          #
+# Decay: B0 -> Ds*- K*+ (transverse polarization) B- -> X  #
+#              |    |->K+ pi0, K0 pi+                      #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Alex Merchant 7/May/2003                         #
+# Modified: A. Merchant 26/May/2003                        #
+# Modified: Toyoko Orimoto 16/Dec/2003                     #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias MyK02 K0
+Alias MyK0bar2 anti-K0
+Alias MyK_S02 K_S0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK0bar2 MyK02
+ChargeConj MyK*+ MyK*-
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD_s*- MyK*+            SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 1.0;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK*+
+0.6667      MyK02  pi+                  VSS;
+0.3333      K+  pi0                     VSS;
+Enddecay
+CDecay MyK*-
+#
+Decay MyK02
+1.0000 MyK_S02                   PHSP;
+Enddecay
+CDecay MyK0bar2
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S02
+1.0000   pi+ pi-                 PHSP;
+Enddecay			
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_D_KstarK_k2pi.dec b/BaBar_2014/B0B0bar_Dsstar_D_KstarK_k2pi.dec
new file mode 100644
index 0000000..1288b30
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_D_KstarK_k2pi.dec
@@ -0,0 +1,139 @@
+############################################################
+#                                                          #
+# Exclusive Ds(*)D(*) decay.dec                            #
+#                                                          #
+# Decay: B0 -> Ds*+         D-        B- ->X               #
+#              |            |                              #
+#              |->kstark    |-> kpipi                      #
+# + cc                                                     #
+#                                                          #
+# Author: J.P.Lees                                         #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s*+ MyD-                  SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_D_phipi_k2pi.dec b/BaBar_2014/B0B0bar_Dsstar_D_phipi_k2pi.dec
new file mode 100644
index 0000000..17948cd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_D_phipi_k2pi.dec
@@ -0,0 +1,139 @@
+############################################################
+#                                                          #
+# Exclusive Ds(*)D(*) decay.dec                            #
+#                                                          #
+# Decay: B0 -> Ds*+          D-       B- ->X               #
+#              |            |                              #
+#              |->phipi     |-> kpipi                      #
+# + cc                                                     #
+#                                                          #
+# Author: J.P.Lees                                         #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s*+ MyD-                  SVS;   
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                    VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                     VSS;
+0.381  MyD0    gamma                   VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                    VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_D_recomodes.dec b/BaBar_2014/B0B0bar_Dsstar_D_recomodes.dec
new file mode 100644
index 0000000..ab29919
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_D_recomodes.dec
@@ -0,0 +1,151 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec                                #
+#                                                          #
+# Ds*D*0 . from B+ B- for SP3                              #
+#                                                          #
+# Decay: B+ -> Ds*+   D*0        B-     -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+#         J.P.Lees              12/14/00  adapted for DsD  #
+#         J.P.Lees   01/26/00 corrected bug in Ds to K*0K  #
+# reconstructable modes= D0 kpi,kpipi0,k3pi                #
+#                        D+ Kpipi                          #
+#                        Ds phipi, K0K,K*0K                #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s*+ MyD-      SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+0.0123  MyK0    K+                     PHSP;
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_k2pi.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_k2pi.dec
new file mode 100644
index 0000000..3f4b96b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_k2pi.dec
@@ -0,0 +1,70 @@
+############################################################
+#                                                          #
+# Decay: B0 -> D*s+   D*-         B0bar  -> X              #
+#              |       |                                   #
+#              K*K     kpipi                               #
+# + cc                                                     #
+#                                                          #
+############################################################
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+
+ChargeConj MyB0 Myanti-B0
+
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*+   MyD*-   
+
+ChargeConj MyD+   MyD-
+ChargeConj MyD_s+ MyD_s-
+
+ChargeConj MyK*0 Myanti-K*0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+
+Decay MyD*+
+0.3060  MyD+  pi0                        VSS;
+Enddecay
+CDecay MyD*-
+
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_k3pi.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_k3pi.dec
new file mode 100755
index 0000000..d9999c5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_k3pi.dec
@@ -0,0 +1,139 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# Ds*+D*-  from B+ B- for SP4                              #
+#                                                          #
+# Decay: B0 -> D*s+   D*-        B-     -> X               #
+#              |       |                                   #
+#              K*K     K3pi                                #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_kpi.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_kpi.dec
new file mode 100755
index 0000000..cb8f519
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_kpi.dec
@@ -0,0 +1,133 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# Ds*+D*-  from B+ B- for SP4                              #
+#                                                          #
+# Decay: B0 -> D*s+   D*-        B-     -> X               #
+#              |       |                                   #
+#              K*K     Kpi                                 #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_kpipi0.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_kpipi0.dec
new file mode 100755
index 0000000..fe91681
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_kpipi0.dec
@@ -0,0 +1,133 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# Ds*+D*-  from B+ B- for SP4                              #
+#                                                          #
+# Decay: B0 -> D*s+   D*-        B-     -> X               #
+#              |       |                                   #
+#              K*K     Kpipi0                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_ks2pi.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_ks2pi.dec
new file mode 100644
index 0000000..bd9a187
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_ks2pi.dec
@@ -0,0 +1,83 @@
+############################################################
+#                                                          #
+# Decay: B0 -> D*s+   D*-         B0bar  -> X              #
+#              |       |                                   #
+#              K*K     kspipi                              #
+# + cc                                                     #
+#                                                          #
+############################################################
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0       K0
+Alias MyK_S0     K_S0
+Alias Myanti-K0  anti-K0
+
+ChargeConj MyB0 Myanti-B0
+
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*+   MyD*-   
+
+ChargeConj MyD0   Myanti-D0
+ChargeConj MyD_s+ MyD_s-
+
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK0  Myanti-K0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+
+Decay MyD0
+1.000  Myanti-K0  pi+   pi-      D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+
+Decay MyK0
+1.000  MyK_S0                    PHSP;
+Enddecay
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.000  pi+  pi-                  PHSP;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_kspi.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_kspi.dec
new file mode 100644
index 0000000..78f4d37
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_KstarK_kspi.dec
@@ -0,0 +1,83 @@
+############################################################
+#                                                          #
+# Decay: B0 -> D*s+   D*-         B0bar  -> X              #
+#              |       |                                   #
+#              K*K     kspi                                #
+# + cc                                                     #
+#                                                          #
+############################################################
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0       K0
+Alias MyK_S0     K_S0
+Alias Myanti-K0  anti-K0
+
+ChargeConj MyB0 Myanti-B0
+
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*+   MyD*-   
+
+ChargeConj MyD+   MyD-
+ChargeConj MyD_s+ MyD_s-
+
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK0  Myanti-K0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+
+Decay MyD*+
+0.3060  MyD+  pi0                        VSS;
+Enddecay
+CDecay MyD*-
+
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+
+Decay MyD+
+1.000  Myanti-K0  pi+                  PHSP;
+Enddecay
+CDecay MyD-
+
+Decay MyK0
+1.000  MyK_S0                    PHSP;
+Enddecay
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.000  pi+  pi-                  PHSP;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_k2pi.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_k2pi.dec
new file mode 100644
index 0000000..8dc0a5a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_k2pi.dec
@@ -0,0 +1,66 @@
+############################################################
+#                                                          #
+# Decay: B0 -> D*s+   D*-         B0bar  -> X              #
+#              |       |                                   #
+#              phipi   kpipi                               #
+# + cc                                                     #
+#                                                          #
+############################################################
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+Alias Myphi     phi
+
+ChargeConj MyB0 Myanti-B0
+
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*+   MyD*-   
+
+ChargeConj MyD+   MyD-
+ChargeConj MyD_s+ MyD_s-
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+
+Decay MyD*+
+0.3060  MyD+  pi0                        VSS;
+Enddecay
+CDecay MyD*-
+
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_k3pi.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_k3pi.dec
new file mode 100755
index 0000000..cf719bf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_k3pi.dec
@@ -0,0 +1,139 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# Ds*+D*-  from B+ B- for SP4                              #
+#                                                          #
+# Decay: B0 -> D*s+   D*-        B-     -> X               #
+#              |       |                                   #
+#              phipi   K3pi                                #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_kpi.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_kpi.dec
new file mode 100755
index 0000000..5c7c892
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_kpi.dec
@@ -0,0 +1,133 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# Ds*+D*-  from B+ B- for SP4                              #
+#                                                          #
+# Decay: B0 -> D*s+   D*-        B-     -> X               #
+#              |       |                                   #
+#              phipi   Kpi                                 #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_kpipi0.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_kpipi0.dec
new file mode 100755
index 0000000..b04d5b3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_kpipi0.dec
@@ -0,0 +1,133 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# Ds*+D*-  from B+ B- for SP4                              #
+#                                                          #
+# Decay: B0 -> D*s+   D*-        B-     -> X               #
+#              |       |                                   #
+#              phipi   Kpipi0                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_ks2pi.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_ks2pi.dec
new file mode 100644
index 0000000..332019b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_ks2pi.dec
@@ -0,0 +1,80 @@
+############################################################
+#                                                          #
+# Decay: B0 -> D*s+   D*-         B0bar  -> X              #
+#              |       |                                   #
+#              phipi   kspipi                              #
+# + cc                                                     #
+#                                                          #
+############################################################
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias Myanti-K0 anti-K0
+
+ChargeConj MyB0 Myanti-B0
+
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*+   MyD*-   
+
+ChargeConj MyD0   Myanti-D0
+ChargeConj MyD_s+ MyD_s-
+
+ChargeConj MyK0 Myanti-K0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+
+Decay MyD0
+1.000  Myanti-K0  pi+   pi-      D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+
+Decay MyK0
+1.000  MyK_S0                    PHSP;
+Enddecay
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.000  pi+  pi-                  PHSP;
+Enddecay
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_kspi.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_kspi.dec
new file mode 100644
index 0000000..0fca173
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_phipi_kspi.dec
@@ -0,0 +1,80 @@
+############################################################
+#                                                          #
+# Decay: B0 -> D*s+   D*-         B0bar  -> X              #
+#              |       |                                   #
+#              phipi   kspi                                #
+# + cc                                                     #
+#                                                          #
+############################################################
+
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias Myanti-K0 anti-K0
+
+ChargeConj MyB0 Myanti-B0
+
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*+   MyD*-   
+
+ChargeConj MyD+   MyD-
+ChargeConj MyD_s+ MyD_s-
+
+ChargeConj MyK0 Myanti-K0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD_s*+ MyD*-           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+
+Decay MyD*+
+0.3060  MyD+  pi0                        VSS;
+Enddecay
+CDecay MyD*-
+
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+
+Decay MyD+
+1.000  Myanti-K0  pi+                  PHSP;
+Enddecay
+CDecay MyD-
+
+Decay MyK0
+1.000  MyK_S0                    PHSP;
+Enddecay
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.000  pi+  pi-                  PHSP;
+Enddecay
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_Dstar_recomodes.dec b/BaBar_2014/B0B0bar_Dsstar_Dstar_recomodes.dec
new file mode 100644
index 0000000..75994b8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_Dstar_recomodes.dec
@@ -0,0 +1,151 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec                                #
+#                                                          #
+# Ds*D*0 . from B+ B- for SP3                              #
+#                                                          #
+# Decay: B+ -> Ds*+   D*0        B-     -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+#         J.P.Lees              12/14/00  adapted for DsD  #
+#         J.P.Lees   01/26/00 corrected bug in Ds to K*0K  #
+# reconstructable modes= D0 kpi,kpipi0,k3pi                #
+#                        D+ Kpipi                          #
+#                        Ds phipi, K0K,K*0K                #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- MyD_s*+       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+0.0123  MyK0    K+                     PHSP;
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_a1_rho0_pi_recomodes_long.dec b/BaBar_2014/B0B0bar_Dsstar_a1_rho0_pi_recomodes_long.dec
new file mode 100644
index 0000000..563d486
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_a1_rho0_pi_recomodes_long.dec
@@ -0,0 +1,101 @@
+############################################################
+#                                                          #
+# Dsstar* a1 decay.dec                                     #
+#                                                          #
+# Decay: B0 -> Ds*+ a1- (long. polarization) B0bar  -> X   #
+#              |      |->rho0 pi-                          #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto   12/June/2001                    #
+# Modified: Alex Merchant 13/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Mya_1- Mya_1+
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*+ Mya_1-           SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay Mya_1-
+1.0000 rho0 pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+                       VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dsstar_a1_rho0_pi_recomodes_tran.dec b/BaBar_2014/B0B0bar_Dsstar_a1_rho0_pi_recomodes_tran.dec
new file mode 100644
index 0000000..5f4ff5d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_a1_rho0_pi_recomodes_tran.dec
@@ -0,0 +1,101 @@
+############################################################
+#                                                          #
+# Dsstar* a1 decay.dec                                     #
+#                                                          #
+# Decay: B0 -> Ds*+  a1- (transverse pol.) B0bar -> X      #
+#              |      |->rho0 pi-                          #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto   12/June/2001                    #
+# Modified: Alex Merchant 11/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Mya_1- Mya_1+
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*+ Mya_1-           SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay Mya_1-
+1.0000 rho0 pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+                       VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dsstar_pi_recomodes.dec b/BaBar_2014/B0B0bar_Dsstar_pi_recomodes.dec
new file mode 100644
index 0000000..1bb053e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_pi_recomodes.dec
@@ -0,0 +1,88 @@
+############################################################
+#                                                          #
+# Exclusive Dsstar*pi- decay.dec                           #
+#                                                          #
+# Decay: B0 -> Ds*+   pi-        B0bar     -> X            #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author:   Toyoko Orimoto   12/June/2001                  #
+# Modified: Toyoko Orimoto   16/Dec/2003                   # 
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s*+ pi-      SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+                       VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
+                                        
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dsstar_rho_recomodes.dec b/BaBar_2014/B0B0bar_Dsstar_rho_recomodes.dec
new file mode 100644
index 0000000..2e3678f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_rho_recomodes.dec
@@ -0,0 +1,83 @@
+############################################################
+#                                                          #
+# Exclusive Dsstar*rho- decay.dec                          #
+#                                                          #
+# Decay: B0 -> Ds*+  rho-        B0bar     -> X            #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author:   Toyoko Orimoto   12/June/2001                  #
+# Modified: Toyoko Orimoto  16/Dec/2003                    # 
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000   MyD_s*+ rho-             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+                       VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstar_rho_recomodes_long.dec b/BaBar_2014/B0B0bar_Dsstar_rho_recomodes_long.dec
new file mode 100644
index 0000000..b996164
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_rho_recomodes_long.dec
@@ -0,0 +1,88 @@
+############################################################
+#                                                          #
+# Exclusive Ds*rho- decay.dec                              #
+#                                                          #
+# Decay: B0 -> Ds*+  rho- (long. pol.) B0bar     -> X      #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto   12/June/2001                    #
+# Modified: Alex Merchant 13/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*+ rho-             SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+                       VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dsstar_rho_recomodes_tran.dec b/BaBar_2014/B0B0bar_Dsstar_rho_recomodes_tran.dec
new file mode 100644
index 0000000..4bb0116
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstar_rho_recomodes_tran.dec
@@ -0,0 +1,88 @@
+############################################################
+#                                                          #
+# Exclusive Ds*rho- decay.dec                              #
+#                                                          #
+# Decay: B0 -> Ds*+  rho- (transverse pol.)  B0bar  -> X   #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto   12/June/2001                    #
+# Modified: Alex Merchant 13/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*+ rho-             SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+                       VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dsstarp_a0m.dec b/BaBar_2014/B0B0bar_Dsstarp_a0m.dec
new file mode 100755
index 0000000..c966b93
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstarp_a0m.dec
@@ -0,0 +1,113 @@
+########################################################################
+#                                                                      #
+# Decay: B0 -> Dsstar+ a0-        B0bar     -> X                       #
+#              |                                                       #
+#              |->Ds+ gamma                                            #
+#                 |                                                    #
+#                 |-> 5 modes (see below)                              #
+# + c.c.                                                               #
+#                                                                      #
+# Author: V. Eyges  31/Jan/2004                                        # 
+#                                                                      #
+# Ds+      -> phi pi+, phi rho+, anti-K0 K+, anti-K*0 K+, K*+ anti-K0  #
+# a0+(980) -> eta pi+                                                  #
+# eta      -> gamma gamma, pi+ pi- pi0                                 #
+#                                                                      #
+########################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+    D_s*+
+Alias MyD_s*-    D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+Alias Mya_0+       a_0+
+Alias Mya_0-       a_0-
+Alias Myeta        eta
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyD_s*+ MyD_s*-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK*+ MyK*-
+ChargeConj MyK0bar MyK0
+#
+ChargeConj Mya_0- Mya_0+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*+ Mya_0-      	 SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.1670 Myphi       pi+           SVS;
+0.3120 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1530 Myanti-K*0  K+            SVS;
+0.2000 MyK*+       MyK0bar       SVS;
+0.1680 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000   K+  pi-	                 VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay MyK*+
+0.6700   MyK0  pi+	                 VSS;
+0.3300   K+    pi0	                 VSS;
+Enddecay
+CDecay MyK*-
+#
+Decay Myphi
+1.0000   K+  K-		              VSS;
+Enddecay
+#
+Decay Mya_0+
+1.0000 Myeta pi+                        PHSP;
+Enddecay
+CDecay Mya_0-
+#
+Decay Myeta
+0.6070 gamma gamma                      PHSP;
+0.3930 pi+ pi- pi0                      PHSP;
+Enddecay
+#
+End
+                                                   
+
diff --git a/BaBar_2014/B0B0bar_Dsstarp_a2m.dec b/BaBar_2014/B0B0bar_Dsstarp_a2m.dec
new file mode 100755
index 0000000..c2e2722
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstarp_a2m.dec
@@ -0,0 +1,113 @@
+########################################################################
+#                                                                      #
+# Decay: B0 -> Dsstar+ a2-        B0bar     -> X                       #
+#              |                                                       #
+#              |->Ds+ gamma                                            #
+#                 |                                                    #
+#                 |-> 5 modes (see below)                              #
+# + c.c.                                                               #
+#                                                                      #
+# Author: V. Eyges  31/Jan/2004                                        # 
+#                                                                      #
+# Ds+      -> phi pi+, phi rho+, anti-K0 K+, anti-K*0 K+, K*+ anti-K0  #
+# a2+(1320)-> eta pi+                                                  #
+# eta      -> gamma gamma, pi+ pi- pi0                                 #
+#                                                                      #
+########################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+    D_s*+
+Alias MyD_s*-    D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+Alias Mya_2+       a_2+
+Alias Mya_2-       a_2-
+Alias Myeta        eta
+#
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyD_s*+ MyD_s*-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK*+ MyK*-
+ChargeConj MyK0bar MyK0
+#
+ChargeConj Mya_2- Mya_2+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   Mya_2- MyD_s*+      	 PHSP;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.1670 Myphi       pi+           SVS;
+0.3120 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1530 Myanti-K*0  K+            SVS;
+0.2000 MyK*+       MyK0bar       SVS;
+0.1680 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000   K+  pi-	                 VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay MyK*+
+0.6700   MyK0  pi+	                 VSS;
+0.3300   K+    pi0	                 VSS;
+Enddecay
+CDecay MyK*-
+#
+Decay Myphi
+1.0000   K+  K-		              VSS;
+Enddecay
+#
+Decay Mya_2+
+1.0000 Myeta pi+                        PHSP;
+Enddecay
+CDecay Mya_2-
+#
+Decay Myeta
+0.6070 gamma gamma                      PHSP;
+0.3930 pi+ pi- pi0                      PHSP;
+Enddecay
+#
+End
+                                                   
+
diff --git a/BaBar_2014/B0B0bar_Dsstarpi_DsetaPpi.dec b/BaBar_2014/B0B0bar_Dsstarpi_DsetaPpi.dec
new file mode 100644
index 0000000..1ff4267
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstarpi_DsetaPpi.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Exclusive Ds pi decay.dec                                #
+#                                                          #
+# Decay: B0 -> Ds*+ pi-       B0bar     -> X               #
+#              |-> Ds+ gamma                               #
+#                   |-> eta' pi+                           #
+#                        |-> eta pi+ pi-                   #
+#                             |-> gamma gamma              #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  22/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+    D_s*+
+Alias MyD_s*-    D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyetaP    eta'
+Alias Myeta     eta
+#
+ChargeConj MyB0    Myanti-B0
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+  MyD_s-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*+   pi-      SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000   MyD_s+    gamma    VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+1.0000   MyetaP    pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyetaP
+1.0000   Myeta   pi+  pi-   PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000   gamma     gamma    PHSP;
+Enddecay
+#
+End                                                   
diff --git a/BaBar_2014/B0B0bar_Dsstarpi_Dsetapi.dec b/BaBar_2014/B0B0bar_Dsstarpi_Dsetapi.dec
new file mode 100644
index 0000000..bd9ecbd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstarpi_Dsetapi.dec
@@ -0,0 +1,55 @@
+############################################################
+#                                                          #
+# Exclusive Ds pi decay.dec                                #
+#                                                          #
+# Decay: B0 -> Ds*+ pi-       B0bar     -> X               #
+#              |-> Ds+ gamma                               #
+#                   |-> eta pi+                            #
+#                        |-> gamma gamma                   #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  19/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+    D_s*+
+Alias MyD_s*-    D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Myeta     eta
+#
+ChargeConj MyB0    Myanti-B0
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+  MyD_s-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*+   pi-      SVS;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000   MyD_s+    gamma    VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+1.0000   Myeta     pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay Myeta
+1.0000   gamma     gamma    PHSP;
+Enddecay
+#
+End                                                   
+
diff --git a/BaBar_2014/B0B0bar_Dsstarpi_Dsgamma_phipi.dec b/BaBar_2014/B0B0bar_Dsstarpi_Dsgamma_phipi.dec
new file mode 100644
index 0000000..77feee2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstarpi_Dsgamma_phipi.dec
@@ -0,0 +1,64 @@
+####################################################
+#                                                  #
+# Exclusive Ds*-pi+ decay.dec #1                   #
+#                                                  #
+# Ds*pi signal from B0-antiB0 for SP3              #
+#                                                  #
+# Decay: anti-B0 -> Ds*- pi+, B0 -> X  +c.c.       #
+#                   |                              #
+#                   `-> Ds-gamma                   #
+#                       |                          #
+#                       `->Phipi-                  #
+#                           |                      #
+#                           `-> K- K+              #
+# 01 May 01                                        #
+# Cecilia Voena                                    #
+####################################################
+#
+
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s*- D_s*-
+Alias MyD_s*+ D_s*+
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD_s*- pi+                        SVS;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyPhi pi-                          SVS;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD_s*+ pi-                        SVS;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyPhi pi+                          SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dsstarrho_DsetaPpi.dec b/BaBar_2014/B0B0bar_Dsstarrho_DsetaPpi.dec
new file mode 100644
index 0000000..2c4ddb5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstarrho_DsetaPpi.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Exclusive Ds* rho decay.dec                              #
+#                                                          #
+# Decay: B0 -> Ds*+ rho-       B0bar     -> X              #
+#              |-> Ds+ gamma                               #
+#                   |-> eta' pi+                           #
+#                        |-> eta pi+ pi-                   #
+#                             |-> gamma gamma              #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  22/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+    D_s*+
+Alias MyD_s*-    D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyetaP    eta'
+Alias Myeta     eta
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*+   rho-     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000   MyD_s+    gamma    VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+1.0000   MyetaP    pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyetaP
+1.0000   Myeta   pi+  pi-   PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000   gamma     gamma    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dsstarrho_Dsetapi.dec b/BaBar_2014/B0B0bar_Dsstarrho_Dsetapi.dec
new file mode 100644
index 0000000..a183351
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dsstarrho_Dsetapi.dec
@@ -0,0 +1,55 @@
+############################################################
+#                                                          #
+# Exclusive Ds* rho decay.dec                              #
+#                                                          #
+# Decay: B0 -> Ds*+ rho-       B0bar     -> X              #
+#              |-> Ds+ gamma                               #
+#                   |-> eta pi+                            #
+#                        |-> gamma gamma                   #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  19/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Alias MyD_s*+    D_s*+
+Alias MyD_s*-    D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Myeta     eta
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0        VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_s*+   rho-     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD_s*+
+1.0000   MyD_s+    gamma    VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+1.0000  Myeta      pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay Myeta
+1.0000   gamma     gamma    PHSP;
+Enddecay
+#
+End                                                   
+
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0_KpiKpi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0_KpiKpi.dec
new file mode 100644
index 0000000..72344ef
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0_KpiKpi.dec
@@ -0,0 +1,89 @@
+############################################################
+#                                                          #
+# Exclusive D*D decay.dec #2                               #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2007)0     D0       anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+#                                                          #
+#              Dstar0D0_D0_KpiKpi.dec                      #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         J. Schieck            18/08/00                   #
+############################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias MyD+       D+
+Alias MyD-       D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyD*0  Myanti-D*0 
+ChargeConj  MyD0 Myanti-D0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+0.5000  MyD*0       Myanti-D0          SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  Myanti-D*0   MyD0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay  
+#
+Decay MyD*0
+#0.619  MyD0    pi0                         VSS;
+#0.381  MyD0    gamma                       VSP_PWAVE;
+1.0000  MyD0    gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+CDecay  Myanti-D*0
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+#
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piK3pi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piK3pi.dec
new file mode 100644
index 0000000..48df69e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piK3pi.dec
@@ -0,0 +1,166 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piKpi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piKpi.dec
new file mode 100644
index 0000000..bca9887
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piKpi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piKpipi0.dec
new file mode 100644
index 0000000..4db7bbc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piKpipi0.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piKspipi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piKspipi.dec
new file mode 100644
index 0000000..ede7973
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_K3piKspipi.dec
@@ -0,0 +1,171 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiK3pi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiK3pi.dec
new file mode 100644
index 0000000..b3dccaf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiK3pi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiKpi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiKpi.dec
new file mode 100644
index 0000000..250ab7e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiKpi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiKpipi0.dec
new file mode 100644
index 0000000..e360f4d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiKpipi0.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiKspipi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiKspipi.dec
new file mode 100644
index 0000000..efec3d5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KpiKspipi.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0K3pi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0K3pi.dec
new file mode 100644
index 0000000..40e7dd1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0K3pi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0Kpi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0Kpi.dec
new file mode 100644
index 0000000..9fef779
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0Kpi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0Kpipi0.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..10de808
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0Kpipi0.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0Kspipi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..f5b9e1e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_Kpipi0Kspipi.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiK3pi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiK3pi.dec
new file mode 100644
index 0000000..7fedb06
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiK3pi.dec
@@ -0,0 +1,171 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiKpi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiKpi.dec
new file mode 100644
index 0000000..6d76786
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiKpi.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiKpipi0.dec
new file mode 100644
index 0000000..7af1cef
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiKpipi0.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiKspipi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiKspipi.dec
new file mode 100644
index 0000000..5e653e1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0gD0_KspipiKspipi.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piK3pi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piK3pi.dec
new file mode 100644
index 0000000..65d0d02
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piK3pi.dec
@@ -0,0 +1,166 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piKpi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piKpi.dec
new file mode 100644
index 0000000..aa43658
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piKpi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piKpipi0.dec
new file mode 100644
index 0000000..e9ed79f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piKpipi0.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piKspipi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piKspipi.dec
new file mode 100644
index 0000000..73f2063
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_K3piKspipi.dec
@@ -0,0 +1,171 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiK3pi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiK3pi.dec
new file mode 100644
index 0000000..05df472
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiK3pi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiKpi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiKpi.dec
new file mode 100644
index 0000000..7f4064a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiKpi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiKpipi0.dec
new file mode 100644
index 0000000..cdd3405
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiKpipi0.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiKspipi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiKspipi.dec
new file mode 100644
index 0000000..f506284
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KpiKspipi.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0K3pi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0K3pi.dec
new file mode 100644
index 0000000..78dbb7f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0K3pi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kpi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kpi.dec
new file mode 100644
index 0000000..3150e25
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kpi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kpipi0.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..1f791e0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kpipi0.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kspipi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..3464f69
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_Kpipi0Kspipi.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiK3pi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiK3pi.dec
new file mode 100644
index 0000000..8271cb1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiK3pi.dec
@@ -0,0 +1,171 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiKpi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiKpi.dec
new file mode 100644
index 0000000..58d63c1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiKpi.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiKpipi0.dec
new file mode 100644
index 0000000..943d176
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiKpipi0.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiKspipi.dec b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiKspipi.dec
new file mode 100644
index 0000000..059e05c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0D0_D0pi0D0_KspipiKspipi.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*0_1   Myanti-D0_2     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_K3piK3pi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_K3piK3pi.dec
new file mode 100644
index 0000000..8da5e63
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_K3piK3pi.dec
@@ -0,0 +1,174 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_K3piKspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_K3piKspipi.dec
new file mode 100644
index 0000000..d46a3e1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_K3piKspipi.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiK3pi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiK3pi.dec
new file mode 100644
index 0000000..5885b5e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiK3pi.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiKpi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiKpi.dec
new file mode 100644
index 0000000..38bf862
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiKpi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiKpipi0.dec
new file mode 100644
index 0000000..3dffb90
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiKpipi0.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiKspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiKspipi.dec
new file mode 100644
index 0000000..37b7e8f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KpiKspipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_Kpipi0K3pi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_Kpipi0K3pi.dec
new file mode 100644
index 0000000..3181517
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_Kpipi0K3pi.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_Kpipi0Kpipi0.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..1abf78f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_Kpipi0Kpipi0.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_Kpipi0Kspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..1e25774
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_Kpipi0Kspipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KspipiKspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KspipiKspipi.dec
new file mode 100644
index 0000000..3849970
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0g_KspipiKspipi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*0_2
+1.0000  MyD0_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piK3pi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piK3pi.dec
new file mode 100644
index 0000000..1e8b618
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piK3pi.dec
@@ -0,0 +1,174 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piKpi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piKpi.dec
new file mode 100644
index 0000000..9163f0a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piKpi.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piKpipi0.dec
new file mode 100644
index 0000000..a5ec216
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piKpipi0.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piKspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piKspipi.dec
new file mode 100644
index 0000000..7359670
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_K3piKspipi.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiK3pi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiK3pi.dec
new file mode 100644
index 0000000..f864eeb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiK3pi.dec
@@ -0,0 +1,150 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKpi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKpi.dec
new file mode 100644
index 0000000..e2ff995
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKpi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKpipi0.dec
new file mode 100644
index 0000000..cc8b9f0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKpipi0.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKspipi.dec
new file mode 100644
index 0000000..cabc2f7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KpiKspipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0K3pi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0K3pi.dec
new file mode 100644
index 0000000..e334b41
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0K3pi.dec
@@ -0,0 +1,150 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kpi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kpi.dec
new file mode 100644
index 0000000..1eb2f31
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kpi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kpipi0.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..573f2c1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kpipi0.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..d9e561a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_Kpipi0Kspipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiK3pi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiK3pi.dec
new file mode 100644
index 0000000..824c146
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiK3pi.dec
@@ -0,0 +1,161 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiKpi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiKpi.dec
new file mode 100644
index 0000000..f22253a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiKpi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiKpipi0.dec
new file mode 100644
index 0000000..a3423fe
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiKpipi0.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiKspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiKspipi.dec
new file mode 100644
index 0000000..1c6c02f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0gD0pi0_KspipiKspipi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pD0p_KpiKpi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pD0p_KpiKpi.dec
new file mode 100644
index 0000000..af6cf19
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pD0p_KpiKpi.dec
@@ -0,0 +1,88 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2007)0   D*(2007)0  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+#                                                          #
+#              Dstar0Dstar0_D0D0_KpiKpi.dec                #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         J. Schieck            18/08/00                   #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias MyD+       D+
+Alias MyD-       D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyD*0  Myanti-D*0 
+ChargeConj  MyD0 Myanti-D0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000  MyD*0   Myanti-D*0       SVV_CP beta dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0    pi0                       VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+CDecay  Myanti-D*0
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+#
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_K3piK3pi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_K3piK3pi.dec
new file mode 100644
index 0000000..53ccc9b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_K3piK3pi.dec
@@ -0,0 +1,174 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_K3piKspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_K3piKspipi.dec
new file mode 100644
index 0000000..5ffaf0a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_K3piKspipi.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiK3pi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiK3pi.dec
new file mode 100644
index 0000000..81c437e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiK3pi.dec
@@ -0,0 +1,150 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKpi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKpi.dec
new file mode 100644
index 0000000..351c974
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKpi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKpipi0.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKpipi0.dec
new file mode 100644
index 0000000..1cad98a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKpipi0.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKspipi.dec
new file mode 100644
index 0000000..bc4c640
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KpiKspipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_Kpipi0K3pi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_Kpipi0K3pi.dec
new file mode 100644
index 0000000..520a5b3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_Kpipi0K3pi.dec
@@ -0,0 +1,150 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_Kpipi0Kpipi0.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..753b465
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_Kpipi0Kpipi0.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_Kpipi0Kspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..baadb5c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_Kpipi0Kspipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KspipiKspipi.dec b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KspipiKspipi.dec
new file mode 100644
index 0000000..27c74d7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Dstar0_D0pi0D0pi0_KspipiKspipi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*0_1   Myanti-D*0_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*0_2   Myanti-D*0_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*0_2
+1.0000  MyD0_2   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Gamma_D0Gamma_KPi.dec b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Gamma_KPi.dec
new file mode 100644
index 0000000..3adbcf9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Gamma_KPi.dec
@@ -0,0 +1,54 @@
+###################################################
+#                                                 #
+# Exclusive Dstar0 Gamma rare decay               #
+#                                                 #
+# B0 --> X                                        #
+#                                                 #
+# B0bar --> Dstar0 Gamma                          #
+#             |                                   #
+#             |-> D0 Gamma                        #
+#                 |                               #
+#                 |-> K- pi+                      #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author J.M. Bauer       9/20/00                 #
+#        JMB              7/24/01 with B0 mixing  #
+#                                                 #
+###################################################
+
+Alias       MyB0        B0
+Alias       Myanti-B0   anti-B0
+
+Alias       MyD*0       D*0
+Alias       Myanti-D*0  anti-D*0
+
+Alias       MyD0        D0
+Alias       Myanti-D0   anti-D0
+
+ChargeConj  Myanti-B0   MyB0
+ChargeConj  Myanti-D*0  MyD*0
+ChargeConj  Myanti-D0   MyD0
+
+
+Decay   Upsilon(4S) 
+1.000   B0 anti-B0 MyB0 Myanti-B0                    VSS_BMIX dm;
+Enddecay
+
+Decay   Myanti-B0
+1.0     MyD*0     gamma                              SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay   MyD*0
+1.0     MyD0      gamma                              VSP_PWAVE;
+Enddecay
+
+Decay   MyD0
+1.0     K-        pi+                                PHSP;
+Enddecay
+
+CDecay  MyB0
+CDecay  Myanti-D*0
+CDecay  Myanti-D0
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Gamma_D0Gamma_KPiPi.dec b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Gamma_KPiPi.dec
new file mode 100644
index 0000000..5e52a70
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Gamma_KPiPi.dec
@@ -0,0 +1,54 @@
+###################################################
+#                                                 #
+# Exclusive Dstar0 Gamma rare decay               #
+#                                                 #
+# B0 --> X                                        #
+#                                                 #
+# B0bar --> Dstar0 Gamma                          #
+#             |                                   #
+#             |-> D0 Gamma                        #
+#                 |                               #
+#                 |-> K- pi+ pi0                  #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author J.M. Bauer       9/20/00                 #
+#        JMB              7/24/01 with B0 mixing  #
+#                                                 #
+###################################################
+
+Alias       MyB0        B0
+Alias       Myanti-B0   anti-B0
+
+Alias       MyD*0       D*0
+Alias       Myanti-D*0  anti-D*0
+
+Alias       MyD0        D0
+Alias       Myanti-D0   anti-D0
+
+ChargeConj  Myanti-B0   MyB0
+ChargeConj  Myanti-D*0  MyD*0
+ChargeConj  Myanti-D0   MyD0
+
+
+Decay   Upsilon(4S) 
+1.000   B0 anti-B0 MyB0 Myanti-B0                    VSS_BMIX dm;
+Enddecay
+
+Decay   Myanti-B0
+1.0     MyD*0     gamma                              SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay   MyD*0
+1.0     MyD0      gamma                              VSP_PWAVE;
+Enddecay
+
+Decay   MyD0
+1.0     K-        pi+       pi0                      D_DALITZ;
+Enddecay
+
+CDecay  MyB0
+CDecay  Myanti-D*0
+CDecay  Myanti-D0
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Gamma_D0Gamma_KPiPiPi.dec b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Gamma_KPiPiPi.dec
new file mode 100644
index 0000000..6c63da6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Gamma_KPiPiPi.dec
@@ -0,0 +1,54 @@
+###################################################
+#                                                 #
+# Exclusive Dstar0 Gamma rare decay               #
+#                                                 #
+# B0 --> X                                        #
+#                                                 #
+# B0bar --> Dstar0 Gamma                          #
+#             |                                   #
+#             |-> D0 Gamma                        #
+#                 |                               #
+#                 |-> K- pi+ pi- pi+              #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author J.M. Bauer       9/20/00                 #
+#        JMB              7/24/01 with B0 mixing  #
+#                                                 #
+###################################################
+
+Alias       MyB0        B0
+Alias       Myanti-B0   anti-B0
+
+Alias       MyD*0       D*0
+Alias       Myanti-D*0  anti-D*0
+
+Alias       MyD0        D0
+Alias       Myanti-D0   anti-D0
+
+ChargeConj  Myanti-B0   MyB0
+ChargeConj  Myanti-D*0  MyD*0
+ChargeConj  Myanti-D0   MyD0
+
+
+Decay   Upsilon(4S) 
+1.000   B0 anti-B0 MyB0 Myanti-B0                    VSS_BMIX dm;
+Enddecay
+
+Decay   Myanti-B0
+1.0     MyD*0     gamma                              SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay   MyD*0
+1.0     MyD0      gamma                              VSP_PWAVE;
+Enddecay
+
+Decay   MyD0
+1.0     K-        pi+       pi-       pi+            PHSP;
+Enddecay
+
+CDecay  MyB0
+CDecay  Myanti-D*0
+CDecay  Myanti-D0
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPi.dec b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPi.dec
new file mode 100644
index 0000000..1c90219
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPi.dec
@@ -0,0 +1,54 @@
+###################################################
+#                                                 #
+# Exclusive Dstar0 Gamma rare decay               #
+#                                                 #
+# B0 --> X                                        #
+#                                                 #
+# B0bar --> Dstar0 Gamma                          #
+#             |                                   #
+#             |-> D0 pi0                          #
+#                 |                               #
+#                 |-> K- pi+                      #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author J.M. Bauer       9/20/00                 #
+#        JMB              7/24/01 with B0 mixing  #
+#                                                 #
+###################################################
+
+Alias       MyB0        B0
+Alias       Myanti-B0   anti-B0
+
+Alias       MyD*0       D*0
+Alias       Myanti-D*0  anti-D*0
+
+Alias       MyD0        D0
+Alias       Myanti-D0   anti-D0
+
+ChargeConj  Myanti-B0   MyB0
+ChargeConj  Myanti-D*0  MyD*0
+ChargeConj  Myanti-D0   MyD0
+
+
+Decay   Upsilon(4S) 
+1.000   B0 anti-B0 MyB0 Myanti-B0                    VSS_BMIX dm;
+Enddecay
+
+Decay   Myanti-B0
+1.0     MyD*0     gamma                              SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay   MyD*0
+1.0     MyD0      pi0                                VSS;
+Enddecay
+
+Decay   MyD0
+1.0     K-        pi+                                PHSP;
+Enddecay
+
+CDecay  MyB0
+CDecay  Myanti-D*0
+CDecay  Myanti-D0
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPiPi.dec b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPiPi.dec
new file mode 100644
index 0000000..918ef08
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPiPi.dec
@@ -0,0 +1,54 @@
+###################################################
+#                                                 #
+# Exclusive Dstar0 Gamma rare decay               #
+#                                                 #
+# B0 --> X                                        #
+#                                                 #
+# B0bar --> Dstar0 Gamma                          #
+#             |                                   #
+#             |-> D0 pi0                          #
+#                 |                               #
+#                 |-> K- pi+ pi0                  #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author J.M. Bauer       9/20/00                 #
+#        JMB              7/24/01 with B0 mixing  #
+#                                                 #
+###################################################
+
+Alias       MyB0        B0
+Alias       Myanti-B0   anti-B0
+
+Alias       MyD*0       D*0
+Alias       Myanti-D*0  anti-D*0
+
+Alias       MyD0        D0
+Alias       Myanti-D0   anti-D0
+
+ChargeConj  Myanti-B0   MyB0
+ChargeConj  Myanti-D*0  MyD*0
+ChargeConj  Myanti-D0   MyD0
+
+
+Decay   Upsilon(4S) 
+1.000   B0 anti-B0 MyB0 Myanti-B0                    VSS_BMIX dm;
+Enddecay
+
+Decay   Myanti-B0
+1.0     MyD*0     gamma                              SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay   MyD*0
+1.0     MyD0      pi0                                VSS;
+Enddecay
+
+Decay   MyD0
+1.0     K-        pi+       pi0                      D_DALITZ;
+Enddecay
+
+CDecay  MyB0
+CDecay  Myanti-D*0
+CDecay  Myanti-D0
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPiPiPi.dec b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPiPiPi.dec
new file mode 100644
index 0000000..e21891b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Gamma_D0Pi_KPiPiPi.dec
@@ -0,0 +1,54 @@
+###################################################
+#                                                 #
+# Exclusive Dstar0 Gamma rare decay               #
+#                                                 #
+# B0 --> X                                        #
+#                                                 #
+# B0bar --> Dstar0 Gamma                          #
+#             |                                   #
+#             |-> D0 pi0                          #
+#                 |                               #
+#                 |-> K- pi+ pi- pi+              #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author J.M. Bauer       9/20/00                 #
+#        JMB              7/24/01 with B0 mixing  #
+#                                                 #
+###################################################
+
+Alias       MyB0        B0
+Alias       Myanti-B0   anti-B0
+
+Alias       MyD*0       D*0
+Alias       Myanti-D*0  anti-D*0
+
+Alias       MyD0        D0
+Alias       Myanti-D0   anti-D0
+
+ChargeConj  Myanti-B0   MyB0
+ChargeConj  Myanti-D*0  MyD*0
+ChargeConj  Myanti-D0   MyD0
+
+
+Decay   Upsilon(4S) 
+1.000   B0 anti-B0 MyB0 Myanti-B0                    VSS_BMIX dm;
+Enddecay
+
+Decay   Myanti-B0
+1.0     MyD*0     gamma                              SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay   MyD*0
+1.0     MyD0      pi0                                VSS;
+Enddecay
+
+Decay   MyD0
+1.0     K-        pi+       pi-       pi+            PHSP;
+Enddecay
+
+CDecay  MyB0
+CDecay  Myanti-D*0
+CDecay  Myanti-D0
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0K3pi_D0bK3pi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0K3pi_D0bK3pi_K0S.dec
new file mode 100644
index 0000000..b58482c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0K3pi_D0bK3pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0k3pi  MyD0Bk3pi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0K3pi_D0bKpi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0K3pi_D0bKpi_K0S.dec
new file mode 100644
index 0000000..1839140
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0K3pi_D0bKpi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0k3pi  MyD0Bkpi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0K3pi_D0bKpipi0_K0S.dec b/BaBar_2014/B0B0bar_Dstar0K3pi_D0bKpipi0_K0S.dec
new file mode 100644
index 0000000..724fc29
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0K3pi_D0bKpipi0_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0k3pi  MyD0Bkpipi0  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0K3pi_Dstar0barKpi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0K3pi_Dstar0barKpi_K0S.dec
new file mode 100644
index 0000000..9f848a5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0K3pi_Dstar0barKpi_K0S.dec
@@ -0,0 +1,194 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*0D*0barK0s anti-B0->X                #
+#       D0 to k3pi                                    #
+#       D0bar to kpi                                  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0k3pi   MyD*0Bkpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0KS.dec b/BaBar_2014/B0B0bar_Dstar0KS.dec
new file mode 100644
index 0000000..baa26a6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0KS.dec
@@ -0,0 +1,144 @@
+###################################################
+#                                                 #
+# B0 -> D0* Ks    + c.c.                          #
+#           |                                     #
+#           |                                     #
+#            ---> pi+ pi-                         #
+#                                                 #
+# Author: S.Prell (UC San Diego)		  #	
+#	  S.Rahatlou (UC San Diego)		  #
+#     						  #
+# Date:   July 2002				  #
+#						  #
+# Comment:The time evolution as given in Kayser & #
+#         London (PRD 61, 116013) is not 	  #
+#	  implemented, yet. This needs to be      #
+#	  added for time-dependent CP-violation   #
+#	  studies. 			          #
+#
+#  Shahram Rahatlou, 15 Dec 2003:
+#  1/ change the D0 BR to be the same used in D0K*0
+#  2/ turn on mixing
+#  3/ change the B0 BR to have 80% Vcb and 20% Vub
+###################################################
+#
+Alias MyB0bar      anti-B0
+Alias MyB0         B0
+
+Alias MyDstar0     D*0
+Alias MyDstar0bar  anti-D*0
+
+Alias MyD0         D0
+Alias MyD0bar      anti-D0
+
+Alias MyKs K_S0
+Alias MyK0              K0
+Alias MyK0bar         anti-K0
+#
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias Myomega omega
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.200     MyDstar0   MyKs             SVS;
+0.800     MyDstar0bar  MyKs           SVS;
+Enddecay
+#
+Decay MyB0bar
+0.800     MyDstar0   MyKs             SVS;
+0.200     MyDstar0bar  MyKs           SVS;
+Enddecay
+#
+Decay MyDstar0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyDstar0bar
+0.6190    MyD0bar  pi0                       VSS;
+0.3810    MyD0bar  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     MyK0bar pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0bar
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyK0bar
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.0    pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0KS_Kpi.dec b/BaBar_2014/B0B0bar_Dstar0KS_Kpi.dec
new file mode 100644
index 0000000..82a9edb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0KS_Kpi.dec
@@ -0,0 +1,75 @@
+###################################################
+#                                                 #
+# B0 -> D0* Ks    + c.c.                          #
+#           |                                     #
+#           |                                     #
+#            ---> pi+ pi-                         #
+#                                                 #
+# Author: S.Prell (UC San Diego)		  #	
+#	  S.Rahatlou (UC San Diego)		  #
+#     						  #
+# Date:   July 2002				  #
+#						  #
+# Comment:The time evolution as given in Kayser & #
+#         London (PRD 61, 116013) is not 	  #
+#	  implemented, yet. This needs to be      #
+#	  added for time-dependent CP-violation   #
+#	  studies. 			          #
+###################################################
+#
+Alias MyB0bar      anti-B0
+Alias MyB0         B0
+
+Alias MyDstar0     D*0
+Alias MyDstar0bar  anti-D*0
+
+Alias MyD0         D0
+Alias MyD0bar      anti-D0
+
+Alias MyKs         K_S0
+#
+Define dm 0.0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.500     MyDstar0   MyKs             PHSP;
+0.500     MyDstar0bar  MyKs           PHSP;
+Enddecay
+#
+Decay MyB0bar
+0.500     MyDstar0   MyKs             PHSP;
+0.500     MyDstar0bar  MyKs           PHSP;
+Enddecay
+#
+Decay MyDstar0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyDstar0bar
+0.6190    MyD0bar  pi0                       VSS;
+0.3810    MyD0bar  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.0828  K- pi+                     PHSP;
+#0.1620  K- pi+ pi+ pi-             PHSP;
+#0.3010  K- pi+ pi0                 D_DALITZ;
+#0.4540  K_S0 pi+   pi-             D_DALITZ;
+Enddecay
+#
+Decay MyD0bar
+0.0828  K+ pi-                     PHSP;
+#0.1620  K+ pi- pi- pi+             PHSP;
+#0.3010  K+ pi- pi0                 D_DALITZ;
+#0.4540  K_S0 pi-  pi+              D_DALITZ;
+Enddecay
+#
+Decay MyKs
+1.0    pi+ pi-                    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kpi_D0CP.dec b/BaBar_2014/B0B0bar_Dstar0Kpi_D0CP.dec
new file mode 100755
index 0000000..be17e82
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kpi_D0CP.dec
@@ -0,0 +1,199 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> Dstar0 K pi, Dstar0 --> D0pi0, D0gamma          #
+#                                     D0 --> CP modes                    #
+#   CP modes: KK, KsPi0, KsEta, KsEtap, KsOmega, KsRho0, KsPhi, Rho0Pi0  #
+#                                                                        #
+# The D0 decay modes are into CP eigenstates.                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+Alias NewEta     eta
+Alias NewEta2    eta
+Alias NewEtap    eta'
+Alias NewOmega   omega
+Alias NewPhi     phi
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.20698 MyB0  anti-B0                  VSS_MIX dm;
+  0.20698 Myanti-B0  B0                  VSS_MIX dm;
+  0.04301 Myanti-B0 anti-B0              VSS_MIX dm;
+  0.04301 MyB0  B0                       VSS_MIX dm;
+Enddecay
+
+
+###################################################
+# B0(bar) -> Dstar0(bar) K+- pi-+
+###################################################
+
+Decay MyB0
+  0.0004    Myanti-D*0  K+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.0004    MyD*0       K-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> KK, KsPi0, KsEta, KsEtap,
+#            KsOmega, KsRho0, KsPhi, Rho0Pi0
+###################################################
+
+Decay MyD0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+Decay Myanti-D0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+# The final state K pi pi can be reached through the K omega, via:
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+###################################################
+# "New" decay types (due to reconstruction issues)
+###################################################
+
+Decay NewPhi
+  1.0000  K- K+                 VSS;
+Enddecay
+
+Decay NewOmega
+  1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+
+Decay NewEtap
+  1.0000  pi+ pi- NewEta2       PHSP;
+Enddecay
+
+Decay NewEta
+  0.3933  pi+ pi- pi0           ETA_DALITZ;
+  0.2300  gamma gamma           PHSP;
+Enddecay
+
+Decay NewEta2
+  1.0000  gamma gamma           PHSP;
+Enddecay
+
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kpi_D0NonCP.dec b/BaBar_2014/B0B0bar_Dstar0Kpi_D0NonCP.dec
new file mode 100755
index 0000000..8205345
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kpi_D0NonCP.dec
@@ -0,0 +1,162 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0 --> Dstar0 K pi, Dstar0 --> D0pi0, D0gamma          #
+#                                     D0 --> Kpi, Kpipi0, Kpipipi        #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.20698 MyB0  anti-B0                  VSS_MIX dm;
+  0.20698 Myanti-B0  B0                  VSS_MIX dm;
+  0.04301 Myanti-B0 anti-B0              VSS_MIX dm;
+  0.04301 MyB0  B0                       VSS_MIX dm;
+Enddecay
+
+
+###################################################
+# B0(bar) -> Dstar0(bar) K+- pi-+
+###################################################
+
+Decay MyB0
+  0.0004    Myanti-D*0  K+      pi-      PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.0004    MyD*0       K-      pi+      PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kpi_D0bK3pi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0Kpi_D0bK3pi_K0S.dec
new file mode 100644
index 0000000..056e03d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kpi_D0bK3pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0kpi  MyD0Bk3pi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kpi_D0bKpi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0Kpi_D0bKpi_K0S.dec
new file mode 100644
index 0000000..5b45128
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kpi_D0bKpi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0kpi  MyD0Bkpi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kpi_D0bKpipi0_K0S.dec b/BaBar_2014/B0B0bar_Dstar0Kpi_D0bKpipi0_K0S.dec
new file mode 100644
index 0000000..1e26ee0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kpi_D0bKpipi0_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0kpi  MyD0Bkpipi0  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kpi_Dstar0barKpi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0Kpi_Dstar0barKpi_K0S.dec
new file mode 100644
index 0000000..c227cdf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kpi_Dstar0barKpi_K0S.dec
@@ -0,0 +1,194 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*0D*0barK0s anti-B0->X                #
+#       D0 to kpi                                     #
+#       D0bar to kpi                                  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0kpi MyD*0Bkpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kpipi0_D0bK3pi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0Kpipi0_D0bK3pi_K0S.dec
new file mode 100644
index 0000000..9729207
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kpipi0_D0bK3pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0kpipi0  MyD0Bk3pi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kpipi0_D0bKpi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0Kpipi0_D0bKpi_K0S.dec
new file mode 100644
index 0000000..7e9684e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kpipi0_D0bKpi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0kpipi0  MyD0Bkpi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kpipi0_D0bKpipi0_K0S.dec b/BaBar_2014/B0B0bar_Dstar0Kpipi0_D0bKpipi0_K0S.dec
new file mode 100644
index 0000000..1586f9e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kpipi0_D0bKpipi0_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0kpipi0  MyD0Bkpipi0  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kpipi0_Dstar0barKpi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0Kpipi0_Dstar0barKpi_K0S.dec
new file mode 100644
index 0000000..799008f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kpipi0_Dstar0barKpi_K0S.dec
@@ -0,0 +1,194 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*0D*0barK0s anti-B0->X                #
+#       D0 to kpipi0                                  #
+#       D0bar to kpi                                  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  02/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0kpipi0 MyD*0Bkpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kstar0.dec b/BaBar_2014/B0B0bar_Dstar0Kstar0.dec
new file mode 100644
index 0000000..f96df6d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kstar0.dec
@@ -0,0 +1,134 @@
+####################################################
+# Decay: B0 -> D*0bar          K*0                 #
+#              |-> breco c'tail  |-> KS pi0        #
+#                                |-> K- pi+        #
+# + cc                                             #
+#                                                  #
+# Created:  Stephen Levy                           #
+#           August 15, 2002                        #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyKs K_S0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# B->DK, recommendation·
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+# update: Ref. [B1]:
+#
+Decay MyB0
+1.0000 Myanti-D*0 MyK*0                 SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*0 Myanti-K*0                 SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                     VSS;
+0.3810    MyD0  gamma                   VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                VSS;
+0.3810    Myanti-D0  gamma              VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kstar0_D0mpipimKK.dec b/BaBar_2014/B0B0bar_Dstar0Kstar0_D0mpipimKK.dec
new file mode 100644
index 0000000..3c6fead
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kstar0_D0mpipimKK.dec
@@ -0,0 +1,81 @@
+####################################################
+# Decay: B0 -> D*0             K*0                 #
+#                                |-> KS pi0        #
+#             D0                 |-> K- pi+        #
+#              |-> K-  K+                          #
+#                  pi- pi+                         #
+# + cc                                             #
+#                                                  #
+# Created:  Stephen Levy                           #
+#           August 15, 2002                        #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyKs K_S0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+# B->DK, recommendation·
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+# update: Ref. [B1]:
+#
+Decay MyB0
+1.0000 Myanti-D*0 MyK*0                 SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*0 Myanti-K*0                 SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                     VSS;
+0.3810    MyD0  gamma                   VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                VSS;
+0.3810    Myanti-D0  gamma              VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D0
+0.742 K+ K-                             PHSP;
+0.258 pi+ pi-                           PHSP;
+Enddecay
+#
+Decay MyD0
+0.742  K- K+                            PHSP;
+0.258  pi- pi+                          PHSP;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kstar0_Kpi.dec b/BaBar_2014/B0B0bar_Dstar0Kstar0_Kpi.dec
new file mode 100644
index 0000000..35304ec
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kstar0_Kpi.dec
@@ -0,0 +1,80 @@
+###################################################
+#                                                 #
+# B0 -> D*0 K*0    + c.c.                         #
+#          |                                      #
+#          |                                      #
+#           ---> K+ pi-                           #
+#     						  #
+# Author: S.Prell (UC San Diego)		  #	
+#	  S.Rahatlou (UC San Diego)		  #
+#     						  #
+# Date:   July 2002				  #
+#						  #
+# Comment:The time evolution as given in Kayser & #
+#         London (PRD 61, 116013) is not 	  #
+#	  implemented, yet. This needs to be      #
+#	  added for time-dependent CP-violation   #
+#	  studies. 			          #
+###################################################
+#
+Alias MyB0bar anti-B0
+Alias MyB0 B0
+
+Alias MyDstar0     D*0
+Alias MyDstar0bar  anti-D*0
+
+Alias MyD0 D0
+Alias MyD0bar anti-D0
+
+Alias MyKstar0 K*0
+Alias MyKstar0bar anti-K*0
+#
+Define dm 0.0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.500     MyDstar0   MyKstar0             PHSP;
+0.500     MyDstar0bar  MyKstar0           PHSP;
+Enddecay
+#
+Decay MyB0bar
+0.500     MyDstar0   MyKstar0bar             PHSP;
+0.500     MyDstar0bar  MyKstar0bar           PHSP;
+Enddecay
+#
+Decay MyDstar0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyDstar0bar
+0.6190    MyD0bar  pi0                       VSS;
+0.3810    MyD0bar  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.0828  K- pi+                     PHSP;
+#0.1620  K- pi+ pi+ pi-             PHSP;
+#0.3010  K- pi+ pi0                 D_DALITZ;
+#0.4540  K_S0 pi+   pi-             D_DALITZ;
+Enddecay
+#
+Decay MyD0bar
+0.0828  K+ pi-                     PHSP;
+#0.1620  K+ pi- pi- pi+             PHSP;
+#0.3010  K+ pi- pi0                 D_DALITZ;
+#0.4540  K_S0 pi-  pi+              D_DALITZ;
+Enddecay
+#
+Decay MyKstar0
+1.0    K+ pi-                    PHSP;
+Enddecay
+#
+Decay MyKstar0bar
+1.0    K- pi+                    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Kstar0_Vub.dec b/BaBar_2014/B0B0bar_Dstar0Kstar0_Vub.dec
new file mode 100644
index 0000000..7954557
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Kstar0_Vub.dec
@@ -0,0 +1,140 @@
+####################################################
+# Decay: B0 -> D*0             K*0                 #
+#              |-> breco c'tail  |-> KS pi0        #
+#                                |-> K- pi+        #
+# + cc                                             #
+#                                                  #
+# Created:  Stephen Levy                           #
+#           August 15, 2002                        #
+#                                                  #
+# Modified by Sh. Rahatlou on 14 August 2003       #
+#  to implement the Vub decay amplitude            #
+#  Note that usially B0 -> D*0bar X via Vcb        #
+#  but here we have B0 -> D*0 X because            #
+#  it is via Vub                                   #
+#
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyKs K_S0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# B->DK, recommendation·
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+# update: Ref. [B1]:
+#
+Decay MyB0
+1.0000 MyD*0 MyK*0                      SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 Myanti-D*0 Myanti-K*0            SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                     VSS;
+0.3810    MyD0  gamma                   VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                VSS;
+0.3810    Myanti-D0  gamma              VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0Pi0.dec b/BaBar_2014/B0B0bar_Dstar0Pi0.dec
new file mode 100644
index 0000000..c956f9f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0Pi0.dec
@@ -0,0 +1,61 @@
+###################################################
+#                                                 #
+# Dstar0 pi0                                      #
+#   (background for Dstar0 Gamma rare decay)      #
+#                                                 #
+# B0 --> X                                        #
+#                                                 #
+# B0bar --> Dstar0 pi0                            #
+#             |                                   #
+#             |-> D0 pi0                          #
+#             |-> D0 Gamma                        #
+#                 |                               #
+#                 |-> K- pi+                      #
+#                 |-> K- pi+ pi0                  #
+#                 |-> K- pi+ pi- pi+              #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author J.M. Bauer       9/20/00                 #
+#                                                 #
+###################################################
+
+Alias       MyB0        B0
+Alias       Myanti-B0   anti-B0
+
+Alias       MyD*0       D*0
+Alias       Myanti-D*0  anti-D*0
+
+Alias       MyD0        D0
+Alias       Myanti-D0   anti-D0
+
+ChargeConj  Myanti-B0   MyB0
+ChargeConj  Myanti-D*0  MyD*0
+ChargeConj  Myanti-D0   MyD0
+
+
+Decay   Upsilon(4S) 
+0.5     Myanti-B0 B0                                 VSS_MIX dm;
+0.5     MyB0      anti-B0                            VSS_MIX dm;
+Enddecay
+
+Decay   Myanti-B0
+1.0     MyD*0     pi0                                SVS;
+Enddecay
+
+Decay   MyD*0
+0.619   MyD0      pi0                                VSS;
+0.381   MyD0      gamma                              VSP_PWAVE;
+Enddecay
+
+Decay   MyD0
+0.0383  K-        pi+                                PHSP;
+0.139   K-        pi+       pi0                      D_DALITZ;
+0.0749  K-        pi+       pi-       pi+            PHSP;
+Enddecay
+
+CDecay  MyB0
+CDecay  Myanti-D*0
+CDecay  Myanti-D0
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0bK3pi_Dstar0K3pi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0bK3pi_Dstar0K3pi_K0S.dec
new file mode 100644
index 0000000..7482052
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0bK3pi_Dstar0K3pi_K0S.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0Bk3pi  MyD*0k3pi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0bKpi_Dstar0K3pi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0bKpi_Dstar0K3pi_K0S.dec
new file mode 100644
index 0000000..9aa0371
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0bKpi_Dstar0K3pi_K0S.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0Bkpi  MyD*0k3pi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0bKpi_Dstar0Kpi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0bKpi_Dstar0Kpi_K0S.dec
new file mode 100644
index 0000000..dd59046
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0bKpi_Dstar0Kpi_K0S.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0Bkpi  MyD*0kpi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0bKpi_Dstar0Kpipi0_K0S.dec b/BaBar_2014/B0B0bar_Dstar0bKpi_Dstar0Kpipi0_K0S.dec
new file mode 100644
index 0000000..9c4a7b5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0bKpi_Dstar0Kpipi0_K0S.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0Bkpi  MyD*0kpipi0  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0bKpipi0_Dstar0K3pi_K0S.dec b/BaBar_2014/B0B0bar_Dstar0bKpipi0_Dstar0K3pi_K0S.dec
new file mode 100644
index 0000000..c9ba7f2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0bKpipi0_Dstar0K3pi_K0S.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0Bkpipi0  MyD*0k3pi  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0bKpipi0_Dstar0Kpipi0_K0S.dec b/BaBar_2014/B0B0bar_Dstar0bKpipi0_Dstar0Kpipi0_K0S.dec
new file mode 100644
index 0000000..c2537f5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0bKpipi0_Dstar0Kpipi0_K0S.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*0Bkpipi0  MyD*0kpipi0  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_K2pi.dec b/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_K2pi.dec
new file mode 100644
index 0000000..9de6116
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_K2pi.dec
@@ -0,0 +1,48 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D*(2007)0bar p anti-p,      anti-B0 -> X  #
+#              +-> D0bar pi0                             #
+#                  +-> K+ pi- pi0                        #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   March 22  2004                                 #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  Myanti-D*0 p+ anti-p-              PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD*0 p+ anti-p-                   PHSP;
+Enddecay
+#
+Decay Myanti-D*0
+ 1.00000  Myanti-D0 pi0                      VSS;
+Enddecay
+#
+Decay MyD*0
+ 1.00000  MyD0 pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi- pi0                        D_DALITZ;
+Enddecay
+#             
+Decay MyD0
+ 1.00000  K- pi+ pi0                        D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_K3pi.dec b/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_K3pi.dec
new file mode 100644
index 0000000..f6a5dc5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_K3pi.dec
@@ -0,0 +1,48 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D*(2007)0bar p anti-p,      anti-B0 -> X  #
+#              +-> D0bar pi0                             #
+#                  +-> K+ pi- pi- pi+                    #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   March 22  2004                                 #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  Myanti-D*0 p+ anti-p-              PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD*0 p+ anti-p-                   PHSP;
+Enddecay
+#
+Decay Myanti-D*0
+ 1.00000  Myanti-D0 pi0                      VSS;
+Enddecay
+#
+Decay MyD*0
+ 1.00000  MyD0 pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi- pi- pi+                     PHSP;
+Enddecay
+#             
+Decay MyD0
+ 1.00000  K- pi+ pi+ pi-                      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_Kpi.dec b/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_Kpi.dec
new file mode 100644
index 0000000..ff4bd75
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_Kpi.dec
@@ -0,0 +1,48 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D*(2007)0bar p anti-p,      anti-B0 -> X  #
+#              +-> D0bar pi0                             #
+#                  +-> K- pi+                            #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   March 22  2004                                 #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  Myanti-D*0 p+ anti-p-              PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD*0 p+ anti-p-                   PHSP;
+Enddecay
+#
+Decay Myanti-D*0
+ 1.00000  Myanti-D0 pi0                      VSS;
+Enddecay
+#
+Decay MyD*0
+ 1.00000  MyD0 pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi-                        PHSP;
+Enddecay
+#             
+Decay MyD0
+ 1.00000  K- pi+                        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_Ks2pi.dec b/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_Ks2pi.dec
new file mode 100644
index 0000000..447677e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar0ppbar_D0pi0_Ks2pi.dec
@@ -0,0 +1,64 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D*(2007)0bar p anti-p,   anti-B0 -> X     #
+#              +->  D0bar pi0                            #
+#                  ->  K0 pi+ pi-                        #
+#                                                        #
+# Author: Haibo Li, Wisconsin                            #
+# Date:   March 22  2004                                 #
+#                                                        #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+Alias MyKs       K_S0
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  Myanti-D*0 p+ anti-p-             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD*0 p+ anti-p-                  PHSP;
+Enddecay
+#
+Decay Myanti-D*0
+ 1.00000  Myanti-D0 pi0                     VSS;
+Enddecay
+#
+Decay MyD*0
+ 1.00000  MyD0 pi0                          VSS;
+Enddecay
+#   // resonance structure in Dalitz modelled
+Decay Myanti-D0
+1.0000   MyK0  pi-   pi+                D_DALITZ;
+Enddecay
+#             // resonance structure in Dalitz modelled
+Decay MyD0
+1.0000   Myanti-K0  pi+  pi-            D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.0000    MyKs                          PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.0000    MyKs                          PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000    pi+ pi-                       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKKpi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKKpi.dec
new file mode 100644
index 0000000..b8583dd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKKpi.dec
@@ -0,0 +1,138 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD-_1      D-
+Alias MyD+_1      D+
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD-_1 MyD+_1
+ChargeConj MyK0 Myanti-K0
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj Myphi Myphi
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD-_1     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_1     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+CDecay MyD*-_1
+#
+
+Decay MyD0
+# K- 3pi (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0  rho0                 SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-                   PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+
+#
+Decay MyD-_1
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+CDecay MyD+_1
+#
+
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKpipi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKpipi.dec
new file mode 100644
index 0000000..2dfc6d8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKpipi.dec
@@ -0,0 +1,161 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKspi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKspi.dec
new file mode 100644
index 0000000..4392b92
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_K3piKspi.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKKpi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKKpi.dec
new file mode 100644
index 0000000..68cabe0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKKpi.dec
@@ -0,0 +1,125 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD-_1      D-
+Alias MyD+_1      D+
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD-_1 MyD+_1
+ChargeConj MyK0 Myanti-K0
+ChargeConj Myphi Myphi
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD-_1     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_1     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+CDecay MyD*-_1
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+
+#
+Decay MyD-_1
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+CDecay MyD+_1
+#
+ 
+#
+
+
+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKpipi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKpipi.dec
new file mode 100644
index 0000000..2f163e7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKpipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKspi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKspi.dec
new file mode 100644
index 0000000..76efadb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_KpiKspi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_Kpipi0KKpi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_Kpipi0KKpi.dec
new file mode 100644
index 0000000..d264262
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_Kpipi0KKpi.dec
@@ -0,0 +1,125 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD-_1      D-
+Alias MyD+_1      D+
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD-_1 MyD+_1
+ChargeConj MyK0 Myanti-K0
+ChargeConj Myphi Myphi
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD-_1     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_1     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+CDecay MyD*-_1
+#
+
+Decay MyD0
+1.0000   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+#
+CDecay Myanti-D0
+#
+
+#
+Decay MyD-_1
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+CDecay MyD+_1
+#
+ 
+#
+
+
+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_Kpipi0Kpipi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_Kpipi0Kpipi.dec
new file mode 100644
index 0000000..81ef5e8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_Kpipi0Kpipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_Kpipi0Kspi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_Kpipi0Kspi.dec
new file mode 100644
index 0000000..ff2473c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_Kpipi0Kspi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKKpi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKKpi.dec
new file mode 100644
index 0000000..faf6c95
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKKpi.dec
@@ -0,0 +1,191 @@
+############################################################
+#                                                          #
+# Exclusive D*D decay.dec #2                               #
+#                                                          #
+# D*D . from B0 B0bar for SP3                              #
+#                                                          #
+# Decay: B0 -> D*(2010)-     D+  anti-B0 -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Albert             07/20/00                   #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+ChargeConj MyD*+ MyD*-
+ChargeConj MyD- MyD+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.5000  MyD*+   MyD-      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-   MyD+      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay
+#
+Decay Myanti-B0
+0.5000  MyD*+   MyD-      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-   MyD+      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K0s 3pi (total 0.0500)
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;            
+0.0838   MyK*-     rho+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0B rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1- pi+                    SVS;
+0.0100   My2ndK*0B pi+ pi-                PHSP;
+0.0431   K_S0      pi+ pi- pi0            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+Enddecay
+#
+Decay MyD-
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKpipi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKpipi.dec
new file mode 100644
index 0000000..07f972a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKpipi.dec
@@ -0,0 +1,185 @@
+############################################################
+#                                                          #
+# Exclusive D*D decay.dec #2                               #
+#                                                          #
+# D*D . from B0 B0bar for SP3                              #
+#                                                          #
+# Decay: B0 -> D*(2010)-     D+  anti-B0 -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Albert             07/20/00                   #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+ChargeConj MyD*+ MyD*-
+ChargeConj MyD- MyD+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.5000  MyD*+   MyD-      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-   MyD+      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay
+#
+Decay Myanti-B0
+0.5000  MyD*+   MyD-      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-   MyD+      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K0s 3pi (total 0.0500)
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;            
+0.0838   MyK*-     rho+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0B rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1- pi+                    SVS;
+0.0100   My2ndK*0B pi+ pi-                PHSP;
+0.0431   K_S0      pi+ pi- pi0            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKspi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKspi.dec
new file mode 100644
index 0000000..4e2d7e6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_Ks3piKspi.dec
@@ -0,0 +1,185 @@
+############################################################
+#                                                          #
+# Exclusive D*D decay.dec #2                               #
+#                                                          #
+# D*D . from B0 B0bar for SP3                              #
+#                                                          #
+# Decay: B0 -> D*(2010)-     D+  anti-B0 -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Albert             07/20/00                   #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+ChargeConj MyD*+ MyD*-
+ChargeConj MyD- MyD+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.5000  MyD*+   MyD-      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-   MyD+      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0; 
+Enddecay
+#
+Decay Myanti-B0
+0.5000  MyD*+   MyD-      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-   MyD+      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K0s 3pi (total 0.0500)
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;            
+0.0838   MyK*-     rho+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0B rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1- pi+                    SVS;
+0.0100   My2ndK*0B pi+ pi-                PHSP;
+0.0431   K_S0      pi+ pi- pi0            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+1.0000   K_S0 pi+                         PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   K_S0 pi-                         PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_KspipiKKpi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_KspipiKKpi.dec
new file mode 100644
index 0000000..5246467
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_KspipiKKpi.dec
@@ -0,0 +1,128 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD-_1      D-
+Alias MyD+_1      D+
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_S0    K_S0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD-_1 MyD+_1
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+ChargeConj Myphi Myphi
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD-_1     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_1     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+CDecay MyD*-_1
+#
+
+Decay MyD0
+1.0000    Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+#
+CDecay Myanti-D0
+#
+
+#
+Decay MyD-_1
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+CDecay MyD+_1
+#
+ 
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_KspipiKpipi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_KspipiKpipi.dec
new file mode 100644
index 0000000..ad0c8c7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_KspipiKpipi.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_D0Dch_KspipiKspi.dec b/BaBar_2014/B0B0bar_DstarD_D0Dch_KspipiKspi.dec
new file mode 100644
index 0000000..f421245
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_D0Dch_KspipiKspi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_K3piKstar0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_K3piKstar0K.dec
new file mode 100644
index 0000000..ea4c7d2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_K3piKstar0K.dec
@@ -0,0 +1,166 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_K3piphipi.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_K3piphipi.dec
new file mode 100644
index 0000000..ad92648
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_K3piphipi.dec
@@ -0,0 +1,162 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_KpiKstar0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_KpiKstar0K.dec
new file mode 100644
index 0000000..bd8c123
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_KpiKstar0K.dec
@@ -0,0 +1,141 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kpiphipi.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kpiphipi.dec
new file mode 100644
index 0000000..5edc9d0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kpiphipi.dec
@@ -0,0 +1,137 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kpipi0Kstar0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kpipi0Kstar0K.dec
new file mode 100644
index 0000000..69e030d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kpipi0Kstar0K.dec
@@ -0,0 +1,141 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kpipi0phipi.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kpipi0phipi.dec
new file mode 100644
index 0000000..b86167b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kpipi0phipi.dec
@@ -0,0 +1,137 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_KspipiKstar0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_KspipiKstar0K.dec
new file mode 100644
index 0000000..630269c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_KspipiKstar0K.dec
@@ -0,0 +1,152 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kspipiphipi.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kspipiphipi.dec
new file mode 100644
index 0000000..5bbe6f2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piD_sch_Kspipiphipi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_K3piKs0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_K3piKs0K.dec
new file mode 100644
index 0000000..370700b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_K3piKs0K.dec
@@ -0,0 +1,172 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_KpiKs0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_KpiKs0K.dec
new file mode 100644
index 0000000..ddf7ed6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_KpiKs0K.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_Kpipi0Ks0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_Kpipi0Ks0K.dec
new file mode 100644
index 0000000..b31bee8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_Kpipi0Ks0K.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_KspipiKs0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_KspipiKs0K.dec
new file mode 100644
index 0000000..5259eaa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_D0piK0K_KspipiKs0K.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_KpipiKstar0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_KpipiKstar0K.dec
new file mode 100644
index 0000000..04ffacd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_KpipiKstar0K.dec
@@ -0,0 +1,141 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_Kpipiphipi.dec b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_Kpipiphipi.dec
new file mode 100644
index 0000000..d9570a4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_Kpipiphipi.dec
@@ -0,0 +1,137 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_KspiKstar0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_KspiKstar0K.dec
new file mode 100644
index 0000000..b100dbd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_KspiKstar0K.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_Kspiphipi.dec b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_Kspiphipi.dec
new file mode 100644
index 0000000..7b11b68
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0D_sch_Kspiphipi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0K0K_KpipiKs0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0K0K_KpipiKs0K.dec
new file mode 100644
index 0000000..8e60875
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0K0K_KpipiKs0K.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0K0K_KspiKs0K.dec b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0K0K_KspiKs0K.dec
new file mode 100644
index 0000000..706cd5a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarD_sch_Dchpi0K0K_KspiKs0K.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.000  MyD*-_1 MyD_s+_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDbarK.dec b/BaBar_2014/B0B0bar_DstarDbarK.dec
new file mode 100644
index 0000000..f2ad284
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDbarK.dec
@@ -0,0 +1,50 @@
+#############################################################
+#                                                           #
+# Decay: B0 -> D*(2010)-    D0 K+,       anti-B0 -> X       # 
+#              |-> D0B pi-   |-> K- Pi+                     #
+#                   |-> K+ pi-                              #
+#                                                           #
+#                                                           #
+# Author: M. H. Schune			                             		    #
+# Created:                26/Jan/99			                      #
+# Modifification for dm: G.London 10/Feb/99                 #
+#############################################################
+#
+#
+Alias MyB0  B0
+Alias MyB0B  anti-B0
+Alias MyD*- D*-
+Alias MyD*+ D*+
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*- MyD0  K+                    PHSP;
+Enddecay
+#
+Decay MyB0B
+1.0000  MyD*+ MyD0B  K-                    PHSP;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD0B  pi-                        VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391 K- pi+                           PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0391 K+ pi-                           PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_DstarDch_D0piDch_K3piKpipi.dec b/BaBar_2014/B0B0bar_DstarDch_D0piDch_K3piKpipi.dec
new file mode 100644
index 0000000..2dfc6d8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_D0piDch_K3piKpipi.dec
@@ -0,0 +1,161 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_D0piDch_K3piKspi.dec b/BaBar_2014/B0B0bar_DstarDch_D0piDch_K3piKspi.dec
new file mode 100644
index 0000000..4392b92
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_D0piDch_K3piKspi.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_D0piDch_KpiKpipi.dec b/BaBar_2014/B0B0bar_DstarDch_D0piDch_KpiKpipi.dec
new file mode 100644
index 0000000..2f163e7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_D0piDch_KpiKpipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_D0piDch_KpiKspi.dec b/BaBar_2014/B0B0bar_DstarDch_D0piDch_KpiKspi.dec
new file mode 100644
index 0000000..76efadb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_D0piDch_KpiKspi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_D0piDch_Kpipi0Kpipi.dec b/BaBar_2014/B0B0bar_DstarDch_D0piDch_Kpipi0Kpipi.dec
new file mode 100644
index 0000000..81ef5e8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_D0piDch_Kpipi0Kpipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_D0piDch_Kpipi0Kspi.dec b/BaBar_2014/B0B0bar_DstarDch_D0piDch_Kpipi0Kspi.dec
new file mode 100644
index 0000000..ff2473c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_D0piDch_Kpipi0Kspi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_D0piDch_KspipiKpipi.dec b/BaBar_2014/B0B0bar_DstarDch_D0piDch_KspipiKpipi.dec
new file mode 100644
index 0000000..ad0c8c7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_D0piDch_KspipiKpipi.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_D0piDch_KspipiKspi.dec b/BaBar_2014/B0B0bar_DstarDch_D0piDch_KspipiKspi.dec
new file mode 100644
index 0000000..f421245
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_D0piDch_KspipiKspi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KpipiKpipi.dec b/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KpipiKpipi.dec
new file mode 100644
index 0000000..c0599e9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KpipiKpipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KpipiKspi.dec b/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KpipiKspi.dec
new file mode 100644
index 0000000..6e27c5b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KpipiKspi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KspiKpipi.dec b/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KspiKpipi.dec
new file mode 100644
index 0000000..a2fd2fd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KspiKpipi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KspiKspi.dec b/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KspiKspi.dec
new file mode 100644
index 0000000..541e3ee
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDch_Dchpi0Dch_KspiKspi.dec
@@ -0,0 +1,150 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD-_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.5000  MyD*-_1   MyD+_2      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDs_D0_kpi_phipi.dec b/BaBar_2014/B0B0bar_DstarDs_D0_kpi_phipi.dec
new file mode 100644
index 0000000..e7f9ba3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDs_D0_kpi_phipi.dec
@@ -0,0 +1,114 @@
+############################################################
+#                                                          #
+# Exclusive D*Ds decay.dec                                 #
+#                                                          #
+# Ds*D* . from B0 B0bar for SP3                            #
+#                                                          #
+# Decay: B0 -> D*(2010)-     Ds+       anti-B0 -> X        #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+Alias MyK0pp    K_S0 
+Alias MyK000    K_S0 
+
+
+Alias Myanti-K*0-Kp anti-K*0
+Alias MyK*0-Kp K*0
+
+Alias Myanti-K*0-KSp anti-K*0
+Alias MyK*0-KSp K*0
+
+Alias Myetagg eta
+Alias Myetappp eta
+
+
+ChargeConj  MyB0 Myanti-B0
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyD+ MyD-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyK*0-Kp Myanti-K*0-Kp
+ChargeConj  MyK*0-KSp Myanti-K*0-KSp
+
+##########################
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD_s+                         SVS;
+Enddecay
+
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+
+Decay MyD_s+
+1.0000 Myphi   pi+                       SVS;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+
+CDecay  MyD*-
+CDecay  MyD_s*-
+CDecay  MyD_s-
+CDecay  MyD-
+CDecay  Myanti-D0   
+CDecay  Myanti-B0
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DstarDs_DstoX.dec b/BaBar_2014/B0B0bar_DstarDs_DstoX.dec
new file mode 100644
index 0000000..1d5132f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDs_DstoX.dec
@@ -0,0 +1,203 @@
+############################################################
+#                                                          #
+#                                                          #
+#                                                          #
+# Decay: B0 -> D*(2010)-   Ds+ +  anti-B0 -> X             #
+#              |             |                             #
+#              |->recon-     |-> X                         #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: R. Faccini 06-07-02                              #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*-   D_s+      SVS;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*+    D_s-      SVS;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK0bar pi+ pi-                  D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   MyK0bar pi+  pi0                 D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_K3piK3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_K3piK3pi.dec
new file mode 100644
index 0000000..7f9955b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_K3piK3pi.dec
@@ -0,0 +1,174 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_K3piKs3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_K3piKs3pi.dec
new file mode 100644
index 0000000..ec35185
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_K3piKs3pi.dec
@@ -0,0 +1,223 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   MyK*0B rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   MyK*0B pi+  pi-                  PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+Decay Myanti-D0
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+0.1666   K+   pi-  pi-                    D_DALITZ;
+0.1666   MyK0    pi-  pi0                    D_DALITZ;
+0.1666   K_S0 pi-                         PHSP;
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+# K+  K-   pi-   pi0  (total 0.0260)
+0.0449   Myphi pi-  pi0                   PHSP;
+0.0256   Myphi rho-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K+  K-   pi-   pi0               PHSP;
+# K0s pi-  pi-   pi+  (total 0.0350)
+0.0529   Mya_1-  K_S0                     SVS;
+0.0290   MyK_10B pi-                      SVS;
+0.0186   MyK*+   pi-  pi-                 PHSP;
+0.0557   rho0    K_S0 pi-                 PHSP;
+0.0105   K_S0    pi-  pi-  pi+            PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiK3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiK3pi.dec
new file mode 100644
index 0000000..3c5a065
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiK3pi.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi.dec
new file mode 100644
index 0000000..501e4c1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_001.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_001.dec
new file mode 100644
index 0000000..4bfaae2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_001.dec
@@ -0,0 +1,92 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck		03/13/01  (fixes)          #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD*+ MyD*-
+#
+
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.00 0.0 0.00 0.0 1.00 0.0;
+Enddecay 
+#
+CDecay Myanti-B0
+
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+
+CDecay MyD*-
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_010.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_010.dec
new file mode 100644
index 0000000..381b51d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_010.dec
@@ -0,0 +1,92 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck		03/13/01  (fixes)          #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD*+ MyD*-
+#
+
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.00 0.0 1.00 0.0 0.00 0.0;
+Enddecay 
+#
+CDecay Myanti-B0
+
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+
+CDecay MyD*-
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_100.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_100.dec
new file mode 100644
index 0000000..7fa14cc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_100.dec
@@ -0,0 +1,92 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck		03/13/01  (fixes)          #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD*+ MyD*-
+#
+
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 1.00 0.0 0.00 0.0 0.00 0.0;
+Enddecay 
+#
+CDecay Myanti-B0
+
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+
+CDecay MyD*-
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_111.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_111.dec
new file mode 100644
index 0000000..83624d8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_111.dec
@@ -0,0 +1,92 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck		03/13/01  (fixes)          #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD*+ MyD*-
+#
+
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 1.00 0.0 1.00 0.0 1.00 0.0;
+Enddecay 
+#
+CDecay Myanti-B0
+
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+
+CDecay MyD*-
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_1sqrt21.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_1sqrt21.dec
new file mode 100644
index 0000000..21e3243
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpi_1sqrt21.dec
@@ -0,0 +1,92 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck		03/13/01  (fixes)          #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD*+ MyD*-
+#
+
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 1.00 2.62 1.41421 0.785 1.00 0.0;
+Enddecay 
+#
+CDecay Myanti-B0
+
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+
+CDecay MyD*-
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpipi0.dec
new file mode 100644
index 0000000..9d489c6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKpipi0.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKs3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKs3pi.dec
new file mode 100644
index 0000000..e178328
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKs3pi.dec
@@ -0,0 +1,217 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay Myanti-D0
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+0.1666   K+   pi-  pi-                    D_DALITZ;
+0.1666   MyK0    pi-  pi0                    D_DALITZ;
+0.1666   K_S0 pi-                         PHSP;
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+# K+  K-   pi-   pi0  (total 0.0260)
+0.0449   Myphi pi-  pi0                   PHSP;
+0.0256   Myphi rho-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K+  K-   pi-   pi0               PHSP;
+# K0s pi-  pi-   pi+  (total 0.0350)
+0.0529   Mya_1-  K_S0                     SVS;
+0.0290   MyK_10B pi-                      SVS;
+0.0186   MyK*+   pi-  pi-                 PHSP;
+0.0557   rho0    K_S0 pi-                 PHSP;
+0.0105   K_S0    pi-  pi-  pi+            PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKspipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKspipi.dec
new file mode 100644
index 0000000..8a29c58
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KpiKspipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0K3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0K3pi.dec
new file mode 100644
index 0000000..260f197
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0K3pi.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0Kpipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..9bd0f05
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0Kpipi0.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0Ks3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0Ks3pi.dec
new file mode 100644
index 0000000..f13369c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0Ks3pi.dec
@@ -0,0 +1,217 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+0.1666   K+   pi-  pi-                    D_DALITZ;
+0.1666   MyK0    pi-  pi0                    D_DALITZ;
+0.1666   K_S0 pi-                         PHSP;
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+# K+  K-   pi-   pi0  (total 0.0260)
+0.0449   Myphi pi-  pi0                   PHSP;
+0.0256   Myphi rho-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K+  K-   pi-   pi0               PHSP;
+# K0s pi-  pi-   pi+  (total 0.0350)
+0.0529   Mya_1-  K_S0                     SVS;
+0.0290   MyK_10B pi-                      SVS;
+0.0186   MyK*+   pi-  pi-                 PHSP;
+0.0557   rho0    K_S0 pi-                 PHSP;
+0.0105   K_S0    pi-  pi-  pi+            PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0Kspipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..1a21585
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_Kpipi0Kspipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_Ks3piKs3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_Ks3piKs3pi.dec
new file mode 100644
index 0000000..db42055
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_Ks3piKs3pi.dec
@@ -0,0 +1,224 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K0s 3pi (total 0.0500)
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;            
+0.0838   MyK*-     rho+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0B rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1- pi+                    SVS;
+0.0100   My2ndK*0B pi+ pi-                PHSP;
+0.0431   K_S0      pi+ pi- pi0            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+0.1666   K+   pi-  pi-                    D_DALITZ;
+0.1666   MyK0    pi-  pi0                    D_DALITZ;
+0.1666   K_S0 pi-                         PHSP;
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+# K+  K-   pi-   pi0  (total 0.0260)
+0.0449   Myphi pi-  pi0                   PHSP;
+0.0256   Myphi rho-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K+  K-   pi-   pi0               PHSP;
+# K0s pi-  pi-   pi+  (total 0.0350)
+0.0529   Mya_1-  K_S0                     SVS;
+0.0290   MyK_10B pi-                      SVS;
+0.0186   MyK*+   pi-  pi-                 PHSP;
+0.0557   rho0    K_S0 pi-                 PHSP;
+0.0105   K_S0    pi-  pi-  pi+            PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+#
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KspipiK3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KspipiK3pi.dec
new file mode 100644
index 0000000..50622d8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KspipiK3pi.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KspipiKs3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KspipiKs3pi.dec
new file mode 100644
index 0000000..f2e1360
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KspipiKs3pi.dec
@@ -0,0 +1,217 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+0.1666   K+   pi-  pi-                    D_DALITZ;
+0.1666   MyK0    pi-  pi0                    D_DALITZ;
+0.1666   K_S0 pi-                         PHSP;
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+# K+  K-   pi-   pi0  (total 0.0260)
+0.0449   Myphi pi-  pi0                   PHSP;
+0.0256   Myphi rho-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K+  K-   pi-   pi0               PHSP;
+# K0s pi-  pi-   pi+  (total 0.0350)
+0.0529   Mya_1-  K_S0                     SVS;
+0.0290   MyK_10B pi-                      SVS;
+0.0186   MyK*+   pi-  pi-                 PHSP;
+0.0557   rho0    K_S0 pi-                 PHSP;
+0.0105   K_S0    pi-  pi-  pi+            PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_KspipiKspipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KspipiKspipi.dec
new file mode 100644
index 0000000..b3064fa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_KspipiKspipi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0D0_exclusive.dec b/BaBar_2014/B0B0bar_DstarDstar_D0D0_exclusive.dec
new file mode 100644
index 0000000..eabb306
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0D0_exclusive.dec
@@ -0,0 +1,208 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK0bar pi+ pi-                  D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   MyK0bar pi+  pi0                 D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKKpi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKKpi.dec
new file mode 100644
index 0000000..29a3b2b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKKpi.dec
@@ -0,0 +1,151 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj Myphi Myphi
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-_1
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+
+Decay MyD*+_2
+1.0000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-_2
+1.0000  Myanti-D0         pi-                  VSS;
+Enddecay
+#
+
+Decay MyD0
+# K- 3pi (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0  rho0                 SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-                   PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+#
+Decay MyD-
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+
+CDecay MyD+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+
+
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKKpipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKKpipi0.dec
new file mode 100644
index 0000000..aaedfce
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKKpipi0.dec
@@ -0,0 +1,220 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   MyK*0B rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   MyK*0B pi+  pi-                  PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K+  K-   pi-   pi0  (total 0.0260)
+0.0449   Myphi pi-  pi0                   PHSP;
+0.0256   Myphi rho-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K+  K-   pi-   pi0               PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKpipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKpipi.dec
new file mode 100644
index 0000000..c89e763
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKpipi.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKs3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKs3pi.dec
new file mode 100644
index 0000000..0c95ad0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKs3pi.dec
@@ -0,0 +1,222 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   MyK*0B rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   MyK*0B pi+  pi-                  PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K0s pi-  pi-   pi+  (total 0.0350)
+0.0529   Mya_1-  K_S0                     SVS;
+0.0290   MyK_10B pi-                      SVS;
+0.0186   MyK*+   pi-  pi-                 PHSP;
+0.0557   rho0    K_S0 pi-                 PHSP;
+0.0105   K_S0    pi-  pi-  pi+            PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKspi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKspi.dec
new file mode 100644
index 0000000..63d0e1b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKspi.dec
@@ -0,0 +1,180 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKspipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKspipi0.dec
new file mode 100644
index 0000000..88f232a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_K3piKspipi0.dec
@@ -0,0 +1,217 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   MyK*0B rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   MyK*0B pi+  pi-                  PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   MyK0    pi-  pi0                    D_DALITZ;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKKpi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKKpi.dec
new file mode 100644
index 0000000..d9b47c3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKKpi.dec
@@ -0,0 +1,122 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj Myphi Myphi
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_1      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_2      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-_1
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+
+Decay MyD*+_2
+1.0000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-_2
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+Decay MyD-
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+
+CDecay MyD+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKKpipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKKpipi0.dec
new file mode 100644
index 0000000..2044197
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKKpipi0.dec
@@ -0,0 +1,214 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K+  K-   pi-   pi0  (total 0.0260)
+0.0449   Myphi pi-  pi0                   PHSP;
+0.0256   Myphi rho-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K+  K-   pi-   pi0               PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi.dec
new file mode 100644
index 0000000..36bfef9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_001.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_001.dec
new file mode 100644
index 0000000..b1c1805
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_001.dec
@@ -0,0 +1,114 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+
+#
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_1     SVV_CP beta dm 1 0.00 0.0 0.00 0.0 1.00 0.0;
+0.5000  MyD*+_2   MyD*-_2     SVV_CP beta dm 1 0.00 0.0 0.00 0.0 1.00 0.0;
+Enddecay 
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-_1
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+
+Decay MyD*+_2
+1.0000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-_2
+1.0000  Myanti-D0         pi-                  VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+
+CDecay MyD+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_010.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_010.dec
new file mode 100644
index 0000000..2898aa7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_010.dec
@@ -0,0 +1,114 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+
+#
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_1     SVV_CP beta dm 1 0.00 0.0 1.00 0.0 0.00 0.0;
+0.5000  MyD*+_2   MyD*-_2     SVV_CP beta dm 1 0.00 0.0 1.00 0.0 0.00 0.0;
+Enddecay 
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-_1
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+
+Decay MyD*+_2
+1.0000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-_2
+1.0000  Myanti-D0         pi-                  VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+
+CDecay MyD+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_100.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_100.dec
new file mode 100644
index 0000000..e2fead8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_100.dec
@@ -0,0 +1,114 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+
+#
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_1     SVV_CP beta dm 1 1.00 0.0 0.00 0.0 0.00 0.0;
+0.5000  MyD*+_2   MyD*-_2     SVV_CP beta dm 1 1.00 0.0 0.00 0.0 0.00 0.0;
+Enddecay 
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-_1
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+
+Decay MyD*+_2
+1.0000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-_2
+1.0000  Myanti-D0         pi-                  VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+
+CDecay MyD+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_111.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_111.dec
new file mode 100644
index 0000000..7c17dc3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_111.dec
@@ -0,0 +1,114 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+
+#
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_1     SVV_CP beta dm 1 1.00 0.0 1.00 0.0 1.00 0.0;
+0.5000  MyD*+_2   MyD*-_2     SVV_CP beta dm 1 1.00 0.0 1.00 0.0 1.00 0.0;
+Enddecay 
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-_1
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+
+Decay MyD*+_2
+1.0000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-_2
+1.0000  Myanti-D0         pi-                  VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+
+CDecay MyD+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_1sqrt21.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_1sqrt21.dec
new file mode 100644
index 0000000..6f51fbf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKpipi_1sqrt21.dec
@@ -0,0 +1,114 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                      VSS_MIX dm;
+0.4150 Myanti-B0  B0                      VSS_MIX dm;
+0.0850 Myanti-B0 anti-B0                  VSS_MIX dm;
+0.0850 MyB0  B0                           VSS_MIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+
+#
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_1     SVV_CP beta dm 1 1.00 2.62 1.41421 0.785 1.00 0.0;
+0.5000  MyD*+_2   MyD*-_2     SVV_CP beta dm 1 1.00 2.62 1.41421 0.785 1.00 0.0;
+Enddecay 
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-_1
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+
+Decay MyD*+_2
+1.0000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-_2
+1.0000  Myanti-D0         pi-                  VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0
+
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+
+CDecay MyD+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKs3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKs3pi.dec
new file mode 100644
index 0000000..3215e8c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKs3pi.dec
@@ -0,0 +1,216 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K0s pi-  pi-   pi+  (total 0.0350)
+0.0529   Mya_1-  K_S0                     SVS;
+0.0290   MyK_10B pi-                      SVS;
+0.0186   MyK*+   pi-  pi-                 PHSP;
+0.0557   rho0    K_S0 pi-                 PHSP;
+0.0105   K_S0    pi-  pi-  pi+            PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKspi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKspi.dec
new file mode 100644
index 0000000..9c797c7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKspi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKspipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKspipi0.dec
new file mode 100644
index 0000000..7e433b7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KpiKspipi0.dec
@@ -0,0 +1,212 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+0.5000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   MyK0    pi-  pi0                   D_DALITZ;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0KKpi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0KKpi.dec
new file mode 100644
index 0000000..f58b1a8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0KKpi.dec
@@ -0,0 +1,126 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj Myphi Myphi
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-_1
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+
+Decay MyD*+_2
+1.0000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-_2
+1.0000  Myanti-D0         pi-                  VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0
+
+#
+Decay MyD-
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+
+CDecay MyD+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0KKpipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0KKpipi0.dec
new file mode 100644
index 0000000..ae9e1c5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0KKpipi0.dec
@@ -0,0 +1,214 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K+  K-   pi-   pi0  (total 0.0260)
+0.0449   Myphi pi-  pi0                   PHSP;
+0.0256   Myphi rho-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K+  K-   pi-   pi0               PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Kpipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Kpipi.dec
new file mode 100644
index 0000000..04da980
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Kpipi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Ks3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Ks3pi.dec
new file mode 100644
index 0000000..b607d64
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Ks3pi.dec
@@ -0,0 +1,216 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                   D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K0s pi-  pi-   pi+  (total 0.0350)
+0.0529   Mya_1-  K_S0                     SVS;
+0.0290   MyK_10B pi-                      SVS;
+0.0186   MyK*+   pi-  pi-                 PHSP;
+0.0557   rho0    K_S0 pi-                 PHSP;
+0.0105   K_S0    pi-  pi-  pi+            PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+#
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Kspi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Kspi.dec
new file mode 100644
index 0000000..2c5c137
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Kspi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Kspipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Kspipi0.dec
new file mode 100644
index 0000000..c5f560b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Kpipi0Kspipi0.dec
@@ -0,0 +1,211 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   MyK0    pi-  pi0                    D_DALITZ;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKKpi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKKpi.dec
new file mode 100644
index 0000000..e956280
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKKpi.dec
@@ -0,0 +1,221 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K0s 3pi (total 0.0500)
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*-     rho+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0B rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1- pi+                    SVS;
+0.0100   My2ndK*0B pi+ pi-                PHSP;
+0.0431   K_S0      pi+ pi- pi0            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K+  K-   pi-        (total 0.0088)
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKKpipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKKpipi0.dec
new file mode 100644
index 0000000..9f11c02
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKKpipi0.dec
@@ -0,0 +1,221 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K0s 3pi (total 0.0500)
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*-     rho+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0B rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1- pi+                    SVS;
+0.0100   My2ndK*0B pi+ pi-                PHSP;
+0.0431   K_S0      pi+ pi- pi0            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                    D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K+  K-   pi-   pi0  (total 0.0260)
+0.0449   Myphi pi-  pi0                   PHSP;
+0.0256   Myphi rho-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K+  K-   pi-   pi0               PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKpipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKpipi.dec
new file mode 100644
index 0000000..ac748ac
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKpipi.dec
@@ -0,0 +1,218 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+0.5000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K0s 3pi (total 0.0500)
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*-     rho+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0B rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1- pi+                    SVS;
+0.0100   My2ndK*0B pi+ pi-                PHSP;
+0.0431   K_S0      pi+ pi- pi0            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                      D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKs3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKs3pi.dec
new file mode 100644
index 0000000..c7d19fd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKs3pi.dec
@@ -0,0 +1,223 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K0s 3pi (total 0.0500)
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*-     rho+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0B rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1- pi+                    SVS;
+0.0100   My2ndK*0B pi+ pi-                PHSP;
+0.0431   K_S0      pi+ pi- pi0            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                    D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K0s pi-  pi-   pi+  (total 0.0350)
+0.0529   Mya_1-  K_S0                     SVS;
+0.0290   MyK_10B pi-                      SVS;
+0.0186   MyK*+   pi-  pi-                 PHSP;
+0.0557   rho0    K_S0 pi-                 PHSP;
+0.0105   K_S0    pi-  pi-  pi+            PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKspi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKspi.dec
new file mode 100644
index 0000000..27b4948
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKspi.dec
@@ -0,0 +1,218 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K0s 3pi (total 0.0500)
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*-     rho+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0B rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1- pi+                    SVS;
+0.0100   My2ndK*0B pi+ pi-                PHSP;
+0.0431   K_S0      pi+ pi- pi0            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                    D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   K_S0 pi-                         PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKspipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKspipi0.dec
new file mode 100644
index 0000000..474a94d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_Ks3piKspipi0.dec
@@ -0,0 +1,218 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+# K0s 3pi (total 0.0500)
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*-     rho+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0B rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1- pi+                    SVS;
+0.0100   My2ndK*0B pi+ pi-                PHSP;
+0.0431   K_S0      pi+ pi- pi0            PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   MyK0    pi-  pi0                    D_DALITZ;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKKpi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKKpi.dec
new file mode 100644
index 0000000..4c895c0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKKpi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#	  J. Schieck            10/03/01  (fixes) 	   #	
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_S0    K_S0
+
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+ChargeConj Myphi Myphi
+#
+
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD*+_1
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-_1
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+
+Decay MyD*+_2
+1.0000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-_2
+1.0000  Myanti-D0         pi-                  VSS;
+Enddecay
+#
+
+Decay Myanti-D0
+1.0000   MyK0  pi- pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD0
+
+#
+Decay MyD-
+0.0492   Myphi pi-                        SVS;
+0.0455   MyK*0 K-                         SVS; 
+0.0720   K+    K-   pi-                   PHSP;
+Enddecay
+#
+CDecay MyD+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKKpipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKKpipi0.dec
new file mode 100644
index 0000000..c6802ae
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKKpipi0.dec
@@ -0,0 +1,214 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   Myanti-K0  pi+ pi-                    D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K+  K-   pi-   pi0  (total 0.0260)
+0.0449   Myphi pi-  pi0                   PHSP;
+0.0256   Myphi rho-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K+  K-   pi-   pi0               PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKpipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKpipi.dec
new file mode 100644
index 0000000..9250040
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKpipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKs3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKs3pi.dec
new file mode 100644
index 0000000..2f77d46
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKs3pi.dec
@@ -0,0 +1,216 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                     D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                   D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+# K0s pi-  pi-   pi+  (total 0.0350)
+0.0529   Mya_1-  K_S0                     SVS;
+0.0290   MyK_10B pi-                      SVS;
+0.0186   MyK*+   pi-  pi-                 PHSP;
+0.0557   rho0    K_S0 pi-                 PHSP;
+0.0105   K_S0    pi-  pi-  pi+            PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKspi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKspi.dec
new file mode 100644
index 0000000..f5e8048
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKspi.dec
@@ -0,0 +1,156 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKspipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKspipi0.dec
new file mode 100644
index 0000000..db91f15
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_KspipiKspipi0.dec
@@ -0,0 +1,212 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   MyD*+      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+0.5000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD-         pi0                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.2000   K+   pi-                         PHSP;
+0.2000   K+   pi-  pi0                    D_DALITZ;
+0.2000   MyK0  pi- pi+                    D_DALITZ;
+# K- 3pi (total 0.0761)
+0.0933   Mya_1- K+                        SVS;
+0.0255   MyK*0  rho0                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1+ pi-                       SVS;
+0.0276   MyK*0 pi-  pi+                   PHSP;
+0.0142   K+  pi-  rho0                    PHSP;
+0.0339   K+  pi-  pi-   pi+               PHSP;
+# K0s 3pi (total 0.0500) 
+0.0032   K_S0      Myeta                  PHSP;
+0.0387   Myomega   K_S0                   SVS;
+0.0838   MyK*+     rho-                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0104   My2ndK*0  rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0108   My2ndK_1+ pi-                    SVS;
+0.0100   My2ndK*0  pi-  pi+               PHSP;
+0.0431   K_S0      pi-  pi+  pi0          PHSP;   
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                       VSS;
+Enddecay
+#
+Decay My2ndK*0B
+1.0000      K_S0 pi0                      VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndK*0B   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+Decay My2ndK*0
+1.0000      K_S0  pi0                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        K_S0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndK*0B   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   Myanti-K0  pi+  pi0                    D_DALITZ;
+0.1666   K_S0 pi+                         PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS;
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS;
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   K_S0   pi+  pi+   pi-            PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   MyK0    pi-  pi0                    D_DALITZ;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       K_S0                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   K_S0       pi-                   VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   K_S0       pi+                   VSS;
+Enddecay
+# 
+Decay MyK0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0Dch_exclusive.dec b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_exclusive.dec
new file mode 100644
index 0000000..39a9707
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0Dch_exclusive.dec
@@ -0,0 +1,206 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*+   MyD*-      SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-                  VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK0bar pi+ pi-                  D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   MyK0bar pi+  pi0                 D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_K3piK3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_K3piK3pi.dec
new file mode 100644
index 0000000..7f9955b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_K3piK3pi.dec
@@ -0,0 +1,174 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_K3piKspipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_K3piKspipi.dec
new file mode 100644
index 0000000..50622d8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_K3piKspipi.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiK3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiK3pi.dec
new file mode 100644
index 0000000..3c5a065
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiK3pi.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiKpi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiKpi.dec
new file mode 100644
index 0000000..501e4c1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiKpi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiKpipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiKpipi0.dec
new file mode 100644
index 0000000..9d489c6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiKpipi0.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiKspipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiKspipi.dec
new file mode 100644
index 0000000..8a29c58
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KpiKspipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_Kpipi0K3pi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_Kpipi0K3pi.dec
new file mode 100644
index 0000000..260f197
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_Kpipi0K3pi.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_Kpipi0Kpipi0.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..9bd0f05
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_Kpipi0Kpipi0.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_Kpipi0Kspipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..1a21585
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_Kpipi0Kspipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KspipiKspipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KspipiKspipi.dec
new file mode 100644
index 0000000..b3064fa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piD0pi_KspipiKspipi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_K3piKpipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_K3piKpipi.dec
new file mode 100644
index 0000000..c89e763
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_K3piKpipi.dec
@@ -0,0 +1,168 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_K3piKspi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_K3piKspi.dec
new file mode 100644
index 0000000..63d0e1b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_K3piKspi.dec
@@ -0,0 +1,180 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KpiKpipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KpiKpipi.dec
new file mode 100644
index 0000000..36bfef9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KpiKpipi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KpiKspi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KpiKspi.dec
new file mode 100644
index 0000000..9c797c7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KpiKspi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_Kpipi0Kpipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_Kpipi0Kpipi.dec
new file mode 100644
index 0000000..04da980
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_Kpipi0Kpipi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_Kpipi0Kspi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_Kpipi0Kspi.dec
new file mode 100644
index 0000000..2c5c137
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_Kpipi0Kspi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KspipiKpipi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KspipiKpipi.dec
new file mode 100644
index 0000000..9250040
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KspipiKpipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KspipiKspi.dec b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KspipiKspi.dec
new file mode 100644
index 0000000..f5e8048
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_D0piDchpi0_KspipiKspi.dec
@@ -0,0 +1,156 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_Dchpi0Dchpi0_KpipiKpipi.dec b/BaBar_2014/B0B0bar_DstarDstar_Dchpi0Dchpi0_KpipiKpipi.dec
new file mode 100644
index 0000000..c8d023c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_Dchpi0Dchpi0_KpipiKpipi.dec
@@ -0,0 +1,143 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_Dchpi0Dchpi0_KpipiKspi.dec b/BaBar_2014/B0B0bar_DstarDstar_Dchpi0Dchpi0_KpipiKspi.dec
new file mode 100644
index 0000000..5a18383
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_Dchpi0Dchpi0_KpipiKspi.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_Dchpi0Dchpi0_KspiKspi.dec b/BaBar_2014/B0B0bar_DstarDstar_Dchpi0Dchpi0_KspiKspi.dec
new file mode 100644
index 0000000..c82dcac
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_Dchpi0Dchpi0_KspiKspi.dec
@@ -0,0 +1,157 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B0 B0bar for SP5                             #
+#                                                          #
+# Decay: B0 -> D(*)-           D(*)+   anti-B0 -> X        #
+#              |               |                           #
+#              |->recon-       |-> recon-                  #
+#                 structible       structible              #
+#                 modes            modes                   #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000  MyD*+_1   MyD*-_2     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+0.5000  MyD*+_2   MyD*-_1     SVV_CP beta dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+Enddecay 
+#
+
+#
+CDecay Myanti-B0
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarDstar_long_DpmPi0.dec b/BaBar_2014/B0B0bar_DstarDstar_long_DpmPi0.dec
new file mode 100644
index 0000000..487d49f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_long_DpmPi0.dec
@@ -0,0 +1,61 @@
+
+####################################################
+#                                                  #
+# Inclusive D*D* decay.dec                         #
+#                                                  #
+# D*D* signal from B0-antiB0 for PRV0              #
+#                                                  #
+#                                                  #
+# Produces a mix of signal                         #
+#                                                  #
+# 100% signal with longitudinal polariz   :        #
+#                                                  #
+# Decay: B0->D*(2010)+ D*(2010)-, anti-B0->X +c.c. #
+#             |-> D+ pi0  |->X                     #
+#                 |-> K- pi+ pi+  100%             #
+#                                                  #
+# 13 Sept 00                                       #
+# Roy Aleksan                                      #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD+ D+
+Alias MyD- D-
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+0.5000  MyD*+   D*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+0.5000  D*+   MyD*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD+ pi0                      VSS;
+Enddecay
+#
+Decay MyD+
+1,0000 K- pi+ pi+                  D_DALITZ;
+Enddecay
+#
+Decay MyD*-
+1.0000 MyD- pi0                 VSS;
+Enddecay
+#
+Decay MyD-
+1.0000 K+ pi- pi-                  D_DALITZ;
+Enddecay
+#
+Decay MyB0
+0.5000 MyD*- D*+         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+0.5000 D*- MyD*+         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_DstarDstar_trans_DpmPi0.dec b/BaBar_2014/B0B0bar_DstarDstar_trans_DpmPi0.dec
new file mode 100644
index 0000000..0f4f112
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarDstar_trans_DpmPi0.dec
@@ -0,0 +1,61 @@
+####################################################
+#                                                  #
+# Inclusive D*D* decay.dec                         #
+#                                                  #
+# D*D* signal from B0-antiB0 for PRV0              #
+#                                                  #
+#                                                  #
+# Produces a mix of signal                         #
+#                                                  #
+# 100% signal with transverse polarization :       #
+#                                                  #
+# Decay: B0->D*(2010)+ D*(2010)-, anti-B0->X +c.c. #
+#             |-> D+ pi0  |->X                     #
+#                 |-> K- pi+ pi+  100%             #
+#                                                  #
+# 13 Sept 00                                       #
+# Roy Aleksan                                      #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD+ D+
+Alias MyD- D-
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+0.5000  MyD*+   D*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+0.5000  D*+   MyD*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD+ pi0                      VSS;
+Enddecay
+#
+Decay MyD+
+1,0000 K- pi+ pi+                  D_DALITZ;
+Enddecay
+#
+Decay MyD*-
+1.0000 MyD- pi0                 VSS;
+Enddecay
+#
+Decay MyD-
+1.0000 K+ pi- pi-                  D_DALITZ;
+Enddecay
+#
+Decay MyB0
+0.5000 MyD*- D*+         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+0.5000 D*- MyD*+         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarK2pi_D0K3pi_K.dec b/BaBar_2014/B0B0bar_DstarK2pi_D0K3pi_K.dec
new file mode 100644
index 0000000..364d835
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK2pi_D0K3pi_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k2pi  MyD0k3pi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK2pi_D0Kpi_K.dec b/BaBar_2014/B0B0bar_DstarK2pi_D0Kpi_K.dec
new file mode 100644
index 0000000..c37b764
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK2pi_D0Kpi_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k2pi  MyD0kpi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK2pi_D0Kpipi0_K.dec b/BaBar_2014/B0B0bar_DstarK2pi_D0Kpipi0_K.dec
new file mode 100644
index 0000000..484b056
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK2pi_D0Kpipi0_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k2pi  MyD0kpipi0  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK2pi_DchK2pi_K0S.dec b/BaBar_2014/B0B0bar_DstarK2pi_DchK2pi_K0S.dec
new file mode 100644
index 0000000..0c79e9b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK2pi_DchK2pi_K0S.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*+k2pi  MyD-  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK2pi_Dstar0K3pi_K.dec b/BaBar_2014/B0B0bar_DstarK2pi_Dstar0K3pi_K.dec
new file mode 100644
index 0000000..4405858
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK2pi_Dstar0K3pi_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k2pi  MyD*0k3pi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK2pi_Dstar0Kpi_K.dec b/BaBar_2014/B0B0bar_DstarK2pi_Dstar0Kpi_K.dec
new file mode 100644
index 0000000..b84ed82
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK2pi_Dstar0Kpi_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k2pi  MyD*0kpi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK2pi_Dstar0Kpipi0_K.dec b/BaBar_2014/B0B0bar_DstarK2pi_Dstar0Kpipi0_K.dec
new file mode 100644
index 0000000..4922d61
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK2pi_Dstar0Kpipi0_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k2pi  MyD*0kpipi0  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK3pi_D0K3pi_K.dec b/BaBar_2014/B0B0bar_DstarK3pi_D0K3pi_K.dec
new file mode 100644
index 0000000..b18794c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK3pi_D0K3pi_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi  MyD0k3pi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK3pi_D0Kpi_K.dec b/BaBar_2014/B0B0bar_DstarK3pi_D0Kpi_K.dec
new file mode 100644
index 0000000..5d07591
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK3pi_D0Kpi_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi  MyD0kpi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK3pi_D0Kpipi0_K.dec b/BaBar_2014/B0B0bar_DstarK3pi_D0Kpipi0_K.dec
new file mode 100644
index 0000000..7dcab65
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK3pi_D0Kpipi0_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi  MyD0kpipi0  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK3pi_DchK2pi_K0S.dec b/BaBar_2014/B0B0bar_DstarK3pi_DchK2pi_K0S.dec
new file mode 100644
index 0000000..107c581
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK3pi_DchK2pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*+k3pi  MyD-  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK3pi_Dstar0K3pi_K.dec b/BaBar_2014/B0B0bar_DstarK3pi_Dstar0K3pi_K.dec
new file mode 100644
index 0000000..b0521ce
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK3pi_Dstar0K3pi_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi  MyD*0k3pi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK3pi_Dstar0Kpi_K.dec b/BaBar_2014/B0B0bar_DstarK3pi_Dstar0Kpi_K.dec
new file mode 100644
index 0000000..b1d4a14
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK3pi_Dstar0Kpi_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi  MyD*0kpi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK3pi_Dstar0Kpipi0_K.dec b/BaBar_2014/B0B0bar_DstarK3pi_Dstar0Kpipi0_K.dec
new file mode 100644
index 0000000..46c552f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK3pi_Dstar0Kpipi0_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi  MyD*0kpipi0  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mK3pi.dec b/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mK3pi.dec
new file mode 100644
index 0000000..8221dc8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mK3pi.dec
@@ -0,0 +1,45 @@
+###########################################################################
+#                                                                         #
+# Decay: B0 -> D*- K+ (D*- -> anti-D0 pi- (anti-D0 -> K+ pi- pi+ pi-))    #    
+#        anti-B0 -> X;   + cc                                             #
+#                                                                         #
+# Author: Giampiero Mancinelli                                            #
+# Date:                    03/09/2001                                     #
+###########################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ K-                            PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- K+                            PHSP;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mKK.dec b/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mKK.dec
new file mode 100644
index 0000000..aa3c73e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mKK.dec
@@ -0,0 +1,45 @@
+###################################################################
+#                                                                 #
+# Decay: B0 -> D*- K+ (D*- -> anti-D0 pi- (anti-D0 -> K+ K-))     #            
+#        anti-B0 -> X;   + cc                                     #
+#                                                                 #
+# Author: Giovanni Marchiori                                      #
+# Date:                    03/15/2002                             #
+###################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ K-                            PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- K+                            PHSP;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  K+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  K-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mKpi.dec b/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mKpi.dec
new file mode 100644
index 0000000..56b7745
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mKpi.dec
@@ -0,0 +1,45 @@
+###################################################################
+#                                                                 #
+# Decay: B0 -> D*- K+ (D*- -> anti-D0 pi- (anti-D0 -> K+ pi-))    #            
+#        anti-B0 -> X;   + cc                                     #
+#                                                                 #
+# Author: Giampiero Mancinelli                                    #
+# Date:                    03/09/2001                             #
+###################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ K-                            PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- K+                            PHSP;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mKpipi0.dec b/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mKpipi0.dec
new file mode 100644
index 0000000..85215b2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mKpipi0.dec
@@ -0,0 +1,44 @@
+###################################################################
+#                                                                 #
+# Decay: B0 -> D*- K+ (D*- -> anti-D0 pi- (anti-D0 -> K+ pi- pi0))#            
+#        anti-B0 -> X;   + cc                                     #
+#                                                                 #
+# Author: Giampiero Mancinelli                                    #
+# Date:                    03/09/2001                             #
+###################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ K-                            PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- K+                            PHSP;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mpipi.dec b/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mpipi.dec
new file mode 100644
index 0000000..178cb98
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarK_DstarmD0pi_D0mpipi.dec
@@ -0,0 +1,45 @@
+###################################################################
+#                                                                 #
+# Decay: B0 -> D*- K+ (D*- -> anti-D0 pi- (anti-D0 -> pi+ pi-))   #            
+#        anti-B0 -> X;   + cc                                     #
+#                                                                 #
+# Author: Giovanni Marchiori                                      #
+# Date:                    03/15/2002                             #
+###################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ K-                            PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- K+                            PHSP;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+1.000   pi-  pi+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   pi+  pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpi_D0K3pi_K.dec b/BaBar_2014/B0B0bar_DstarKpi_D0K3pi_K.dec
new file mode 100644
index 0000000..720d44d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpi_D0K3pi_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi  MyD0k3pi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpi_D0Kpi_K.dec b/BaBar_2014/B0B0bar_DstarKpi_D0Kpi_K.dec
new file mode 100644
index 0000000..bae1886
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpi_D0Kpi_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi  MyD0kpi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpi_D0Kpipi0_K.dec b/BaBar_2014/B0B0bar_DstarKpi_D0Kpipi0_K.dec
new file mode 100644
index 0000000..dc5b954
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpi_D0Kpipi0_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi  MyD0kpipi0  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpi_DchK2pi_K0S.dec b/BaBar_2014/B0B0bar_DstarKpi_DchK2pi_K0S.dec
new file mode 100644
index 0000000..247cc59
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpi_DchK2pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*+kpi  MyD-  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpi_Dstar0K3pi_K.dec b/BaBar_2014/B0B0bar_DstarKpi_Dstar0K3pi_K.dec
new file mode 100644
index 0000000..517c651
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpi_Dstar0K3pi_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi  MyD*0k3pi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpi_Dstar0Kpi_K.dec b/BaBar_2014/B0B0bar_DstarKpi_Dstar0Kpi_K.dec
new file mode 100644
index 0000000..5119f6d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpi_Dstar0Kpi_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi  MyD*0kpi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpi_Dstar0Kpipi0_K.dec b/BaBar_2014/B0B0bar_DstarKpi_Dstar0Kpipi0_K.dec
new file mode 100644
index 0000000..c8ebc2f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpi_Dstar0Kpipi0_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi  MyD*0kpipi0  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpipi0_D0K3pi_K.dec b/BaBar_2014/B0B0bar_DstarKpipi0_D0K3pi_K.dec
new file mode 100644
index 0000000..68086f8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpipi0_D0K3pi_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0  MyD0k3pi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpipi0_D0Kpi_K.dec b/BaBar_2014/B0B0bar_DstarKpipi0_D0Kpi_K.dec
new file mode 100644
index 0000000..25fa0cc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpipi0_D0Kpi_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0  MyD0kpi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpipi0_D0Kpipi0_K.dec b/BaBar_2014/B0B0bar_DstarKpipi0_D0Kpipi0_K.dec
new file mode 100644
index 0000000..b194082
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpipi0_D0Kpipi0_K.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0  MyD0kpipi0  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpipi0_DchK2pi_K0S.dec b/BaBar_2014/B0B0bar_DstarKpipi0_DchK2pi_K0S.dec
new file mode 100644
index 0000000..df79e66
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpipi0_DchK2pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*+kpipi0  MyD-  myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpipi0_Dstar0K3pi_K.dec b/BaBar_2014/B0B0bar_DstarKpipi0_Dstar0K3pi_K.dec
new file mode 100644
index 0000000..5f500ab
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpipi0_Dstar0K3pi_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0  MyD*0k3pi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpipi0_Dstar0Kpi_K.dec b/BaBar_2014/B0B0bar_DstarKpipi0_Dstar0Kpi_K.dec
new file mode 100644
index 0000000..2424820
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpipi0_Dstar0Kpi_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0  MyD*0kpi  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKpipi0_Dstar0Kpipi0_K.dec b/BaBar_2014/B0B0bar_DstarKpipi0_Dstar0Kpipi0_K.dec
new file mode 100644
index 0000000..9fa6bfd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKpipi0_Dstar0Kpipi0_K.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0  MyD*0kpipi0  K+          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKsPi.dec b/BaBar_2014/B0B0bar_DstarKsPi.dec
new file mode 100755
index 0000000..3dc1ba0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKsPi.dec
@@ -0,0 +1,168 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B0(bar) --> Dstar-+ Ks pi+-                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   17th of November 2002                                          #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0 
+Alias MyD*-      D*-
+Alias MyD*+      D*+
+Alias MyD-       D-
+Alias MyD+       D+
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.20698 MyB0  anti-B0                  VSS_MIX dm;
+  0.20698 Myanti-B0  B0                  VSS_MIX dm;
+  0.04301 Myanti-B0 anti-B0              VSS_MIX dm;
+  0.04301 MyB0  B0                       VSS_MIX dm;
+Enddecay
+
+
+###################################################
+# B0(bar) --> Dstar-+ Ks pi+-
+###################################################
+
+Decay MyB0
+  0.00010   MyD*-     MyKs     pi+        PHSP;
+Enddecay
+
+Decay Myanti-B0
+  0.00010   MyD*+     MyKs     pi-        PHSP;
+Enddecay
+
+
+###################################################
+# D decays
+###################################################
+
+Decay MyD*-
+  0.688  Myanti-D0   pi-        VSS;
+  0.312  MyD-  pi0              VSS;
+Enddecay
+
+Decay MyD*+
+  0.688  MyD0   pi+             VSS;
+  0.312  MyD+   pi0             VSS;
+Enddecay
+
+
+# In the D* -> Dc pi0, only the Dc -> Kpipi mode is included!
+Decay MyD-
+  0.901  K+ pi- pi-             D_DALITZ;
+Enddecay
+
+Decay MyD+
+  0.901  K- pi+ pi+             D_DALITZ;
+Enddecay
+
+
+# Below are D0(bar) -> Kpi, Kpipi0, Kpipipi with resonances.
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarKstar.dec b/BaBar_2014/B0B0bar_DstarKstar.dec
new file mode 100755
index 0000000..5c8a7a8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKstar.dec
@@ -0,0 +1,70 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> D*+ K*-,     B0 -> X;   + cc  #
+#                                                 #
+# Author: Tania McMahon                           #
+# Date:                    05/30/02               #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+ChargeConj MyB0 Myanti-B0
+#
+#
+Alias MyD*+  D*+
+Alias MyD*-  D*-
+ChargeConj MyD*+  MyD*-
+#
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK*+ K*+
+Alias MyK*- K*-
+ChargeConj MyK*+  MyK*-
+#
+Alias MyK_S0   K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyD*+  MyK*-           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+Decay MyB0
+1.000   MyD*-  MyK*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+0.6830    MyD0  pi+                        VSS;
+Enddecay
+Decay MyD*-
+0.6830    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+0.0383   K-  pi+                         PHSP;
+0.1390   K-  pi+  pi0                    D_DALITZ;
+0.0749   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+Decay Myanti-D0
+0.0383   K+  pi-                         PHSP;
+0.1390   K+  pi-  pi0                    D_DALITZ;
+0.0749   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+#
+Decay MyK*+
+0.2265      MyK_S0  pi+                        VSS;
+0.3330      K+  pi0                        VSS;
+Enddecay
+Decay MyK*-
+0.2265      MyK_S0   pi-                        VSS;
+0.3330      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarKstar_DrhoHELAMP.dec b/BaBar_2014/B0B0bar_DstarKstar_DrhoHELAMP.dec
new file mode 100644
index 0000000..f0eddc1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarKstar_DrhoHELAMP.dec
@@ -0,0 +1,150 @@
+####################################################
+# Decay: B0 -> D*-             K*+                 #
+#              |-> brec c'tail  |-> KS pi+         #
+#                               |-> K+ pi0         #
+# + cc                                             #
+#                                                  #
+# Created:  Stephen Levy                           #
+#           August 15, 2002                        #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+Alias Myomega omega
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# B->DK, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+# update: Ref. [B1]:
+#
+Decay MyB0
+1.0000 MyD*- MyK*+                      SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyK*-                      SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay MyD*-
+0.6830    Myanti-D0 pi-                    VSS;
+0.3060    MyD-  pi0                        VSS;
+0.0110    MyD-  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+0.6830    MyD0  pi+                        VSS;
+0.3060    MyD+  pi0                        VSS;
+0.0110    MyD+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD-
+0.905  K+ pi- pi-                      D_DALITZ;
+0.095  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.905  K- pi+ pi+                      D_DALITZ;
+0.095  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyK*+
+0.5784      MyKs  pi+                      VSS;
+0.4216      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+0.5784      MyKs   pi-                     VSS;
+0.4216      K-  pi0                        VSS;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarRho_sin2bg.dec b/BaBar_2014/B0B0bar_DstarRho_sin2bg.dec
new file mode 100644
index 0000000..338f71b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarRho_sin2bg.dec
@@ -0,0 +1,135 @@
+## The angular, time-dependent description of B->D*rho
+## Made by Max Baak (NIKHEF)
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+SP6LSFIX rho+
+SP6LSFIX rho-
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# D* rho HELAMP parameters taken from Phys Rev D67 112002 (2003).
+# Only one line is required to do all the mixing and B0 B0bar suppressed (favored) decays.
+# For more details see EvtGenModels/EvtGenSVVNONCPEIGEN.cc
+#
+Decay MyB0
+1.000    rho+ MyD*-       SVV_NONCPEIGEN dm beta gamma 0.322 0.31 0.941 0 0.107 1.42 0.02 0 0.02 0 0.02 0 ; 
+Enddecay
+#
+Decay Myanti-B0
+# D* rho HELAMP parameters taken from Phys Rev D67 112002 (2003).
+1.000    rho- MyD*+       SVV_NONCPEIGEN dm beta gamma 0.322 0.31 0.941 0 0.107 1.42 0.02 0 0.02 0 0.02 0 ; 
+Enddecay 
+#
+Decay MyD*-
+1.000  Myanti-D0   pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0   pi+                      VSS;
+Enddecay
+#
+# Decay MyD-
+# 0.589  K+ pi- pi-                      D_DALITZ;
+# 0.317  MyKs pi- pi0                    D_DALITZ;
+# 0.094  MyKs pi-                        PHSP;
+# Enddecay
+#
+# Decay MyD+
+# 0.589  K- pi+ pi+                      D_DALITZ;
+# 0.317  MyKs pi+ pi0                    D_DALITZ;
+# 0.094  MyKs pi+                        PHSP;
+# Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_DstarX_DstarD0pi_D0Kpi.dec b/BaBar_2014/B0B0bar_DstarX_DstarD0pi_D0Kpi.dec
new file mode 100644
index 0000000..387d5d3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarX_DstarD0pi_D0Kpi.dec
@@ -0,0 +1,57 @@
+###################################################
+#                                                 #
+# Inclusive D*D* decay.dec #2                     #
+#                                                 #
+# D*D* . from B0 B0bar for SP2                    #
+#                                                 #
+# Decay: B0 -> D*(2010)- D*(2010)+  anti-B0 -> X  #
+#              |           |                      #
+#              |           |->D0 pi+              #
+#              |              |->K- pi+           #
+#              |                                  #
+#              |-> X				  #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: S.Xella (IHB AWG)    06/11/99           #
+###################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD0      D0
+Alias MyD*-     D*-
+Alias Myanti-D0      anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   D*-      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   D*+      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+      VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+        PHSP;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0    pi-      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000   K+   pi-        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarX_DstarD0pi_D0Kpimix.dec b/BaBar_2014/B0B0bar_DstarX_DstarD0pi_D0Kpimix.dec
new file mode 100644
index 0000000..6c5572f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarX_DstarD0pi_D0Kpimix.dec
@@ -0,0 +1,126 @@
+###################################################
+#                                                 #
+# Inclusive D*D* decay.dec #1                     #
+#                                                 #
+# D*D* signal from B0-antiB0 for SP2              #
+#                                                 #
+#                                                 #
+# Decay: B0 -> D*(2010)- D*(2010)+  anti-B0 -> X  #
+#              |           |                      #
+#              |           |->D0 pi+              #
+#              |              |->K- pi+           #
+#              |              |->K- pi+ pi0       #
+#              |              |->K- pi+ pi- pi+   #
+#              |              |->Ks pi+ pi-       #
+#              |                                  #
+#              |-> X				  #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: S.Xella     06/11/99                    #
+###################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD0      D0
+Alias MyD*-     D*-
+Alias Myanti-D0 anti-D0
+Alias MyKs      K_S0
+Alias MyK0      K0
+Alias Myanti-K0 anti-K0
+Alias My-a_1+ a_1+
+Alias My-a_1- a_1-
+Alias My-anti-K*0 anti-K*0
+Alias My-K*0 K*0
+Alias My-K_1- K_1-
+Alias My-K_1+ K_1+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*+   D*-      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyD*-   D*+      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+      VSS;
+Enddecay
+#
+Decay MyD0
+0.0385  K-   pi+        PHSP;
+0.1307  K-   pi+  pi0   D_DALITZ;
+0.0540  Myanti-K0 pi+  pi-   D_DALITZ;
+0.0360  My-a_1+ K-                      SVS;
+0.0098  My-anti-K*0 rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0036  My-K_1- pi+                     SVS;
+0.0095  My-anti-K*0 pi+  pi-            PHSP;
+0.0048  K-  pi+  rho0                   PHSP;
+0.0176  K-  pi+  pi+   pi-              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.0000 MyKs   PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000     pi+     pi-     PHSP;
+Enddecay
+#
+Decay My-anti-K*0
+0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay My-K_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My-anti-K*0   pi-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K-    pi+ pi-                   PHSP;
+Enddecay
+#
+Decay My-a_1+
+0.4920   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+###########################################################         
+Decay MyD*-
+1.0000  Myanti-D0    pi-      VSS;
+Enddecay
+#
+Decay Myanti-D0
+0.0385  K+   pi-        PHSP;
+0.1307  K+   pi-  pi0   D_DALITZ;
+0.0540  MyK0 pi-  pi+   D_DALITZ;
+0.0360  My-a_1- K+                      SVS;
+0.0098  My-K*0 rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0036  My-K_1+ pi-                     SVS;
+0.0095  My-K*0 pi-  pi+                 PHSP;
+0.0048  K+  pi-  rho0                   PHSP;
+0.0176  K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+Decay MyK0
+1.0000 MyKs   PHSP;
+Enddecay
+#
+Decay My-K*0
+0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay My-K_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My-K*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K+    pi- pi+                   PHSP;
+Enddecay
+#
+Decay My-a_1-
+0.4920   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_3pi.dec b/BaBar_2014/B0B0bar_Dstar_3pi.dec
new file mode 100644
index 0000000..fe3550a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_3pi.dec
@@ -0,0 +1,35 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- pi+ pi+ pi-  anti-B0 -> X  #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> X				    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: ?                                         #
+# Modified/corrected: G.London 2/2/99		    #
+# Modified:           J. Chauveau 18 feb 99         #
+#####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00   D*- pi+ pi+ pi-     PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.00   D*+ pi- pi- pi+     PHSP;
+Enddecay 
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_3pi_pi0.dec b/BaBar_2014/B0B0bar_Dstar_3pi_pi0.dec
new file mode 100644
index 0000000..28214c7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_3pi_pi0.dec
@@ -0,0 +1,134 @@
+##############################################################
+#                                                            #
+# Decay: anti-B0 -> D*(2010)+  pi+  pi0  pi-  pi-,  B0 -> X  #
+#                      |                                     #
+#                      |->D0  pi+                            #
+#                         |                                  #
+#                         |->reconstructible modes           #
+#                                                            #
+# + cc                                                       #
+#                                                            #
+# Author: B. Dahmes (bdahmes@slac.stanford.edu)    23/8/02   #
+##############################################################
+#
+#
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+#
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyomegaDdk omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+#
+#
+Decay Upsilon(4S)
+1.000   B0 anti-B0 MyB0 Myanti-B0         VSS_BMIX dm;
+Enddecay
+#
+#
+Decay Myanti-B0
+1.0000  MyD*+   pi+   pi0   pi-   pi-     PHSP;
+Enddecay 
+#
+Decay MyB0
+1.0000  MyD*-   pi+   pi+   pi0   pi-     PHSP;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0       pi+                    VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0  pi-                    VSS;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+#
+Decay MyK0
+1.000     MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-                         PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  MyomegaDdk K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                        PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  MyomegaDdk K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                        PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                            VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                            VSS;
+Enddecay
+#
+Decay MyomegaDdk
+1.0000  pi- pi+                           VSS;
+Enddecay
+#
+#
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dstar_Dsstar_recomodes_X.dec b/BaBar_2014/B0B0bar_Dstar_Dsstar_recomodes_X.dec
new file mode 100644
index 0000000..ed1fcd0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dsstar_recomodes_X.dec
@@ -0,0 +1,128 @@
+#
+# $Id: B0B0bar_Dstar_Dsstar_recomodes_X.dec,v 1.5 2003/11/25 15:46:08 fnc Exp $
+#
+############################################################
+#                                                          #
+# Decay: B0 -> D*(2010)-   Ds*+ +  anti-B0 -> X            #
+#              |             |                             #
+#              |->D0 pi-     |-> Ds gamma                  #
+#                 |              |                         #
+#                 |              |-> X                     #
+#                 |                                        #
+#                 |-> reconstructible modes                #
+#                                                          #
+# where reconstructable modes =                            #
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           #
+#                                                          #
+#   Author: G. Finocchiaro 08-26-02                        #
+#                                                          #
+#                                  fnc@slac.stanford.edu   #
+#                                                          #
+############################################################
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+Alias MyD_s*+     D_s*+
+Alias MyD_s*-     D_s*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#Alias MyD_s+      D_s+
+#Alias MyD_s-      D_s-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#ChargeConj MyD_s+  MyD_s-
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- MyD_s*+       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD_s*+
+#1.0000 MyD_s+ gamma                    VSP_PWAVE;
+0.9420 D_s+ gamma                    VSP_PWAVE;
+0.0580 D_s+ pi0                      VSS;
+Enddecay
+CDecay MyD_s*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dsstar_recomodes_phipi.dec b/BaBar_2014/B0B0bar_Dstar_Dsstar_recomodes_phipi.dec
new file mode 100644
index 0000000..bbba259
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dsstar_recomodes_phipi.dec
@@ -0,0 +1,140 @@
+#
+# $Id: B0B0bar_Dstar_Dsstar_recomodes_phipi.dec,v 1.2 2003/11/25 15:46:09 fnc Exp $
+#
+############################################################
+#                                                          #
+# Decay: B0 -> D*(2010)-   D_s*+ +  anti-B0 -> X           #
+#              |             |                             #
+#              |->D0 pi-     |-> D_s+ gamma                #
+#                 |              |                         #
+#                 |              |-> Phi(K+K-) pi+         #
+#                 |                                        #
+#                 |-> reconstructible modes                #
+#                                                          #
+# where reconstructable modes =                            #
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           #
+#                                                          #
+#   Author: G. Finocchiaro 08-08-03                        #
+#                                                          #
+#                                  fnc@slac.stanford.edu   #
+#                                                          #
+############################################################
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+Alias MyD_s*+     D_s*+
+Alias MyD_s*-     D_s*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+Alias MyD_s+      D_s+
+Alias MyD_s-      D_s-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+Alias MyPhi       phi
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+ChargeConj MyD_s+  MyD_s-
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyD*- MyD_s*+       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD_s*+
+#1.0000 MyD_s+ gamma                 VSP_PWAVE;
+0.9420 MyD_s+ gamma                    VSP_PWAVE;
+0.0580 MyD_s+ pi0                      VSS;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s-
+1.000 MyPhi pi-                    SVS;
+Enddecay
+#
+CDecay MyD_s+
+#
+Decay MyPhi
+1.000 K+ K-                        VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_X.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_X.dec
new file mode 100644
index 0000000..3d66144
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_X.dec
@@ -0,0 +1,121 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X.dec,v 1.3 2004/03/31 13:18:22 rid Exp $
+#                                                          
+#   Author: A. Calcaterra  05-09-03                        
+#                                                          
+#                                 acal@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+#           31-Mar-04 R. de Sangro changed SVV_HELAMP to SVV_CP to account for CP violation.
+#				   The helicity coefficients are updated to
+#				   reflect the measurement of Rt=0.063 see BAD548 - Aug-03
+#				   The CP-even components A_// and A_0 are set equal and such
+#				   that the normalization A_//^2 + A_0^2 + A_|_^2 = 1 is preserved
+############################################################
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0.6845 2.62 0.96799 0.785 0.251 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVV100A_0.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVV100A_0.dec
new file mode 100644
index 0000000..8e30780
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVV100A_0.dec
@@ -0,0 +1,119 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2b00-VV100A_0.dec,v 1.1 2004/07/12 18:27:37 rid Exp $
+#                                                          
+#   Author: R. de Sangro 12-07-04                        
+#                                                          
+#                                 riccardo.desangro@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+############################################################
+#
+# Sin(2b)=0.
+Define beta  0.  
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0 0 1.414213562 0 0 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVV100Long.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVV100Long.dec
new file mode 100644
index 0000000..aebec1f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVV100Long.dec
@@ -0,0 +1,119 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2b00-VV100Long.dec,v 1.1 2004/07/12 18:27:36 rid Exp $
+#                                                          
+#   Author: R. de Sangro 12-07-04                        
+#                                                          
+#                                 riccardo.desangro@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+############################################################
+#
+# Sin(2b)=0.
+Define beta  0.  
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 1.0 2.62 0 0 0 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVV100Trans.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVV100Trans.dec
new file mode 100644
index 0000000..bc72b37
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVV100Trans.dec
@@ -0,0 +1,119 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2b00-VV100Trans.dec,v 1.1 2004/07/12 18:27:37 rid Exp $
+#                                                          
+#   Author: R. de Sangro 12-07-04                        
+#                                                          
+#                                 riccardo.desangro@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+############################################################
+#
+# Sin(2b)=0.
+Define beta  0.  
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0 0 0 0 1.0 2.62;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVVnom.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVVnom.dec
new file mode 100644
index 0000000..b64daac
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b00mVVnom.dec
@@ -0,0 +1,124 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2b00-VVnom.dec,v 1.1 2004/06/15 12:49:13 rid Exp $
+#                                                          
+#   Author: A. Calcaterra  05-09-03                        
+#                                                          
+#                                 acal@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+#           31-Mar-04 R. de Sangro changed SVV_HELAMP to SVV_CP to account for CP violation.
+#				   The helicity coefficients are updated to
+#				   reflect the measurement of Rt=0.063 see BAD548 - Aug-03
+#				   The CP-even components A_// and A_0 are set equal and such
+#				   that the normalization A_//^2 + A_0^2 + A_|_^2 = 1 is preserved
+############################################################
+#
+# Sin(2b)=0.
+Define beta  0.  
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0.6845 2.62 0.96799 0.785 0.251 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b03mVVnom.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b03mVVnom.dec
new file mode 100644
index 0000000..8b667c0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b03mVVnom.dec
@@ -0,0 +1,124 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2b03-VVnom.dec,v 1.1 2004/06/15 12:49:13 rid Exp $
+#                                                          
+#   Author: A. Calcaterra  05-09-03                        
+#                                                          
+#                                 acal@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+#           31-Mar-04 R. de Sangro changed SVV_HELAMP to SVV_CP to account for CP violation.
+#				   The helicity coefficients are updated to
+#				   reflect the measurement of Rt=0.063 see BAD548 - Aug-03
+#				   The CP-even components A_// and A_0 are set equal and such
+#				   that the normalization A_//^2 + A_0^2 + A_|_^2 = 1 is preserved
+############################################################
+#
+# Sin(2b)=0.3
+Define beta  0.1523463270077
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0.6845 2.62 0.96799 0.785 0.251 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b07mVVnom.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b07mVVnom.dec
new file mode 100644
index 0000000..3173faf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2b07mVVnom.dec
@@ -0,0 +1,121 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2b07-VVnom.dec,v 1.1 2004/06/15 12:49:13 rid Exp $
+#                                                          
+#   Author: A. Calcaterra  05-09-03                        
+#                                                          
+#                                 acal@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+#           31-Mar-04 R. de Sangro changed SVV_HELAMP to SVV_CP to account for CP violation.
+#				   The helicity coefficients are updated to
+#				   reflect the measurement of Rt=0.063 see BAD548 - Aug-03
+#				   The CP-even components A_// and A_0 are set equal and such
+#				   that the normalization A_//^2 + A_0^2 + A_|_^2 = 1 is preserved
+############################################################
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0.6845 2.62 0.6845 0.785 0.251 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVV100CPeven.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVV100CPeven.dec
new file mode 100644
index 0000000..ccbbee5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVV100CPeven.dec
@@ -0,0 +1,121 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2bNom-VV100CPeven.dec,v 1.1 2004/06/15 12:49:13 rid Exp $
+#                                                          
+#   Author: A. Calcaterra  05-09-03                        
+#                                                          
+#                                 acal@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+#           31-Mar-04 R. de Sangro changed SVV_HELAMP to SVV_CP to account for CP violation.
+#				   The helicity coefficients are updated to
+#				   reflect the measurement of Rt=0.063 see BAD548 - Aug-03
+#				   The CP-even components A_// and A_0 are set equal and such
+#				   that the normalization A_//^2 + A_0^2 + A_|_^2 = 1 is preserved
+############################################################
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0.7071 2.62 1 0.785 0 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVV100CPodd.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVV100CPodd.dec
new file mode 100644
index 0000000..c4ec54a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVV100CPodd.dec
@@ -0,0 +1,121 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2bNom-VV100CPodd.dec,v 1.1 2004/06/15 12:49:13 rid Exp $
+#                                                          
+#   Author: A. Calcaterra  05-09-03                        
+#                                                          
+#                                 acal@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+#           31-Mar-04 R. de Sangro changed SVV_HELAMP to SVV_CP to account for CP violation.
+#				   The helicity coefficients are updated to
+#				   reflect the measurement of Rt=0.063 see BAD548 - Aug-03
+#				   The CP-even components A_// and A_0 are set equal and such
+#				   that the normalization A_//^2 + A_0^2 + A_|_^2 = 1 is preserved
+############################################################
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0 2.62 0 0.785 1 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVVFlat.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVVFlat.dec
new file mode 100644
index 0000000..e19d32e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVVFlat.dec
@@ -0,0 +1,121 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2bNom-VVFlat.dec,v 1.1 2004/06/15 12:49:13 rid Exp $
+#                                                          
+#   Author: A. Calcaterra  05-09-03                        
+#                                                          
+#                                 acal@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+#           31-Mar-04 R. de Sangro changed SVV_HELAMP to SVV_CP to account for CP violation.
+#				   The helicity coefficients are updated to
+#				   reflect the measurement of Rt=0.063 see BAD548 - Aug-03
+#				   The CP-even components A_// and A_0 are set equal and such
+#				   that the normalization A_//^2 + A_0^2 + A_|_^2 = 1 is preserved
+############################################################
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 1 2.62 1.414213 0.785 1 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVVnom.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVVnom.dec
new file mode 100644
index 0000000..4542165
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bNommVVnom.dec
@@ -0,0 +1,121 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2bNom-VVnom.dec,v 1.1 2004/07/16 02:30:11 rid Exp $
+#                                                          
+#   Author: A. Calcaterra  05-09-03                        
+#                                                          
+#                                 acal@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+#           31-Mar-04 R. de Sangro changed SVV_HELAMP to SVV_CP to account for CP violation.
+#				   The helicity coefficients are updated to
+#				   reflect the measurement of Rt=0.063 see BAD548 - Aug-03
+#				   The CP-even components A_// and A_0 are set equal and such
+#				   that the normalization A_//^2 + A_0^2 + A_|_^2 = 1 is preserved
+############################################################
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0.6845 2.62 0.96799 0.785 0.251 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bm04mVVnom.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bm04mVVnom.dec
new file mode 100644
index 0000000..4414758
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bm04mVVnom.dec
@@ -0,0 +1,124 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2b-04-VVnom.dec,v 1.1 2004/06/15 12:49:12 rid Exp $
+#                                                          
+#   Author: A. Calcaterra  05-09-03                        
+#                                                          
+#                                 acal@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+#           31-Mar-04 R. de Sangro changed SVV_HELAMP to SVV_CP to account for CP violation.
+#				   The helicity coefficients are updated to
+#				   reflect the measurement of Rt=0.063 see BAD548 - Aug-03
+#				   The CP-even components A_// and A_0 are set equal and such
+#				   that the normalization A_//^2 + A_0^2 + A_|_^2 = 1 is preserved
+############################################################
+#
+# Sin(2b)=-0.4
+Define beta  6.077 
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0.6845 2.62 0.96799 0.785 0.251 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bm07mVVnom.dec b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bm07mVVnom.dec
new file mode 100644
index 0000000..9cc49a4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_Dstar_recomodes_Xms2bm07mVVnom.dec
@@ -0,0 +1,124 @@
+############################################################
+#                                                          
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         
+#              |             |                             
+#              |->D0 pi-     |-> X                         
+#                 |                                        
+#                 |                                        
+#                 |                                        
+#                 |-> reconstructible modes                
+#                                                          
+# where reconstructable modes =                            
+#             D0 --> kpi,kpipi0,k3pi,Kspipi + cc           
+#
+# $Id: B0B0bar_Dstar_Dstar_recomodes_X-s2b-07-VVnom.dec,v 1.1 2004/06/15 12:49:12 rid Exp $
+#                                                          
+#   Author: A. Calcaterra  05-09-03                        
+#                                                          
+#                                 acal@slac.stanford.edu   
+#                                                          
+# History:						   
+#							   
+#           31-Mar-04 R. de Sangro changed SVV_HELAMP to SVV_CP to account for CP violation.
+#				   The helicity coefficients are updated to
+#				   reflect the measurement of Rt=0.063 see BAD548 - Aug-03
+#				   The CP-even components A_// and A_0 are set equal and such
+#				   that the normalization A_//^2 + A_0^2 + A_|_^2 = 1 is preserved
+############################################################
+#
+# Sin(2b)=-0.7
+Define beta  5.895 
+#
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+#
+Alias MyD*+       D*+
+Alias MyD*-       D*-
+#
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyD+        D+
+Alias MyD-        D-
+#
+Alias Mya_1+      a_1+
+Alias MyK_1-      K_1-
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+#
+Alias MyK0        K0
+Alias MyK_S0      K_S0
+Alias MyK0bar     anti-K0
+#
+ChargeConj MyB0    Myanti-B0
+#
+ChargeConj MyD*+   MyD*-
+#
+ChargeConj MyD0    Myanti-D0
+#
+ChargeConj MyK*0   Myanti-K*0
+ChargeConj Mya_1+  Mya_1-
+ChargeConj MyK_1+  MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyD*- D*+       SVV_CP beta dm 1 0.6845 2.62 0.96799 0.785 0.251 0;
+Enddecay
+CDecay Myanti-B0
+#
+Decay MyD*+
+1.000  MyD0    pi+                     VSS;
+Enddecay
+CDecay MyD*-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.1439   K-   pi+                         PHSP;
+0.4962   K-   pi+  pi0                    D_DALITZ;
+0.0758   MyK0bar pi+ pi-                  D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.1326   Mya_1+ K-                        SVS;
+0.0364   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0080   MyK_1- pi+                       SVS;
+0.0394   Myanti-K*0 pi+  pi-              PHSP;
+0.0201   K-  pi+  rho0                    PHSP;
+0.0481   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstar_omega_pi.dec b/BaBar_2014/B0B0bar_Dstar_omega_pi.dec
new file mode 100644
index 0000000..a1c09cd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_omega_pi.dec
@@ -0,0 +1,139 @@
+##############################################################
+#                                                            #
+# Decay: anti-B0 -> D*(2010)+     omega      pi-,   B0 -> X  #
+#                      |            |                        #
+#                      |->D0  pi+   |-> pi+  pi-  pi0        #
+#                         |                                  #
+#                         |->reconstructible modes           #
+#                                                            #
+# + cc                                                       #
+#                                                            #
+# Author: B. Dahmes (bdahmes@slac.stanford.edu)    23/8/02   #
+##############################################################
+#
+#
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias Myomega    omega
+#
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyomegaDdk omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+#
+#
+Decay Upsilon(4S)
+1.000   B0 anti-B0 MyB0 Myanti-B0         VSS_BMIX dm;
+Enddecay
+#
+#
+Decay Myanti-B0
+1.0000  MyD*+   Myomega   pi-             PHSP;
+Enddecay 
+#
+Decay MyB0
+1.0000  MyD*-   Myomega   pi+             PHSP;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0       pi+                    VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0  pi-                    VSS;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myomega
+1.0000  pi-     pi+       pi0             OMEGA_DALITZ;
+Enddecay
+#
+#
+Decay MyK0
+1.000     MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-                         PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  MyomegaDdk K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                        PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  MyomegaDdk K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                        PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                            VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                            VSS;
+Enddecay
+#
+Decay MyomegaDdk
+1.0000  pi- pi+                           VSS;
+Enddecay
+#
+#
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dstar_omega_pi_D0ToChrgK.dec b/BaBar_2014/B0B0bar_Dstar_omega_pi_D0ToChrgK.dec
new file mode 100644
index 0000000..13054bb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstar_omega_pi_D0ToChrgK.dec
@@ -0,0 +1,122 @@
+##############################################################
+#                                                            #
+# Decay: anti-B0 -> D*(2010)+     omega      pi-,   B0 -> X  #
+#                      |            |                        #
+#                      |->D0  pi+   |-> pi+  pi-  pi0        #
+#                         |                                  #
+#                         |-> Kpi, Kpipi0, K3pi              #
+#                                                            #
+# + cc                                                       #
+#                                                            #
+# Author: B. Dahmes (bdahmes@slac.stanford.edu)    8 Oct 03  #
+##############################################################
+#
+#
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias Myomega    omega
+#
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyomegaDdk omega
+#
+#
+Decay Upsilon(4S)
+1.000   B0 anti-B0 MyB0 Myanti-B0         VSS_BMIX dm;
+Enddecay
+#
+#
+Decay Myanti-B0
+1.0000  MyD*+   Myomega   pi-             PHSP;
+Enddecay 
+#
+Decay MyB0
+1.0000  MyD*-   Myomega   pi+             PHSP;
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0       pi+                    VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0  pi-                    VSS;
+Enddecay
+#
+Decay MyD0
+0.1524    K-  pi+                         PHSP;
+0.5504    K-  pi+  pi0                    D_DALITZ;
+## K 3pi  (0.2972 total)
+0.1363    Mya_1+ K-                       SVS;
+0.0132    MyK_1- pi+                      SVS;
+0.0402    Myanti-K*0 pi+ pi-              PHSP;
+0.0208    K- pi+ rho0                     PHSP;
+0.0496    K- pi+ pi+ pi-                  PHSP;
+0.0371    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.1524    K+    pi-                       PHSP;
+0.5504    K+    pi-  pi0                  D_DALITZ;
+## K 3pi  (0.2972 total)
+0.1363    Mya_1- K+                       SVS;
+0.0132    MyK_1+ pi-                      SVS;
+0.0402    MyK*0 pi- pi+                   PHSP;
+0.0208    K+ pi- rho0                     PHSP;
+0.0496    K+ pi- pi- pi+                  PHSP;
+0.0371    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myomega
+1.0000  pi-     pi+       pi0             OMEGA_DALITZ;
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000  rho0 pi+                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  MyomegaDdk K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                        PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  MyomegaDdk K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                        PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                            VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                            VSS;
+Enddecay
+#
+Decay MyomegaDdk
+1.0000  pi- pi+                           VSS;
+Enddecay
+#
+#
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dstarenubar_DstarmD0pi_D0mKspi0.dec b/BaBar_2014/B0B0bar_Dstarenubar_DstarmD0pi_D0mKspi0.dec
new file mode 100644
index 0000000..9f00f86
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarenubar_DstarmD0pi_D0mKspi0.dec
@@ -0,0 +1,55 @@
+###################################################
+#                                                 #
+# Decay: B0 -> X 	anti-B0->D*+ l- anti-nu_l  #
+#                                |-> D0 pi+	
+#                                  |-> K0s pi0    #
+#	l = e or mu 				  #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD*+     e-   anti-nu_e          ISGW2;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD*-     e+   nu_e               ISGW2;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD0 pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.0000  K_S0 pi0                         PHSP;
+Enddecay
+#
+Decay MyD*-
+1.0000   Myanti-D0  pi-                       VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000  K_S0 pi0                         PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                        PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstarenubar_DstarmDpi0_DmKspi.dec b/BaBar_2014/B0B0bar_Dstarenubar_DstarmDpi0_DmKspi.dec
new file mode 100644
index 0000000..05faaf0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarenubar_DstarmDpi0_DmKspi.dec
@@ -0,0 +1,55 @@
+###################################################
+#                                                 #
+# Decay: B0 -> X 	anti-B0->D*+ l- anti-nu_l  #
+#                                |-> D+ pi0	
+#                                  |-> K0s pi+    #
+#	l = e or mu 				  #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD*+     e-   anti-nu_e          PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD*-     e+   nu_e               PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD+ pi0                        VSS;
+Enddecay
+#
+Decay MyD+
+1.0000  K_S0 pi+                         PHSP;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD-
+1.0000  K_S0 pi-                         PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                        PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarmKsPip_D0Kpi.dec b/BaBar_2014/B0B0bar_DstarmKsPip_D0Kpi.dec
new file mode 100644
index 0000000..38a1458
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarmKsPip_D0Kpi.dec
@@ -0,0 +1,60 @@
+####################################################
+# Exclusive DKpi decay                             #
+# Decay: B0 -> D*(2010)+   K_S0   pi-              #
+#              |-> D0 pi+  |                       #
+#                  |       |-> pi+ pi-             #
+#                  |-> K pi                        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 12th April 2000                                  #
+# Troels C. Petersen                               #
+# Jan Stark                                        #
+# Version 1.0                                      #
+####################################################
+#
+# 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay   
+#
+Decay MyB0
+1.0000 MyD*- MyK_S0 pi+                 PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyK_S0 pi-                 PHSP;
+Enddecay
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay  
+#
+Decay Myanti-D0
+1.00    K+ pi-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.00    K- pi+                          PHSP;
+Enddecay  
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarmKspip_K3pi.dec b/BaBar_2014/B0B0bar_DstarmKspip_K3pi.dec
new file mode 100644
index 0000000..71f5cef
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarmKspip_K3pi.dec
@@ -0,0 +1,67 @@
+####################################################
+# Exclusive B0 -> D*- KS pi+ decay                 #
+# Decay: B0 -> D*(2010)-   K_S0   pi+              #
+#              |-> D0 pi-  |                       #
+#                  |       |-> pi+ pi-             #
+#                  |                               #
+#                  |-> K+ pi- pi+ pi-              #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 11th December 2001                               #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD*- D*-
+Alias MyD*+ D*+
+Alias Myanti-D0 anti-D0
+Alias MyD0 D0
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyD*- MyK_S0 pi+                 PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyK_S0 pi-                 PHSP;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-                    VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                         VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K+ pi- pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000 K- pi+ pi- pi+                   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarmKspip_Kpi.dec b/BaBar_2014/B0B0bar_DstarmKspip_Kpi.dec
new file mode 100644
index 0000000..eddee16
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarmKspip_Kpi.dec
@@ -0,0 +1,66 @@
+####################################################
+# Exclusive B0 -> D*- KS pi+ decay                 #
+# Decay: B0 -> D*(2010)-   K_S0   pi+              #
+#              |-> D0 pi-  |                       #
+#                  |       |-> pi+ pi-             #
+#                  |-> K pi                        #
+#                                                  #
+# + cc                                             #
+#                                                  #
+# 11th December 2001                               #
+# Troels C. Petersen                               #
+# Vasia Shelkov                                    #
+# Version 1.0                                      #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyD*- D*-
+Alias MyD*+ D*+
+Alias Myanti-D0 anti-D0
+Alias MyD0 D0
+Alias MyK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+0.41397 MyB0  anti-B0                   VSS_MIX dm;
+0.41397 Myanti-B0  B0                   VSS_MIX dm;
+0.08603 Myanti-B0 anti-B0               VSS_MIX dm;
+0.08603 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyD*- MyK_S0 pi+                 PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyK_S0 pi-                 PHSP;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-                    VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                         VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K+ pi-                           PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000 K- pi+                           PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Dstarma0p.dec b/BaBar_2014/B0B0bar_Dstarma0p.dec
new file mode 100644
index 0000000..9ee6fce
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarma0p.dec
@@ -0,0 +1,143 @@
+###################################################
+#                                                 #
+# Decay: B0 -> D*(2010)- a0+,       anti-B0 -> X  # 
+#                        |			  #
+#                        -->eta (gg) pi+          # 
+#                                                 #
+#                                                 #
+# Author: H. Snoek                                #
+# Date:   13/jan/04	                          #
+###################################################
+#
+Alias MyB0         B0
+Alias Myanti-B0    anti-B0
+
+Alias MyD*+        D*+
+Alias MyD*-        D*-
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+
+Alias MyK*0        K*0
+Alias Myanti-K*0   anti-K*0
+Alias MyK_1+       K_1+
+Alias MyK_1-       K_1-
+Alias MyKs	   K_S0
+Alias MyK0         K0
+Alias MyK0bar      anti-K0
+
+Alias Mya_0+       a_0+
+Alias Mya_0-       a_0-
+Alias Mya_1+       a_1+
+Alias Mya_1-       a_1-
+Alias Myeta        eta
+Alias Myomega      omega
+#
+# Always one B0 to the signal channel
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00000 MyD*-  Mya_0+		      	SVS;	
+Enddecay
+#
+Decay Myanti-B0
+1.00000 MyD*+  Mya_0-                    SVS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000 MyD0 pi+				VSS;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     MyK0bar pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyK0bar
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000 pi+ pi-				PHSP;
+Enddecay
+#
+Decay Mya_0-
+1.000 Myeta pi-				PHSP;
+Enddecay
+#
+Decay Mya_0+
+1.0000 Myeta pi+			PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay Myeta
+1.0000 gamma gamma			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_D0K3pi_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_D0K3pi_Kplus.dec
new file mode 100644
index 0000000..75428aa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_D0K3pi_Kplus.dec
@@ -0,0 +1,197 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D0K+           B0Bar->X             #
+#              D*- ->antiD0 pi-  	              #
+#                    |->K3pi	                      #
+#              D0->K-pi+pi+pi-                        # 
+# Author: Marie-Helene Schune                         #
+#                                                     #
+# Created:                  9/Sept/2000               #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD0k3pi   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_D0Kpi_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_D0Kpi_Kplus.dec
new file mode 100644
index 0000000..3e154ff
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_D0Kpi_Kplus.dec
@@ -0,0 +1,198 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D0K+           B0Bar->X             #
+#              D*- ->D-pi0 or antiD0 pi-              #
+#                    |           |-> K3pi             #
+#                    |- K+pi-pi-                      #
+#              D0->K-pi+                              # 
+# Author: Jean-Pierre Lees                            #
+#                                                     #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD0kpi   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_D0Kpipi0_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_D0Kpipi0_Kplus.dec
new file mode 100644
index 0000000..f439108
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_D0Kpipi0_Kplus.dec
@@ -0,0 +1,197 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D0K+           B0Bar->X             #
+#              D*- ->antiD0 pi-            	      #
+#                    |-> K3pi            	      #
+#              D0->Kpipi0                             # 
+# Author: MH schune                                   #
+#                                                     #
+# Created:                  09/Sept/2000              #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD0kpipi0   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_DplusK2pi_K0S.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_DplusK2pi_K0S.dec
new file mode 100644
index 0000000..a7335a6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_DplusK2pi_K0S.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D+K0s anti-B0->X                    #
+#              |  |->K-pi+pi+                         #
+#              |-D0bar pi- or D+ pi0                  #
+#                  |->K+pi,K+pipi0,K+3pi              #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD+ myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_Ds1Dstar0K_Kpi.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_Ds1Dstar0K_Kpi.dec
new file mode 100644
index 0000000..29dfb25
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_Ds1Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- Ds1+, 
+#       D*- -> D0bar pi-, D0bar->K3pi
+#       Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD'_s1+kpi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_Ds1_2536Dstar0K_Kpi.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_Ds1_2536Dstar0K_Kpi.dec
new file mode 100644
index 0000000..61a7abc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_Ds1_2536Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- Ds1+, 
+#       D*- -> D0bar pi-, D0bar->K3pi
+#       D's1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD'_s1+kpi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_DssDstar0K_Kpi.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_DssDstar0K_Kpi.dec
new file mode 100644
index 0000000..ee85180
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_DssDstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- D's1+, 
+#       D*- -> D0bar pi-, D0bar->K3pi
+#       D's1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD'_s1+kpi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_Dstar0Kpi_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_Dstar0Kpi_Kplus.dec
new file mode 100644
index 0000000..f22540d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_Dstar0Kpi_Kplus.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*0K+  anti-B0->X                   #
+#                  -->Kpi                             #
+#              D*-->antiD0 pi-                        #
+#                        -->K3pi                      #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD*0kpi   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusK2pi_K0S.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusK2pi_K0S.dec
new file mode 100644
index 0000000..43665f7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusK2pi_K0S.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#              D*+->D0pi, D0->K3pi                    #
+#              D*-->D-pi0 D-->kpipi                   # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD*+k2pi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusK3pi_K0S.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusK3pi_K0S.dec
new file mode 100644
index 0000000..0259db5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusK3pi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD*+k3pi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusKpi_K0S.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusKpi_K0S.dec
new file mode 100644
index 0000000..7d9aebc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusKpi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- are allowed in D0pi+  only               #
+# mode K3pi*Kpi                                       #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD*+kpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusKpipi0_K0S.dec b/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusKpipi0_K0S.dec
new file mode 100644
index 0000000..95db634
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusK3pi_DstarplusKpipi0_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> Kpipi0                               #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-k3pi MyD*+kpipi0 myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_D0K3pi_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusKpi_D0K3pi_Kplus.dec
new file mode 100644
index 0000000..9bfcfa1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_D0K3pi_Kplus.dec
@@ -0,0 +1,197 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D0K+           B0Bar->X             #
+#              D*- ->antiD0 pi-  	              #
+#                    |->Kpi	                      #
+#              D0->K-pi+pi+pi-                        # 
+# Author: Marie-Helene Schune                         #
+#                                                     #
+# Created:                  9/Sept/2000               #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD0k3pi   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_D0Kpi_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusKpi_D0Kpi_Kplus.dec
new file mode 100644
index 0000000..d94d39d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_D0Kpi_Kplus.dec
@@ -0,0 +1,197 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D0K+           B0Bar->X             #
+#              D*- ->D-pi0 or antiD0 pi-              #
+#                    |           |->Kpi               #
+#                    |- K+pi-pi-                      #
+#              D0->K-pi+                              # 
+# Author: Jean-Pierre Lees                            #
+#                                                     #
+# Created:                  17/March/2000             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD0kpi   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_D0Kpipi0_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusKpi_D0Kpipi0_Kplus.dec
new file mode 100644
index 0000000..114f63c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_D0Kpipi0_Kplus.dec
@@ -0,0 +1,197 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D0K+           B0Bar->X             #
+#              D*- ->antiD0 pi-                       #
+#                    |->Kpi                           #
+#              D0->K-pi+pi0                           # 
+# Author: Marie-Helene Schune             	      #
+#                                                     #
+# Created:                  09/Sept/2000              #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD0kpipi0 K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_DplusK2pi_K0S.dec b/BaBar_2014/B0B0bar_DstarminusKpi_DplusK2pi_K0S.dec
new file mode 100644
index 0000000..6460410
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_DplusK2pi_K0S.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D+K0s anti-B0->X                    #
+#              |  |->K-pi+pi+                         #
+#              |-D0bar pi-                            #
+#                  |->K+pi-                           #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD+ myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_Ds1Dstar0K_K3pi.dec b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1Dstar0K_K3pi.dec
new file mode 100644
index 0000000..20cbc54
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1Dstar0K_K3pi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- Ds1+, 
+#       D*- -> D0bar pi-, D0bar->Kpi
+#       Ds1 -> D*0 K+, D*0 -> D0(K3Pi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD'_s1+k3pi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_Ds1Dstar0K_Kpi.dec b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1Dstar0K_Kpi.dec
new file mode 100644
index 0000000..9ba667b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- Ds1+, 
+#       D*- -> D0bar pi-, D0bar->Kpi
+#       Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD'_s1+kpi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_Ds1Dstar0K_Kpipi0.dec b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1Dstar0K_Kpipi0.dec
new file mode 100644
index 0000000..badbb9c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1Dstar0K_Kpipi0.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- Ds1+, 
+#       D*- -> D0bar pi-, D0bar->Kpi
+#       Ds1 -> D*0 K+, D*0 -> D0(KPiPi0) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD'_s1+kpipi0           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_Ds1_2536Dstar0K_K3pi.dec b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1_2536Dstar0K_K3pi.dec
new file mode 100644
index 0000000..20cbc54
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1_2536Dstar0K_K3pi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- Ds1+, 
+#       D*- -> D0bar pi-, D0bar->Kpi
+#       Ds1 -> D*0 K+, D*0 -> D0(K3Pi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD'_s1+k3pi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_Ds1_2536Dstar0K_Kpi.dec b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1_2536Dstar0K_Kpi.dec
new file mode 100644
index 0000000..9ba667b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1_2536Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- Ds1+, 
+#       D*- -> D0bar pi-, D0bar->Kpi
+#       Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD'_s1+kpi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_Ds1_2536Dstar0K_Kpipi0.dec b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1_2536Dstar0K_Kpipi0.dec
new file mode 100644
index 0000000..badbb9c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_Ds1_2536Dstar0K_Kpipi0.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- Ds1+, 
+#       D*- -> D0bar pi-, D0bar->Kpi
+#       Ds1 -> D*0 K+, D*0 -> D0(KPiPi0) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD'_s1+kpipi0           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_DssDstar0K_K3pi.dec b/BaBar_2014/B0B0bar_DstarminusKpi_DssDstar0K_K3pi.dec
new file mode 100644
index 0000000..66a7a9c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_DssDstar0K_K3pi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- D's1+, 
+#       D*- -> D0bar pi-, D0bar->Kpi
+#       D's1 -> D*0 K+, D*0 -> D0(K3Pi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD'_s1+k3pi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_DssDstar0K_Kpi.dec b/BaBar_2014/B0B0bar_DstarminusKpi_DssDstar0K_Kpi.dec
new file mode 100644
index 0000000..4b0adf0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_DssDstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- D's1+, 
+#       D*- -> D0bar pi-, D0bar->Kpi
+#       D's1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD'_s1+kpi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_DssDstar0K_Kpipi0.dec b/BaBar_2014/B0B0bar_DstarminusKpi_DssDstar0K_Kpipi0.dec
new file mode 100644
index 0000000..7efba6b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_DssDstar0K_Kpipi0.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- D's1+, 
+#       D*- -> D0bar pi-, D0bar->Kpi
+#       D's1 -> D*0 K+, D*0 -> D0(KPiPi0) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD'_s1+kpipi0           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_Dstar0Kpi_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusKpi_Dstar0Kpi_Kplus.dec
new file mode 100644
index 0000000..f0ac206
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_Dstar0Kpi_Kplus.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*0K+  anti-B0->X                   #
+#              D*-->antiD0 pi- or D-pi0               #
+#                        Kpi*Kpi                      #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD*0kpi   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_DstarplusK2pi_K0S.dec b/BaBar_2014/B0B0bar_DstarminusKpi_DstarplusK2pi_K0S.dec
new file mode 100644
index 0000000..75c6a66
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_DstarplusK2pi_K0S.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#              D*+->D0pi, D0->Kpi                     #
+#              D*-->D-pi0 D-->kpipi                   # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD*+k2pi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpi_DstarplusKpi_K0S.dec b/BaBar_2014/B0B0bar_DstarminusKpi_DstarplusKpi_K0S.dec
new file mode 100644
index 0000000..0656fe4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpi_DstarplusKpi_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- are allowed in D0pi+- only               #
+#       kpi*kpi                                       #    
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpi MyD*+kpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_D0K3pi_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_D0K3pi_Kplus.dec
new file mode 100644
index 0000000..2119c30
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_D0K3pi_Kplus.dec
@@ -0,0 +1,197 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D0K+           B0Bar->X             #
+#              D*- ->antiD0 pi-  	              #
+#                    |->Kpipi0	                      #
+#              D0->K-pi+pi+pi-                        # 
+# Author: Marie-Helene Schune                         #
+#                                                     #
+# Created:                  9/Sept/2000               #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD0k3pi   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_D0Kpi_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_D0Kpi_Kplus.dec
new file mode 100644
index 0000000..18e175f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_D0Kpi_Kplus.dec
@@ -0,0 +1,198 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D0K+           B0Bar->X             #
+#              D*- ->D-pi0 or antiD0 pi-              #
+#                    |           |-> Kpipi0           #
+#                    |- K+pi-pi-                      #
+#              D0->K-pi+                              # 
+# Author: Jean-Pierre Lees                            #
+#                                                     #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD0kpi   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_D0Kpipi0_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_D0Kpipi0_Kplus.dec
new file mode 100644
index 0000000..f2c0463
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_D0Kpipi0_Kplus.dec
@@ -0,0 +1,197 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D0K+           B0Bar->X             #
+#              D*- ->antiD0 pi- 	              #
+#                    |-> Kpipi0		              #
+#              D0->K-pi+pi0                           # 
+# Author: MH schune	                              #
+#                                                     #
+# Created:                  09/Sept/2000              #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD0kpipi0   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_DplusK2pi_K0S.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_DplusK2pi_K0S.dec
new file mode 100644
index 0000000..d033979
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_DplusK2pi_K0S.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D+K0s anti-B0->X                    #
+#              |  |->K-pi+pi+ 
+#              |-D0bar pi- or D+ pi0                  #
+#                  |->K+pipi0                         #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD+ myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_Ds1Dstar0K_Kpi.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_Ds1Dstar0K_Kpi.dec
new file mode 100644
index 0000000..d14e4d1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_Ds1Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- Ds1+, 
+#       D*- -> D0bar pi-, D0bar->Kpipi0
+#       Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD'_s1+kpi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_Ds1_2536Dstar0K_Kpi.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_Ds1_2536Dstar0K_Kpi.dec
new file mode 100644
index 0000000..d14e4d1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_Ds1_2536Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- Ds1+, 
+#       D*- -> D0bar pi-, D0bar->Kpipi0
+#       Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD'_s1+kpi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_DssDstar0K_Kpi.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_DssDstar0K_Kpi.dec
new file mode 100644
index 0000000..4af1976
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_DssDstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*- D's1+, 
+#       D*- -> D0bar pi-, D0bar->Kpipi0
+#       D's1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : P. Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD'_s1+kpi           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB0B
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_Dstar0Kpi_Kplus.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_Dstar0Kpi_Kplus.dec
new file mode 100644
index 0000000..4e4f591
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_Dstar0Kpi_Kplus.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*0K+  anti-B0->X                   #
+#              D*-->antiD0 pi- or D-pi0               #
+#     Kpipi0*Kpi                                      #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD*0kpi   K+           PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_DstarplusK2pi_K0S.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_DstarplusK2pi_K0S.dec
new file mode 100644
index 0000000..7d33173
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_DstarplusK2pi_K0S.dec
@@ -0,0 +1,203 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#              D*+->D0pi, D0->Kpipi0                  #
+#              D*-->D-pi0 D-->kpipi                   # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD*+k2pi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_DstarplusKpi_K0S.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_DstarplusKpi_K0S.dec
new file mode 100644
index 0000000..7a95a5e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_DstarplusKpi_K0S.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- are allowed in D+-pi0 only               #
+#       D+- allowed in K2pi only                      #
+#       D0  allowed in Kpi,Kpipi0,K3pi                #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD*+kpi myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarminusKpipi0_DstarplusKpipi0_K0S.dec b/BaBar_2014/B0B0bar_DstarminusKpipi0_DstarplusKpipi0_K0S.dec
new file mode 100644
index 0000000..af93749
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarminusKpipi0_DstarplusKpipi0_K0S.dec
@@ -0,0 +1,195 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> Kpipipi0                             #
+#       D0bar -> Kpipipi0                             #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyD*-kpipi0 MyD*+kpipi0 myKs          PHSP;
+Enddecay
+CDecay MyB0B
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_K2pi.dec b/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_K2pi.dec
new file mode 100644
index 0000000..7702de1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_K2pi.dec
@@ -0,0 +1,49 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D*(2010)- p  anti-p pi+,    anti-B0 -> X  #
+#              +-> anti-D0 pi-                           #
+#                  +-> K+ pi- pi0                        #
+#                                                        #
+# Author: Haibo Li, Wisconsin                            #
+# Date:   March 22  2004                                 #
+# Changed from T. M. Hong's decay file                   #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD*-     D*-
+Alias MyD*+     D*+
+Alias Myanti-D0 anti-D0
+Alias MyD0      D0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  MyD*- p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD*+ p+ anti-p- pi-          PHSP;
+Enddecay
+#
+Decay MyD*-
+ 1.00000  Myanti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+ 1.00000  MyD0 pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi- pi0                    D_DALITZ;
+Enddecay
+#             // resonance structure in Dalitz modelled
+Decay MyD0
+ 1.00000  K- pi+ pi0                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_K3pi.dec b/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_K3pi.dec
new file mode 100644
index 0000000..039c84d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_K3pi.dec
@@ -0,0 +1,49 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D*(2010)- p anti-p pi+,   anti-B0 -> X    #
+#              +-> anti-D0 pi-                           #
+#                  +-> K+ pi- pi- pi+                    #
+#                                                        #
+# Author: Haibo Li, Wisconsin                            #
+# Date:   March 22 2004                                  #
+# Change from T. M. Hong's decay file                    #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD*-     D*-
+Alias MyD*+     D*+
+Alias Myanti-D0 anti-D0
+Alias MyD0      D0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  MyD*- p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD*+ p+ anti-p- pi-          PHSP;
+Enddecay
+#
+Decay MyD*-
+ 1.00000  Myanti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+ 1.00000  MyD0 pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi- pi- pi+                PHSP;
+Enddecay
+#         
+Decay MyD0
+ 1.00000  K- pi+ pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_Kpi.dec b/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_Kpi.dec
new file mode 100644
index 0000000..a111b2f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_Kpi.dec
@@ -0,0 +1,49 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D*(2010)- p anti-p pi+,     anti-B0 -> X  #
+#              +-> anti-D0 pi-                           #
+#                  +-> K+ pi-                            #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   March 22  2004                                 #
+# Changed from T. M. Hong's decay file                   #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD*-     D*-
+Alias MyD*+     D*+
+Alias Myanti-D0 anti-D0
+Alias MyD0      D0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  MyD*- p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD*+ p+ anti-p- pi-          PHSP;
+Enddecay
+#
+Decay MyD*-
+ 1.00000  Myanti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+ 1.00000  MyD0 pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi-                        PHSP;
+Enddecay
+#             
+Decay MyD0
+ 1.00000  K- pi+                        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_KpiK2piK3pi.dec b/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_KpiK2piK3pi.dec
new file mode 100644
index 0000000..6a91e99
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_KpiK2piK3pi.dec
@@ -0,0 +1,57 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D*(2010)- p+ anti-p- pi+,   anti-B0 -> X  #
+#              +-> anti-D0 pi-        (  BF  )  Relative #
+#                  +-> K+ pi-         ( 3.80%)  15.599%  #
+#                  +-> K+ pi- pi0     (13.1% )  53.777%  #
+#                  +-> K+ pi- pi- pi+ ( 7.46%)  30.624%  #
+#                      Sum            (24.36%) 100.000%  #
+# Comments:                                              #
+#                                                        #
+# Author: T. M. Hong                                     #
+# Date:   15 Sep 03                                      #
+#                                                        #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD*-     D*-
+Alias MyD*+     D*+
+Alias Myanti-D0 anti-D0
+Alias MyD0      D0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  MyD*- p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD*+ p+ anti-p- pi-          PHSP;
+Enddecay
+#
+Decay MyD*-
+ 1.00000  Myanti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+ 1.00000  MyD0 pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 0.15599  K+ pi-                        PHSP;
+ 0.53777  K+ pi- pi0                    D_DALITZ;
+ 0.30624  K+ pi- pi- pi+                PHSP;
+Enddecay
+#             // resonance structure in Dalitz modelled
+Decay MyD0
+ 0.15599  K- pi+                        PHSP;
+ 0.53777  K- pi+ pi0                    D_DALITZ;
+ 0.30624  K- pi+ pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_Ks2pi.dec b/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_Ks2pi.dec
new file mode 100644
index 0000000..f01a489
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarminusppbarpiplus_D0barpiminus_Ks2pi.dec
@@ -0,0 +1,64 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B0 -> D*(2010)- p anti-p pi+,   anti-B0 -> X    #
+#              +-> anti-D0 pi-                           #
+#                  ->  K0 pi+ pi-                        #
+#                                                        #
+# Author: Haibo Li, Wisconsin                            #
+# Date:   March 22  2004                                 #
+#                                                        #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD*-     D*-
+Alias MyD*+     D*+
+Alias Myanti-D0 anti-D0
+Alias MyD0      D0
+Alias MyKs      K_S0
+Alias MyK0      K0
+Alias Myanti-K0 anti-K0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay MyB0
+ 1.00000  MyD*- p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD*+ p+ anti-p- pi-          PHSP;
+Enddecay
+#
+Decay MyD*-
+ 1.00000  Myanti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+ 1.00000  MyD0 pi+                      VSS;
+Enddecay
+#   // resonance structure in Dalitz modelled
+Decay Myanti-D0
+1.0000   MyK0  pi-   pi+                D_DALITZ;
+Enddecay
+#             // resonance structure in Dalitz modelled
+Decay MyD0
+1.0000   Myanti-K0  pi+  pi-            D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.0000    MyKs                          PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.0000    MyKs                          PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000    pi+ pi-                       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarmlpnu_cpv.dec b/BaBar_2014/B0B0bar_Dstarmlpnu_cpv.dec
new file mode 100755
index 0000000..2e71d7d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarmlpnu_cpv.dec
@@ -0,0 +1,52 @@
+#######################################################
+#                                                     #
+# Decay: B0                  100%cpv                  #
+#      20% |-> D*pi-                                  #
+#      20% |-> D*+rho-                                #
+#      20% |-> D+rho-                                 #
+#      20% |-> D*+a1-                                 #
+#      20% |-> D+a1-                                  #
+#######################################################
+
+
+
+
+Alias myB0 B0
+Alias myD*- D*-
+Alias myD*+ D*+
+ChargeConj myD*- myD*+
+
+Decay Upsilon(4S)
+1.0 myB0 anti-B0 VSS;
+Enddecay
+
+Decay myB0
+
+#D* pi (100% cp viol)(d'=0,7)
+0.2 myD*- pi+ SVS_NONCPEIGEN 1.1 dm 0.5 1. 0. 1.0 0.7;
+
+
+#D* rho decay (100% cp viol)(d'[H+]= -0.15, d'[H0]= -0.1, d'[H-]= -0.2 )(hel.ampl. from hep-ex/0301028)
+0.2 myD*- rho+               SVV_NONCPEIGEN dm beta gamma 0.107 1.42 0.941 0 0.322 0.31  0.107 1.27 0.941 -0.1 0.322 0.11; 
+
+#D rho (100% cp viol)(d'=0,0)
+0.2 rho+ D- SVS_NONCPEIGEN 1.1 dm 0.5 1 0 1. 0.0;
+
+#D* a1(100% cp viol)(d'[H+]= 0.2, d'[H0]= 0.15, d'[H-]= 0.25) 
+0.2 myD*- a_1+               SVV_NONCPEIGEN dm beta gamma 0.336 0.0 0.88 0.0 0.336 0.0   0.336 0.2 0.88 0.15 0.336 0.25 ; 
+
+#D a1 (100% cp viol)(d'=2.5)
+0.2 a_1+  D- SVS_NONCPEIGEN 1.1 dm 0.5 1 0 1. 2.5;
+Enddecay
+
+
+
+Decay myD*-
+1.0 anti-D0 pi- VSS;
+Enddecay
+
+Decay myD*+
+1.0 D0 pi+ VSS;
+Enddecay
+                             
+End
diff --git a/BaBar_2014/B0B0bar_DstarmpimD0pimmK4pi.dec b/BaBar_2014/B0B0bar_DstarmpimD0pimmK4pi.dec
new file mode 100644
index 0000000..c091261
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarmpimD0pimmK4pi.dec
@@ -0,0 +1,43 @@
+###########################################################################
+#                                                                         #
+# Decay: antiB0 -> D*-pi+(D*- -> anti-D0 p-(anti-D0 ->K0spi-pi+pi-pi+))   #    
+#        B0 -> X;   + cc 				                  #
+#                                                                         #
+# Author: Fabio Ferrarotto 
+# Date:                    5/6/2002
+###########################################################################
+#
+# Alias MyB0  B0
+# Alias Myanti-B0  anti-B0
+# Alias MyD*+     D*+
+Alias MyD*-     D*-
+# Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+Alias MyK_S0    K_S0  
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0                    VSS_BMIX dm;
+Enddecay
+#
+Decay B0
+1.000 MyD*- pi+                           PHSP;
+Enddecay
+#
+# Decay MyB0
+# 1.000 MyD*- pi+                           PHSP;
+# Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                        VSS;
+Enddecay
+#
+#
+Decay Myanti-D0
+1.000   MyK_S0 pi-  pi+  pi-  pi+           PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+  pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarmunubar_DstarmD0pi_DmKspi0.dec b/BaBar_2014/B0B0bar_Dstarmunubar_DstarmD0pi_DmKspi0.dec
new file mode 100644
index 0000000..f65fa08
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarmunubar_DstarmD0pi_DmKspi0.dec
@@ -0,0 +1,55 @@
+###################################################
+#                                                 #
+# Decay: B0 -> X 	anti-B0->D*+ l- anti-nu_l  #
+#                                |-> D0 pi+	
+#                                  |-> K0s pi0    #
+#	l = e or mu 				  #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD*+     mu-   anti-nu_mu          ISGW2;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD*-     mu+   nu_mu               ISGW2;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD0 pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.0000  K_S0 pi0                         PHSP;
+Enddecay
+#
+Decay MyD*-
+1.0000   Myanti-D0  pi-                       VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000  K_S0 pi0                         PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                        PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstarmunubar_DstarmDpi0_DmKspi.dec b/BaBar_2014/B0B0bar_Dstarmunubar_DstarmDpi0_DmKspi.dec
new file mode 100644
index 0000000..2354f51
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarmunubar_DstarmDpi0_DmKspi.dec
@@ -0,0 +1,55 @@
+###################################################
+#                                                 #
+# Decay: B0 -> X 	anti-B0->D*+ l- anti-nu_l  #
+#                                |-> D+ pi0	
+#                                  |-> K0s pi+    #
+#	l = e or mu 				  #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD*+     mu-   anti-nu_mu          PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD*-     mu+   nu_mu               PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD+ pi0                        VSS;
+Enddecay
+#
+Decay MyD+
+1.0000  K_S0 pi+                         PHSP;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD-
+1.0000  K_S0 pi-                         PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                        PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_DstarpDm_DstarD0pi_DK2pi.dec b/BaBar_2014/B0B0bar_DstarpDm_DstarD0pi_DK2pi.dec
new file mode 100644
index 0000000..17dc4ab
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDm_DstarD0pi_DK2pi.dec
@@ -0,0 +1,67 @@
+####################################################
+#                                                  #
+# Inclusive DD* decay.dec #1                       #
+#                                                  #
+# DD* signal from B0-antiB0 for PRV0               #
+#                                                  #
+#                                                  #
+# Produces a mix of signal                         #
+#                                                  #
+# 100% signal:                                     #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ D-, B0 -> X  +c.c.   #
+#                   |-> D0 pi+ |                   #
+#                       |-> X  |                   #
+#                              |-> K+ pi- pi- 100% #
+#                                                  #
+# 12 Feb 00                                        #
+# Roy Aleksan                                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyD-                  SVS;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                      VSS;
+Enddecay
+#
+Decay MyD-
+1,0000 K+ pi- pi-                  D_DALITZ;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- MyD+                  SVS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD+
+1.0000 K- pi+ pi+                  D_DALITZ;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsm_DstarD0pi_D0Kpi.dec b/BaBar_2014/B0B0bar_DstarpDsm_DstarD0pi_D0Kpi.dec
new file mode 100644
index 0000000..3102e9b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsm_DstarD0pi_D0Kpi.dec
@@ -0,0 +1,54 @@
+####################################################
+#                                                  #
+# Inclusive DsD* decay.dec #1                      #
+#                                                  #
+# DsD* signal from B0-antiB0 for SP2               #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ Ds-, B0 -> X  +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> K-pi+                  #
+# 25 Oct 99                                        #
+# Roy Aleksan (IHB AWG)                            #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ D_s-                  SVS;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                      VSS;
+Enddecay
+#
+Decay MyD0
+1.0000 K- pi+                      PHSP;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- D_s+                 SVS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-                 VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K+ pi-                      PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsm_DstarD0pi_DsKpimix.dec b/BaBar_2014/B0B0bar_DstarpDsm_DstarD0pi_DsKpimix.dec
new file mode 100644
index 0000000..be6968b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsm_DstarD0pi_DsKpimix.dec
@@ -0,0 +1,105 @@
+####################################################
+#                                                  #
+# Inclusive DsD* decay.dec #1                      #
+#                                                  #
+# DsD* signal from B0-antiB0 for SP2               #
+#                                                  #
+#                                                  #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ Ds-, B0 -> X  +c.c.  #
+#                   |-> D0 pi+ |                   #
+#                       |-> X  |                   #
+#                              |-> phi pi-     21% #
+#                              |-> phi pi- pi0 39% #
+#                              |-> K*0 K-      26% #
+#                              |-> Ks K-       14% #
+#                                                  #
+#                                phi -> K+ K-      #
+#                                K*0 -> K+ pi-     #
+#                                Ks -> pi+ pi-     #
+# 25 Oct 99                                        #
+# Roy Aleksan   (IHB AWG)                          #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD_s+ D_s+
+Alias MyD_s- D_s-
+Alias MyPhi phi
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s-                SVS;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                      VSS;
+Enddecay
+#
+Decay MyD_s-
+0.2100 MyPhi pi-                   SVS;
+0.3900 MyPhi rho-                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.2600 MyK*0 K-                    SVS;
+0.1400 MyK0  K-                   PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+Decay MyK*0
+1.0000 K+ pi-                      VSS;
+Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+##########################################################
+Decay MyB0
+1.0000 MyD*- MyD_s+                 SVS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD_s+
+0.2100 MyPhi pi+                   SVS;
+0.3900 MyPhi rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.2600 Myanti-K*0 K+               SVS;
+0.1400 Myanti-K0  K+              PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000 K- pi+                      VSS;
+Enddecay
+#
+Decay Myanti-K0
+1.0000 MyK_S0                     PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_D0Kpi.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_D0Kpi.dec
new file mode 100644
index 0000000..f86e2f2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_D0Kpi.dec
@@ -0,0 +1,54 @@
+####################################################
+#                                                  #
+# Inclusive Ds*D* decay.dec #1                     #
+#                                                  #
+# DsD* signal from B0-antiB0 for SP2               #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ Ds*-, B0 -> X  +c.c. #
+#                   |-> D0 pi+                     #
+#                       |-> K-pi+                  #
+# 25 Oct 99                                        #
+# Roy Aleksan (IHB AWG)                            #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ D_s*-                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                      VSS;
+Enddecay
+#
+Decay MyD0
+1.0000 K- pi+                      PHSP;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- D_s*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-                 VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K+ pi-                      PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DK2pi.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DK2pi.dec
new file mode 100644
index 0000000..45598f3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DK2pi.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive D*sD* decay.dec #1                     #
+#                                                  #
+# DD* signal from B0-antiB0 for sp3                #
+#                                                  #
+#                                                  #
+# Produces a mix of signal                         #
+#                                                  #
+# 100% signal:                                     #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ D*s-, B0 -> X  +c.c. #
+#                   |-> D+ pi0                     #
+#                       |-> K-pi+pi+               #
+#                                                  #
+# 20 sept 00                                       #
+# S.Xella                                          #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD+ D+
+Alias MyD- D-
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ D_s*-                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD+ pi0                      VSS;
+Enddecay
+#
+Decay MyD+
+1,0000 K- pi+ pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyB0
+1.0000 MyD*- D_s*+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000 MyD- pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+1.0000 K+ pi- pi-                    D_DALITZ;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsKpimix.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsKpimix.dec
new file mode 100644
index 0000000..a7568bc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsKpimix.dec
@@ -0,0 +1,113 @@
+####################################################
+#                                                  #
+# Inclusive Ds*D* decay.dec #1                     #
+#                                                  #
+# Ds*D* signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ Ds*-, B0 -> X  +c.c. #
+#                   |-> D0 pi+ Ds- gamma           #
+#                       |-> X  |                   #
+#                              |-> phi pi-     21% #
+#                              |-> phi pi- pi0 39% #
+#                              |-> K*0 K-      26% #
+#                              |-> Ks K-       14% #
+#                                                  #
+#                                phi -> K+ K-      #
+#                                K*0 -> K+ pi-     #
+#                                Ks -> pi+ pi-     #
+# 25 Oct 99 (IHB AWG)                              #
+# Roy Aleksan                                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD_s+ D_s+
+Alias MyD_s- D_s-
+Alias MyD_s*+ D_s*+
+Alias MyD_s*- D_s*-
+Alias MyPhi phi
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-               SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                      VSS;
+Enddecay
+#
+Decay MyD_s-
+0.2100 MyPhi pi-                   SVS;
+0.3900 MyPhi rho-                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.2600 MyK*0 K-                    SVS;
+0.1400 MyK0  K-                   PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+Decay MyK*0
+1.0000 K+ pi-                      VSS;
+Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+######################################################################
+Decay MyB0
+1.0000 MyD*- MyD_s*+             SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD_s+
+0.2100 MyPhi pi+                   SVS;
+0.3900 MyPhi rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.2600 Myanti-K*0 K+               SVS;
+0.1400 Myanti-K0  K+              PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000 K- pi+                      VSS;
+Enddecay
+#
+Decay Myanti-K0
+1.0000 MyK_S0                     PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsKpimix_long.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsKpimix_long.dec
new file mode 100644
index 0000000..f5e297b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsKpimix_long.dec
@@ -0,0 +1,113 @@
+####################################################
+#                                                  #
+# Inclusive Ds*D* decay.dec #1                     #
+#                                                  #
+# Ds*D* signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ Ds*-, B0 -> X  +c.c. #
+#                   |-> D0 pi+ Ds- gamma           #
+#                       |-> X  |                   #
+#                              |-> phi pi-     21% #
+#                              |-> phi pi- pi0 39% #
+#                              |-> K*0 K-      26% #
+#                              |-> Ks K-       14% #
+#                                                  #
+#                                phi -> K+ K-      #
+#                                K*0 -> K+ pi-     #
+#                                Ks -> pi+ pi-     #
+# 25 Oct 99 (IHB AWG)                              #
+# Roy Aleksan                                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD_s+ D_s+
+Alias MyD_s- D_s-
+Alias MyD_s*+ D_s*+
+Alias MyD_s*- D_s*-
+Alias MyPhi phi
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-               SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                      VSS;
+Enddecay
+#
+Decay MyD_s-
+0.2100 MyPhi pi-                   SVS;
+0.3900 MyPhi rho-                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.2600 MyK*0 K-                    SVS;
+0.1400 MyK0  K-                   PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+Decay MyK*0
+1.0000 K+ pi-                      VSS;
+Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+######################################################################
+Decay MyB0
+1.0000 MyD*- MyD_s*+               SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD_s+
+0.2100 MyPhi pi+                   SVS;
+0.3900 MyPhi rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.2600 Myanti-K*0 K+               SVS;
+0.1400 Myanti-K0  K+              PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000 K- pi+                      VSS;
+Enddecay
+#
+Decay Myanti-K0
+1.0000 MyK_S0                     PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsKpimix_transv.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsKpimix_transv.dec
new file mode 100644
index 0000000..fd418b7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsKpimix_transv.dec
@@ -0,0 +1,113 @@
+####################################################
+#                                                  #
+# Inclusive Ds*D* decay.dec #1                     #
+#                                                  #
+# Ds*D* signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ Ds*-, B0 -> X  +c.c. #
+#                   |-> D0 pi+ Ds- gamma           #
+#                       |-> X  |                   #
+#                              |-> phi pi-     21% #
+#                              |-> phi pi- pi0 39% #
+#                              |-> K*0 K-      26% #
+#                              |-> Ks K-       14% #
+#                                                  #
+#                                phi -> K+ K-      #
+#                                K*0 -> K+ pi-     #
+#                                Ks -> pi+ pi-     #
+# 25 Oct 99 (IHB AWG)                              #
+# Roy Aleksan                                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD_s+ D_s+
+Alias MyD_s- D_s-
+Alias MyD_s*+ D_s*+
+Alias MyD_s*- D_s*-
+Alias MyPhi phi
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-               SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                      VSS;
+Enddecay
+#
+Decay MyD_s-
+0.2100 MyPhi pi-                   SVS;
+0.3900 MyPhi rho-                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.2600 MyK*0 K-                    SVS;
+0.1400 MyK0  K-                   PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+Decay MyK*0
+1.0000 K+ pi-                      VSS;
+Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+######################################################################
+Decay MyB0
+1.0000 MyD*- MyD_s*+               SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD_s+
+0.2100 MyPhi pi+                   SVS;
+0.3900 MyPhi rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.2600 Myanti-K*0 K+               SVS;
+0.1400 Myanti-K0  K+              PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000 K- pi+                      VSS;
+Enddecay
+#
+Decay Myanti-K0
+1.0000 MyK_S0                     PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsToPhiPi_long.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsToPhiPi_long.dec
new file mode 100644
index 0000000..8818717
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsToPhiPi_long.dec
@@ -0,0 +1,77 @@
+####################################################
+#                                                  #
+# $Id:						   #
+#						   #
+# Inclusive Ds*D* decay.dec #1                     #
+#                                                  #
+# Ds*D* signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ Ds*-, B0 -> X  +c.c. #
+#                   |-> D0 pi+ Ds- gamma           #
+#                       |-> X  |                   #
+#                              |-> phi pi-    100% #
+#                                                  #
+#                                phi -> K+ K-      #
+# 25 Oct 99 (IHB AWG)                              #
+# Roy Aleksan                                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD_s+ D_s+
+Alias MyD_s- D_s-
+Alias MyD_s*+ D_s*+
+Alias MyD_s*- D_s*-
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-               SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                      VSS;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyPhi pi-                   SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+######################################################################
+Decay MyB0
+1.0000 MyD*- MyD_s*+               SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyPhi pi+                   SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsToPhiPi_transv.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsToPhiPi_transv.dec
new file mode 100644
index 0000000..a027ad4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_DstarD0pi_DsToPhiPi_transv.dec
@@ -0,0 +1,77 @@
+####################################################
+#                                                  #
+# Inclusive Ds*D* decay.dec #1                     #
+# $Id:						   #
+#						   #
+#                                                  #
+# Ds*D* signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ Ds*-, B0 -> X  +c.c. #
+#                   |-> D0 pi+ Ds- gamma           #
+#                       |-> X  |                   #
+#                              |-> phi pi-    100% #
+#                                                  #
+#                                phi -> K+ K-      #
+# 25 Oct 99 (IHB AWG)                              #
+# Roy Aleksan                                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD_s+ D_s+
+Alias MyD_s- D_s-
+Alias MyD_s*+ D_s*+
+Alias MyD_s*- D_s*-
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-               SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                      VSS;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyPhi pi-                   SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+######################################################################
+Decay MyB0
+1.0000 MyD*- MyD_s*+               SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyPhi pi+                   SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_Xmunu_lg.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_Xmunu_lg.dec
new file mode 100644
index 0000000..2d26a71
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_Xmunu_lg.dec
@@ -0,0 +1,53 @@
+######################################
+#                                    
+# Y(4S) --> B0 anti-B0                
+#
+#    B0 --> Generic decay
+#    anti-B0 --> D*(2010)+ Ds*-
+#
+#       D*(2010)+ --> D0 pi+
+#       Ds*-      --> Ds- gamma       
+#                     
+#           D0  --> K- pi+
+#           Ds- --> X mu- nu
+#
+# Mail: PCK@SLAC.STANFORD.EDU
+######################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD_s- D_s-
+Alias MyD_s*- D_s*-
+Alias MyD0 D0
+#                                       No B0B0= mixing
+Decay Upsilon(4S)
+1.0   B0  Myanti-B0             VSS;
+Enddecay
+#                                       Long. polarization
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                 VSS;
+Enddecay
+Decay MyD0
+1.0000 K- pi+                   PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma             VSP_PWAVE;
+Enddecay
+Decay MyD_s-
+0.0200    phi   mu-    anti-nu_mu    PHOTOS    ISGW2;
+0.0388    eta   mu-    anti-nu_mu    PHOTOS    ISGW2;
+0.0168    eta'  mu-    anti-nu_mu    PHOTOS    ISGW2;
+0.0027    K0    mu-    anti-nu_mu    PHOTOS    ISGW2;
+0.0010    K*0   mu-    anti-nu_mu    PHOTOS    ISGW2;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_Xmunu_tr.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_Xmunu_tr.dec
new file mode 100644
index 0000000..9e99373
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_Xmunu_tr.dec
@@ -0,0 +1,53 @@
+######################################
+#                                    
+# Y(4S) --> B0 anti-B0                
+#
+#    B0 --> Generic decay
+#    anti-B0 --> D*(2010)+ Ds*-
+#
+#       D*(2010)+ --> D0 pi+
+#       Ds*-      --> Ds- gamma       
+#                     
+#           D0  --> K- pi+
+#           Ds- --> X mu- nu
+#
+# Mail: PCK@SLAC.STANFORD.EDU
+######################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD_s- D_s-
+Alias MyD_s*- D_s*-
+Alias MyD0 D0
+#                                       No B0B0= mixing
+Decay Upsilon(4S)
+1.0   B0  Myanti-B0             VSS;
+Enddecay
+#                                       Tansverse polarization
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-            SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                 VSS;
+Enddecay
+Decay MyD0
+1.0000 K- pi+                   PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma             VSP_PWAVE;
+Enddecay
+Decay MyD_s-
+0.0200    phi   mu-    anti-nu_mu    PHOTOS    ISGW2;
+0.0388    eta   mu-    anti-nu_mu    PHOTOS    ISGW2;
+0.0168    eta'  mu-    anti-nu_mu    PHOTOS    ISGW2;
+0.0027    K0    mu-    anti-nu_mu    PHOTOS    ISGW2;
+0.0010    K*0   mu-    anti-nu_mu    PHOTOS    ISGW2;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_munu_lg.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_munu_lg.dec
new file mode 100644
index 0000000..46eea3f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_munu_lg.dec
@@ -0,0 +1,49 @@
+######################################
+#                                    
+# Y(4S) --> B0 anti-B0                
+#
+#    B0 --> Generic decay
+#    anti-B0 --> D*(2010)+ Ds*-
+#
+#       D*(2010)+ --> D0 pi+
+#       Ds*-      --> Ds- gamma       
+#                     
+#           D0  --> K- pi+
+#           Ds- --> mu- nu
+#
+# Mail: PCK@SLAC.STANFORD.EDU
+######################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD_s- D_s-
+Alias MyD_s*- D_s*-
+Alias MyD0 D0
+#                                       No B0B0= mixing
+Decay Upsilon(4S)
+1.0   B0  Myanti-B0             VSS;
+Enddecay
+#                                       Long. polarization
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                 VSS;
+Enddecay
+Decay MyD0
+1.0000 K- pi+                   PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma             VSP_PWAVE;
+Enddecay
+Decay MyD_s-
+1.0000 mu- anti-nu_mu    PHOTOS   SLN;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_munu_tr.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_munu_tr.dec
new file mode 100644
index 0000000..56f1ff2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_munu_tr.dec
@@ -0,0 +1,49 @@
+######################################
+#                                    
+# Y(4S) --> B0 anti-B0                
+#
+#    B0 --> Generic decay
+#    anti-B0 --> D*(2010)+ Ds*-
+#           
+#       D*(2010)+ --> D0 pi+
+#       Ds*-      --> Ds- gamma       
+#                     
+#           D0  --> K- pi+
+#           Ds- --> mu- nu
+#
+# Mail: PCK@SLAC.STANFORD.EDU
+######################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD_s- D_s-
+Alias MyD_s*- D_s*-
+Alias MyD0 D0
+#                                       No B0B0= mixing
+Decay Upsilon(4S)
+1.0   B0  Myanti-B0             VSS;
+Enddecay
+#                                       Transverse polarization
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-            SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                 VSS;
+Enddecay
+Decay MyD0
+1.0000 K- pi+                   PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma             VSP_PWAVE;
+Enddecay
+Decay MyD_s-
+1.0000 mu- anti-nu_mu      PHOTOS SLN;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_phipi_lg.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_phipi_lg.dec
new file mode 100644
index 0000000..937ac18
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_phipi_lg.dec
@@ -0,0 +1,55 @@
+######################################
+#                                    
+# Y(4S) --> B0 anti-B0                
+#
+#    B0 --> Generic decay
+#    anti-B0 --> D*(2010)+ Ds*-
+#
+#       D*(2010)+ --> D0 pi+
+#       Ds*-      --> Ds- gamma       
+#                     
+#           D0  --> K- pi+
+#           Ds- --> phi pi-
+#                   
+#              phi --> K+K-
+#
+######################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD_s- D_s-
+Alias MyD_s*- D_s*-
+Alias MyD0 D0
+Alias Myphi phi
+#                                       No B0B0= mixing
+Decay Upsilon(4S)
+1.0   B0  Myanti-B0             VSS;
+Enddecay
+#                                       Long. polarization
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                 VSS;
+Enddecay
+Decay MyD0
+1.0000 K- pi+                   PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma             VSP_PWAVE;
+Enddecay
+Decay MyD_s-
+1.0000 Myphi pi-                SVS;
+Enddecay
+Decay Myphi
+1.0000 K+ K-                    VSS;
+Enddecay
+#
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_phipi_tr.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_phipi_tr.dec
new file mode 100644
index 0000000..4609318
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_phipi_tr.dec
@@ -0,0 +1,55 @@
+######################################
+#                                    
+# Y(4S) --> B0 anti-B0                
+#
+#    B0 --> Generic decay
+#    anti-B0 --> D*(2010)+ Ds*-
+#
+#       D*(2010)+ --> D0 pi+
+#       Ds*-      --> Ds- gamma       
+#                     
+#           D0  --> K- pi+
+#           Ds- --> phi pi-
+#                   
+#              phi --> K+K-
+#
+######################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD_s- D_s-
+Alias MyD_s*- D_s*-
+Alias MyD0 D0
+Alias Myphi phi
+#                                       No B0B0= mixing
+Decay Upsilon(4S)
+1.0   B0  Myanti-B0             VSS;
+Enddecay
+#                                       Transverse polarization
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-            SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                 VSS;
+Enddecay
+Decay MyD0
+1.0000 K- pi+                   PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma             VSP_PWAVE;
+Enddecay
+Decay MyD_s-
+1.0000 Myphi pi-                SVS;
+Enddecay
+Decay Myphi
+1.0000 K+ K-                    VSS;
+Enddecay
+#
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_taunu_lg.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_taunu_lg.dec
new file mode 100644
index 0000000..9423dd6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_taunu_lg.dec
@@ -0,0 +1,47 @@
+######################################
+#                                    
+# Y(4S) --> B0 anti-B0                
+#
+#    B0 --> Generic decay
+#    anti-B0 --> D*(2010)+ Ds*-
+#
+#       D*(2010)+ --> D0 pi+
+#       Ds*-      --> Ds- gamma       
+#                     
+#           D0  --> K- pi+
+#           Ds- --> tau- nu
+######################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD_s- D_s-
+Alias MyD_s*- D_s*-
+Alias MyD0 D0
+#                                       No B0B0= mixing
+Decay Upsilon(4S)
+1.0   B0  Myanti-B0             VSS;
+Enddecay
+#                                       Long. polarization
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                 VSS;
+Enddecay
+Decay MyD0
+1.0000 K- pi+                   PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma             VSP_PWAVE;
+Enddecay
+Decay MyD_s-
+1.0000 tau-  anti-nu_tau        SLN;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_taunu_tr.dec b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_taunu_tr.dec
new file mode 100644
index 0000000..919268e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpDsstarm_d0kpi_taunu_tr.dec
@@ -0,0 +1,47 @@
+######################################
+#                                    
+# Y(4S) --> B0 anti-B0                
+#
+#    B0 --> Generic decay
+#    anti-B0 --> D*(2010)+ Ds*-
+#
+#       D*(2010)+ --> D0 pi+
+#       Ds*-      --> Ds- gamma       
+#                     
+#           D0  --> K- pi+
+#           Ds- --> tau- nu
+######################################
+#
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD_s- D_s-
+Alias MyD_s*- D_s*-
+Alias MyD0 D0
+#                                       No B0B0= mixing
+Decay Upsilon(4S)
+1.0   B0  Myanti-B0             VSS;
+Enddecay
+#                                       Long. polarization
+Decay Myanti-B0
+1.0000 MyD*+ MyD_s*-            SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                 VSS;
+Enddecay
+Decay MyD0
+1.0000 K- pi+                   PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma             VSP_PWAVE;
+Enddecay
+Decay MyD_s-
+1.0000 tau-  anti-nu_tau        SLN;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_Dstarpa1m_DstarD0pi.dec b/BaBar_2014/B0B0bar_Dstarpa1m_DstarD0pi.dec
new file mode 100644
index 0000000..3176031
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpa1m_DstarD0pi.dec
@@ -0,0 +1,41 @@
+####################################################
+#                                                  #
+# Inclusive D*a1 decay.dec                         #
+#                                                  #
+# D*a1 signal from B0-antiB0 for SP3               #
+#                                                  #
+# Decay: anti-B0 -> D*+ a_1-, B0 -> X       +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+0.0130   D*-  a_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyB0
+0.0130   D*+  a_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstarpa1m_DstarD0pimfixedmcharge.dec b/BaBar_2014/B0B0bar_Dstarpa1m_DstarD0pimfixedmcharge.dec
new file mode 100644
index 0000000..78ad1ed
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpa1m_DstarD0pimfixedmcharge.dec
@@ -0,0 +1,41 @@
+####################################################
+#                                                  #
+# Inclusive D*a1 decay.dec                         #
+#                                                  #
+# D*a1 signal from B0-antiB0 for SP3               #
+#                                                  #
+# Decay: anti-B0 -> D*+ a_1-, B0 -> X       +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.0130   D*-  a_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay Myanti-B0
+0.0130   D*+  a_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mK3pi.dec b/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mK3pi.dec
new file mode 100644
index 0000000..ce3f4f2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mK3pi.dec
@@ -0,0 +1,45 @@
+###########################################################################
+#                                                                         #
+# Decay: B0 -> D*- pi+ (D*- -> anti-D0 pi- (anti-D0 -> K+ pi- pi+ pi-))   #    
+#        anti-B0 -> X;   + cc                                             #
+#                                                                         #
+# Author: Giampiero Mancinelli                                            #
+# Date:                    03/09/2001                                     #
+###########################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ pi-                           PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- pi+                           PHSP;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mKK.dec b/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mKK.dec
new file mode 100644
index 0000000..2a391fa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mKK.dec
@@ -0,0 +1,45 @@
+###################################################################
+#                                                                 #
+# Decay: B0 -> D*- pi+ (D*- -> anti-D0 pi- (anti-D0 -> K+ K-))    #            
+#        anti-B0 -> X;   + cc                                     #
+#                                                                 #
+# Author: Giovanni Marchiori                                      #
+# Date:                    03/15/2002                             #
+###################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ pi-                           PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- pi+                           PHSP;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  K+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  K-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mKpi.dec b/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mKpi.dec
new file mode 100644
index 0000000..816b533
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mKpi.dec
@@ -0,0 +1,45 @@
+###################################################################
+#                                                                 #
+# Decay: B0 -> D*- pi+ (D*- -> anti-D0 pi- (anti-D0 -> K+ pi-))   #            
+#        anti-B0 -> X;   + cc                                     #
+#                                                                 #
+# Author: Giampiero Mancinelli                                    #
+# Date:                    03/09/2001                             #
+###################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ pi-                           PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- pi+                           PHSP;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mKpipi0.dec b/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mKpipi0.dec
new file mode 100644
index 0000000..e556cf4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mKpipi0.dec
@@ -0,0 +1,44 @@
+####################################################################
+#                                                                  #
+# Decay: B0 -> D*- pi+ (D*- -> anti-D0 pi- (anti-D0 -> K+ pi- pi0))#           
+#        anti-B0 -> X;   + cc                                      #
+#                                                                  #
+# Author: Giampiero Mancinelli                                     #
+# Date:                    03/09/2001                              #
+####################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ pi-                            PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- pi+                            PHSP;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mpipi.dec b/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mpipi.dec
new file mode 100644
index 0000000..5eb0e46
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpi_DstarmD0pi_D0mpipi.dec
@@ -0,0 +1,45 @@
+###################################################################
+#                                                                 #
+# Decay: B0 -> D*- pi+ (D*- -> anti-D0 pi- (anti-D0 -> pi+ pi-))  #            
+#        anti-B0 -> X;   + cc                                     #
+#                                                                 #
+# Author: Giovanni Marchiori                                      #
+# Date:                    03/15/2002                             #
+###################################################################
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ pi-                           PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- pi+                           PHSP;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0    pi-                   VSS;
+Enddecay
+#
+Decay MyD0
+1.000   pi-  pi+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   pi+  pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarpilnu_KPi.dec b/BaBar_2014/B0B0bar_Dstarpilnu_KPi.dec
new file mode 100644
index 0000000..91b7b1f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpilnu_KPi.dec
@@ -0,0 +1,55 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X      anti-B0->D*+ pi0 l- anti-nu_l   #
+#                              |-> D0 pi              #
+#                                  |-> K pi           #
+#                                                     #
+# with l = e or mu                                    #
+#                               + CC                  #
+#                                                     #
+# Author: Rolf Dubitzky                               #
+# Created:                  15/Oct/99                 #
+# Mail: dubitzky@SLAC.STANFORD.EDU                    #
+#######################################################
+#
+
+#
+Alias myantiB0  anti-B0
+Alias myB0      B0
+Alias myD*+     D*+
+Alias myD*-     D*-
+Alias myantiD0  anti-D0
+Alias myD0      D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myantiB0
+0.5000   myD*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.5000   myD*+  pi0   mu-  anti-nu_mu     PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay myB0
+0.5000   myD*-  pi0   e+   nu_e           PHOTOS GOITY_ROBERTS;
+0.5000   myD*-  pi0   mu+  nu_mu          PHOTOS GOITY_ROBERTS;
+Enddecay
+#
+Decay myD*+
+1.0000    myD0  pi+                       VSS;
+Enddecay
+#
+Decay myD*-
+1.0000    myantiD0  pi-                   VSS;
+Enddecay
+#
+Decay myD0
+1.0000   K-  pi+                          PHSP;
+Enddecay
+#
+Decay myantiD0
+1.0000   K+  pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarpipi0_nonres.dec b/BaBar_2014/B0B0bar_Dstarpipi0_nonres.dec
new file mode 100644
index 0000000..25b8f06
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpipi0_nonres.dec
@@ -0,0 +1,38 @@
+####################################################
+#                                                  #
+# Decay: anti-B0 -> D*+ pi- pi0, B0 -> X    +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+# 6 sep 2000, Abi Soffer                           #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ pi- pi0 			PHSP;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- pi+ pi0                     PHSP;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstarpkm_DstarD0pi.dec b/BaBar_2014/B0B0bar_Dstarpkm_DstarD0pi.dec
new file mode 100644
index 0000000..e073c13
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpkm_DstarD0pi.dec
@@ -0,0 +1,43 @@
+####################################################
+#                                                  #
+# Inclusive D*K decay.dec #1                      #
+#                                                  #
+# D*K signal from B0-antiB0 for SP2               #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ K-, B0 -> X  +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+# 25.09.2001 M. Zito (IHBD AWG)                    #
+# contact zito@slac                                #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.00   MyD*+ K-                SVS;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyB0
+1.00   MyD*- K+                SVS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarpkstarm_DstarD0pi.dec b/BaBar_2014/B0B0bar_Dstarpkstarm_DstarD0pi.dec
new file mode 100644
index 0000000..b1ea7e1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarpkstarm_DstarD0pi.dec
@@ -0,0 +1,59 @@
+####################################################
+#                                                  #
+# Inclusive D*K* decay.dec                         #
+#                                                  #
+# D*K* signal from B0-antiB0 for SP2               #
+#                                                  #
+# Decay:anti-B0 -> D*(2010)+ K*-, B0 -> X  +c.c.   #
+#                  |-> D0 pi+  |->K- pi0           #
+#                       |-> X                      #
+#                                                  #
+#    NB K* is long polarized                       #
+# 26.09.2001 M. Zito (IHBD AWG)                    #
+# contact : zito@slac                              #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyD*+ MyK*-              SVV_HELAMP   0.0   0.0   1.0  0.0   0.0 0.0  ;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                      VSS;
+Enddecay
+#
+#
+Decay MyB0
+1.0000 MyD*- MyK*+             SVV_HELAMP   0.0   0.0   1.0  0.0   0.0 0.0  ;    
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000 K- pi0                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000 K+ pi0                 VSS;
+Enddecay
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_DstarpmD0mmKpimmpimpi_Xclnu.dec b/BaBar_2014/B0B0bar_DstarpmD0mmKpimmpimpi_Xclnu.dec
new file mode 100644
index 0000000..800926a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpmD0mmKpimmpimpi_Xclnu.dec
@@ -0,0 +1,108 @@
+###############################################################################
+#   Up(4S) -> B0  B0bar                                    + CC               #
+#             |    |                                                          #
+#             |    +-> X_c l- nu_bar (l = e or mu)                            #
+#             |                                                               #
+#             +-> D*-(D0bar(K+pi-) pi-) pi+                                   #
+#                                                                             #
+#                                                                             # 
+#                                                                             #
+# Mail: ursl@slac.stanford.edu                                                #
+###############################################################################
+# -- Xclnu b decay
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+# -- reco B
+Alias rB0  B0
+Alias rantiB0 anti-B0
+ChargeConj rB0 rantiB0
+#
+Alias rD*+ D*+
+Alias rD*- D*-
+ChargeConj rD*+ rD*-
+#
+Alias rD0 D0
+Alias rantiD0 anti-D0
+ChargeConj rD0 rantiD0
+#
+Decay Upsilon(4S)
+0.50000 rB0 myantiB0                        VSS_MIX  dm;
+0.50000 myB0 rantiB0                       VSS_MIX  dm;
+Enddecay
+#
+# ----------------------------------------------------------------------
+# -- B decay
+Decay rB0 
+1.000     rD*- pi+     SVS;
+Enddecay
+#
+Decay rantiB0
+1.000     rD*+ pi-     SVS;
+Enddecay
+# -- D*+ decay
+Decay rD*+
+1.000     rD0 pi+      VSS;
+Enddecay
+#
+Decay rD*-
+1.000     rantiD0 pi- VSS;
+Enddecay
+# -- D0 decay
+Decay rD0
+1.000     K- pi+       PHSP;
+Enddecay
+Decay rantiD0
+1.000     K+ pi-       PHSP;
+Enddecay
+# ----------------------------------------------------------------------
+# force myB0 to always decay to Xc l nu
+#
+Decay myantiB0
+0.0560   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+0.0056   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0020   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0560   D*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D+     mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0056   D_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0020   D_0*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   D'_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   D_2*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0010   D*+  pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0020   D*0  pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0030   D+   pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0060   D0   pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+Enddecay
+#
+Decay myB0
+0.0560   D*-    e+   nu_e           PHOTOS HQET 0.92 1.18 0.72;
+0.0210   D-     e+   nu_e           PHOTOS ISGW2;
+0.0056   D_1-   e+   nu_e           PHOTOS ISGW2;
+0.0020   D_0*-   e+   nu_e           PHOTOS ISGW2;
+0.0037   D'_1-   e+   nu_e           PHOTOS ISGW2;
+0.0037   D_2*-   e+   nu_e           PHOTOS ISGW2;
+0.0010   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0020   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0030   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0060   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0560   D*-    mu+  nu_mu           PHOTOS HQET 0.92 1.18 0.72;
+0.0210   D-     mu+  nu_mu           PHOTOS ISGW2;
+0.0056   D_1-   mu+  nu_mu           PHOTOS ISGW2;
+0.0020   D_0*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   D'_1-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   D_2*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0010   D*-  pi0   mu+  nu_mu       PHOTOS GOITY_ROBERTS;
+0.0020   anti-D*0  pi-   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+0.0030   D-   pi0   mu+  nu_mu       PHOTOS GOITY_ROBERTS;
+0.0060   anti-D0  pi-   mu+  nu_mu    PHOTOS    GOITY_ROBERTS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarpmD0mmKpimmpimpi_Xulnu.dec b/BaBar_2014/B0B0bar_DstarpmD0mmKpimmpimpi_Xulnu.dec
new file mode 100644
index 0000000..a304e9b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarpmD0mmKpimmpimpi_Xulnu.dec
@@ -0,0 +1,139 @@
+###############################################################################
+#   Up(4S) -> B0  B0bar                                    + CC               #
+#             |    |                                                          #
+#             |    +-> X_u l- nu_bar (l = e or mu)                            #
+#             |                                                               #
+#             +-> D*-(D0bar(K+pi-) pi-) pi+                                   #
+#                                                                             #
+#                                                                             # 
+#                                                                             #
+# Mail: ursl@slac.stanford.edu                                                #
+###############################################################################
+# -- Xulnu b decay
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+# -- reco B
+Alias rB0  B0
+Alias rantiB0 anti-B0
+ChargeConj rB0 rantiB0
+#
+Alias rD*+ D*+
+Alias rD*- D*-
+ChargeConj rD*+ rD*-
+#
+Alias rD0 D0
+Alias rantiD0 anti-D0
+ChargeConj rD0 rantiD0
+#
+Decay Upsilon(4S)
+0.50000 rB0 myantiB0                        VSS_MIX  dm;
+0.50000 myB0 rantiB0                       VSS_MIX  dm;
+Enddecay
+#
+# ----------------------------------------------------------------------
+# -- B decay
+Decay rB0 
+1.000     rD*- pi+     SVS;
+Enddecay
+#
+Decay rantiB0
+1.000     rD*+ pi-     SVS;
+Enddecay
+# -- D*+ decay
+Decay rD*+
+1.000     rD0 pi+      VSS;
+Enddecay
+#
+Decay rD*-
+1.000     rantiD0 pi- VSS;
+Enddecay
+# -- D0 decay
+Decay rD0
+1.000     K- pi+       PHSP;
+Enddecay
+Decay rantiD0
+1.000     K+ pi-       PHSP;
+Enddecay
+# ----------------------------------------------------------------------
+# force myB0 to always decay to Xu l nu
+Decay myantiB0
+0.000180   pi+      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000250   rho+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000153   a_1+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000192   b_1+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000009   a_0+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000058   a_2+     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   pi(2S)+  e-   anti-nu_e        PHOTOS   ISGW2;
+0.000072   rho(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000180   pi+      mu-  anti-nu_mu                ISGW2;
+0.000250   rho+     mu-  anti-nu_mu                ISGW2;
+0.000153   a_1+     mu-  anti-nu_mu                ISGW2;
+0.000192   b_1+     mu-  anti-nu_mu                ISGW2;
+0.000009   a_0+     mu-  anti-nu_mu                ISGW2;
+0.000058   a_2+     mu-  anti-nu_mu                ISGW2;
+0.000030   pi(2S)+  mu-  anti-nu_mu                ISGW2;
+0.000072   rho(2S)+ mu-  anti-nu_mu                ISGW2;
+Enddecay
+#
+Decay myB0
+0.000180   pi-      e+   nu_e        PHOTOS   ISGW2;
+0.000250   rho-     e+   nu_e        PHOTOS   ISGW2;
+0.000153   a_1-     e+   nu_e        PHOTOS   ISGW2;
+0.000192   b_1-     e+   nu_e        PHOTOS   ISGW2;
+0.000009   a_0-     e+   nu_e        PHOTOS   ISGW2;
+0.000058   a_2-     e+   nu_e        PHOTOS   ISGW2;
+0.000030   pi(2S)-  e+   nu_e        PHOTOS   ISGW2;
+0.000072   rho(2S)- e+   nu_e        PHOTOS   ISGW2;
+0.000180   pi-      mu+  nu_mu                ISGW2;
+0.000250   rho-     mu+  nu_mu                ISGW2;
+0.000153   a_1-     mu+  nu_mu                ISGW2;
+0.000192   b_1-     mu+  nu_mu                ISGW2;
+0.000009   a_0-     mu+  nu_mu                ISGW2;
+0.000058   a_2-     mu+  nu_mu                ISGW2;
+0.000030   pi(2S)-  mu+  nu_mu                ISGW2;
+0.000072   rho(2S)- mu+  nu_mu                ISGW2;
+Enddecay
+#
+Decay pi(2S)+
+0.3500   rho0 pi+                         PHSP;
+0.3500   rho+ pi0                         PHSP;
+0.2000   pi+  pi+ pi-                     PHSP;
+0.1000   pi+  pi0 pi0                     PHSP;
+Enddecay
+Decay pi(2S)-
+0.3500   rho0 pi-                         PHSP;
+0.3500   rho- pi0                         PHSP;
+0.2000   pi-  pi+ pi-                     PHSP;
+0.1000   pi-  pi0 pi0                     PHSP;
+Enddecay
+Decay pi(2S)0
+0.3500   rho+ pi-                         PHSP;
+0.3500   rho- pi+                         PHSP;
+0.2000   pi+ pi- pi0                      PHSP;
+0.1000   pi0 pi0 pi0                      PHSP;
+Enddecay
+#
+Decay rho(2S)+
+0.4000   pi+ pi0                         PHSP;
+0.4000   pi+ pi+ pi- pi0                 PHSP;
+0.2000   pi+ pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)-
+0.4000   pi- pi0                         PHSP;
+0.4000   pi- pi+ pi- pi0                 PHSP;
+0.2000   pi- pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)0
+0.4000   pi+ pi-                         PHSP;
+0.3500   pi+ pi- pi+ pi-                 PHSP;
+0.1500   pi+ pi- pi0 pi0                 PHSP;
+0.1000   pi0 pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay omega(2S)
+0.5000   rho+ pi-                        PHSP;
+0.5000   rho- pi+                        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstarppimD0pipmK4pi.dec b/BaBar_2014/B0B0bar_DstarppimD0pipmK4pi.dec
new file mode 100644
index 0000000..7d22daf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstarppimD0pipmK4pi.dec
@@ -0,0 +1,50 @@
+###########################################################################
+#                                                                         #
+# Decay: antiB0 -> D*-pi+(D*- -> anti-D0 p-(anti-D0 ->K0spi-pi+pi-pi+))   #    
+#        B0 -> X;   + cc 				                  #
+#                                                                         #
+# Author: Fabio Ferrarotto 
+# Date:                    5/6/2002
+###########################################################################
+#
+# Alias MyB0  B0
+# Alias Myanti-B0  anti-B0
+Alias MyD*+     D*+
+# Alias MyD*-     D*-
+Alias MyD0      D0
+# Alias Myanti-D0  anti-D0
+Alias MyK_S0    K_S0  
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0                    VSS_BMIX dm;
+Enddecay
+#
+Decay anti-B0
+1.000 MyD*+ pi-                           PHSP;
+Enddecay
+#
+# Decay MyB0
+# 1.000 MyD*- pi+                           PHSP;
+# Enddecay
+#
+Decay MyD*+
+1.000  MyD0    pi+                        VSS;
+Enddecay
+#
+# Decay MyD*-
+# 1.000  Myanti-D0    pi-                   VSS;
+# Enddecay
+#
+Decay MyD0
+1.000   MyK_S0  pi+  pi+  pi-  pi-          PHSP;
+Enddecay
+#
+# Decay Myanti-D0
+# 1.000   MyK_S0 pi-  pi+  pi-  pi+           PHSP;
+# Enddecay
+#
+Decay MyK_S0
+1.000   pi+  pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi.dec b/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi.dec
new file mode 100644
index 0000000..c7e5837
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi.dec
@@ -0,0 +1,43 @@
+####################################################
+#                                                  #
+# Inclusive D*pi decay.dec #1                      #
+#                                                  #
+# D*pi signal from B0-antiB0 for SP2               #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ pi-, B0 -> X  +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+# 11.11.99 S.Xella (IHB AWG)                       #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.00   MyD*+ pi-                SVS;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyB0
+1.00   MyD*- pi+                SVS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi_DmKspi0.dec b/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi_DmKspi0.dec
new file mode 100644
index 0000000..7ae086c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi_DmKspi0.dec
@@ -0,0 +1,53 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*+ pi-, B0 -> X       +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> Ks pi0                 #
+#                                                  #
+#                                                  #
+# 06 May 2003  Kelly E Ford                        #
+#                                                  #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ pi-              SVS;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+               VSS;
+Enddecay
+#
+Decay MyD0
+1.0000 K_S0 pi0               PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- pi+              SVS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-          VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K_S0 pi0               PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi_cpv.dec b/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi_cpv.dec
new file mode 100644
index 0000000..2163af0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi_cpv.dec
@@ -0,0 +1,23 @@
+Alias myB0 B0
+
+Alias myD*- D*-
+Alias myD*+ D*+
+ChargeConj myD*- myD*+
+
+Decay Upsilon(4S)
+1.0 myB0 anti-B0 VSS;
+Enddecay
+
+Decay myB0
+1.0 myD*- pi+ SVS_NONCPEIGEN 1.1 dm 0.5 1 0 0.025 0.3;
+Enddecay
+
+Decay myD*-
+1.0 anti-D0 pi- VSS;
+Enddecay
+
+Decay myD*+
+1.0 D0 pi+ VSS;
+Enddecay
+                             
+End
diff --git a/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi_cpvB.dec b/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi_cpvB.dec
new file mode 100644
index 0000000..e30be94
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarppim_DstarD0pi_cpvB.dec
@@ -0,0 +1,23 @@
+Alias myB0 B0
+
+Alias myD*- D*-
+Alias myD*+ D*+
+ChargeConj myD*- myD*+
+
+Decay Upsilon(4S)
+1.0 myB0 anti-B0 VSS;
+Enddecay
+
+Decay myB0
+1.0 myD*- pi+ SVS_NONCPEIGEN 1.1 dm 0.5 1 0 0.1 0.3;
+Enddecay
+
+Decay myD*-
+1.0 anti-D0 pi- VSS;
+Enddecay
+
+Decay myD*+
+1.0 D0 pi+ VSS;
+Enddecay
+                             
+End
diff --git a/BaBar_2014/B0B0bar_Dstarppim_DstarDpi0.dec b/BaBar_2014/B0B0bar_Dstarppim_DstarDpi0.dec
new file mode 100644
index 0000000..a12b838
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarppim_DstarDpi0.dec
@@ -0,0 +1,43 @@
+####################################################
+#                                                  #
+# Inclusive D*pi decay.dec #1                      #
+#                                                  #
+# D*pi signal from B0-antiB0 for SP2               #
+#                                                  #
+# Decay: anti-B0 -> D*(2010)+ pi-, B0 -> X  +c.c.  #
+#                   |-> D+ pi0                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+# 11.11.99 S.Xella (IHB AWG)                       #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.00   MyD*+ pi-                SVS;
+Enddecay
+#
+Decay MyD*+
+1.0000 D+ pi0                   VSS;
+Enddecay
+#
+Decay MyB0
+1.00   MyD*- pi+                SVS;
+Enddecay
+#
+Decay MyD*-
+1.0000 D- pi0                   VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarppim_DstarDpi0_DmKspi.dec b/BaBar_2014/B0B0bar_Dstarppim_DstarDpi0_DmKspi.dec
new file mode 100644
index 0000000..e746400
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarppim_DstarDpi0_DmKspi.dec
@@ -0,0 +1,53 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*+ pi-, B0 -> X       +c.c.  #
+#                   |-> D+ pi0                     #
+#                       |-> Ks pi+                 #
+#                                                  #
+#                                                  #
+# 06 May 2003  Kelly E Ford                        #
+#                                                  #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD- D-
+Alias MyD+ D+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ pi-               SVS;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD+ pi0                VSS;
+Enddecay
+#
+Decay MyD+
+1.0000 K_S0 pi+                PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- pi+               SVS;
+Enddecay
+#
+Decay MyD*-
+1.0000 MyD- pi0                  VSS;
+Enddecay
+#
+Decay MyD-
+1.0000 K_S0 pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarppim_DstarDpi0_cpv.dec b/BaBar_2014/B0B0bar_Dstarppim_DstarDpi0_cpv.dec
new file mode 100644
index 0000000..2163af0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarppim_DstarDpi0_cpv.dec
@@ -0,0 +1,23 @@
+Alias myB0 B0
+
+Alias myD*- D*-
+Alias myD*+ D*+
+ChargeConj myD*- myD*+
+
+Decay Upsilon(4S)
+1.0 myB0 anti-B0 VSS;
+Enddecay
+
+Decay myB0
+1.0 myD*- pi+ SVS_NONCPEIGEN 1.1 dm 0.5 1 0 0.025 0.3;
+Enddecay
+
+Decay myD*-
+1.0 anti-D0 pi- VSS;
+Enddecay
+
+Decay myD*+
+1.0 D0 pi+ VSS;
+Enddecay
+                             
+End
diff --git a/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pi.dec b/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pi.dec
new file mode 100644
index 0000000..90e8ea6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pi.dec
@@ -0,0 +1,43 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*+ rho-, B0 -> X       +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+# 11.11.99 S.Xella  (IHB AWG)                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ rho-               SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- rho+               SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pi_DmKspi0.dec b/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pi_DmKspi0.dec
new file mode 100644
index 0000000..023ddac
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pi_DmKspi0.dec
@@ -0,0 +1,53 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*+ rho-, B0 -> X       +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> Ks pi0                 #
+#                                                  #
+#                                                  #
+# 06 May 2003  Kelly E Ford                        #
+#                                                  #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ rho-              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+               VSS;
+Enddecay
+#
+Decay MyD0
+1.0000 K_S0 pi0               PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- rho+              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-          VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K_S0 pi0               PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pimSVV_HELAMP.dec b/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pimSVV_HELAMP.dec
new file mode 100644
index 0000000..7b08b3f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pimSVV_HELAMP.dec
@@ -0,0 +1,45 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*+ rho-, B0 -> X       +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+# 11.11.99 S.Xella  (IHB AWG)                      #
+# dm modified: g.london 17/2  			   #
+#contact Abi abi@slac	                    	   #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ rho-               SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- rho+               SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pimSVV_HELAMPmfix.dec b/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pimSVV_HELAMPmfix.dec
new file mode 100644
index 0000000..53371c8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pimSVV_HELAMPmfix.dec
@@ -0,0 +1,47 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*+ rho-, B0 -> X       +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+# 11.11.99 S.Xella  (IHB AWG)                      #
+# dm modified: g.london 17/2  			   #
+# Bug fix in the order of the H+ and H- amplitude  #
+#    parameters, Abi abi@slac, 4/9/04         	   #
+# contact Abi abi@slac	                    	   #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 rho- MyD*+               SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyB0
+1.000 rho+ MyD*-               SVV_HELAMP 0.317 0.19 0.936 0.0 0.152 1.47; 
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pimSVV_NONCPEIGEN.dec b/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pimSVV_NONCPEIGEN.dec
new file mode 100644
index 0000000..c811875
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarprhom_DstarD0pimSVV_NONCPEIGEN.dec
@@ -0,0 +1,43 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*+ rho-, B0 -> X       +c.c.  #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+# 11.11.99 S.Xella  (IHB AWG)                      #
+# dm modified: g.london 17/2  			   #
+#contact Abi abi@slac	                    	   #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+ChargeConj MyD*-  MyD*+
+#
+Decay Upsilon(4S)
+1.0 MyB0 anti-B0 VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- rho+ SVV_NONCPEIGEN dm beta gamma 
+		0.152  1.47 0.936   0   0.317   0.19
+		0.0304 1.2  0.01872 0.3 0.00634 0; 
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstarprhom_DstarDpi0.dec b/BaBar_2014/B0B0bar_Dstarprhom_DstarDpi0.dec
new file mode 100644
index 0000000..045a89f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarprhom_DstarDpi0.dec
@@ -0,0 +1,43 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*+ rho-, B0 -> X       +c.c.  #
+#                   |-> D+ pi0                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+# 11.11.99 S.Xella  (IHB AWG)                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ rho-               SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D+ pi0                   VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- rho+               SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000 D- pi0                   VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarprhom_DstarDpi0_DmKspi.dec b/BaBar_2014/B0B0bar_Dstarprhom_DstarDpi0_DmKspi.dec
new file mode 100644
index 0000000..c336e3a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarprhom_DstarDpi0_DmKspi.dec
@@ -0,0 +1,53 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*+ rho-, B0 -> X       +c.c.  #
+#                   |-> D+ pi0                     #
+#                       |-> Ks pi+                 #
+#                                                  #
+#                                                  #
+# 06 May 2003  Kelly E Ford                        #
+#                                                  #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD- D-
+Alias MyD+ D+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ rho-               SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD+ pi0                VSS;
+Enddecay
+#
+Decay MyD+
+1.0000 K_S0 pi+                PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- rho+               SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000 MyD- pi0                  VSS;
+Enddecay
+#
+Decay MyD-
+1.0000 K_S0 pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarprhom_DstarDpi0mSVV_HELAMP.dec b/BaBar_2014/B0B0bar_Dstarprhom_DstarDpi0mSVV_HELAMP.dec
new file mode 100644
index 0000000..689c97b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarprhom_DstarDpi0mSVV_HELAMP.dec
@@ -0,0 +1,43 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B0-antiB0 for SP2              #
+#                                                  #
+# Decay: anti-B0 -> D*+ rho-, B0 -> X       +c.c.  #
+#                   |-> D+ pi0                     #
+#                       |-> X                      #
+#                                                  #
+#                                                  #
+# 11.11.99 S.Xella  (IHB AWG)                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyD*+ rho-               SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+Enddecay
+#
+Decay MyD*+
+1.0000 D+ pi0                   VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyD*- rho+               SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+Enddecay
+#
+Decay MyD*-
+1.0000 D- pi0                   VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstarstarlnu.dec b/BaBar_2014/B0B0bar_Dstarstarlnu.dec
new file mode 100644
index 0000000..2fca223
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstarstarlnu.dec
@@ -0,0 +1,153 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X      anti-B0->   D** l nu            #
+#                                                     #
+# with D**                                            #
+#    D_1+    ->  D*0 pi+                              #
+#            ->  D*+ pi0                              #
+#    D'_1+   ->  D*+ pi0                              #
+#    D_2*+   ->  D*0 pi+                              #
+#            ->  D*+ pi0                              #
+#            ->  D0 pi+                               #
+#            ->  D+ pi0                               #
+#    D*+  pi0                                         #
+#                                                     #
+# with D*+ -> D0 pi+                                  #
+#      D*0 -> D0 pi0                                  #
+#                                                     #
+# with D0 -> K- pi+                                   #
+#      D+ -> K- pi+ pi+                               #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author: Armin Hauke                                 #
+#         Rolf Dubitzky                               #
+# Created:                  11/Dec/01                 #
+# Mail: dubitzky@SLAC.STANFORD.EDU                    #
+#######################################################
+#
+
+#
+Alias myantiB0  anti-B0
+Alias myB0  B0
+#
+Alias myD_1+        D_1+
+Alias myD'_1+       D'_1+ 
+Alias myD_2*+       D_2*+ 
+Alias myD_1-        D_1-
+Alias myD'_1-       D'_1-
+Alias myD_2*-       D_2*-  
+#
+Alias myanti-D*0         anti-D*0
+Alias myD*0         D*0
+Alias myD*+         D*+
+Alias myD*-         D*-
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+Alias myD+          D+
+Alias myD-          D-
+#
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+0.1250  myD_1-       e+   nu_e           PHOTOS ISGW2;
+0.1250  myD'_1-      e+   nu_e           PHOTOS ISGW2;
+0.1250  myD_2*-      e+   nu_e           PHOTOS ISGW2;
+0.1250  myD*-  pi0   e+   nu_e           PHOTOS GOITY_ROBERTS;
+0.1250  myD_1-       mu+  nu_mu          PHOTOS ISGW2;
+0.1250  myD'_1-      mu+  nu_mu          PHOTOS ISGW2;
+0.1250  myD_2*-      mu+  nu_mu          PHOTOS ISGW2;
+0.1250  myD*-  pi0   mu+  nu_mu          PHOTOS GOITY_ROBERTS;
+Enddecay
+#
+Decay myantiB0
+0.1250  myD_1+       e-   anti-nu_e          PHOTOS  ISGW2;
+0.1250  myD'_1+      e-   anti-nu_e          PHOTOS  ISGW2;
+0.1250  myD_2*+      e-   anti-nu_e          PHOTOS  ISGW2;
+0.1250  myD*+  pi0   e-   anti-nu_e          PHOTOS  GOITY_ROBERTS;
+0.1250  myD_1+       mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.1250  myD'_1+      mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.1250  myD_2*+      mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.1250  myD*+  pi0   mu-  anti-nu_mu         PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+
+
+#
+#   D**
+#
+Decay myD_1+
+0.5000    myD*+ pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000    myD*0 pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay myD_1-
+0.5000    myD*- pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000    myanti-D*0 pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay myD'_1+
+1.0000    myD*+ pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay myD'_1-
+1.0000    myD*- pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay myD_2*+
+0.2500    myD*+ pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2500    myD*0 pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2500    myD+  pi0                        TSS;
+0.2500    myD0  pi+                        TSS;
+Enddecay
+Decay myD_2*-
+0.2500    myD*-       pi0                   TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2500    myanti-D*0  pi-                   TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2500    myD-        pi0                   TSS;
+0.2500    myanti-D0   pi-                   TSS;
+Enddecay
+
+
+#
+#   D*
+#
+Decay myD*+
+1.0000    myD0  pi+                        VSS;
+Enddecay
+Decay myD*-
+1.0000    myanti-D0  pi-                    VSS;
+Enddecay
+Decay myD*0
+1.0000    myD0  pi0                        VSS;
+Enddecay
+Decay myanti-D*0
+1.0000    myanti-D0  pi0                   VSS;
+Enddecay
+
+
+#
+# D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+Decay myD+
+# the Dalitz mode below includes K*bar(892)0 pi+, K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0000   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+Decay myD-
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+1.0000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/B0B0bar_DstplusK.dec b/BaBar_2014/B0B0bar_DstplusK.dec
new file mode 100644
index 0000000..a8cfa6a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_DstplusK.dec
@@ -0,0 +1,64 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> D*+ K-,     B0 -> X;   + cc   #
+#                                                 #
+# Author: Natalia Kuznetsova                      #
+# Date:                    11/25/99               #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+ChargeConj MyB0 Myanti-B0
+#
+#
+Alias MyD*+  D*+
+Alias MyD*-  D*-
+ChargeConj MyD*+  MyD*-
+#
+Alias MyD+ D+
+Alias MyD- D-
+ChargeConj MyD+ MyD-
+#
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyD*+  K-          SVS;
+Enddecay
+Decay MyB0
+1.000   MyD*-  K+          SVS;
+Enddecay
+#
+Decay MyD*+
+0.6830    MyD0  pi+                        VSS;
+0.3060    MyD+  pi0                        VSS;
+Enddecay
+Decay MyD*-
+0.6830    Myanti-D0  pi-                   VSS;
+0.3060    MyD-  pi0                        VSS;
+Enddecay
+#
+Decay MyD+
+0.0910   K-  pi+  pi+                    D_DALITZ;
+0.0060   K-  pi+  pi+   pi0              PHSP;
+Enddecay
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+0.0060   K+  pi-  pi-   pi0              PHSP;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+Decay Myanti-D0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstr0pipluslnu_D0Kpi.dec b/BaBar_2014/B0B0bar_Dstr0pipluslnu_D0Kpi.dec
new file mode 100644
index 0000000..e52305a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstr0pipluslnu_D0Kpi.dec
@@ -0,0 +1,82 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X      anti-B0 -> D*0 pi+ l nu              #
+#                                |-> D*0 pi0               #
+#                                    |-> D0 pi0/gamma      #
+#                                        |-> K- pi+        #
+#                                                          #
+# with l = e or mu                                         #
+#                                                          #
+#                                                          #
+#   + CC                                                   #
+#                                                          #
+#                                                          #
+# Author:           Jens Schubert                          #
+# Created:            18/May/2004                          #
+# Mail: jschubi@SLAC.STANFORD.EDU                          #
+############################################################
+#
+#
+Alias myB0          B0
+Alias myanti-B0     anti-B0
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myanti-B0
+0.5000   myD*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.5000   myD*0  pi+   mu-  anti-nu_mu     PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay myB0
+0.5000   myanti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.5000   myanti-D*0  pi-   mu+  nu_mu      PHOTOS GOITY_ROBERTS;
+Enddecay
+
+
+#
+#   D*  -> D0 pi0/gamma
+#
+
+Decay myD*0
+0.6190    myD0  pi0                        VSS;
+0.3810    myD0  gamma                      VSP_PWAVE;
+Enddecay
+Decay myanti-D*0
+0.6190    myanti-D0  pi0                       VSS;
+0.3810    myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu.dec b/BaBar_2014/B0B0bar_Dstrlnu.dec
new file mode 100644
index 0000000..c269187
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu.dec
@@ -0,0 +1,108 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> K- pi+         #
+#                                      K- pi+ pi0     #
+#                                      K- pi+ pi+ pi- #
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Mail: SCHUNEM@SLAC.STANFORD.EDU
+# Created:                  09/Feb/99                 #
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0 K*0
+Alias MyK_1+ K_1+
+#
+# And now the nightmare ... D0-> KPi , Kpipi0, K3pi
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi-  pi+                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                        VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_KPi.dec b/BaBar_2014/B0B0bar_Dstrlnu_KPi.dec
new file mode 100644
index 0000000..fdf379d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_KPi.dec
@@ -0,0 +1,57 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> K- pi+         #
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Created:                  09/Feb/99                 #
+# Created:                  15/Nov/99                 #
+# Mail: SCHUNEM@SLAC.STANFORD.EDU
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_Kpipi.dec b/BaBar_2014/B0B0bar_Dstrlnu_Kpipi.dec
new file mode 100644
index 0000000..0a53ed1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_Kpipi.dec
@@ -0,0 +1,58 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> K- pi+ pi0     #
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Created:                  09/Feb/99                 #
+# Modified by Rowan Hamilton                          #
+# Mail: METZLER@SLAC.STANFORD.EDU
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+#
+Decay MyD0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+Decay MyD0B
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_Kpipipi.dec b/BaBar_2014/B0B0bar_Dstrlnu_Kpipipi.dec
new file mode 100644
index 0000000..e5fc6a9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_Kpipipi.dec
@@ -0,0 +1,58 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> K- pi+ pi+ pi- #
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Created:                  09/Feb/99                 #
+# Modified by Rowan Hamilton                          #
+# Mail: METZLER@SLAC.STANFORD.EDU
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+#
+Decay MyD0
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+Decay MyD0B
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_Kspipi.dec b/BaBar_2014/B0B0bar_Dstrlnu_Kspipi.dec
new file mode 100644
index 0000000..cc7b5a7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_Kspipi.dec
@@ -0,0 +1,71 @@
+######################################################
+#                                                    #
+#  Decay:B0-> X      anti-B0->D*+ l- anti-nu_l       #           
+#                             |->D0 pi+              #
+#                                |-> Ks pi+ pi-   #
+#                                                    #
+#  with l = e or mu                                  #
+#                             +CC                    #
+#                                                    #
+#                                                    #
+# Mail: VSHARMA@SLAC.STANFORD.EDU 
+######################################################
+
+
+Alias MyB0B  anti-B0
+Alias MyB0   B0
+Alias MyD*+  D*+
+Alias MyD*-  D*-
+Alias MyD0B  anti-D0
+Alias MyD0   D0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyKs   K_S0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000  MyD*+  e-  anti-nu_e           PHOTOS HQET 0.92 1.18 0.72;
+0.5000  MyD*+  mu- anti-nu_mu          PHOTOS HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB0
+0.5000  MyD*-  e+  nu_e                PHOTOS HQET 0.92 1.18 0.72;
+0.5000  MyD*-  mu+ nu_mu               PHOTOS HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                     VSS;
+Enddecay
+#  
+Decay MyD*-
+1.0000  MyD0B  pi-                     VSS;
+Enddecay
+#
+Decay MyD0
+0.7000  MyK*-  pi+                     SVS;
+0.3000  MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyD0B
+0.7000  MyK*+  pi-                     SVS;
+0.3000  MyKs   pi+  pi-                PHSP;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyKs  pi-                      VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyKs   pi+                     VSS;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR1high.dec b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR1high.dec
new file mode 100644
index 0000000..e2e7183
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR1high.dec
@@ -0,0 +1,80 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> Kpi, K3pi, Kpipi0, Kspipi
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Created:                  09/Feb/99                 #
+# Altered: MS Gill          22/Dec/2002               #
+#   Contact: msgill@slac.stanford.edu                 #
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyKs   K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.6 0.72;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.6 0.72;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 0.92 1.6 0.72;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 0.92 1.6 0.72;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0746   K-  pi+ pi- pi+                 PHSP;
+0.131    K-  pi+ pi0                     PHSP;
+0.0207   MyK*-  pi+                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+0.0746   K+  pi- pi- pi+                 PHSP;
+0.131    K+  pi- pi0                     PHSP;
+0.0207   MyK*+  pi-                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyK*-
+1.0000  MyKs  pi-                      VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyKs  pi+                     VSS;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR1low.dec b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR1low.dec
new file mode 100644
index 0000000..1469898
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR1low.dec
@@ -0,0 +1,80 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> Kpi, K3pi, Kpipi0, Kspipi
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Created:                  09/Feb/99                 #
+# Altered: MS Gill          22/Dec/2002               #
+#   Contact: msgill@slac.stanford.edu                 #
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyKs   K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.00 0.72;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.00 0.72;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 0.92 1.00 0.72;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 0.92 1.00 0.72;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0746   K-  pi+ pi- pi+                 PHSP;
+0.131    K-  pi+ pi0                     PHSP;
+0.0207   MyK*-  pi+                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+0.0746   K+  pi- pi- pi+                 PHSP;
+0.131    K+  pi- pi0                     PHSP;
+0.0207   MyK*+  pi-                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyK*-
+1.0000  MyKs  pi-                      VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyKs  pi+                     VSS;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR2high.dec b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR2high.dec
new file mode 100644
index 0000000..df0f3e9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR2high.dec
@@ -0,0 +1,80 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> Kpi, K3pi, Kpipi0, Kspipi
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Created:                  09/Feb/99                 #
+# Altered: MS Gill          22/Dec/2002               #
+#   Contact: msgill@slac.stanford.edu                 #
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyKs   K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 1.00;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 1.00;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 0.92 1.18 1.00;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 0.92 1.18 1.00;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0746   K-  pi+ pi- pi+                 PHSP;
+0.131    K-  pi+ pi0                     PHSP;
+0.0207   MyK*-  pi+                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+0.0746   K+  pi- pi- pi+                 PHSP;
+0.131    K+  pi- pi0                     PHSP;
+0.0207   MyK*+  pi-                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyK*-
+1.0000  MyKs  pi-                      VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyKs  pi+                     VSS;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR2low.dec b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR2low.dec
new file mode 100644
index 0000000..762c96f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsR2low.dec
@@ -0,0 +1,80 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> Kpi, K3pi, Kpipi0, Kspipi
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Created:                  09/Feb/99                 #
+# Altered: MS Gill          22/Dec/2002               #
+#   Contact: msgill@slac.stanford.edu                 #
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyKs   K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.50;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.50;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 0.92 1.18 0.50;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 0.92 1.18 0.50;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0746   K-  pi+ pi- pi+                 PHSP;
+0.131    K-  pi+ pi0                     PHSP;
+0.0207   MyK*-  pi+                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+0.0746   K+  pi- pi- pi+                 PHSP;
+0.131    K+  pi- pi0                     PHSP;
+0.0207   MyK*+  pi-                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyK*-
+1.0000  MyKs  pi-                      VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyKs  pi+                     VSS;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsRhosqhigh.dec b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsRhosqhigh.dec
new file mode 100644
index 0000000..aa8bb44
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsRhosqhigh.dec
@@ -0,0 +1,80 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> Kpi, K3pi, Kpipi0, Kspipi
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Created:                  09/Feb/99                 #
+# Altered: MS Gill          22/Dec/2002               #
+#   Contact: msgill@slac.stanford.edu                 #
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyKs   K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 1.50 1.18 0.72;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 1.50 1.18 0.72;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 1.50 1.18 0.72;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 1.50 1.18 0.72;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0746   K-  pi+ pi- pi+                 PHSP;
+0.131    K-  pi+ pi0                     PHSP;
+0.0207   MyK*-  pi+                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+0.0746   K+  pi- pi- pi+                 PHSP;
+0.131    K+  pi- pi0                     PHSP;
+0.0207   MyK*+  pi-                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyK*-
+1.0000  MyKs  pi-                      VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyKs  pi+                     VSS;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsRhosqlow.dec b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsRhosqlow.dec
new file mode 100644
index 0000000..31de3ad
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_altHQETparamsRhosqlow.dec
@@ -0,0 +1,80 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> Kpi, K3pi, Kpipi0, Kspipi
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Created:                  09/Feb/99                 #
+# Altered: MS Gill          22/Dec/2002               #
+#   Contact: msgill@slac.stanford.edu                 #
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias MyK*+  K*+
+Alias MyK*-  K*-
+Alias MyKs   K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 0.50 1.18 0.72;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 0.50 1.18 0.72;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 0.50 1.18 0.72;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 0.50 1.18 0.72;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0746   K-  pi+ pi- pi+                 PHSP;
+0.131    K-  pi+ pi0                     PHSP;
+0.0207   MyK*-  pi+                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+0.0746   K+  pi- pi- pi+                 PHSP;
+0.131    K+  pi- pi0                     PHSP;
+0.0207   MyK*+  pi-                     SVS;
+0.0089   MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyK*-
+1.0000  MyKs  pi-                      VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyKs  pi+                     VSS;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_genericD0.dec b/BaBar_2014/B0B0bar_Dstrlnu_genericD0.dec
new file mode 100755
index 0000000..7e5495b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_genericD0.dec
@@ -0,0 +1,42 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                                     #
+#                                                     #
+#                                                     #
+#                                                     #
+# with l = e or mu
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*+
+1.0000    D0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    anti-D0  pi-                        VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Dstrlnu_phspOnly.dec b/BaBar_2014/B0B0bar_Dstrlnu_phspOnly.dec
new file mode 100644
index 0000000..9ecfbdc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Dstrlnu_phspOnly.dec
@@ -0,0 +1,110 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X       anti-B0->D*+ l- anti-nu_l      #
+#                               |->D0 pi+             #
+#                                  |-> K- pi+         #
+#                                      K- pi+ pi0     #
+#                                      K- pi+ pi+ pi- #
+#                                                     #
+# with l = e or mu 				      #
+#				+ CC		      #
+# Comments: using default value for dm                #
+#         B0's decay flat in phspace, no HQET assumed #
+#                                                     #
+#                                                     #  
+# Original: M.H. Schune + S. Plaszczynski             #
+# Modified: MS Gill (msgill@slac)                     #
+# Created:                  10/Jul/2003               #
+#######################################################
+#
+
+#
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0B
+0.5000   MyD*+    e-   anti-nu_e          PHOTOS  PHSP;
+0.5000   MyD*+    mu-  anti-nu_mu         PHOTOS  PHSP;
+Enddecay
+#
+Decay MyB0
+0.5000   MyD*-    e+   nu_e          PHOTOS  PHSP;
+0.5000   MyD*-    mu+  nu_mu         PHOTOS  PHSP;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0 K*0
+Alias MyK_1+ K_1+
+#
+# And now the nightmare ... D0-> KPi , Kpipi0, K3pi
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi-  pi+                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                        VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_EtacKS_pm.dec b/BaBar_2014/B0B0bar_EtacKS_pm.dec
new file mode 100644
index 0000000..c20b017
--- /dev/null
+++ b/BaBar_2014/B0B0bar_EtacKS_pm.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> 2pi2K                              #
+#                   |-> 4K                                 #
+#                   |-> 4pi                                #
+#                   |-> rho0 rho0                          #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   22/March/99                   #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+Alias MyEta   eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+# br(eta pi pi) is 0.032*0.4 where 0.4 comes from eta->gg
+Decay MyEta_c
+0.0200  pi+ pi- K+ K-             PHSP;
+0.0210  K+ K- K+ K-               PHSP;
+0.0128  MyEta pi+ pi-             PHSP;
+0.0120  pi+ pi- pi+ pi-           PHSP;
+0.0090  rho0 rho0                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+Decay MyEta
+1.0000  gamma gamma               PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_FSR_epem.dec b/BaBar_2014/B0B0bar_FSR_epem.dec
new file mode 100644
index 0000000..3a8eb65
--- /dev/null
+++ b/BaBar_2014/B0B0bar_FSR_epem.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> e+ e-,      B0->X             # 
+#        FSR + SLL                                #
+# + cc                                            #
+#                                                 #
+# Author:    Valerie H. & Urs L.                  #
+# Date:                    Jan 22, 2002           #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000 e+ e-                   PHOTOS SLL;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 e+ e-                   PHOTOS SLL;
+Enddecay 
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_FSR_epmum.dec b/BaBar_2014/B0B0bar_FSR_epmum.dec
new file mode 100644
index 0000000..055ee14
--- /dev/null
+++ b/BaBar_2014/B0B0bar_FSR_epmum.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> e+ mu-,      B0->X            # 
+#        FSR + SLL                                #
+# + cc                                            #
+#                                                 #
+# Author:    Valerie H. & Urs L.                  #
+# Date:                    Feb 12, 2002           #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000 e+ mu-                   PHOTOS SLL;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 mu+ e-                   PHOTOS SLL;
+Enddecay 
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_FSR_eptaum.dec b/BaBar_2014/B0B0bar_FSR_eptaum.dec
new file mode 100644
index 0000000..12e7949
--- /dev/null
+++ b/BaBar_2014/B0B0bar_FSR_eptaum.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> e+ tau-,      B0->X           # 
+#        FSR + SLL                                #
+# + cc                                            #
+#                                                 #
+# Author:    Valerie H. & Urs L.                  #
+# Date:                    Feb 12, 2002           #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000 e+ tau-                   PHOTOS SLL;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 tau+ e-                   PHOTOS SLL;
+Enddecay 
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_FSR_mupmum.dec b/BaBar_2014/B0B0bar_FSR_mupmum.dec
new file mode 100644
index 0000000..61c69a4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_FSR_mupmum.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> mu+ mu-,      B0->X             # 
+#        FSR + SLL                                #
+# + cc                                            #
+#                                                 #
+# Author:    Valerie H. & Urs L.                  #
+# Date:                    Jan 22, 2002           #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000 mu+ mu-                   PHOTOS SLL;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 mu+ mu-                   PHOTOS SLL;
+Enddecay 
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_FSR_muptaum.dec b/BaBar_2014/B0B0bar_FSR_muptaum.dec
new file mode 100644
index 0000000..8ac976f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_FSR_muptaum.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> mu+ tau-,      B0->X          # 
+#        FSR + SLL                                #
+# + cc                                            #
+#                                                 #
+# Author:    Valerie H. & Urs L.                  #
+# Date:                    Feb 12, 2002           #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000 mu+ tau-                   PHOTOS SLL;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 tau+ mu-                   PHOTOS SLL;
+Enddecay 
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_FSR_tauptaum.dec b/BaBar_2014/B0B0bar_FSR_tauptaum.dec
new file mode 100644
index 0000000..3ec768a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_FSR_tauptaum.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> tau+ tau-,      B0->X             # 
+#        FSR + SLL                                #
+# + cc                                            #
+#                                                 #
+# Author:    Valerie H. & Urs L.                  #
+# Date:                    Jan 22, 2002           #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000 tau+ tau-                   PHOTOS SLL;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 tau+ tau-                   PHOTOS SLL;
+Enddecay 
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_HHHHP.dec b/BaBar_2014/B0B0bar_HHHHP.dec
new file mode 100644
index 0000000..5d68ec7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_HHHHP.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# Decay: B0 -> h+ h+ h- h- pi0			  #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0     VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 pi+ pi- pi+ pi- pi0		PHSP;
+1.0000 K+ pi- pi+ pi- pi0		PHSP;
+1.0000 pi+ K- pi+ pi- pi0		PHSP;
+
+1.0000 K+ K- pi+ pi- pi0		PHSP;
+1.0000 K+ pi- K+ pi- pi0		PHSP;
+1.0000 K- pi+ K- pi+ pi0		PHSP;
+
+#1.0000 K+ K- K+ pi- pi0		PHSP;
+#1.0000 K+ K- pi+ K- pi0		PHSP;
+#1.0000 K+ K- K+ K- pi0			PHSP;
+Enddecay
+
+Decay MyB0
+1.0000 pi+ pi- pi+ pi- pi0		PHSP;
+1.0000 K+ pi- pi+ pi- pi0		PHSP;
+1.0000 pi+ K- pi+ pi- pi0		PHSP;
+
+1.0000 K+ K- pi+ pi- pi0		PHSP;
+1.0000 K+ pi- K+ pi- pi0		PHSP;
+1.0000 K- pi+ K- pi+ pi0		PHSP;
+
+#1.0000 K+ K- K+ pi- pi0		PHSP;
+#1.0000 K+ K- pi+ K- pi0		PHSP;
+#1.0000 K+ K- K+ K- pi0			PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_HHPPP.dec b/BaBar_2014/B0B0bar_HHPPP.dec
new file mode 100644
index 0000000..1397b93
--- /dev/null
+++ b/BaBar_2014/B0B0bar_HHPPP.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# Decay: B0 -> h+ h+ pi0 pi0 pi0		  #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0     VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 pi+ pi- pi0 pi0 pi0		PHSP;
+1.0000 K+ pi- pi0 pi0 pi0		PHSP;
+1.0000 pi+ K- pi0 pi0 pi0		PHSP;
+
+1.0000 K+ K- pi0 pi0 pi0		PHSP;
+Enddecay
+
+Decay MyB0
+1.0000 pi+ pi- pi0 pi0 pi0		PHSP;
+1.0000 K+ pi- pi0 pi0 pi0		PHSP;
+1.0000 pi+ K- pi0 pi0 pi0		PHSP;
+
+1.0000 K+ K- pi0 pi0 pi0		PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_Inclusivetap.dec b/BaBar_2014/B0B0bar_Inclusivetap.dec
new file mode 100644
index 0000000..29da879
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Inclusivetap.dec
@@ -0,0 +1,30 @@
+###################################################################
+# Inclusive etap production from B's                              #
+# Author: Y.Karyotakis        22 Oct 2000                         #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+#
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+
+Decay eta'
+0.3622     pi+ pi- eta                      PHSP;
+0.6378     gamma rho0                         PHSP;
+Enddecay
+#
+
+Decay eta
+0.63   gamma  gamma                       PHSP;
+0.37   pi+ pi- pi0			  PHSP;
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/B0B0bar_JPsiKs_AllJpsi.dec b/BaBar_2014/B0B0bar_JPsiKs_AllJpsi.dec
new file mode 100644
index 0000000..73acedc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JPsiKs_AllJpsi.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> X      |->pi+pi-                   #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: E. Varnes                                        #
+# Created:                   14/Aug/01                     #
+# Mail: VARNES@SLAC.STANFORD.EDU
+############################################################
+#
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  J/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  J/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiD0.dec b/BaBar_2014/B0B0bar_JpsiD0.dec
new file mode 100644
index 0000000..48fd4b7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiD0.dec
@@ -0,0 +1,34 @@
+###################################################################
+# B0~ -->  J/psi D0        B0 --> Generic                         #
+#           |    |                                                #
+#           |                                                     #
+#           |-->mu+mu-/e+e-                                       #
+#                                                                 #
+#                                                                 #
+# Author: Y.Karyotakis   3/6/01                                   #
+###################################################################
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyJ/psi anti-D0      SVS        ;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyJ/psi D0                   SVS;
+Enddecay
+#
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS  VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+End 
diff --git a/BaBar_2014/B0B0bar_JpsiD0_Kpi.dec b/BaBar_2014/B0B0bar_JpsiD0_Kpi.dec
new file mode 100644
index 0000000..aa611f7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiD0_Kpi.dec
@@ -0,0 +1,51 @@
+###################################################################
+# B0 -->  J/psi D0        B0 --> Generic                          #
+#           |    |                                                #
+#           |    |-> K pi                                         #
+#           |-->mu+mu-/e+e-                                       #
+#                                                                 #
+#                                                                 #
+# Author: D. Bernard       27 Nov 02                              #
+###################################################################
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyJ/psi Myanti-D0        SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyJ/psi MyD0             SVS;
+Enddecay
+#
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS  VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+Decay MyD0
+0.5000  MyK_S0   pi0        PHSP;
+0.5000  K-       pi+        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.5000  MyK_S0   pi0        PHSP;
+0.5000  K+       pi-        PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-             PHSP;
+Enddecay
+#
+End 
diff --git a/BaBar_2014/B0B0bar_JpsiDpi.dec b/BaBar_2014/B0B0bar_JpsiDpi.dec
new file mode 100644
index 0000000..76f383e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiDpi.dec
@@ -0,0 +1,37 @@
+###################################################################
+# B0~ -->  J/psi D+ pi-        B0 --> Generic                     #
+#           |                                                     #
+#           |                                                     #
+#           |-->mu+mu-/e+e-                                       #
+#                                                                 #
+#                                                                 #
+# Author: Y.Karyotakis   4/5/01                                   #
+###################################################################
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyJ/psi D- pi+         PHSP        ;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyJ/psi D+ pi-         PHSP        ;
+Enddecay
+#
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS  VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+End 
diff --git a/BaBar_2014/B0B0bar_JpsiDpiMod.dec b/BaBar_2014/B0B0bar_JpsiDpiMod.dec
new file mode 100644
index 0000000..1127dac
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiDpiMod.dec
@@ -0,0 +1,39 @@
+###################################################################
+# B0~ -->  J/psi D+ pi-        B0 --> Generic                     #
+#           |                                                     #
+#           |                                                     #
+#           |-->mu+mu-/e+e-                                       #
+#                                                                 #
+#                                                                 #
+# Author: D. Bernard 27 Nov 02                                    #
+###################################################################
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+0.500  MyJ/psi D- pi+         PHSP        ;
+0.500  MyJ/psi anti-D0 pi0    PHSP        ;
+Enddecay
+#
+Decay Myanti-B0
+0.500  MyJ/psi D+ pi-         PHSP        ;
+0.500  MyJ/psi D0 pi0         PHSP        ;
+Enddecay
+#
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS  VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+End 
diff --git a/BaBar_2014/B0B0bar_JpsiDstar.dec b/BaBar_2014/B0B0bar_JpsiDstar.dec
new file mode 100644
index 0000000..5318204
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiDstar.dec
@@ -0,0 +1,37 @@
+###################################################################
+# B0~ -->  J/psi D*        B0 --> Generic                         #
+#           |    |                                                #
+#           |                                                     #
+#           |-->mu+mu-/e+e-                                       #
+#                                                                 #
+#                                                                 #
+# Author: Y.Karyotakis   4/5/01                                   #
+###################################################################
+#
+Define beta 0.39
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyJ/psi anti-D*0      PHSP        ;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyJ/psi anti-D*0         PHSP        ;
+Enddecay
+#
+Decay MyJ/psi
+0.5000    mu+  mu-               PHOTOS  VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+End 
diff --git a/BaBar_2014/B0B0bar_JpsiEta.dec b/BaBar_2014/B0B0bar_JpsiEta.dec
new file mode 100644
index 0000000..8eb7edf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiEta.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi   eta,         B0 -> X           #
+#                   |-> e+e-   |->gamma gamma              #
+#                   |-> mu+mu- |->pi+ pi- pi0              #
+#                                                          #
+#                                                          #
+# Author: Jinlong Zhang                                    #
+############################################################
+#
+Alias MyB0 B0
+Alias MyJ/psi J/psi
+Alias MyEta eta
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyEta           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyEta           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   VLL;
+Enddecay
+#
+Decay MyEta
+0.5000    gamma gamma                      PHSP;
+0.5000    pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiEtaKs.dec b/BaBar_2014/B0B0bar_JpsiEtaKs.dec
new file mode 100644
index 0000000..72e881d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiEtaKs.dec
@@ -0,0 +1,48 @@
+###################################################################
+#  B0 -> J/psi Eta Ks, B0bar -> X
+#          |    |  |
+#          |    |   -> Pi+ Pi-
+#          |    |
+#          |     -> Gamma Gamma (50%), Pi+ Pi- Pi0 (50%)
+#          |
+#           -> e+e- (50%), mu+mu- (50%)
+#
+#         Eric Eckhart
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias MyEta eta
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyEta  MyK_S0    PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyEta  MyK_S0    PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyEta
+0.5000    gamma gamma                      PHSP;
+0.5000    pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiEtaP.dec b/BaBar_2014/B0B0bar_JpsiEtaP.dec
new file mode 100644
index 0000000..6e34dab
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiEtaP.dec
@@ -0,0 +1,44 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi   eta',         B0 -> X          #
+#                   |-> e+e-   |->pi+ pi- eta              #
+#                   |-> mu+mu- 
+#                                                          #
+#                                                          #
+# Author: Jinlong Zhang                                    #
+############################################################
+#
+Alias MyB0 B0
+Alias MyJ/psi J/psi
+Alias MyEtap eta'
+Alias MyEta eta
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyEtap           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyEtap           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   VLL;
+Enddecay
+#
+Decay MyEtap
+0.5000    pi+ pi- MyEta           PHSP;
+0.5000    rho0  gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyEta
+0.5000   gamma  gamma                       PHSP;
+0.5000    pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiEtaPKs.dec b/BaBar_2014/B0B0bar_JpsiEtaPKs.dec
new file mode 100644
index 0000000..ac3460e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiEtaPKs.dec
@@ -0,0 +1,56 @@
+###################################################################
+#  B0 -> J/psi Eta' Ks, B0bar -> X
+#          |    |   |
+#          |    |    -> Pi+ Pi-
+#          |    |
+#          |     -> Rho0 Gamma (50%), Eta Pi+ Pi- (50%)
+#          |                           |
+#          |                            -> Gamma Gamma
+#          |
+#           -> e+e- (50%), mu+mu- (50%)
+#
+#         Eric Eckhart
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias MyEta eta
+Alias MyEtaP eta'
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyEtaP  MyK_S0    PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyEtaP  MyK_S0    PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyEtaP
+0.5000    pi+ pi- MyEta           PHSP;
+0.5000    rho0  gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyEta
+0.5000   gamma  gamma                       PHSP;
+0.5000    pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiEta_2.dec b/BaBar_2014/B0B0bar_JpsiEta_2.dec
new file mode 100644
index 0000000..eff07ce
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiEta_2.dec
@@ -0,0 +1,43 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi   eta,         B0 -> X           #
+#                   |-> e+e-   |->gamma gamma              #
+#                   |-> mu+mu- |->pi+ pi- pi0              #
+#                                                          #
+#                                                          #
+# Author: Jinlong Zhang                                    #
+############################################################
+#
+Alias MyB0 B0
+Alias MyJ/psi J/psi
+Alias MyEta eta
+Alias Myanti-B0 anti-B0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyEta           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyEta           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   VLL;
+Enddecay
+#
+Decay MyEta
+0.5000    gamma gamma                      PHSP;
+0.5000    pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiEtap.dec b/BaBar_2014/B0B0bar_JpsiEtap.dec
new file mode 100644
index 0000000..430d49e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiEtap.dec
@@ -0,0 +1,44 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi   eta',         B0 -> X          #
+#                   |-> e+e-   |->pi+ pi- eta              #
+#                   |-> mu+mu- 
+#                                                          #
+#                                                          #
+# Author: Jinlong Zhang                                    #
+############################################################
+#
+Alias MyB0 B0
+Alias MyJ/psi J/psi
+Alias MyEtap eta'
+Alias MyEta eta
+Alias Myanti-B0 anti-B0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyEtap           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyEtap           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   VLL;
+Enddecay
+#
+Decay MyEtap
+1.0000    pi+ pi- MyEta           PHSP;
+Enddecay
+#
+Decay MyEta
+0.5000   gamma  gamma                       PHSP;
+0.5000    pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiKL.dec b/BaBar_2014/B0B0bar_JpsiKL.dec
new file mode 100644
index 0000000..8b9820b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKL.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0L,       B0 -> X          #
+#                   |-> e+e-                               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+# Created:                   1/February/99                 #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  K_L0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  K_L0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKL_dgog=0.2_qop=1.04_z=0.dec b/BaBar_2014/B0B0bar_JpsiKL_dgog=0.2_qop=1.04_z=0.dec
new file mode 100644
index 0000000..a7ebfc5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKL_dgog=0.2_qop=1.04_z=0.dec
@@ -0,0 +1,47 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0L,       B0 -> X          #
+#                   |-> e+e-                               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Non Standard Model					   #
+# Delta(Gamma)=0.2					   #
+# |q/p|=1.04                                               #
+#                                                          #
+# Author: F. Sandrelli                                     #
+# Created:                   20/March/02                   #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define dgog 0.2
+Define absqoverp -1.04
+# |q/p| is negative because of opposite def. btw PhysBook & formula in SVSCPLH/VSSBMIX 
+Define argqoverp -0.7761517725
+# arg(q/p) is consistent with sin2b=0.7
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqoverp;
+Enddecay
+#
+# Phase difference between Af and Afbar should be 0 to enforce the CP eigenvalue (+1)
+Decay MyB0
+1.0000  MyJ/psi  K_L0           SVS_CPLH dm dgog absqoverp argqoverp 1.0 0.0 1.0 0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  K_L0           SVS_CPLH dm dgog absqoverp argqoverp 1.0 0.0 1.0 0;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKL_dgog=0.4_qop=1.08_z=0.dec b/BaBar_2014/B0B0bar_JpsiKL_dgog=0.4_qop=1.08_z=0.dec
new file mode 100644
index 0000000..e5402bf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKL_dgog=0.4_qop=1.08_z=0.dec
@@ -0,0 +1,47 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0L,       B0 -> X          #
+#                   |-> e+e-                               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Non Standard Model					   #
+# Delta(Gamma)=0.4					   #
+# |q/p|=1.08                                               #
+#                                                          #
+# Author: F. Sandrelli                                     #
+# Created:                   20/March/02                   #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define dgog 0.4
+Define absqoverp -1.08
+# |q/p| is negative because of opposite def. btw PhysBook & formula in SVSCPLH/VSSBMIX 
+Define argqoverp -0.7783059311
+# arg(q/p) is consistent with sin2b=0.7
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqoverp;
+Enddecay
+#
+# Phase difference between Af and Afbar should be 0 to enforce the CP eigenvalue (+1)
+Decay MyB0
+1.0000  MyJ/psi  K_L0           SVS_CPLH dm dgog absqoverp argqoverp 1.0 0.0 1.0 0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  K_L0           SVS_CPLH dm dgog absqoverp argqoverp 1.0 0.0 1.0 0;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_00.dec b/BaBar_2014/B0B0bar_JpsiKS_00.dec
new file mode 100644
index 0000000..569f559
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_00.dec
@@ -0,0 +1,43 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi0pi0                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: G. London        01/Feb/99                       #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi0 pi0                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_00_dgog=0.2_qop=1.04_z=0.dec b/BaBar_2014/B0B0bar_JpsiKS_00_dgog=0.2_qop=1.04_z=0.dec
new file mode 100644
index 0000000..782fdf3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_00_dgog=0.2_qop=1.04_z=0.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi0pi0                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# NON STANDARD MODEL                                       #
+# Delta(Gamma)/Gamma=0.2                                   #
+# |q/p|=1.04                                               #
+#                                                          #
+# Author: F. Sandrelli                                     #
+# Created:                   20/March/02                   #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define dgog 0.2
+Define absqop -1.04
+# |q/p| is negative because of opposite def. btw PhysBook & formula in SVSCPLH/VSSBMIX 
+Define argqop -0.7761517725
+# arg(q/p) is consistent with sin2b=0.7
+#
+# dGamma/Gamma definition is opposite between VSS_BMIX & SVS_CPLH
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+# Phase difference between Af and Afbar should be Pi to enforce the CP eigenvalue (-1)
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0        SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0        SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi0 pi0                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_00_dgog=0.4_qop=1.08_z=0.dec b/BaBar_2014/B0B0bar_JpsiKS_00_dgog=0.4_qop=1.08_z=0.dec
new file mode 100644
index 0000000..40257fd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_00_dgog=0.4_qop=1.08_z=0.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi0pi0                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# NON STANDARD MODEL                                       #
+# Delta(Gamma)/Gamma=0.4                                   #
+# |q/p|=1.08                                               #
+#                                                          #
+# Author: F. Sandrelli                                     #
+# Created:                   20/March/02                   #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define dgog 0.4
+Define absqop -1.08
+# |q/p| is negative because of opposite def. btw PhysBook & formula in SVSCPLH/VSSBMIX 
+Define argqop -0.7783059311
+# arg(q/p) is consistent with sin2b=0.7
+#
+# dGamma/Gamma definition is opposite between VSS_BMIX & SVS_CPLH
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+# Phase difference between Af and Afbar should be Pi to enforce the CP eigenvalue (-1)
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0        SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0        SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi0 pi0                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_direct_0803.dec b/BaBar_2014/B0B0bar_JpsiKS_direct_0803.dec
new file mode 100644
index 0000000..fa240b8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_direct_0803.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Hasan                                         #
+# Created:                   12/April/98                   #
+# Modified/corrected         10/May/98                     #
+# Modified: G. London        01/Feb/99                     #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define beta 0.15
+Define minusTwoBeta -0.30
+Define lambda 0.8
+#
+#
+Decay Upsilon(4S)
+0.557 MyB0  anti-B0                     VSS_MIX dm;
+0.443 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SVS_CP beta  dm -1  1.0 0.0 lambda 0.0 ;    
+Enddecay 
+
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_direct_0807.dec b/BaBar_2014/B0B0bar_JpsiKS_direct_0807.dec
new file mode 100644
index 0000000..76aea9d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_direct_0807.dec
@@ -0,0 +1,44 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Hasan                                         #
+# Created:                   12/April/98                   #
+# Modified/corrected         10/May/98                     #
+# Modified: G. London        01/Feb/99                     #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define lambda 0.8
+#
+#
+Decay Upsilon(4S)
+0.557 MyB0  anti-B0                     VSS_MIX dm;
+0.443 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SVS_CP beta  dm -1  1.0 0.0 lambda 0.0 ;    
+Enddecay 
+
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_direct_1203.dec b/BaBar_2014/B0B0bar_JpsiKS_direct_1203.dec
new file mode 100644
index 0000000..fef158a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_direct_1203.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Hasan                                         #
+# Created:                   12/April/98                   #
+# Modified/corrected         10/May/98                     #
+# Modified: G. London        01/Feb/99                     #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define beta 0.15
+Define minusTwoBeta -0.30
+Define lambda 1.2
+#
+#
+Decay Upsilon(4S)
+0.430 MyB0  anti-B0                     VSS_MIX dm;
+0.570 MyB0  B0                          VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SVS_CP beta  dm -1  1.0 0.0 lambda 0.0 ;    
+Enddecay 
+
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_direct_1207.dec b/BaBar_2014/B0B0bar_JpsiKS_direct_1207.dec
new file mode 100644
index 0000000..cfd7c28
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_direct_1207.dec
@@ -0,0 +1,44 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Hasan                                         #
+# Created:                   12/April/98                   #
+# Modified/corrected         10/May/98                     #
+# Modified: G. London        01/Feb/99                     #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define lambda 1.2
+#
+#
+Decay Upsilon(4S)
+0.430 MyB0  anti-B0                     VSS_MIX dm;
+0.570 MyB0  B0                          VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SVS_CP beta  dm -1  1.0 0.0 lambda 0.0 ;    
+Enddecay 
+
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_pm.dec b/BaBar_2014/B0B0bar_JpsiKS_pm.dec
new file mode 100644
index 0000000..7d3fc41
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_pm.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Hasan                                         #
+# Created:                   12/April/98                   #
+# Modified/corrected         10/May/98                     #
+# Modified: G. London        01/Feb/99                     #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_pm_0.1.dec b/BaBar_2014/B0B0bar_JpsiKS_pm_0.1.dec
new file mode 100644
index 0000000..99f6342
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_pm_0.1.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Hasan                                         #
+# Created:                   12/April/98                   #
+# Modified/corrected         10/May/98                     #
+# Modified: G. London        01/Feb/99                     #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define beta 0.05
+Define minusTwoBeta -0.10
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_pm_0.3.dec b/BaBar_2014/B0B0bar_JpsiKS_pm_0.3.dec
new file mode 100644
index 0000000..0d3e05d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_pm_0.3.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Hasan                                         #
+# Created:                   12/April/98                   #
+# Modified/corrected         10/May/98                     #
+# Modified: G. London        01/Feb/99                     #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define beta 0.15
+Define minusTwoBeta -0.30
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_pm_0.5.dec b/BaBar_2014/B0B0bar_JpsiKS_pm_0.5.dec
new file mode 100644
index 0000000..5d1b092
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_pm_0.5.dec
@@ -0,0 +1,49 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Hasan                                         #
+# Created:                   12/April/98                   #
+# Modified/corrected         10/May/98                     #
+# Modified: G. London        01/Feb/99                     #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define beta 0.26
+Define minusTwoBeta -0.52
+
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS  VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_pm_0.9.dec b/BaBar_2014/B0B0bar_JpsiKS_pm_0.9.dec
new file mode 100644
index 0000000..bb0af09
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_pm_0.9.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Hasan                                         #
+# Created:                   12/April/98                   #
+# Modified/corrected         10/May/98                     #
+# Modified: G. London        01/Feb/99                     #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define beta 0.56
+Define minusTwoBeta -1.12
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_pm_dgog=0.2_qop=1.04_z=0.dec b/BaBar_2014/B0B0bar_JpsiKS_pm_dgog=0.2_qop=1.04_z=0.dec
new file mode 100644
index 0000000..8b11514
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_pm_dgog=0.2_qop=1.04_z=0.dec
@@ -0,0 +1,52 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# NON STANDARD MODEL                                       #
+# Delta(Gamma)/Gamma=0.2                                   #
+# |q/p|=1.04                                               #
+#                                                          #
+# Author: F. Sandrelli                                     #
+# Created:                   20/March/02                   #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define dgog 0.2
+Define absqop -1.04
+# |q/p| is negative because of opposite def. btw PhysBook & formula in SVSCPLH/VSSBMIX 
+Define argqop -0.7761517725
+# arg(q/p) is consistent with sin2b=0.7
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+# Phase difference between Af and Afbar should be Pi to enforce the CP eigenvalue (-1)
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0        SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0        SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_pm_dgog=0.4_qop=1.08_z=0.dec b/BaBar_2014/B0B0bar_JpsiKS_pm_dgog=0.4_qop=1.08_z=0.dec
new file mode 100644
index 0000000..08042b3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_pm_dgog=0.4_qop=1.08_z=0.dec
@@ -0,0 +1,52 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# NON STANDARD MODEL                                       #
+# Delta(Gamma)/Gamma=0.4                                   #
+# |q/p|=1.08                                               #
+#                                                          #
+# Author: F. Sandrelli                                     #
+# Created:                   20/March/02                   #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define dgog 0.4
+Define absqop -1.08
+# |q/p| is negative because of opposite def. btw PhysBook & formula in SVSCPLH/VSSBMIX 
+Define argqop -0.7783059311
+# arg(q/p) is consistent with sin2b=0.7
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+# Phase difference between Af and Afbar should be Pi to enforce the CP eigenvalue (-1)
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0        SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0        SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKS_ppbar.dec b/BaBar_2014/B0B0bar_JpsiKS_ppbar.dec
new file mode 100644
index 0000000..d664fd3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKS_ppbar.dec
@@ -0,0 +1,43 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      K0s,       B0 -> X          #
+#                   |           |                          #
+#                   `-> ppbar   `->pi+pi-                  #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author:  Dieter Best                                     #
+# Created: 17.July.2002                                    #
+# Mail:    best@slac.stanford.edu                          #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+1.000   p+ anti-p-                VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_00_sp3.dec b/BaBar_2014/B0B0bar_JpsiKstar_00_sp3.dec
new file mode 100644
index 0000000..6260f5a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_00_sp3.dec
@@ -0,0 +1,68 @@
+###################################################################
+# B0~ --> J/psi K*             B0 --> Generic                     #
+#         |     |-->K0s pi0                                       #
+#         |         |                                             #
+#         |         |-->pi0pi0                                    #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: R. Faccini   25 Feb 00                                  #
+# modified: J. Cohen-Tanugi 03/13/00: new name		          #
+# Mail: COHEN@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+Define beta 0.39
+#
+#Define the transversity amplitudes
+#supposed to be CLEO measurement
+Define Aplus  0.566
+Define Azero  1.02
+Define Aminus 0.4
+#
+Define phAplus  0.0
+Define phAzero  0.0
+Define phAminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0 K_S0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#                                       psi --> e+e-/mu+mu- (100%) 
+Decay MyJpsi
+0.50000 mu+   mu-                    PHOTOS  VLL;
+0.50000 e+   e-                      PHOTOS VLL;
+Enddecay
+#                                       K* --> K0s pi0 (100%)  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyantiKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyK_S0
+1.0000 pi0 pi0                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_00_sp3_RunIPol.dec b/BaBar_2014/B0B0bar_JpsiKstar_00_sp3_RunIPol.dec
new file mode 100644
index 0000000..0272721
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_00_sp3_RunIPol.dec
@@ -0,0 +1,69 @@
+###################################################################
+# B0~ --> J/psi K*             B0 --> Generic                     #
+#         |     |-->K0s pi0                                       #
+#         |         |                                             #
+#         |         |-->pi0pi0                                    #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: R. Faccini   25 Feb 00                                  #
+# modified: J. Cohen-Tanugi 03/13/00: new name		          #
+# Mail: COHEN@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+Define beta 0.39
+#
+#
+#Define the transversity amplitudes
+# put the values measured by Babar (see BAD #35 and #154)
+Define Aplus  0.490
+Define Azero  1.10
+Define Aminus 0.4
+#
+Define phAplus  2.5
+Define phAzero  0.0
+Define phAminus -0.17
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0 K_S0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#                                       psi --> e+e-/mu+mu- (100%) 
+Decay MyJpsi
+0.50000 mu+   mu-                    PHOTOS  VLL;
+0.50000 e+   e-                      PHOTOS VLL;
+Enddecay
+#                                       K* --> K0s pi0 (100%)  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyantiKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyK_S0
+1.0000 pi0 pi0                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_KLpi_sp3.dec b/BaBar_2014/B0B0bar_JpsiKstar_KLpi_sp3.dec
new file mode 100644
index 0000000..76ce5f3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_KLpi_sp3.dec
@@ -0,0 +1,66 @@
+###################################################################
+# B0~ --> J/psi K*             B0 --> Generic                     #
+#         |     |-->K0L pi0                                       #
+#         |                                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: J. Weatherall   26/1/99                                 #
+# modified: G. London 1/2/99	 			          # 
+# modified: D. Wright 2/12/99		        		  #
+# modified: J. Cohen-Tanugi 03/13/00: new name		          #
+# Mail: COHEN@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+Define beta 0.39
+#
+#Define the transversity amplitudes
+#supposed to be CLEO measurement
+Define Aplus  0.566
+Define Azero  1.02
+Define Aminus 0.4
+#
+Define phAplus  0.0
+Define phAzero  0.0
+Define phAminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#                                       psi --> e+e-/mu+mu- (100%) 
+Decay MyJpsi
+0.50000 mu+   mu-                    PHOTOS  VLL;
+0.50000 e+   e-                      PHOTOS VLL;
+Enddecay
+#                                       K*0 --> K0L pi0 (100%)  
+Decay MyKstar0
+1.0000 K_L0   pi0                        VSS;
+Enddecay
+#
+Decay MyantiKstar0
+1.0000 K_L0   pi0                        VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_KLpi_sp3_865c.dec b/BaBar_2014/B0B0bar_JpsiKstar_KLpi_sp3_865c.dec
new file mode 100644
index 0000000..d0305e5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_KLpi_sp3_865c.dec
@@ -0,0 +1,66 @@
+###################################################################
+# B0~ --> J/psi K*             B0 --> Generic                     #
+#         |     |-->K0L pi0                                       #
+#         |                                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: J. Weatherall   26/1/99                                 #
+# modified: G. London 1/2/99	 			          # 
+# modified: D. Wright 2/12/99		        		  #
+# modified: J. Cohen-Tanugi 03/13/00: new name		          #
+# modified: D. Lange 08/15/2000 - fixed CP of psi Kstar final state
+# Mail: COHEN@SLAC.STANFORD.EDU
+###################################################################
+#
+Define beta 0.39
+#
+#Define the transversity amplitudes
+#supposed to be CLEO measurement
+Define Aplus  0.566
+Define Azero  1.02
+Define Aminus 0.4
+#
+Define phAplus  0.0
+Define phAzero  0.0
+Define phAminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_CP beta dm -1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0              SVV_CP beta dm -1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#                                       psi --> e+e-/mu+mu- (100%) 
+Decay MyJpsi
+0.50000 mu+   mu-                    PHOTOS  VLL;
+0.50000 e+   e-                      PHOTOS VLL;
+Enddecay
+#                                       K*0 --> K0L pi0 (100%)  
+Decay MyKstar0
+1.0000 K_L0   pi0                        VSS;
+Enddecay
+#
+Decay MyantiKstar0
+1.0000 K_L0   pi0                        VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_KLpi_sp3_RunIPol.dec b/BaBar_2014/B0B0bar_JpsiKstar_KLpi_sp3_RunIPol.dec
new file mode 100644
index 0000000..463e2fe
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_KLpi_sp3_RunIPol.dec
@@ -0,0 +1,66 @@
+###################################################################
+# B0~ --> J/psi K*             B0 --> Generic                     #
+#         |     |-->K0L pi0                                       #
+#         |                                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: J. Weatherall   26/1/99                                 #
+# modified: G. London 1/2/99	 			          # 
+# modified: D. Wright 2/12/99		        		  #
+# modified: J. Cohen-Tanugi 03/13/00: new name		          #
+# Mail: COHEN@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+Define beta 0.39
+#
+#Define the transversity amplitudes
+# put the values measured by Babar (see BAD #35 and #154)
+Define Aplus  0.490
+Define Azero  1.10
+Define Aminus 0.4
+#
+Define phAplus  2.5
+Define phAzero  0.0
+Define phAminus -0.17
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#                                       psi --> e+e-/mu+mu- (100%) 
+Decay MyJpsi
+0.50000 mu+   mu-                    PHOTOS  VLL;
+0.50000 e+   e-                      PHOTOS VLL;
+Enddecay
+#                                       K*0 --> K0L pi0 (100%)  
+Decay MyKstar0
+1.0000 K_L0   pi0                        VSS;
+Enddecay
+#
+Decay MyantiKstar0
+1.0000 K_L0   pi0                        VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_KpPim_RunIpIIPol.dec b/BaBar_2014/B0B0bar_JpsiKstar_KpPim_RunIpIIPol.dec
new file mode 100644
index 0000000..af41557
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_KpPim_RunIpIIPol.dec
@@ -0,0 +1,62 @@
+###################################################################
+# B0~ --> J/psi K*0~             B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->K- pi+                                         #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# author :  Marc Verderi 06/05/2004                               #
+# made from original decay file:                                  #
+#            B0B0bar_JpsiKstar_chgd_RunIPol.dec                   #
+###################################################################
+#
+#
+#
+# Define the helicity amplitudes starting from the transversity amplitudes:
+# -------------------------------------------------------------------------
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Values measured by Babar run I+II (BAD#673/752):
+Define Hplus    0.6301
+Define Hzero    0.7523
+Define Hminus   0.1924
+Define phHplus  3.246
+Define phHzero  0.000
+Define phHminus 4.924
+#
+# Alias particles for specific decays
+Alias MyB0          B0
+Alias Myanti-B0     anti-B0
+Alias MyKstar0      K*0
+Alias MyantiKstar0  anti-K*0
+Alias MyJpsi        J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_HELAMP  Hplus phHplus    Hzero phHzero    Hminus phHminus;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0          SVV_HELAMP  Hminus phHminus   Hzero phHzero   Hplus phHplus;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_KsPi0_RunIpIIPol.dec b/BaBar_2014/B0B0bar_JpsiKstar_KsPi0_RunIpIIPol.dec
new file mode 100644
index 0000000..cd41217
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_KsPi0_RunIpIIPol.dec
@@ -0,0 +1,76 @@
+###################################################################
+# B0~ --> J/psi K*             B0 --> Generic                     #
+#         |     |-->K0s pi0                                       #
+#         |         |                                             #
+#         |         |-->pi+pi-                                    #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# author :  Marc Verderi 06/05/2004                               #
+# Made from original decay file:                                  #
+#              B0B0bar_JpsiKstar_RunIPol.dec                      #
+###################################################################
+#
+#
+# sin2beta = 0.731: (world average at that time)
+# -----------------
+Define beta 0.41
+#
+# Define the transversity amplitudes:
+# -----------------------------------
+# Values measured by Babar (BAD#673/752)
+Define Aplus  0.4517
+Define Azero  1.0640
+Define Aminus 0.4796
+#
+Define phAplus   3.55
+Define phAzero   0.00
+Define phAminus  2.96
+#
+# Alias particles for specific decays
+Alias MyB0          B0
+Alias Myanti-B0     anti-B0
+Alias MyK_S0        K_S0
+Alias MyKstar0      K*0
+Alias MyantiKstar0  anti-K*0
+Alias MyJpsi        J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Note: B0 and B0bar must be given the same amplitudes
+# -namely the ones of a B0- because this is the SVV_CP
+# model of EvtGen which takes care of flipping the
+# relevant signs, using the other B flavor.
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0                  SVV_CP beta dm 1.0  Aplus phAplus   Azero phAzero   Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0              SVV_CP beta dm 1.0  Aplus phAplus   Azero phAzero   Aminus phAminus;
+Enddecay
+#
+Decay MyJpsi
+0.500 mu+   mu-                     PHOTOS  VLL;
+0.500 e+    e-                      PHOTOS  VLL;
+Enddecay
+#
+Decay MyKstar0
+1.000 MyK_S0 pi0                       VSS;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 MyK_S0 pi0                       VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_RunIPol.dec b/BaBar_2014/B0B0bar_JpsiKstar_RunIPol.dec
new file mode 100644
index 0000000..85f141d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_RunIPol.dec
@@ -0,0 +1,69 @@
+###################################################################
+# B0~ --> J/psi K*             B0 --> Generic                     #
+#         |     |-->K0s pi0                                       #
+#         |         |                                             #
+#         |         |-->pi+pi-                                    #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: J. Weatherall   26/1/99                                 #
+# modified: G. London 1/2/99					  #
+# modified: J. Cohen-Tanugi 03/13/00: new name		          #
+# Mail: COHEN@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+Define beta 0.39
+#
+#Define the transversity amplitudes
+# put the values measured by Babar (see BAD #35 and #154)
+Define Aplus  0.490
+Define Azero  1.10
+Define Aminus 0.4
+#
+Define phAplus  2.5
+Define phAzero  0.0
+Define phAminus -0.17
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0 K_S0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#                                       psi --> e+e-/mu+mu- (100%) 
+Decay MyJpsi
+0.50000 mu+   mu-                    PHOTOS  VLL;
+0.50000 e+   e-                      PHOTOS VLL;
+Enddecay
+#                                       K* --> K0s pi0 (100%)  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyantiKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_chgd_RunIPol.dec b/BaBar_2014/B0B0bar_JpsiKstar_chgd_RunIPol.dec
new file mode 100644
index 0000000..eb13e29
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_chgd_RunIPol.dec
@@ -0,0 +1,64 @@
+###################################################################
+# B0~ --> J/psi K*0~             B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->K- pi+                                         #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: ?                                                       #
+# Modified: G.london    10/Feb/99                                 #
+# modified: J. Cohen-Tanugi 03/13/00: new name		          #
+# Mail: COHEN@SLAC.STANFORD.EDU                                   #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+###################################################################
+#
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# put the values measured by Babar (see BAD #35 and #154)
+Define Hplus  0.159
+Define Hzero  0.775
+Define Hminus 0.612
+Define phHplus  1.563
+Define phHzero  0.0
+Define phHminus 2.712
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0          SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_chgd_dgog=0.2_qop=1.04_z=0.dec b/BaBar_2014/B0B0bar_JpsiKstar_chgd_dgog=0.2_qop=1.04_z=0.dec
new file mode 100644
index 0000000..7cc187a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_chgd_dgog=0.2_qop=1.04_z=0.dec
@@ -0,0 +1,68 @@
+###################################################################
+# B0~ --> J/psi K*0~             B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->K- pi+                                         #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# NON STANDARD MODEL                                              #
+# Delta(Gamma)/Gamma=0.2                                          #
+# |q/p| = 1.04                                                    #
+#                                                                 #
+# Created from B0B0bar_JpsiKstar_chgd_RunIPol.dec                 #
+# Author: F. Sandrelli                                            #
+# Created:                   20/March/02                          #
+###################################################################
+#
+Define dgog  0.2
+Define absqop 1.04
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# put the values measured by Babar (see BAD #35 and #154)
+Define Hplus  0.159
+Define Hzero  0.775
+Define Hminus 0.612
+Define phHplus  1.563
+Define phHzero  0.0
+Define phHminus 2.712
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_chgd_dgog=0.4_qop=1.08_z=0.dec b/BaBar_2014/B0B0bar_JpsiKstar_chgd_dgog=0.4_qop=1.08_z=0.dec
new file mode 100644
index 0000000..87ced00
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_chgd_dgog=0.4_qop=1.08_z=0.dec
@@ -0,0 +1,68 @@
+###################################################################
+# B0~ --> J/psi K*0~             B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->K- pi+                                         #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# NON STANDARD MODEL                                              #
+# Delta(Gamma)/Gamma=0.4                                          #
+# |q/p| = 1.08                                                    #
+#                                                                 #
+# Created from B0B0bar_JpsiKstar_chgd_RunIPol.dec                 #
+# Author: F. Sandrelli                                            #
+# Created:                   20/March/02                          #
+###################################################################
+#
+Define dgog  0.4
+Define absqop 1.08
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# put the values measured by Babar (see BAD #35 and #154)
+Define Hplus  0.159
+Define Hzero  0.775
+Define Hminus 0.612
+Define phHplus  1.563
+Define phHzero  0.0
+Define phHminus 2.712
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_chgd_sp3.dec b/BaBar_2014/B0B0bar_JpsiKstar_chgd_sp3.dec
new file mode 100644
index 0000000..bae12a0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_chgd_sp3.dec
@@ -0,0 +1,69 @@
+###################################################################
+# B0~ --> J/psi K*0~             B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->K- pi+                                         #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: ?                                                       #
+# Modified: G.london    10/Feb/99                                 #
+# modified: J. Cohen-Tanugi 03/13/00: new name		          #
+# Mail: COHEN@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_ppbar_chgd.dec b/BaBar_2014/B0B0bar_JpsiKstar_ppbar_chgd.dec
new file mode 100644
index 0000000..a896b20
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_ppbar_chgd.dec
@@ -0,0 +1,66 @@
+###################################################################
+# B0~ --> J/psi K*0              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->K- pi+                                         #
+#         |                                                       #
+#         |-->p+p-                                                #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: ?                                                       #
+# Modified: T. Hrynova    30 June 03                              #
+###################################################################
+#
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000 p+   anti-p-         VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiKstar_sp3.dec b/BaBar_2014/B0B0bar_JpsiKstar_sp3.dec
new file mode 100644
index 0000000..30bc7c3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiKstar_sp3.dec
@@ -0,0 +1,69 @@
+###################################################################
+# B0~ --> J/psi K*             B0 --> Generic                     #
+#         |     |-->K0s pi0                                       #
+#         |         |                                             #
+#         |         |-->pi+pi-                                    #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: J. Weatherall   26/1/99                                 #
+# modified: G. London 1/2/99					  #
+# modified: J. Cohen-Tanugi 03/13/00: new name		          #
+# Mail: COHEN@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+Define beta 0.39
+#
+#Define the transversity amplitudes
+#supposed to be CLEO measurement
+Define Aplus  0.566
+Define Azero  1.02
+Define Aminus 0.4
+#
+Define phAplus  0.0
+Define phAzero  0.0
+Define phAminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0 K_S0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyantiKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#                                       psi --> e+e-/mu+mu- (100%) 
+Decay MyJpsi
+0.50000 mu+   mu-                    PHOTOS  VLL;
+0.50000 e+   e-                      PHOTOS VLL;
+Enddecay
+#                                       K* --> K0s pi0 (100%)  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyantiKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiOmega.dec b/BaBar_2014/B0B0bar_JpsiOmega.dec
new file mode 100644
index 0000000..0b05147
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiOmega.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi   Omega,         B0 -> X         #
+#                   |-> e+e-   |->pi+pi-pi0                #
+#                   |-> mu+mu- |->pi0 gamma                #
+#                              |->pi+ pi-                  #
+# + cc                                                     #
+#                                                          #
+# Author: J. Blouw                                         #
+# Created:                   19/September/2000             #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyOmega omega
+Define beta 0.39
+#Define the transversity amplitudes
+#supposed to be CLEO measurement
+Define Aplus  0.566
+Define Azero  1.02
+Define Aminus 0.4
+#
+Define phAplus  0.0
+Define phAzero  0.0
+Define phAminus 0.0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyOmega           SVV_CP beta  dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyOmega           SVV_CP beta  dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   VLL;
+Enddecay
+#
+Decay MyOmega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0850    pi0  gamma                      VSP_PWAVE;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiPhi.dec b/BaBar_2014/B0B0bar_JpsiPhi.dec
new file mode 100644
index 0000000..43a2a6a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPhi.dec
@@ -0,0 +1,44 @@
+###################################################################
+#  B0 -> J/psi Phi 
+#      
+#         Jinlong  Zhang
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias MyPhi phi
+
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+
+Decay MyB0
+1.000 MyJpsi  MyPhi   PHSP;
+Enddecay
+#
+
+Decay Myanti-B0
+1.000 MyJpsi  MyPhi    PHSP;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiPhiKs.dec b/BaBar_2014/B0B0bar_JpsiPhiKs.dec
new file mode 100644
index 0000000..0052088
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPhiKs.dec
@@ -0,0 +1,41 @@
+###################################################################
+#  B0 -> J/psi Phi Ks, B0bar -> X
+#      
+#         Jinlong  Zhang
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyPhi  MyK_S0    PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyPhi  MyK_S0    PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiPhi_LongPolar.dec b/BaBar_2014/B0B0bar_JpsiPhi_LongPolar.dec
new file mode 100644
index 0000000..7b24271
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPhi_LongPolar.dec
@@ -0,0 +1,43 @@
+###################################################################
+#  B0 -> J/psi Phi 
+#      
+#         Eric Eckhart
+###################################################################
+#
+Define Aplus  0.0
+Define Azero  1.0
+Define Aminus 0.0
+#
+Define phAplus  0.0
+Define phAzero  0.0
+Define phAminus 0.0
+#
+# Alias particles for specific decays
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyPhi            SVV_HELAMP Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyPhi            SVV_HELAMP Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiPhi_TransPolar.dec b/BaBar_2014/B0B0bar_JpsiPhi_TransPolar.dec
new file mode 100644
index 0000000..e594071
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPhi_TransPolar.dec
@@ -0,0 +1,43 @@
+###################################################################
+#  B0 -> J/psi Phi 
+#      
+#         Jinlong  Zhang
+###################################################################
+#
+Define Aplus  1.0
+Define Azero  0.0
+Define Aminus 1.0
+#
+Define phAplus  0.0
+Define phAzero  0.0
+Define phAminus 0.0
+#
+# Alias particles for specific decays
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyPhi            SVV_HELAMP Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyPhi            SVV_HELAMP Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiPi0.dec b/BaBar_2014/B0B0bar_JpsiPi0.dec
new file mode 100644
index 0000000..a734a3b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPi0.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      pi0,       B0 -> X          #
+#                   |-> e+e-   |->gammagamma               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: R.Faccini        03/May/00                       #
+# Mail: RFACCINI@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiPi0_0.0.dec b/BaBar_2014/B0B0bar_JpsiPi0_0.0.dec
new file mode 100644
index 0000000..6b3afe6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPi0_0.0.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      pi0,       B0 -> X          #
+#                   |-> e+e-   |->gammagamma               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A.Roodman        15/May/02                       #
+# Mail: roodman@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define beta 0.00
+Define minusTwoBeta  0.00
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_JpsiPi0_0.35.dec b/BaBar_2014/B0B0bar_JpsiPi0_0.35.dec
new file mode 100644
index 0000000..83e648e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPi0_0.35.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      pi0,       B0 -> X          #
+#                   |-> e+e-   |->gammagamma               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A.Roodman        15/May/02                       #
+# Mail: roodman@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define beta 0.18
+Define minusTwoBeta -0.36
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_JpsiPi0_0.4_costerm.dec b/BaBar_2014/B0B0bar_JpsiPi0_0.4_costerm.dec
new file mode 100644
index 0000000..cb8555e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPi0_0.4_costerm.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      pi0,       B0 -> X          #
+#                   |-> e+e-   |->gammagamma               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Roodman  and  Aron Soha
+#  aCos = 0.4, aSin = -0.79
+# Mail: roodman@SLAC.STANFORD.EDU
+#       soha@slac.stanford.edu
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define beta 0.39
+Define minustwobeta -0.78
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minustwobeta 0.8367 0.39 0.5477 0.1228;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minustwobeta 0.8367 0.39 0.5477 0.1228;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiPi0_0.7_costerm.dec b/BaBar_2014/B0B0bar_JpsiPi0_0.7_costerm.dec
new file mode 100644
index 0000000..5e4e366
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPi0_0.7_costerm.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      pi0,       B0 -> X          #
+#                   |-> e+e-   |->gammagamma               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Roodman
+#  sin2beta = 0.7, gamma=60deg, delta(strong phase)=30deg,
+#  r=P/T = 1
+# Mail: roodman@SLAC.STANFORD.EDU  15/May/02
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define minustwobeta -0.78
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minustwobeta 0.591 0.785 0.807 -0.262;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minustwobeta 0.591 0.785 0.807 -0.262;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiPi0_0.8_costerm.dec b/BaBar_2014/B0B0bar_JpsiPi0_0.8_costerm.dec
new file mode 100644
index 0000000..8b63967
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPi0_0.8_costerm.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      pi0,       B0 -> X          #
+#                   |-> e+e-   |->gammagamma               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Roodman  and  Aron Soha
+#     aCos = 0.8, aSin = -0.52
+# Mail: roodman@SLAC.STANFORD.EDU
+#       soha@slac.stanford.edu
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define beta 0.39
+Define minustwobeta -0.78
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minustwobeta 0.9487 0.39 0.3162 0.1228;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minustwobeta 0.9487 0.39 0.3162 0.1228;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiPi0_m0.35.dec b/BaBar_2014/B0B0bar_JpsiPi0_m0.35.dec
new file mode 100644
index 0000000..162c0e5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPi0_m0.35.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      pi0,       B0 -> X          #
+#                   |-> e+e-   |->gammagamma               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A.Roodman        15/May/02                       #
+# Mail: roodman@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define beta -0.18
+Define minusTwoBeta 0.36
+
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_JpsiPi0_m0.3_costerm.dec b/BaBar_2014/B0B0bar_JpsiPi0_m0.3_costerm.dec
new file mode 100644
index 0000000..13c9d45
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPi0_m0.3_costerm.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      pi0,       B0 -> X          #
+#                   |-> e+e-   |->gammagamma               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Authors: A. Roodman and Aron Soha
+#   aCos = -0.3, aSin = -0.92
+# Mail: roodman@SLAC.STANFORD.EDU  15/May/02
+#       soha@slac.stanford.edu     04/Nov/02 (updated model)
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define beta 0.39
+Define minustwobeta -0.78
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minustwobeta 0.591 0.785 0.807 -0.262;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minustwobeta 0.591 0.785 0.807 -0.262;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiPi0_m0.7.dec b/BaBar_2014/B0B0bar_JpsiPi0_m0.7.dec
new file mode 100644
index 0000000..b027ee7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPi0_m0.7.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      pi0,       B0 -> X          #
+#                   |-> e+e-   |->gammagamma               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A.Roodman        15/May/02                       #
+# Mail: roodman@SLAC.STANFORD.EDU
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define beta -0.39
+Define minusTwoBeta 0.78
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_JpsiPi0_m0.8_costerm.dec b/BaBar_2014/B0B0bar_JpsiPi0_m0.8_costerm.dec
new file mode 100644
index 0000000..0d4eee7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPi0_m0.8_costerm.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> J/psi      pi0,       B0 -> X          #
+#                   |-> e+e-   |->gammagamma               #
+#                   |-> mu+mu-                             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: A. Roodman  and  Aron Soha
+#     aCos = -0.8, aSin = -0.6
+# Mail: roodman@SLAC.STANFORD.EDU
+#       soha@slac.stanford.edu
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Define beta 0.39
+Define minustwobeta -0.78
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minustwobeta 0.3162 0.3925 0.9487 -0.3983;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  pi0            SSD_CP dm 0.0 1.0 minustwobeta 0.3162 0.3925 0.9487 -0.3983;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsiPiPi_nonres.dec b/BaBar_2014/B0B0bar_JpsiPiPi_nonres.dec
new file mode 100644
index 0000000..d58d838
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiPiPi_nonres.dec
@@ -0,0 +1,78 @@
+###################################################################
+# B0~ --> J/psi pi- pi+ (n.r)    B0 --> Generic                   #
+#         |                                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: Jamie Boyd 16 Jan 2001                                  #
+###################################################################
+#
+
+# Non resonant mode (for comparison with the rho0 mode)
+
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+#
+#
+Define beta 0.39
+#
+Alias Myanti-B0 anti-B0
+Alias MyPiPlus pi+
+Alias MyPiMinus pi-
+Alias MyJpsi J/psi
+
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyPiPlus MyPiMinus   PHSP;
+Enddecay
+#
+
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyPiPlus MyPiMinus   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiRho0.dec b/BaBar_2014/B0B0bar_JpsiRho0.dec
new file mode 100644
index 0000000..10f512c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiRho0.dec
@@ -0,0 +1,93 @@
+###################################################################
+# B0~ --> J/psi rho0             B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->pi- pi+                                        #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# helicity amplitudes all set as 1                                #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: Jamie Boyd 25 Jul 2000                                  #
+###################################################################
+#
+#
+#Define dm 0.464e12
+# this is ripped from the j/psi kstar0 mode
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+
+# put all the amplitudes in the same for now ??
+# not sure what they should be yet.
+Define Hplus  0.577
+Define Hzero  0.577
+Define Hminus 0.577
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyRho0 rho0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyRho0              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyRho0
+1.000 pi+   pi-             VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyRho0          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiRho0_0polarisation.dec b/BaBar_2014/B0B0bar_JpsiRho0_0polarisation.dec
new file mode 100644
index 0000000..d70dea8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiRho0_0polarisation.dec
@@ -0,0 +1,88 @@
+###################################################################
+# B0~ --> J/psi rho0             B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->pi- pi+                                        #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# helicity amplitudes to be equal                                 #
+# ie. not polarised                                               #
+# + cc                                                            #
+#                                                                 #
+# Author: Jamie Boyd 14 March 2001                                #
+###################################################################
+#
+#
+
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+#
+Define beta 0.39
+#
+#Define the transversity amplitudes
+#this means non-polarised as A0 = A0/sqrt(2) - confusing...
+Define Aplus  0.577
+Define Azero  0.816
+Define Aminus 0.577
+#
+Define phAplus  0.0
+Define phAzero  0.0
+Define phAminus 0.0
+#
+
+Alias Myanti-B0 anti-B0
+Alias MyRho0 rho0
+Alias MyJpsi J/psi
+
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyRho0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay MyRho0
+1.000 pi+   pi-             VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyRho0           SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiRho0_Kstarpolarisation.dec b/BaBar_2014/B0B0bar_JpsiRho0_Kstarpolarisation.dec
new file mode 100644
index 0000000..cd8aa94
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiRho0_Kstarpolarisation.dec
@@ -0,0 +1,88 @@
+###################################################################
+# B0~ --> J/psi rho0             B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->pi- pi+                                        #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# helicity amplitudes set to K* ones                              #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: Jamie Boyd 25 Jul 2000                                  #
+###################################################################
+#
+#
+
+#
+# Alias particles for specific decays
+Alias MyB0 B0#
+#
+Define beta 0.39
+#
+#Define the transversity amplitudes
+#supposed to be CLEO measurement of the K*
+Define Aplus  0.566
+Define Azero  1.02
+Define Aminus 0.4
+#
+Define phAplus  0.0
+Define phAzero  0.0
+Define phAminus 0.0
+#
+
+Alias Myanti-B0 anti-B0
+Alias MyRho0 rho0
+Alias MyJpsi J/psi
+
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi  MyRho0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay MyRho0
+1.000 pi+   pi-             VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi  MyRho0           SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_JpsiX_EtaCG_modes.dec b/BaBar_2014/B0B0bar_JpsiX_EtaCG_modes.dec
new file mode 100644
index 0000000..8b88bcb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsiX_EtaCG_modes.dec
@@ -0,0 +1,54 @@
+###################################################################
+#         J/psi X                                                 #
+#         |                                                       #
+#         |-> EtaC gam                                            #
+#              |                                                  #
+#              |-> 4K                                             #
+#              |-> 2phi                                           #
+#              |-> 2K2pi                                          #
+#              |-> 4pi                                            #
+#              |-> KsKpi                                          #
+#              |-> K+K-pi0                                        #
+#              |-> eta2pi                                         #
+#                                                                 #
+# with equal weights to study each channel                        #
+#                                                                 #
+# Author: G. London 26/5/2000                                     #
+# Adaptation: R.Faccini 05/26/00        
+#                                                                 #
+#    adapted from .dec for J/psi->L+L-                            #
+#                 Author: ?                                       #
+#                 Corrections: G.London 1/2/99                    #
+###################################################################
+Alias MyEta_C eta_c
+Alias MyPhi phi
+Alias MyEta eta
+Alias MyK_S0 K_S0
+
+Decay J/psi
+0.013  MyEta_C gamma              VSP_PWAVE;
+Enddecay
+Decay MyEta_C
+1.00  K+ K- K+ K-               PHSP;
+1.00  MyPhi MyPhi               PHSP;
+1.00  K+ pi- K- pi+             PHSP;
+1.00  pi+ pi- pi+ pi-           PHSP;
+1.00  MyK_S0 K+ pi-             PHSP;
+1.00  MyK_S0 K- pi+             PHSP;
+1.00  K+ K- pi0                 PHSP;
+1.00  MyEta pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                     VSS;
+Enddecay
+#
+Decay MyEta
+1.0000  gamma gamma               PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Jpsigamma.dec b/BaBar_2014/B0B0bar_Jpsigamma.dec
new file mode 100644
index 0000000..fec3710
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Jpsigamma.dec
@@ -0,0 +1,42 @@
+###############################################################################
+#                                                                             #
+#   Up(4S) -> B0  B0bar                             + CC                      #
+#             |    |                                                          #
+#             |    `-> Jpsi gamma                                             #
+#             |        |                                                      #
+#             |        `-->e+e-/mu+mu-                                        #
+#             |                                                               #
+#             `-> X                                                           #
+#                                                                             #
+#                                                                             #
+#  Author: Dieter Best (UC Irvine) best@slac.stanford.edu                     #
+#  Date  : 13.July.2001                                                       #
+#                                                                             #
+###############################################################################
+Alias myB0     B0
+Alias myantiB0 anti-B0
+Alias myJpsi   J/psi
+#
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000 myJpsi gamma SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myantiB0
+1.000 myJpsi gamma SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myJpsi
+0.500 e+   e-  PHOTOS VLL;
+0.500 mu+  mu- PHOTOS VLL;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Jpsim3pimnoint_KS_pm.dec b/BaBar_2014/B0B0bar_Jpsim3pimnoint_KS_pm.dec
new file mode 100644
index 0000000..da2d746
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Jpsim3pimnoint_KS_pm.dec
@@ -0,0 +1,45 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Jpsi      K0s,        B0 -> X          #
+#                    |        |-> pi+pi-                   #
+#                     -> pi+pi-pi0                         #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Jpsi decay to final state pi+pi-pi0 according to         #
+# PDG2000. Caution: NO INTERFERENCE between rho pi final   #
+# states are implemented!                                  #
+#                                                          #
+# Author: Thomas Schietinger                               #
+#         Jonathon Coleman -changed decay to purly phsp    #  
+# e-mail: schieti@slac.stanford.edu                        #
+# Created:                   2001/07/17                    #
+############################################################
+
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+1.0000   pi+  pi- pi0       PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Jpsim5pimnoint_KS_pm.dec b/BaBar_2014/B0B0bar_Jpsim5pimnoint_KS_pm.dec
new file mode 100644
index 0000000..5a4a0db
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Jpsim5pimnoint_KS_pm.dec
@@ -0,0 +1,95 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Jpsi      K0s,        B0 -> X          #
+#                    |        |-> pi+pi-                   #
+#                     -> pi+pi-pi+pi-pi0                   #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Jpsi decay to final state pi+pi-pi+pi-pi0 according to   #
+# PDG2000. Caution: NO INTERFERENCES between the various   #
+# resonances are implemented!                              #
+#                                                          #
+# Author: Thomas Schietinger                               #
+# e-mail: schieti@slac.stanford.edu                        #
+# Created:                   2001/07/17                    #
+############################################################
+
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Alias Mya_20  a_20  
+Alias Mya_2+  a_2+  
+Alias Mya_2-  a_2-  
+Alias Myb_10  b_10  
+Alias Myb_1+  b_1+  
+Alias Myb_1-  b_1-  
+Alias Myf_2   f_2   
+Alias Myomega omega 
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.0755    Mya_20  rho0         PHSP;
+0.0756    Mya_2+  rho-         PHSP;
+0.0756    Mya_2-  rho+         PHSP;
+0.0607    Myb_10  rho0         PHSP;
+0.0790    Myb_1+  rho-         PHSP;
+0.0790    Myb_1-  rho+         PHSP;
+0.0641    Myomega Myf_2        PHSP;
+0.1258    Myomega pi+ pi-      PHSP;
+0.3647    pi+ pi- pi+ pi- pi0  PHSP;
+Enddecay
+#
+Decay Mya_20
+0.500   rho+ pi-               TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.500   rho- pi+               TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_2+
+0.500   rho0 pi+              TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.500   rho+ pi0              TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_2-
+0.500   rho0 pi-               TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.500   rho- pi0               TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myb_10
+1.0     Myomega pi0            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myb_1+
+1.0     Myomega pi+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myb_1-
+1.0     Myomega pi-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myf_2
+1.0     pi+  pi-               TSS;
+Enddecay
+#
+Decay Myomega
+1.0     pi-  pi+  pi0          OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Jpsim7pimnoint_KS_pm.dec b/BaBar_2014/B0B0bar_Jpsim7pimnoint_KS_pm.dec
new file mode 100644
index 0000000..4673ecd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Jpsim7pimnoint_KS_pm.dec
@@ -0,0 +1,52 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Jpsi      K0s,        B0 -> X          #
+#                    |        |-> pi+pi-                   #
+#                     -> pi+pi-pi+pi-pi+pi-pi0             #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Jpsi decay to final state pi+pi-pi+pi-pi0 according to   #
+# PDG2000. Caution: NO INTERFERENCES between the various   #
+# resonances are implemented!                              #
+#                                                          #
+# Tested 2001/07/19: 1 event causes too many seeds...      #
+#                                                          #
+# Author: Thomas Schietinger                               #
+# e-mail: schieti@slac.stanford.edu                        #
+# Created:                   2001/07/17                    #
+############################################################
+
+Alias MyJ/psi J/psi
+Alias Myomega omega 
+Alias MyK_S0  K_S0   
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.260   Myomega pi+ pi- pi+ pi-      PHSP;
+0.740   pi+ pi- pi+ pi- pi+ pi- pi0  PHSP;
+Enddecay
+#
+Decay Myomega
+1.0     pi-  pi+  pi0          OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_JpsipBaryon.dec b/BaBar_2014/B0B0bar_JpsipBaryon.dec
new file mode 100644
index 0000000..ef09a69
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsipBaryon.dec
@@ -0,0 +1,42 @@
+###################################################
+#                                                 #
+# B0 -> J/psi anti-p- baryon                      #
+#        |                                        #
+#        ->l+l-                                   #
+#                                                 #
+# Contact: Christopher Hearty                     #
+# hearty@triumf.ca                                #
+# Created June 13, 2002                           #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MySigma+ Sigma+
+Alias Myanti-Sigma- anti-Sigma-
+#
+ChargeConj MySigma+ Myanti-Sigma- 
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.00 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.50 MyJ/psi anti-p- p+                 PHSP;
+0.50 MyJ/psi anti-p- MySigma+           PHSP; 
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MySigma+
+1.00 p+ pi0                              PHSP;
+Enddecay
+#
+CDecay Myanti-B0
+CDecay Myanti-Sigma-
+End
diff --git a/BaBar_2014/B0B0bar_JpsipSigma.dec b/BaBar_2014/B0B0bar_JpsipSigma.dec
new file mode 100644
index 0000000..2958b21
--- /dev/null
+++ b/BaBar_2014/B0B0bar_JpsipSigma.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# B0 -> J/psi anti-p- Sigma+                      #
+#        |               |                        #
+#        ->l+l-          p+ pi0                   #
+#                                                 #
+# Contact: Christopher Hearty                     #
+# hearty@triumf.ca                                #
+# Created July 11, 2002                           #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MySigma+ Sigma+
+Alias Myanti-Sigma- anti-Sigma-
+#
+ChargeConj MySigma+ Myanti-Sigma- 
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.00 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00 MyJ/psi anti-p- MySigma+           PHSP; 
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MySigma+
+1.00 p+ pi0                              PHSP;
+Enddecay
+#
+CDecay Myanti-B0
+CDecay Myanti-Sigma-
+End
diff --git a/BaBar_2014/B0B0bar_Jpsippbar.dec b/BaBar_2014/B0B0bar_Jpsippbar.dec
new file mode 100644
index 0000000..49a5793
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Jpsippbar.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> J/psi anti-p- p+                          #
+#        |                                        #
+#        ->l+l-                                   #
+#                                                 #
+# Contact: Christopher Hearty                     #
+# hearty@triumf.ca                                #
+# Created July 11, 2002                           #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+#
+ChargeConj MyB0 Myanti-B0
+#
+Decay Upsilon(4S)
+1.00 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00 MyJ/psi anti-p- p+                 PHSP;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+CDecay Myanti-B0
+End
diff --git a/BaBar_2014/B0B0bar_K0Lf2.dec b/BaBar_2014/B0B0bar_K0Lf2.dec
new file mode 100644
index 0000000..c83f3ee
--- /dev/null
+++ b/BaBar_2014/B0B0bar_K0Lf2.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# B0 -> f2(1270) K0L  + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             #
+#                                                 #
+# Author: Matt Graham                             # 
+# Created: 19-Apr-2004                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f2(1270) K0L using the SSD_CP model
+# (scalar -> tensor scalar with CP interference)
+# The f2 decays to pi+ pi- using the TSS model
+# f2(1270) resonance parameters unchanged (seem ok in pdg.table)
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf2 f_2
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf2 K_L0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf2 K_L0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myf2
+1.000  pi- pi+              TSS;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_K0lrho0_rho02pi.dec b/BaBar_2014/B0B0bar_K0lrho0_rho02pi.dec
new file mode 100644
index 0000000..2833de0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_K0lrho0_rho02pi.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# B0 -> rho0 K0l   + c.c.                         #
+#        |                                        #
+#        `--> pi+ pi-                             # 
+#                                                 #
+# Author: Matt Graham				  #
+# Created: 19 April 2004                          #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho0 K0l
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0 decays to pi+ pi- (using a simple VSS model).
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho0 rho0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho0 K_L0           SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho0 K_L0           SVS;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+ pi-               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_K0nunu.dec b/BaBar_2014/B0B0bar_K0nunu.dec
new file mode 100644
index 0000000..d8d9d70
--- /dev/null
+++ b/BaBar_2014/B0B0bar_K0nunu.dec
@@ -0,0 +1,50 @@
+###################################################################
+# B0 --> K*0 nu nubar, B0bar - > generic                          #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: R.V. Kowalewski  11/22/01                           	  #
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+Alias myK0  K0
+Alias myantiK0 anti-K0
+ChargeConj myK0 myantiK0
+#
+Decay Upsilon(4S)
+0.42000 B0 myantiB0                       VSS_MIX  dm;
+0.42000 myB0 anti-B0                       VSS_MIX  dm;
+0.08000 anti-B0 myantiB0                  VSS_MIX  dm;
+0.08000 B0 myB0                           VSS_MIX dm;
+Enddecay
+#
+Decay myB0
+1.0000 myK0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay myantiB0
+1.0000 myantiK0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+#
+Decay myK0
+1.0000 K_S0         PHOTOS PHSP ;
+Enddecay
+#
+Decay myantiK0
+1.0000 K_S0         PHOTOS PHSP ;
+Enddecay
+
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_K0s2pi0.dec b/BaBar_2014/B0B0bar_K0s2pi0.dec
new file mode 100644
index 0000000..233b2c4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_K0s2pi0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B0 -> K0S pi0 pi0 (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K0S pi0 pi0 (non-resonant) 
+# using phase space
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  K_S0 pi0 pi0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  K_S0 pi0 pi0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_K0sK0sK0s.dec b/BaBar_2014/B0B0bar_K0sK0sK0s.dec
new file mode 100644
index 0000000..6a9622b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_K0sK0sK0s.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B0 -> K0s K0s K0s (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K0s K0s K0s (non-resonant) 
+# using phase space
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   K_S0 K_S0 K_S0         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  K_S0 K_S0 K_S0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_K0sf2.dec b/BaBar_2014/B0B0bar_K0sf2.dec
new file mode 100644
index 0000000..acb14c8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_K0sf2.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# B0 -> f2(1270) pi0  + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             #
+#                                                 #
+# Author: Andreas Hoecker                         # 
+# Created: 19-Jan-2004                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f2(1270) K0s using the SSD_CP model
+# (scalar -> tensor scalar with CP interference)
+# The f2 decays to pi+ pi- using the TSS model
+# f2(1270) resonance parameters unchanged (seem ok in pdg.table)
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf2 f_2
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf2 K_S0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf2 K_S0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myf2
+1.000  pi- pi+              TSS;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_K0sphi_phiKK.dec b/BaBar_2014/B0B0bar_K0sphi_phiKK.dec
new file mode 100644
index 0000000..b3c30ec
--- /dev/null
+++ b/BaBar_2014/B0B0bar_K0sphi_phiKK.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# B0 -> phi K0s   + c.c.                          #
+#        |                                        #
+#        `--> K+ K-                               # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> phi K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The phi decays to K+ K- (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myphi phi
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myphi K_S0            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myphi K_S0            SVS;
+Enddecay
+#
+Decay Myphi
+1.000  K+ K-                 VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_K0srho0_rho02pi.dec b/BaBar_2014/B0B0bar_K0srho0_rho02pi.dec
new file mode 100644
index 0000000..eeadd83
--- /dev/null
+++ b/BaBar_2014/B0B0bar_K0srho0_rho02pi.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# B0 -> rho0 K0s   + c.c.                         #
+#        |                                        #
+#        `--> pi+ pi-                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho0 K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0 decays to pi+ pi- (using a simple VSS model).
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho0 rho0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho0 K_S0           SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho0 K_S0           SVS;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+ pi-               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_K2pi_CP.dec b/BaBar_2014/B0B0bar_K2pi_CP.dec
new file mode 100644
index 0000000..6e682c6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_K2pi_CP.dec
@@ -0,0 +1,35 @@
+###################################################
+#                                                 #
+# B0 -> K+ pi- pi0  + c.c.                        #
+#       with interference between the K* and rho  #
+#       resonances                                #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K+ pi- pi0 with interference
+# between the K* and rho resonances 
+# included using the BTOKPIPI_CP model.
+#
+#
+Define alpha 1.365
+Define beta 0.390
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  K+ pi- pi0    BTOKPIPI_CP dm alpha beta;
+Enddecay
+#
+Decay Myanti-B0
+1.000  K- pi+ pi0    BTOKPIPI_CP dm alpha beta;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_KK.dec b/BaBar_2014/B0B0bar_KK.dec
new file mode 100644
index 0000000..613811c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KK.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# Decay: B0B -> K+ K-  + cc                       #
+#                                                 #
+# Author: J. Olsen    9/15/00                     #
+# 			                          #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+ 1.000 K+  K-   PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.000 K-  K+   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KLpi0_kltopi0pi0.dec b/BaBar_2014/B0B0bar_KLpi0_kltopi0pi0.dec
new file mode 100644
index 0000000..3f44df3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KLpi0_kltopi0pi0.dec
@@ -0,0 +1,42 @@
+###################################################
+#                                                 #
+# Decay: B0 -> KL  pi0 + cc                       #
+#                                                 #
+# Author: Jim Olsen (jolsen@slac.stanford.edu)    #
+# Created:  (Amir Farbin)    2/2/99               #
+# Modified for pi0->2gamma:(Jim Olsen) 2/17/00    #
+#          for kl->pi0pi0  (Adrian Bevan) 3/29/01 #
+#						  #
+# Simple neutral B decays to KlPi0 without mixing #
+# and with Kl->pi0pi0 and Pi0->2gamma.            #
+###################################################
+#
+#
+Alias myPi0 pi0
+Alias myKl K_L0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+0.5000 MyB0  anti-B0                     VSS;
+0.5000 Myanti-B0  B0                     VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 myKl myPi0          PHSP;         
+Enddecay 
+#
+Decay MyB0
+1.0000 myKl myPi0          PHSP;         
+Enddecay
+#
+Decay myKl
+1.00     pi0      pi0    PHSP;
+Enddecay
+#
+Decay myPi0
+1.00	gamma	gamma 	PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_KSKS.dec b/BaBar_2014/B0B0bar_KSKS.dec
new file mode 100644
index 0000000..9edd658
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KSKS.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B0 -> Ks Ks                                     #
+#                                                 #
+# Author: U.Berzano                               #
+# created:                     25/jul/00          #
+###################################################
+#
+# Decay table for B0 -> Ks Ksbar using a simple (S)calar to (S)calar-(S)calar
+# model.  The Ks decays to pi+ pi-.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias   myKs   K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 myKs myKs                 SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 myKs myKs                 SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay myKs
+1.00     pi+    pi-      PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_KSeta_etaDalitz.dec b/BaBar_2014/B0B0bar_KSeta_etaDalitz.dec
new file mode 100644
index 0000000..ac7c20d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KSeta_etaDalitz.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# Decay: B0 -> KS  pi0 + cc,pi0->e+e-gamma        #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# Created:  030414                                #
+#						  #
+###################################################
+#
+#
+Alias myEta eta
+Alias myKs K_S0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+0.5000 MyB0  anti-B0                     VSS;
+0.5000 Myanti-B0  B0                     VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 myKs myEta          PHSP;         
+Enddecay 
+#
+Decay MyB0
+1.0000 myKs myEta          PHSP;         
+Enddecay
+#
+Decay myKs
+1.00     pi+      pi-    PHSP;
+Enddecay
+#
+Decay myEta
+1.00    e+  e- gamma      PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_KSetac_pppm.dec b/BaBar_2014/B0B0bar_KSetac_pppm.dec
new file mode 100644
index 0000000..4795532
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KSetac_pppm.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> p p-bar                            #
+# + cc                                                     #
+#                                                          #
+# Author: G. Dubois-Felsmann                               #
+# Created: 2000.08.19                                      #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+1.0000 p+ anti-p-                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_KSpi0.dec b/BaBar_2014/B0B0bar_KSpi0.dec
new file mode 100644
index 0000000..d31aa07
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KSpi0.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# Decay: B0 -> KS  pi0 + cc                       #
+#                                                 #
+# Author: Jim Olsen (jolsen@slac.stanford.edu)    #
+# Created:  (Amir Farbin)    2/2/99               #
+# Modified for pi0->2gamma:(Jim Olsen) 2/17/00    #
+#						  #
+# Simple neutral B decays to KsPi0 without mixing #
+# and with Ks->pi+pi- and Pi0->2gamma.            #
+###################################################
+#
+#
+Alias myPi0 pi0
+Alias myKs K_S0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+0.5000 MyB0  anti-B0                     VSS;
+0.5000 Myanti-B0  B0                     VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 myKs myPi0          PHSP;         
+Enddecay 
+#
+Decay MyB0
+1.0000 myKs myPi0          PHSP;         
+Enddecay
+#
+Decay myKs
+1.00     pi+      pi-    PHSP;
+Enddecay
+#
+Decay myPi0
+1.00	gamma	gamma 	PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_KSpi0_2beta.dec b/BaBar_2014/B0B0bar_KSpi0_2beta.dec
new file mode 100644
index 0000000..ec57d50
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KSpi0_2beta.dec
@@ -0,0 +1,27 @@
+#
+Alias MyB0 B0 
+Alias Myanti-B0 anti-B0
+Alias myK_S0  K_S0
+Alias mypi0   pi0
+#
+Decay pi0
+1    gamma gamma                      PHSP;
+Enddecay
+#
+Decay myK_S0
+1.00    pi+  pi-                          PHSP;
+Enddecay
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0  MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00  myK_S0 mypi0  SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.00  myK_S0 mypi0   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KSpi0_C=m0.6_S=0.58.dec b/BaBar_2014/B0B0bar_KSpi0_C=m0.6_S=0.58.dec
new file mode 100644
index 0000000..c689131
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KSpi0_C=m0.6_S=0.58.dec
@@ -0,0 +1,28 @@
+#relative phase Pi/2
+#
+Alias MyB0 B0 
+Alias Myanti-B0 anti-B0
+Alias myK_S0  K_S0
+Alias mypi0   pi0
+#
+Decay pi0
+1    gamma gamma                      PHSP;
+Enddecay
+#
+Decay myK_S0
+1.00    pi+  pi-                          PHSP;
+Enddecay
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00  myK_S0 mypi0  SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 0.5 1.570;
+Enddecay
+#
+Decay Myanti-B0
+1.00  myK_S0 mypi0  SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 0.5 1.570;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KSpi0_alpha.dec b/BaBar_2014/B0B0bar_KSpi0_alpha.dec
new file mode 100644
index 0000000..617ec78
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KSpi0_alpha.dec
@@ -0,0 +1,27 @@
+#
+Alias MyB0 B0 
+Alias Myanti-B0 anti-B0
+Alias myK_S0  K_S0
+Alias mypi0   pi0
+#
+Decay pi0
+1    gamma gamma                      PHSP;
+Enddecay
+#
+Decay myK_S0
+1.00    pi+  pi-                          PHSP;
+Enddecay
+#
+Decay Upsilon(4S)
+1.000 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00  myK_S0 mypi0  SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myanti-B0
+1.00  myK_S0 mypi0  SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KSpi0_kstopi0pi0.dec b/BaBar_2014/B0B0bar_KSpi0_kstopi0pi0.dec
new file mode 100644
index 0000000..07b71f0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KSpi0_kstopi0pi0.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# Decay: B0 -> KS  pi0 + cc                       #
+#                                                 #
+# Author: Jim Olsen (jolsen@slac.stanford.edu)    #
+# Created:  (Amir Farbin)    2/2/99               #
+# Modified for pi0->2gamma:(Jim Olsen) 2/17/00    #
+#          for ks->pi0pi0  (Adrian Bevan) 3/29/01 # bevan@slac.stanford.edu
+#						  #
+# Simple neutral B decays to KsPi0 without mixing #
+# and with Ks->pi0pi0 and Pi0->2gamma.            #
+###################################################
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPi0 pi0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0       anti-B0                VSS;
+0.5000 Myanti-B0  B0                     VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyKs pi0          PHSP;         
+Enddecay 
+#
+Decay MyB0
+1.0000 MyKs pi0          PHSP;         
+Enddecay
+#
+Decay MyKs
+1.00     pi0      pi0    PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_KSpi0_pi0Dalitz.dec b/BaBar_2014/B0B0bar_KSpi0_pi0Dalitz.dec
new file mode 100644
index 0000000..ed7433e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KSpi0_pi0Dalitz.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# Decay: B0 -> KS  pi0 + cc,pi0->e+e-gamma        #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# Created:  030414                                #
+#						  #
+###################################################
+#
+#
+Alias myPi0 pi0
+Alias myKs K_S0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+0.5000 MyB0  anti-B0                     VSS;
+0.5000 Myanti-B0  B0                     VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 myKs myPi0          PHSP;         
+Enddecay 
+#
+Decay MyB0
+1.0000 myKs myPi0          PHSP;         
+Enddecay
+#
+Decay myKs
+1.00     pi+      pi-    PHSP;
+Enddecay
+#
+Decay myPi0
+1.00    e+  e- gamma                     PI0_DALITZ;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Keta1295_KKpipl.dec b/BaBar_2014/B0B0bar_Keta1295_KKpipl.dec
new file mode 100644
index 0000000..5304020
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Keta1295_KKpipl.dec
@@ -0,0 +1,49 @@
+##############################################################
+#                                                            #
+# Decay:      B0 -> eta(1295) K0, eta(1295) -> K0K-pi+       #
+#             B0bar -> generic                        +cc    #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  12/18/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV            #
+# Meson eta(2S) 20221 1.297  0.053     0.2                   #
+#       spin=0 (fixed May 2001)                              #
+##############################################################
+#
+Alias Myetap eta(2S)
+Alias MyK_S0 K_S0
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+# 1.0000  Myetap  MyK_S0      PHSP;
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB0bar
+# 1.0000  Myetap  MyK_S0      PHSP;
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myetap
+0.5000       MyK_S0 K+ pi-                 PHSP;
+0.5000       MyK_S0 K- pi+                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Keta1295_KKpizr.dec b/BaBar_2014/B0B0bar_Keta1295_KKpizr.dec
new file mode 100644
index 0000000..f796f8b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Keta1295_KKpizr.dec
@@ -0,0 +1,48 @@
+##############################################################
+#                                                            #
+# Decay:      B0 -> eta(1295) K0, eta(1295) -> K+K-pi0       #
+#             B0bar -> generic                        +cc    #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  12/18/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV            #
+# Meson eta(2S) 20221 1.297  0.053     0.2                   #
+#       spin=0 (fixed May 2001)                              #
+##############################################################
+#
+Alias Myetap eta(2S)
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+# 1.0000  Myetap  MyK_S0      PHSP;
+ 1.0000  eta(2S)  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB0bar
+# 1.0000  Myetap  MyK_S0      PHSP;
+ 1.0000  eta(2S)  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay eta(2S)
+1.0000       K+ K- pi0                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Keta1295_etapipi.dec b/BaBar_2014/B0B0bar_Keta1295_etapipi.dec
new file mode 100644
index 0000000..981e5cf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Keta1295_etapipi.dec
@@ -0,0 +1,53 @@
+##############################################################
+#                                                            #
+# Decay:      B0 -> eta(1295) K0, eta(1295) -> eta(gg)pi+pi- #
+#             B0bar -> generic                        +cc    #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  12/18/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV            #
+# Meson eta(2S) 20221 1.297  0.053     0.2                   #
+#       spin=0 (fixed May 2001)                              #
+##############################################################
+#
+Alias Myetap eta(2S)
+Alias Myeta eta
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+# 1.0000  Myetap  MyK_S0      PHSP;
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyB0bar
+# 1.0000  Myetap  MyK_S0      PHSP;
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myetap
+1.0000       pi+ pi- Myeta                 PHSP;
+Enddecay
+#
+Decay Myeta
+1.000     gamma  gamma                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kf1285_KKpipl.dec b/BaBar_2014/B0B0bar_Kf1285_KKpipl.dec
new file mode 100644
index 0000000..0934b82
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kf1285_KKpipl.dec
@@ -0,0 +1,47 @@
+##############################################################
+#                                                            #
+# Decay:      B0 -> f_1 K0, f_1(1285) -> K0K-pi+             #
+#             B0bar -> generic                        +cc    #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  12/18/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV  spin      #
+# Meson f_1  20223  1.2822     0.0248  0.05	   1         #
+#                                                            #
+##############################################################
+#
+Alias Myetap f_1
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB0bar
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myetap
+0.5000       MyK_S0 K+ pi-                 PHSP;
+0.5000       MyK_S0 K- pi+                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kf1285_KKpizr.dec b/BaBar_2014/B0B0bar_Kf1285_KKpizr.dec
new file mode 100644
index 0000000..59ec4ea
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kf1285_KKpizr.dec
@@ -0,0 +1,46 @@
+##############################################################
+#                                                            #
+# Decay:      B0 -> f_1 K0, f_1(1285) -> K+K-pi0             #
+#             B0bar -> generic                        +cc    #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  12/18/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV  spin      #
+# Meson f_1  20223  1.2822     0.0248  0.05	   1         #
+#                                                            #
+##############################################################
+#
+Alias Myetap f_1
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB0bar
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myetap
+1.0000       K+ K- pi0                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kf1285_etapipi.dec b/BaBar_2014/B0B0bar_Kf1285_etapipi.dec
new file mode 100644
index 0000000..94e4d96
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kf1285_etapipi.dec
@@ -0,0 +1,51 @@
+##############################################################
+#                                                            #
+# Decay:      B0 -> f_1 K0, f_1(1285) -> eta(gg)pi+pi-       #
+#             B0bar -> generic                        +cc    #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  12/18/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV  spin      #
+# Meson f_1  20223  1.2822     0.0248  0.05	   1         #
+#                                                            #
+##############################################################
+#
+Alias Myetap f_1
+Alias Myeta eta
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyB0bar
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myetap
+1.0000       pi+ pi- Myeta                 PHSP;
+Enddecay
+#
+Decay Myeta
+1.000     gamma  gamma                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kf1525_K0K0.dec b/BaBar_2014/B0B0bar_Kf1525_K0K0.dec
new file mode 100644
index 0000000..249efdd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kf1525_K0K0.dec
@@ -0,0 +1,46 @@
+##############################################################
+#                                                            #
+# Decay:      B0 -> f'_2 K0, f'_2 -> KSKS                    #
+#             B0bar -> generic                        +cc    #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  12/18/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV            #
+# Meson f'_2     335  1.525  0.076     0.2                   #
+#                                                            #
+##############################################################
+#
+Alias Myetap f'_2
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB0bar
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myetap
+1.0000   MyK_S0   MyK_S0          TSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kf1525_KpKm.dec b/BaBar_2014/B0B0bar_Kf1525_KpKm.dec
new file mode 100644
index 0000000..3d593aa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kf1525_KpKm.dec
@@ -0,0 +1,46 @@
+##############################################################
+#                                                            #
+# Decay:      B0 -> f'_2 K0, f'_2 -> K+K-                    #
+#             B0bar -> generic                        +cc    #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  12/18/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV            #
+# Meson f'_2     335  1.525  0.076     0.2                   #
+#                                                            #
+##############################################################
+#
+Alias Myetap f'_2
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB0bar
+1.0000  Myetap  MyK_S0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myetap
+1.0000   K+   K-                  TSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KmKstarp_KstarpK0spi.dec b/BaBar_2014/B0B0bar_KmKstarp_KstarpK0spi.dec
new file mode 100644
index 0000000..b4a88b9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KmKstarp_KstarpK0spi.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*+ K-   + c.c.                           #
+#        |                                        #
+#        |                                        #
+#        `--> K0s pi+                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*+ K-
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*+ decays to K0s pi+ (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*- K*-
+Alias MyK*+ K*+
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*+ K-              SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyK*- K+              SVS;
+Enddecay
+#
+Decay MyK*-
+1.000  K_S0 pi-              VSS;
+Enddecay
+#
+Decay MyK*+
+1.000  K_S0 pi+              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KmKstarp_KstarpKpi0.dec b/BaBar_2014/B0B0bar_KmKstarp_KstarpKpi0.dec
new file mode 100644
index 0000000..262a44e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KmKstarp_KstarpKpi0.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*+ K-   + c.c.                           #
+#        |                                        #
+#        |                                        #
+#        `--> K+ pi0                              # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*+ K-
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*+ decays to K+ pi0 (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*- K*-
+Alias MyK*+ K*+
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*+ K-              SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyK*- K+              SVS;
+Enddecay
+#
+Decay MyK*-
+1.000  K- pi0                VSS;
+Enddecay
+#
+Decay MyK*+
+1.000  K+ pi0                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KmpipK0.dec b/BaBar_2014/B0B0bar_KmpipK0.dec
new file mode 100644
index 0000000..4f0840e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KmpipK0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B0 -> K- pi+ K0S (non-resonant)   + c.c.        #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K- pi+ K0S (non-resonant) 
+# using phase space
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  K- pi+ K_S0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  K+ pi- K_S0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KpKmKstar_KSpi0.dec b/BaBar_2014/B0B0bar_KpKmKstar_KSpi0.dec
new file mode 100644
index 0000000..8047e55
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KpKmKstar_KSpi0.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K+ K- K*0 (KSpi0)  (non-resonant)   #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  K+ K- MyK*0          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  K+ K- MyK*0bar       PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KpKmKstar_Kppim.dec b/BaBar_2014/B0B0bar_KpKmKstar_Kppim.dec
new file mode 100644
index 0000000..ef68790
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KpKmKstar_Kppim.dec
@@ -0,0 +1,45 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K+ K- K*0 (K+pi-)  (non-resonant)   #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  K+ K- MyK*0          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  K+ K- MyK*0bar       PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KpKstarm_KstarmK0spi.dec b/BaBar_2014/B0B0bar_KpKstarm_KstarmK0spi.dec
new file mode 100644
index 0000000..31ccf9c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KpKstarm_KstarmK0spi.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*- K+   + c.c.                           #
+#        |                                        #
+#        |                                        #
+#        `--> K0s pi-                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*- K+
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*- decays to K0s pi- (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*- K*-
+Alias MyK*+ K*+
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*- K+              SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyK*+ K-              SVS;
+Enddecay
+#
+Decay MyK*-
+1.000  K_S0 pi-              VSS;
+Enddecay
+#
+Decay MyK*+
+1.000  K_S0 pi+              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KpKstarm_KstarmKpi0.dec b/BaBar_2014/B0B0bar_KpKstarm_KstarmKpi0.dec
new file mode 100644
index 0000000..4c42d9d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KpKstarm_KstarmKpi0.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*- K+   + c.c.                           #
+#        |                                        #
+#        |                                        #
+#        `--> K- pi0                              # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*- K+
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*- decays to K- pi0 (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*- K*-
+Alias MyK*+ K*+
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*- K+              SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyK*+ K-              SVS;
+Enddecay
+#
+Decay MyK*-
+1.000  K- pi0                VSS;
+Enddecay
+#
+Decay MyK*+
+1.000  K+ pi0                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kpi.dec b/BaBar_2014/B0B0bar_Kpi.dec
new file mode 100644
index 0000000..321d843
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kpi.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# Decay: B0B -> K- pi+  + cc                      #
+#                                                 #
+# Author: G. London    2/2/99                     #
+# modified:           10/2/99                     #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+ 1.000 K+  pi-   PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.000 K-  pi+   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_KpiK0.dec b/BaBar_2014/B0B0bar_KpiK0.dec
new file mode 100644
index 0000000..fbebcee
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KpiK0.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# B0 -> K+ pi- K0S (non-resonant)   + c.c.        #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 26/April/00                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K+ pi- K0S (non-resonant) 
+# using phase space
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  K+ pi- K_S0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  K- pi+ K_S0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kpipi0.dec b/BaBar_2014/B0B0bar_Kpipi0.dec
new file mode 100644
index 0000000..4b5e58c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kpipi0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B0 -> K+ pi- pi0 (non-resonant)   + c.c.        #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K+ pi- pi0 (non-resonant) 
+# using phase space
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  K+ pi- pi0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  K- pi+ pi0          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kpipi0pi0.dec b/BaBar_2014/B0B0bar_Kpipi0pi0.dec
new file mode 100644
index 0000000..1aac03e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kpipi0pi0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B0 -> K+ pi- pi0 pi0 (non-resonant)   + c.c.    #
+#                                                 #
+# Author: Haibo Li     lihb@slac.stanford.edu     #
+# Created: 05/20/2004                             #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K+ pi- pi0 pi0(non-resonant) 
+# using phase space
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  K+ pi- pi0 pi0         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  K- pi+ pi0 pi0         PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Krho.dec b/BaBar_2014/B0B0bar_Krho.dec
new file mode 100644
index 0000000..7121bf4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Krho.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# B0B-> K- rho+  + cc                             #
+#                                                 #
+# Author: Jim Olsen                               #
+# created:                     3/Feb/99           #
+# modified: g.london          10/Feb/99           #
+###################################################
+#
+# Decay table for B0b -> K- rho+ using a simple (S)calar to (V)ector-(S)calar
+# model.  The rho+ decays to pi+ pi0.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias     myrho+    rho+
+Alias     myrho-    rho-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.00     myrho+   K-     SVS;
+Enddecay
+#
+Decay myrho+
+1.00     pi+      pi0    VSS;
+Enddecay
+#
+Decay MyB0
+1.00     myrho-   K+     SVS;
+Enddecay
+#
+Decay myrho-
+1.00     pi-      pi0    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Ksll.dec b/BaBar_2014/B0B0bar_Ksll.dec
new file mode 100644
index 0000000..76ac513
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ksll.dec
@@ -0,0 +1,42 @@
+###################################################################
+# B0 --> e+e-/mu+mu- KS              B0bar -> generic             #
+#                     |--> generic                                #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: P. Reinertsen   8/11/99                                 #
+# Mail: PLASSE@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000 K_S0 e+ e-                        PHOTOS PHSP ;
+0.5000 K_S0 mu+ mu-                      PHOTOS PHSP ;
+Enddecay
+#
+# 
+Decay Myanti-B0
+0.5000 K_S0 e+ e-                        PHOTOS PHSP ;
+0.5000 K_S0 mu+ mu-                      PHOTOS PHSP ;
+Enddecay
+#
+# 
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Ksnunubar.dec b/BaBar_2014/B0B0bar_Ksnunubar.dec
new file mode 100644
index 0000000..5d08d26
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ksnunubar.dec
@@ -0,0 +1,40 @@
+###################################################################
+# B0 --> e+e-/nu nu  KS              B0bar -> generic             #
+#                     |--> generic                                #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: J. Panetta     01/10/00                                 #
+# Mode useful for trigger studies                                 #
+###################################################################
+#
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+0.500 MyB0  anti-B0                     VSS;
+0.500 Myanti-B0  B0                     VSS;
+Enddecay
+#
+#
+Decay MyB0
+1.000 K_S0 nu_e anti-nu_e               PHOTOS PHSP ;
+Enddecay
+#
+# 
+Decay Myanti-B0
+1.000 K_S0 nu_e anti-nu_e               PHOTOS PHSP ;
+Enddecay
+#
+# 
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Ksrho0_CP.dec b/BaBar_2014/B0B0bar_Ksrho0_CP.dec
new file mode 100644
index 0000000..834eac1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Ksrho0_CP.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B0 -> rho0 K0s   + c.c.                         #
+#        |                                        #
+#        ---> pi+ pi-                             #
+#                                                 #
+#  CP violation included                          #
+#                                                 #
+# Author: Jim Smith   jgsmith@pizero.colorado.edu #
+# Created: 16 July 2004                           #
+#                                                 #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho0 rho0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho0 K_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho0 K_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+ pi-               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kst0Kst0Pi0_KPi_KPi.dec b/BaBar_2014/B0B0bar_Kst0Kst0Pi0_KPi_KPi.dec
new file mode 100644
index 0000000..975867a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst0Kst0Pi0_KPi_KPi.dec
@@ -0,0 +1,45 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*0 K*0 pi0 + cc (K* -> K+pi-)     #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 MyK*0 MyK*0 pi0                	PHSP;
+1.0000 MyK*0bar MyK*0 pi0               PHSP;
+1.0000 MyK*0bar MyK*0bar pi0            PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 MyK*0 MyK*0 pi0                	PHSP;
+1.0000 MyK*0bar MyK*0 pi0               PHSP;
+1.0000 MyK*0bar MyK*0bar pi0            PHSP;
+Enddecay 
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Kst0KstH_KPi_KPi0.dec b/BaBar_2014/B0B0bar_Kst0KstH_KPi_KPi0.dec
new file mode 100644
index 0000000..3a9a373
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst0KstH_KPi_KPi0.dec
@@ -0,0 +1,66 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*0 K*+ h- + cc (K*0 -> K+pi-; K*+ -> K+pi0 #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 MyK*0 MyK*+ pi-                	PHSP;
+1.0000 MyK*0 MyK*- pi+                	PHSP;
+#1.0000 MyK*0 MyK*+ K-                	PHSP;
+#1.0000 MyK*0 MyK*- K+                	PHSP;
+1.0000 MyK*0bar MyK*+ pi-               PHSP;
+1.0000 MyK*0bar MyK*- pi+              	PHSP;
+#1.0000 MyK*0bar MyK*+ K-              	PHSP;
+#1.0000 MyK*0bar MyK*- K+              	PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 MyK*0 MyK*+ pi-                	PHSP;
+1.0000 MyK*0 MyK*- pi+                	PHSP;
+#1.0000 MyK*0 MyK*+ K-                	PHSP;
+#1.0000 MyK*0 MyK*- K+                	PHSP;
+1.0000 MyK*0bar MyK*+ pi-               PHSP;
+1.0000 MyK*0bar MyK*- pi+              	PHSP;
+#1.0000 MyK*0bar MyK*+ K-              	PHSP;
+#1.0000 MyK*0bar MyK*- K+              	PHSP;
+Enddecay 
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Kst0Rho0Pi0_KPi.dec b/BaBar_2014/B0B0bar_Kst0Rho0Pi0_KPi.dec
new file mode 100644
index 0000000..476f538
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst0Rho0Pi0_KPi.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*0 rho0 pi0 + cc (K*0 -> K+pi-)   #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 MyK*0bar rho0 pi0                PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 MyK*0 rho0 pi0                	PHSP;
+Enddecay 
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Kst0RhoH_KPi.dec b/BaBar_2014/B0B0bar_Kst0RhoH_KPi.dec
new file mode 100644
index 0000000..84c3d2f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst0RhoH_KPi.dec
@@ -0,0 +1,55 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*0 rho+ h- + cc (K*0 -> K+pi-)    #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 MyK*0 rho+ pi-                	PHSP;
+1.0000 MyK*0 rho- pi+                	PHSP;
+1.0000 MyK*0bar rho+ pi-                PHSP;
+1.0000 MyK*0bar rho- pi+                PHSP;
+1.0000 MyK*0 rho+ K-                	PHSP;
+1.0000 MyK*0 rho- K+                	PHSP;
+1.0000 MyK*0bar rho+ K-                 PHSP;
+1.0000 MyK*0bar rho- K+                 PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 MyK*0 rho+ pi-                	PHSP;
+1.0000 MyK*0 rho- pi+                	PHSP;
+1.0000 MyK*0bar rho+ pi-                PHSP;
+1.0000 MyK*0bar rho- pi+                PHSP;
+1.0000 MyK*0 rho+ K-                	PHSP;
+1.0000 MyK*0 rho- K+                	PHSP;
+1.0000 MyK*0bar rho+ K-                 PHSP;
+1.0000 MyK*0bar rho- K+                 PHSP;
+Enddecay 
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Kst0RhomPip_KPi.dec b/BaBar_2014/B0B0bar_Kst0RhomPip_KPi.dec
new file mode 100644
index 0000000..8ac2a3b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst0RhomPip_KPi.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*0 rho- pi+ + cc (K*0 -> K+pi-)   #
+#                                                 #
+# Author: 	S. Emery			  #
+# Created:                   23/07/03             #
+###################################################
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 MyK*0bar rho+ pi-                PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 MyK*0 rho- pi+                	PHSP;
+Enddecay 
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Kst0RhopPim_KPi.dec b/BaBar_2014/B0B0bar_Kst0RhopPim_KPi.dec
new file mode 100644
index 0000000..cbab18d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst0RhopPim_KPi.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*0 rho+ pi- + cc (K*0 -> K+pi-)   #
+#                                                 #
+# Author: 	S. Emery			  #
+# Created:                   23/07/03             #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 MyK*0bar rho- pi+                PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 MyK*0 rho+ pi-                	PHSP;
+Enddecay 
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Kst2_1430_Jpsi_ee.dec b/BaBar_2014/B0B0bar_Kst2_1430_Jpsi_ee.dec
new file mode 100644
index 0000000..b8bb146
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst2_1430_Jpsi_ee.dec
@@ -0,0 +1,45 @@
+#########################################################################
+# This is a DECAY.DEC file for the following modes:                     #
+#   Up(4S) -> B0  B0bar                    + CC                         #
+#             |    |                                                    #
+#             |     -> K*2bar(1430)   J/psi                             #
+#             |           |              |                              #
+#             |            -> K- pi+      -> e+e-                       #
+#              -> X                                                     #
+#                                                                       #
+#   ofte@slac.stanford.edu                                              #
+#########################################################################
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_2*0 K_2*0
+Alias Myanti-K_2*0 anti-K_2*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 MyJ/psi MyK_2*0                      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0 MyJ/psi Myanti-K_2*0                 PHSP;
+Enddecay
+#
+#force the J/psi to go to two electrons..
+Decay MyJ/psi
+1.000  e+ e-                       PHOTOS VLL;
+Enddecay
+#
+#force K_2*0 to go to K+pi-
+Decay MyK_2*0
+1.0   K+  pi-                         TSS;
+Enddecay
+#
+Decay Myanti-K_2*0
+1.0   K-  pi+                         TSS;
+Enddecay
+#
+End
+#-----------------------------------------------
diff --git a/BaBar_2014/B0B0bar_Kst2_1430_Jpsi_mumu.dec b/BaBar_2014/B0B0bar_Kst2_1430_Jpsi_mumu.dec
new file mode 100644
index 0000000..b94c05d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst2_1430_Jpsi_mumu.dec
@@ -0,0 +1,45 @@
+#########################################################################
+# This is a DECAY.DEC file for the following modes:                     #
+#   Up(4S) -> B0  B0bar                    + CC                         #
+#             |    |                                                    #
+#             |     -> K*2bar(1430)   J/psi                             #
+#             |           |              |                              #
+#             |            -> K- pi+      -> mu+mu-                     #
+#              -> X                                                     #
+#                                                                       #
+#   ofte@slac.stanford.edu                                              #
+#########################################################################
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_2*0 K_2*0
+Alias Myanti-K_2*0 anti-K_2*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0 MyJ/psi MyK_2*0                      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0 MyJ/psi Myanti-K_2*0                 PHSP;
+Enddecay
+#
+#force the J/psi to go to two muons..
+Decay MyJ/psi
+1.000  mu+ mu-                       PHOTOS VLL;
+Enddecay
+#
+#force K_2*0 to go to K+pi-
+Decay MyK_2*0
+1.0   K+  pi-                         TSS;
+Enddecay
+#
+Decay Myanti-K_2*0
+1.0   K-  pi+                         TSS;
+Enddecay
+#
+End
+#-----------------------------------------------
diff --git a/BaBar_2014/B0B0bar_KstKstPi0_KPi0_KPi0.dec b/BaBar_2014/B0B0bar_KstKstPi0_KPi0_KPi0.dec
new file mode 100644
index 0000000..f0eb3aa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KstKstPi0_KPi0_KPi0.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*+ K*- pi0 + cc (K*+ -> K+pi0)    #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 MyK*+ MyK*- pi0                	PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 MyK*+ MyK*- pi0                	PHSP;
+Enddecay 
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_KstRho0H_KPi0.dec b/BaBar_2014/B0B0bar_KstRho0H_KPi0.dec
new file mode 100644
index 0000000..882d06c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KstRho0H_KPi0.dec
@@ -0,0 +1,47 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*+ rho0 h- + cc (K*+ -> K+pi0)   #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 MyK*+ rho0 pi-                	PHSP;
+1.0000 MyK*- rho0 pi+                	PHSP;
+1.0000 MyK*+ rho0 K-                	PHSP;
+1.0000 MyK*- rho0 K+                	PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 MyK*+ rho0 pi-                	PHSP;
+1.0000 MyK*- rho0 pi+                	PHSP;
+1.0000 MyK*+ rho0 K-                	PHSP;
+1.0000 MyK*- rho0 K+                	PHSP;
+Enddecay 
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_KstRhoPi0_KPi0.dec b/BaBar_2014/B0B0bar_KstRhoPi0_KPi0.dec
new file mode 100644
index 0000000..a6ab2dc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KstRhoPi0_KPi0.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*+ rho- pi0 + cc (K*+ -> K+pi0)   #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 MyK*+ rho- pi0                	PHSP;
+1.0000 MyK*- rho+ pi0                	PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 MyK*+ rho- pi0                	PHSP;
+1.0000 MyK*- rho+ pi0                	PHSP;
+Enddecay 
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Kst_1273_gamma2.dec b/BaBar_2014/B0B0bar_Kst_1273_gamma2.dec
new file mode 100644
index 0000000..cb6e9b9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst_1273_gamma2.dec
@@ -0,0 +1,30 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*0bar(1273) gamma                                     #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# 02/25/00 - Pete Sanders -                                                   #
+# this is B0B0bar_Kst_1273_gamma.dec except the B0s decay 100% to K_10       #
+# instead of 50%. The first one must have been a mistake.                     #
+#                                                                             #
+# Mail: PSA@SLAC.STANFORD.EDU
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+1.0000  K_10 gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myantiB0
+1.0000 anti-K_10  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kst_1402_gamma.dec b/BaBar_2014/B0B0bar_Kst_1402_gamma.dec
new file mode 100644
index 0000000..a69c8f9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst_1402_gamma.dec
@@ -0,0 +1,26 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*0bar(1402) gamma                                     #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+1.0000  K'_10 gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myantiB0
+1.0000 anti-K'_10  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kst_1430_gamma.dec b/BaBar_2014/B0B0bar_Kst_1430_gamma.dec
new file mode 100644
index 0000000..94b3d4f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kst_1430_gamma.dec
@@ -0,0 +1,26 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*0bar(1430) gamma                                     #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#      ppenn@slac.stanford.edu                                                #
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+1.0000  K_2*0 gamma                        HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myantiB0
+1.0000 anti-K_2*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstar0K0s_Kstar0K0spi0.dec b/BaBar_2014/B0B0bar_Kstar0K0s_Kstar0K0spi0.dec
new file mode 100644
index 0000000..365bd82
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar0K0s_Kstar0K0spi0.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> K*0 K0s   + c.c.                          #
+#        |                                        #
+#        `--> K0s pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*0 K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*0 decays to K0s pi0 (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*0 K_S0            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myanti-K*0 K_S0       SVS;
+Enddecay
+#
+Decay MyK*0
+1.000  K_S0 pi0              VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  K_S0 pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstar0K0s_Kstar0Kpi.dec b/BaBar_2014/B0B0bar_Kstar0K0s_Kstar0Kpi.dec
new file mode 100644
index 0000000..fd1ee68
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar0K0s_Kstar0Kpi.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> K*0 K0s   + c.c.                          #
+#        |                                        #
+#        `--> K+ pi-                              # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*0 K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*0 decays to K+ pi- (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*0 K_S0            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myanti-K*0 K_S0       SVS;
+Enddecay
+#
+Decay MyK*0
+1.000  K+ pi-                VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  K- pi+                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstar0eta_etaDalitz.dec b/BaBar_2014/B0B0bar_Kstar0eta_etaDalitz.dec
new file mode 100644
index 0000000..4fafa52
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar0eta_etaDalitz.dec
@@ -0,0 +1,42 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*0  pi0 + cc,eta->e+e-gamma       #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# Created:  030414                                #
+#						  #
+###################################################
+#
+#
+Alias myEta eta
+Alias myK*0 K*0
+Alias myanti-K*0 anti-K*0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+0.5000 MyB0  anti-B0                     VSS;
+0.5000 Myanti-B0  B0                     VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 myanti-K*0 myEta          SVS;         
+Enddecay 
+#
+Decay MyB0
+1.0000 myK*0 myEta          SVS;         
+Enddecay
+#
+Decay myK*0
+1.00     K+      pi-    VSS;
+Enddecay
+#
+Decay myanti-K*0
+1.00     K-      pi+    VSS;
+Enddecay
+#
+Decay myEta
+1.00    e+  e- gamma                     PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Kstar0ll.dec b/BaBar_2014/B0B0bar_Kstar0ll.dec
new file mode 100644
index 0000000..535b642
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar0ll.dec
@@ -0,0 +1,41 @@
+###################################################################
+# B0 --> e+e-/mu+mu- Kstar0         B0bar -> generic              #
+#                     |-->generic                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: P. Reinertsen   8/11/99                                 #
+# Mail: PLASSE@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+0.5000 K*0 e+ e-                        PHOTOS PHSP ;
+0.5000 K*0 mu+ mu-                      PHOTOS PHSP ;
+Enddecay
+#
+Decay Myanti-B0
+0.5000 K*0 e+ e-                        PHOTOS PHSP ;
+0.5000 K*0 mu+ mu-                      PHOTOS PHSP ;
+Enddecay
+#
+# 
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Kstar0nunu.dec b/BaBar_2014/B0B0bar_Kstar0nunu.dec
new file mode 100644
index 0000000..63402c8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar0nunu.dec
@@ -0,0 +1,39 @@
+###################################################################
+# B0 --> K*0 nu nubar, B0bar - > generic                          #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: R.V. Kowalewski  11/22/01                           	  #
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+0.42000 B0 myantiB0                       VSS_MIX  dm;
+0.42000 myB0 anti-B0                       VSS_MIX  dm;
+0.08000 anti-B0 myantiB0                  VSS_MIX  dm;
+0.08000 B0 myB0                           VSS_MIX dm;
+Enddecay
+#
+Decay myB0
+1.0000 K*0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay myantiB0
+1.0000 anti-K*0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Kstar0nunu_Kpi.dec b/BaBar_2014/B0B0bar_Kstar0nunu_Kpi.dec
new file mode 100644
index 0000000..195f1a9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar0nunu_Kpi.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0B0bar_Kstar0nunu_Kpi.dec                      #
+#                                                 #
+# Decay: B0 -> K*0nunubar  B0bar -> X             #
+#              |                                  #
+#              |->K+ pi-                          #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Bob Kowalewski   kowalews@uvic.ca       #
+# 2001/04/30                                      #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+Decay Upsilon(4S)
+0.420 MyB0  anti-B0                   VSS_MIX dm;
+0.420 Myanti-B0  B0                   VSS_MIX dm;
+0.080 Myanti-B0 anti-B0               VSS_MIX dm;
+0.080 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyK*0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 Myanti-K*0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+Decay MyK*0
+0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.6657      K-  pi+                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstar0p1430pim_Kstar0p1430toK0spip.dec b/BaBar_2014/B0B0bar_Kstar0p1430pim_Kstar0p1430toK0spip.dec
new file mode 100644
index 0000000..6c84af7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar0p1430pim_Kstar0p1430toK0spip.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*0(1430)- pi+                                         #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+# Mail: keford@slac.stanford.edu
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+1.0000  K_0*+ pi-                     PHSP;
+Enddecay
+Decay myantiB0
+1.0000  K_0*- pi+                     PHSP;
+Enddecay
+Decay K_0*+ 
+1.0000 K_S0 pi+			      PHSP;
+Enddecay
+Decay K_0*- 
+1.0000 K_S0 pi-			      PHSP;
+Enddecay
+Decay K_S0 
+1.0000 pi+ pi-			      PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstar0pi0_Kstar0K0spi0.dec b/BaBar_2014/B0B0bar_Kstar0pi0_Kstar0K0spi0.dec
new file mode 100644
index 0000000..7790f75
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar0pi0_Kstar0K0spi0.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> K*0 pi0   + c.c.                          #
+#        |                                        #
+#        |                                        #
+#        `--> K0s pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*0 pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*0 decays to K0s pi0 (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*0 pi0             SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myanti-K*0 pi0        SVS;
+Enddecay
+#
+Decay MyK*0
+1.000  K_S0 pi0              VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  K_S0 pi0              VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstar0pi0_pi0Dalitz.dec b/BaBar_2014/B0B0bar_Kstar0pi0_pi0Dalitz.dec
new file mode 100644
index 0000000..32735f8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar0pi0_pi0Dalitz.dec
@@ -0,0 +1,42 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*0  pi0 + cc,pi0->e+e-gamma       #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# Created:  030414                                #
+#						  #
+###################################################
+#
+#
+Alias myPi0 pi0
+Alias myK*0 K*0
+Alias myanti-K*0 anti-K*0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+0.5000 MyB0  anti-B0                     VSS;
+0.5000 Myanti-B0  B0                     VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 myanti-K*0 myPi0          SVS;         
+Enddecay 
+#
+Decay MyB0
+1.0000 myK*0 myPi0          SVS;         
+Enddecay
+#
+Decay myK*0
+1.00     K+      pi-    VSS;
+Enddecay
+#
+Decay myanti-K*0
+1.00     K-      pi+    VSS;
+Enddecay
+#
+Decay myPi0
+1.00    e+  e- gamma                     PI0_DALITZ;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Kstar1410ppim_Kstar1410ptoK0spip.dec b/BaBar_2014/B0B0bar_Kstar1410ppim_Kstar1410ptoK0spip.dec
new file mode 100644
index 0000000..62dac55
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar1410ppim_Kstar1410ptoK0spip.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*(1410)- pi+                                         #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+# Mail: keford@slac.stanford.edu
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+1.0000  K'*+ pi-                     SVS;
+Enddecay
+Decay myantiB0
+1.0000  K'*- pi+                     SVS;
+Enddecay
+Decay K'*+ 
+1.0000 K_S0 pi+			     VSS;
+Enddecay
+Decay K'*- 
+1.0000 K_S0 pi-			     VSS;
+Enddecay
+Decay K_S0
+1.0000 pi+ pi-		             PHSP; 
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstar1680ppim_Kstar1680ptoK0spip.dec b/BaBar_2014/B0B0bar_Kstar1680ppim_Kstar1680ptoK0spip.dec
new file mode 100644
index 0000000..b488c8d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar1680ppim_Kstar1680ptoK0spip.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*(1680)- pi+                                          #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+# Mail: keford@slac.stanford.edu
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+1.0000  K''*+ pi-                     SVS;
+Enddecay
+Decay myantiB0
+1.0000  K''*- pi+                     SVS;
+Enddecay
+Decay K''*+ 
+1.0000 K_S0 pi+			      VSS;
+Enddecay
+Decay K''*- 
+1.0000 K_S0 pi-			      VSS;
+Enddecay
+Decay K_S0
+1.0000 pi+ pi-		              PHSP; 
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstar2p1430pim_Kstar2p1430toK0spip.dec b/BaBar_2014/B0B0bar_Kstar2p1430pim_Kstar2p1430toK0spip.dec
new file mode 100644
index 0000000..1a27c41
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar2p1430pim_Kstar2p1430toK0spip.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*2(1430)- pi+                                         #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+# Mail: keford@slac.stanford.edu
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+1.0000  K_2*+ pi-                     STS;
+Enddecay
+Decay myantiB0
+1.0000  K_2*- pi+                     STS;
+Enddecay
+Decay K_2*+ 
+1.0000 K_S0 pi+			      TSS;
+Enddecay
+Decay K_2*- 
+1.0000 K_S0 pi-			      TSS;
+Enddecay
+Decay K_S0
+1.0000 pi+ pi-			      PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_KstarK_1270.dec b/BaBar_2014/B0B0bar_KstarK_1270.dec
new file mode 100644
index 0000000..005e899
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KstarK_1270.dec
@@ -0,0 +1,45 @@
+######################################################################
+#                                                                    #
+#  B0 -> K_1(1270)- K+                      (100%)           + C.C.  #
+#                                                                    #
+#  K_1(1270)- -> rho0 K-                    (100%)           + C.C.  #
+#                                                                    #
+#  rho0 -> pi+ pi                           (100%)           + C.C.  #
+#                                                                    # 
+#  Author:  J. P. Burke                     phjpb@SLAC.Stanford.EDU  #
+#  Created: 12-Dec-2003                                              #
+#                                                                    #
+######################################################################
+#
+Alias myB0                                  B0
+Alias myanti-B0                             anti-B0
+Alias myK*+                                 K_1+
+Alias myK*-                                 K_1-
+Alias myRho0                                rho0
+#
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 myB0 myanti-B0            VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+0.5000 myK*+ K-                             SVS;
+0.5000 myK*- K+                             SVS;
+Enddecay
+#
+Decay myanti-B0
+0.5000 myK*+ K-                             SVS;
+0.5000 myK*- K+                             SVS;
+Enddecay
+#
+Decay myK*+
+1.0000 myRho0 K+                            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay myK*-
+1.0000 myRho0 K-                            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay myRho0
+1.0000 pi+ pi-                              VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstar_1410_gamma.dec b/BaBar_2014/B0B0bar_Kstar_1410_gamma.dec
new file mode 100644
index 0000000..3561501
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_1410_gamma.dec
@@ -0,0 +1,27 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*0bar(1410) gamma                                     #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+# Mail: lodovico@slac.stanford.edu
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+1.0000  K'*0 gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myantiB0
+1.0000 anti-K'*0  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstar_1680_gamma.dec b/BaBar_2014/B0B0bar_Kstar_1680_gamma.dec
new file mode 100644
index 0000000..b15ab7b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_1680_gamma.dec
@@ -0,0 +1,27 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*0bar(1680) gamma                                     #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+# Mail: LODOVICO@SLAC.STANFORD.EDU
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+1.0000  K''*0 gamma                        SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myantiB0
+1.0000 anti-K''*0  gamma                   SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstar_K0pipKstar_Kmpi0.dec b/BaBar_2014/B0B0bar_Kstar_K0pipKstar_Kmpi0.dec
new file mode 100644
index 0000000..e3a5f74
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_K0pipKstar_Kmpi0.dec
@@ -0,0 +1,67 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K*+ K*- -> (K0pi+)(K-pi0)           #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias My2K*+ K*+
+Alias My2K*- K*-
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+0.5000  My2K*+ MyK*-     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.5000  MyK*+ My2K*-     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+0.5000  My2K*+ MyK*-     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.5000  MyK*+ My2K*-     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+Decay My2K*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay My2K*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Kstar_K0pipKstar_Kmpi0_ln.dec b/BaBar_2014/B0B0bar_Kstar_K0pipKstar_Kmpi0_ln.dec
new file mode 100644
index 0000000..23cbf1e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_K0pipKstar_Kmpi0_ln.dec
@@ -0,0 +1,71 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K*+ K*- -> (K0pi+)(K-pi0)           #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias My2K*+ K*+
+Alias My2K*- K*-
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+0.5000  My2K*+ MyK*-     SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+0.5000  MyK*+ My2K*-     SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+0.5000  My2K*+ MyK*-     SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+0.5000  MyK*+ My2K*-     SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+Decay My2K*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay My2K*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Kstar_K0pipKstar_Kmpi0_tr.dec b/BaBar_2014/B0B0bar_Kstar_K0pipKstar_Kmpi0_tr.dec
new file mode 100644
index 0000000..e2dc249
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_K0pipKstar_Kmpi0_tr.dec
@@ -0,0 +1,71 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K*+ K*- -> (K0pi+)(K-pi0)           #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias My2K*+ K*+
+Alias My2K*- K*-
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+0.5000  My2K*+ MyK*-     SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+0.5000  MyK*+ My2K*-     SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+0.5000  My2K*+ MyK*-     SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+0.5000  MyK*+ My2K*-     SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+Decay My2K*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay My2K*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Kstar_Kppi0Kstar_Kmpi0.dec b/BaBar_2014/B0B0bar_Kstar_Kppi0Kstar_Kmpi0.dec
new file mode 100644
index 0000000..480133d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_Kppi0Kstar_Kmpi0.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K*+ K*- -> (K+pi0)(K-pi0)           #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyK*+ MyK*-     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyK*+ MyK*-     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Kstar_Kppi0Kstar_Kmpi0_ln.dec b/BaBar_2014/B0B0bar_Kstar_Kppi0Kstar_Kmpi0_ln.dec
new file mode 100644
index 0000000..a338d65
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_Kppi0Kstar_Kmpi0_ln.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K*+ K*- -> (K+pi0)(K-pi0)           #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  MyK*+ MyK*-     SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyK*+ MyK*-     SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Kstar_Kppi0Kstar_Kmpi0_tr.dec b/BaBar_2014/B0B0bar_Kstar_Kppi0Kstar_Kmpi0_tr.dec
new file mode 100644
index 0000000..566ab01
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_Kppi0Kstar_Kmpi0_tr.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K*+ K*- -> (K+pi0)(K-pi0)           #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyK*+ MyK*-     SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyK*+ MyK*-     SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Kstar_KppimKstar_Kppim.dec b/BaBar_2014/B0B0bar_Kstar_KppimKstar_Kppim.dec
new file mode 100644
index 0000000..050b965
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_KppimKstar_Kppim.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K*0 K*0bar -> (K+pi-)(K-pi+)        #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyK*0 MyK*0bar     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyK*0 MyK*0bar     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Kstar_KppimKstar_Kppim_ln.dec b/BaBar_2014/B0B0bar_Kstar_KppimKstar_Kppim_ln.dec
new file mode 100644
index 0000000..54acae3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_KppimKstar_Kppim_ln.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K*0 K*0bar -> (K+pi-)(K-pi+)        #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  MyK*0 MyK*0bar     SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyK*0 MyK*0bar     SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Kstar_KppimKstar_Kppim_tr.dec b/BaBar_2014/B0B0bar_Kstar_KppimKstar_Kppim_tr.dec
new file mode 100644
index 0000000..ecc6b5a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstar_KppimKstar_Kppim_tr.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K*0 K*0bar -> (K+pi-)(K-pi+)        #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyK*0 MyK*0bar     SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyK*0 MyK*0bar     SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Kstarf0_KSpi0.dec b/BaBar_2014/B0B0bar_Kstarf0_KSpi0.dec
new file mode 100644
index 0000000..ac2fe07
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarf0_KSpi0.dec
@@ -0,0 +1,78 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> f0 K*0 -> (pi+pi-)(Ks0pi0)          #
+#                                         Ks0->pi+pi-      #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+#                                                          #
+# patch by Andreas Hoecker (26-Jan-04)                     #
+#                                                          #
+############################################################
+#
+# BEGIN sp5 patch 
+# (
+#    note: the results from the ordinary BW fit
+#          are used and not those from the coupled
+#          channel BW, which is not in EvtGen
+#    note: no CPV generated - assumed to be done by 
+#          reweighting after selection
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.50
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+Alias MyK_S0 K_S0
+Alias Myf_0 f_0
+Define dm .464e12
+Define beta 0.39
+Define lambda 0.8
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# use a CP model similar to B->phiKs0, also S->VS
+#
+Decay MyB0
+1.0000  MyK*0 Myf_0          SVS_CP beta  dm -1  1.0 0.0 1.0 0.0 ;    
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyK*0bar Myf_0       SVS_CP beta  dm -1  1.0 0.0 1.0 0.0 ;    
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0          VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay Myf_0
+1.0000  pi+  pi-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstarf0_KSpi0KpKm.dec b/BaBar_2014/B0B0bar_Kstarf0_KSpi0KpKm.dec
new file mode 100644
index 0000000..8700142
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarf0_KSpi0KpKm.dec
@@ -0,0 +1,62 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> f0 K*0 -> (K+K-)(Ks0pi0)            #
+#                                       Ks0->pi+pi-        #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+#                                                          #
+# patch by Andrei Gritsan (01-Mar-04):                     #
+#          Ks0->pi+pi- and ChangeMassMin f_0               #
+#                                                          #
+############################################################
+#
+# patch f_0 -> K+K- mass cut off
+ChangeMassMin f_0 0.9874
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+Alias MyK_S0 K_S0
+Alias Myf_0 f_0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# use a CP model similar to B->phiKs0, also S->VS
+#
+Decay MyB0
+1.0000  MyK*0 Myf_0          SVS_CP beta  dm -1  1.0 0.0 1.0 0.0 ;    
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyK*0bar Myf_0       SVS_CP beta  dm -1  1.0 0.0 1.0 0.0 ;    
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0          VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0          VSS;
+Enddecay
+#
+Decay Myf_0
+1.0000   K+   K-            PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstarf0_Kppim.dec b/BaBar_2014/B0B0bar_Kstarf0_Kppim.dec
new file mode 100644
index 0000000..c106680
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarf0_Kppim.dec
@@ -0,0 +1,62 @@
+###################################################
+#                                                 #
+# B0 -> K*0 f_0             + c.c.                #
+#       |   |                                     #
+#       |   -> pi+ pi-                            #
+#       |                                         #
+#       -> K+ pi-                                 #
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+#
+# BEGIN sp5 patch (01-Mar-04)
+# patch by Andreas Hoecker and Andrei Gritsan
+# (
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.50
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myf_0 f_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 MyK*0 Myf_0          SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 Myanti-K*0 Myf_0     SVS;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+              VSS;
+Enddecay
+#
+#
+Decay Myf_0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstarf0_KppimKpKm.dec b/BaBar_2014/B0B0bar_Kstarf0_KppimKpKm.dec
new file mode 100644
index 0000000..f7982f8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarf0_KppimKpKm.dec
@@ -0,0 +1,56 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> f0 K*0 -> (K+K-)(K+pi-)             #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+#                                                          #
+# patch by Andrei Gritsan (01-Mar-04):                     #
+#          ChangeMassMin f_0                               #
+#                                                          #
+############################################################
+#
+# patch f_0 -> K+K- mass cut off
+ChangeMassMin f_0 0.9874
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+Alias Myf_0 f_0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  MyK*0 Myf_0         SVS;  
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyK*0bar Myf_0      SVS;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay Myf_0
+1.0000   K+   K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstarf0_KppimKsKs.dec b/BaBar_2014/B0B0bar_Kstarf0_KppimKsKs.dec
new file mode 100644
index 0000000..be07b2b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarf0_KppimKsKs.dec
@@ -0,0 +1,55 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> f0 K*0 -> (KsKs)(K+pi-)             #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+Alias Myf_0 f_0
+Alias MyK_S0 K_S0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  MyK*0 Myf_0         SVS;  
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyK*0bar Myf_0      SVS;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay Myf_0
+1.0000   MyK_S0  MyK_S0     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstargamma.dec b/BaBar_2014/B0B0bar_Kstargamma.dec
new file mode 100644
index 0000000..1366f7c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstargamma.dec
@@ -0,0 +1,28 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                       + CC                            #      
+#              |   |                                                          #
+#              |    -> K*0bar gamma                                           #
+#              |         					              #
+#              |                                                              #
+#               -> X                                                          #
+#                                                                             #
+#                                                                             # 
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to K*0 gamma
+#
+Decay myantiB0
+1.0000 anti-K*0   gamma                SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB0
+1.0000 K*0   gamma                SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstargamma_AL_eq_AR.dec b/BaBar_2014/B0B0bar_Kstargamma_AL_eq_AR.dec
new file mode 100644
index 0000000..1b486d4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstargamma_AL_eq_AR.dec
@@ -0,0 +1,44 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                       + CC                            #      
+#              |   |                                                          #
+#              |    -> K*0 gamma                                              #
+#              |         |					              #
+#              |          ->K_s0 pi0                                          #
+#               -> X         |                                                #
+#                            |                                                #
+#                             -> pi+ pi-                                      #  
+#                                                                             #
+# generated with CP violating effect                                          # 
+###############################################################################
+Alias MyB0 B0 
+Alias Myanti-B0 anti-B0
+ChargeConj MyB0 Myanti-B0
+Alias myK*S K*S
+Alias myK_S0  K_S0
+Alias mypi0   pi0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0  myK*S   gamma                SVP_CP  beta dm   1 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0 
+1.0  myK*S   gamma                SVP_CP  beta dm   1 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myK*S
+1.0000      myK_S0  mypi0               VSS;
+Enddecay
+#
+Decay mypi0
+1.00    gamma gamma                     PHSP;
+Enddecay
+#
+Decay myK_S0
+1.00    pi+  pi-                        PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstargamma_Kpi.dec b/BaBar_2014/B0B0bar_Kstargamma_Kpi.dec
new file mode 100644
index 0000000..9a17c7f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstargamma_Kpi.dec
@@ -0,0 +1,43 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                       + CC                            #      
+#              |   |                                                          #
+#              |    -> K*0bar gamma                                           #
+#              |         |					              #
+#              |          ->K- pi+                                            #
+#               -> X                                                          #
+#                                                                             #
+#                                                                             # 
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+# the same for K*0
+# 
+Alias myantiK*0 anti-K*0 
+Alias myK*0 K*0 
+ChargeConj myK*0 myantiK*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to K*0 gamma
+#
+Decay myantiB0
+1.0000 myantiK*0   gamma                SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB0
+1.0000 myK*0   gamma                SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+# force K*0 to go to K+ pi-
+#
+Decay myantiK*0
+1.0000      K-  pi+                              VSS;
+Enddecay
+Decay myK*0
+1.0000      K+  pi-                              VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstargamma_Kspi0.dec b/BaBar_2014/B0B0bar_Kstargamma_Kspi0.dec
new file mode 100644
index 0000000..74c8c50
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstargamma_Kspi0.dec
@@ -0,0 +1,59 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                       + CC                            #      
+#              |   |                                                          #
+#              |    -> K*0bar gamma                                           #
+#              |         |					              #
+#              |          ->K_s0 pi0                                          #
+#               -> X         |                                                #
+#                            |                                                #
+#                             -> pi+ pi-                                      #  
+#                                                                             #
+#                                                                             # 
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+# the same for K*0
+# 
+Alias myantiK*0 anti-K*0 
+Alias myK*0 K*0 
+ChargeConj myK*0 myantiK*0
+#
+# and for K_S0
+#
+Alias myK_S0 K_S0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to K*0 gamma
+#
+Decay myantiB0
+1.0000 myantiK*0   gamma                SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB0
+1.0000 myK*0   gamma                SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+# force K*0 to go to K_S0 pi0
+#
+Decay myantiK*0
+1.0000      myK_S0  pi0                        VSS;
+Enddecay
+Decay myK*0
+1.0000      myK_S0  pi0                            VSS;
+Enddecay
+#
+# finally, force K_S0 to always decay to pi+ pi-
+#
+Decay myK_S0
+1.0000  pi+  pi-                            PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Kstargamma_SM.dec b/BaBar_2014/B0B0bar_Kstargamma_SM.dec
new file mode 100644
index 0000000..8953a51
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstargamma_SM.dec
@@ -0,0 +1,44 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                       + CC                            #      
+#              |   |                                                          #
+#              |    -> K*0 gamma                                              #
+#              |         |					              #
+#              |          ->K_s0 pi0                                          #
+#               -> X         |                                                #
+#                            |                                                #
+#                             -> pi+ pi-                                      #  
+#                                                                             #
+# generated with CP violating effect                                          # 
+###############################################################################
+Alias MyB0 B0 
+Alias Myanti-B0 anti-B0
+ChargeConj MyB0 Myanti-B0
+Alias myK*S K*S
+Alias myK_S0  K_S0
+Alias mypi0   pi0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0  myK*S   gamma                SVP_CP  beta dm   1 0.0295296 0.0 0.9995640 0.0;
+Enddecay
+#
+Decay Myanti-B0 
+1.0  myK*S   gamma                SVP_CP  beta dm   1 0.9995640 0.0 0.0295296 0.0;
+Enddecay
+#
+Decay myK*S
+1.0000      myK_S0  mypi0               VSS;
+Enddecay
+#
+Decay mypi0
+1.00    gamma gamma                     PHSP;
+Enddecay
+#
+Decay myK_S0
+1.00    pi+  pi-                        PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_KstarpKmKs.dec b/BaBar_2014/B0B0bar_KstarpKmKs.dec
new file mode 100644
index 0000000..e7b80d5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KstarpKmKs.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*+ K- K0s    + c.c.                      #
+#       |-> K0s pi+                               #
+#                                                 #
+# Author: Josh Thompson                           #
+# Created: 17 September 2003                      #
+#                                                 #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK_S0  K_S0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0                VSS;
+0.500 MyB0bar B0                VSS;
+Enddecay
+#
+Decay MyB0
+1.000   MyK*+ K- MyK_S0   PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000   MyK*- K+ MyK_S0   PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000   MyK_S0 pi+   PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000   MyK_S0 pi-   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-            PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi0.dec b/BaBar_2014/B0B0bar_Kstarpi0.dec
new file mode 100644
index 0000000..1db6052
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi0.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*0 pi0   + c.c.                          #
+#        |                                        #
+#        |                                        #
+#        ---> K+ pi-                              # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*0 pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*0 decays to K+ pi- (using a simple VSS model).
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*0 pi0             SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myanti-K*0 pi0        SVS;
+Enddecay
+#
+Decay MyK*0
+1.000  K+ pi-                VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  K- pi+                VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_1270.dec b/BaBar_2014/B0B0bar_Kstarpi_1270.dec
new file mode 100644
index 0000000..795fdf7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_1270.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B0 -> K_1+ pi-     (66.67 %)      + c.c.        #
+#    |                                            #
+#    |                                            #
+#    -> K_10 pi0     (33.33 %)                    # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K_1 pi
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K_1 decays according to the official DECAY.DEC file.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.6667 K_1+ pi-             SVS;
+0.3333 K_10 pi0             SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.6667 K_1- pi+             SVS;
+0.3333 anti-K_10 pi0        SVS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_1400.dec b/BaBar_2014/B0B0bar_Kstarpi_1400.dec
new file mode 100644
index 0000000..a396787
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_1400.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B0 -> K'_1+ pi-     (66.67 %)     + c.c.        #
+#    |                                            #
+#    |                                            #
+#    -> K'_10 pi0     (33.33 %)                   # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K'_1 pi
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K'_1 decays according to the official DECAY.DEC file.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.6667 K'_1+ pi-             SVS;
+0.3333 K'_10 pi0             SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.6667 K'_1- pi+             SVS;
+0.3333 anti-K'_10 pi0        SVS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_1430_spin0.dec b/BaBar_2014/B0B0bar_Kstarpi_1430_spin0.dec
new file mode 100644
index 0000000..cf5da89
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_1430_spin0.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B0 -> K_0*+ pi-     (66.67 %)     + c.c.        #
+#    |                                            #
+#    |                                            #
+#    -> K_0*0 pi0     (33.33 %)                   # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 7/Oct/2002                             #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K_0* pi
+# using a simple phase-space model.
+# The K_0* decays according to the official DECAY.DEC file.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.6667 K_0*+ pi-             PHSP;
+0.3333 K_0*0 pi0             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.6667 K_0*- pi+             PHSP;
+0.3333 anti-K_0*0 pi0        PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_1430_spin0_excl.dec b/BaBar_2014/B0B0bar_Kstarpi_1430_spin0_excl.dec
new file mode 100644
index 0000000..6fd8abc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_1430_spin0_excl.dec
@@ -0,0 +1,58 @@
+###################################################
+#                                                 #
+# B0 -> K_0*+ pi-     (66.67 %)     + c.c.        #
+#    |   |_ K+ pi-                                #
+#    |                                            #
+#    -> K_0*0 pi0     (33.33 %)                   # 
+#        |_ K+ pi0                                #
+# Author:  Zhitang Yu     yuzt@slac.stanford.edu  #
+# Created: 01/12/2004                             #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K_0* pi
+# using a simple phase-space model.
+# The K_0* decays to a charged K and a pion.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_0*+ K_0*+
+Alias MyK_0*- K_0*-
+Alias MyK_0*0 K_0*0
+Alias Myanti-K_0*0 anti-K_0*0
+
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.6667 MyK_0*+ pi-             PHSP;
+0.3333 MyK_0*0 pi0             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.6667 MyK_0*- pi+             PHSP;
+0.3333 Myanti-K_0*0 pi0        PHSP;
+Enddecay
+
+Decay MyK_0*+
+1.0000 K+ pi0                  PHSP;
+Enddecay
+#
+Decay MyK_0*-
+1.0000 K- pi0                  PHSP;
+Enddecay
+#
+Decay MyK_0*0
+1.0000 K+ pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-K_0*0
+1.0000 K- pi+                  PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_1430_spin2.dec b/BaBar_2014/B0B0bar_Kstarpi_1430_spin2.dec
new file mode 100644
index 0000000..30935eb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_1430_spin2.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B0 -> K_2*+ pi-     (66.67 %)     + c.c.        #
+#    |                                            #
+#    |                                            #
+#    -> K_2*0 pi0     (33.33 %)                   # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K_2* pi
+# using a simple (S)calar to (T)ensor-(S)calar model.
+# The K_2* decays according to the official DECAY.DEC file.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.6667 K_2*+ pi-             STS;
+0.3333 K_2*0 pi0             STS;
+Enddecay
+#
+Decay Myanti-B0
+0.6667 K_2*- pi+             STS;
+0.3333 anti-K_2*0 pi0        STS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_1430_spin2_excl.dec b/BaBar_2014/B0B0bar_Kstarpi_1430_spin2_excl.dec
new file mode 100644
index 0000000..e308061
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_1430_spin2_excl.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# B0 -> K_2*+ pi-     (66.67 %)     + c.c.        #
+#    |   |_ K+ pi0                                #
+#    |                                            #
+#    -> K_2*0 pi0     (33.33 %)                   # 
+#        |_ K+ pi-                                #
+# Author:  Zhitang Yu     yuzt@slac.stanford.edu  #
+# Created: 01/12/2004                             #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K_2* pi
+# using a simple (S)calar to (T)ensor-(S)calar model.
+# The K_2* decays to a charged K and a pion.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_2*+ K_2*+
+Alias MyK_2*- K_2*-
+Alias MyK_2*0 K_2*0
+Alias Myanti-K_2*0 anti-K_2*0
+
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.6667 MyK_2*+ pi-             STS;
+0.3333 MyK_2*0 pi0             STS;
+Enddecay
+#
+Decay Myanti-B0
+0.6667 MyK_2*- pi+             STS;
+0.3333 Myanti-K_2*0 pi0        STS;
+Enddecay
+
+Decay MyK_2*+
+1.0000 K+ pi0                  TSS;
+Enddecay
+#
+Decay MyK_2*-
+1.0000 K- pi0                  TSS;
+Enddecay
+#
+Decay MyK_2*0
+1.0000 K+ pi-                  TSS;
+Enddecay
+#
+Decay Myanti-K_2*0
+1.0000 K- pi+                  TSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_1680.dec b/BaBar_2014/B0B0bar_Kstarpi_1680.dec
new file mode 100644
index 0000000..c03e765
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_1680.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B0 -> K''*+ pi-     (66.67 %)     + c.c.        #
+#    |                                            #
+#    |                                            #
+#    -> K''*0 pi0     (33.33 %)                   # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K''* pi
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K''* decays according to the official DECAY.DEC file.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.6667 K''*+ pi-             SVS;
+0.3333 K''*0 pi0             SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.6667 K''*- pi+             SVS;
+0.3333 anti-K''*0 pi0        SVS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_1680_excl.dec b/BaBar_2014/B0B0bar_Kstarpi_1680_excl.dec
new file mode 100644
index 0000000..016d406
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_1680_excl.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# B0 -> K''*+ pi-     (66.67 %)     + c.c.        #
+#    |   |_ K+ pi0                                #
+#    |                                            #
+#    -> K''*0 pi0     (33.33 %)                   # 
+#        |_ K+ pi-                                #
+# Author:  Zhitang Yu   yuzt@slac.stanford.edu    #
+# Created: 01/12/2004                             #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K''* pi
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K''* decays to a charged K and a charged or neutral pion.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK''*+ K''*+
+Alias MyK''*- K''*-
+Alias MyK''*0 K''*0
+Alias Myanti-K''*0 anti-K''*0
+
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+0.6667 MyK''*+ pi-             SVS;
+0.3333 MyK''*0 pi0             SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.6667 MyK''*- pi+             SVS;
+0.3333 Myanti-K''*0 pi0        SVS;
+Enddecay
+
+Decay MyK''*+
+1.0000 K+ pi0                  VSS;
+Enddecay
+#
+Decay MyK''*-
+1.0000 K- pi0                  VSS;
+Enddecay
+#
+Decay MyK''*0
+1.0000 K+ pi-                  VSS;
+Enddecay
+#
+Decay Myanti-K''*0
+1.0000 K- pi+                  VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_2.dec b/BaBar_2014/B0B0bar_Kstarpi_2.dec
new file mode 100644
index 0000000..6b6a2e4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_2.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> K*+ pi-   + c.c.                          #
+#        |                                        #
+#        |                                        #
+#        ---> K+ pi0                              # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*+ pi-
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*+ decays to K+ pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*+ pi-             SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyK*- pi+             SVS;
+Enddecay
+#
+Decay MyK*+
+1.000  K+ pi0                VSS;
+Enddecay
+#
+Decay MyK*-
+1.000  K- pi0                VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_KstarK0Lpi.dec b/BaBar_2014/B0B0bar_Kstarpi_KstarK0Lpi.dec
new file mode 100644
index 0000000..8209a70
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_KstarK0Lpi.dec
@@ -0,0 +1,45 @@
+###################################################
+#                                                 #
+# B0 -> K*+ pi-   + c.c.                          #
+#        |                                        #
+#        |                                        #
+#        ---> K0L pi+                             # 
+#                                                 #
+# Author: Matt Graham				  #
+# Created: 26 April 00                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*+ pi-
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*+ decays to K0L pi+ (using a simple VSS model).
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*+ pi-             SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyK*- pi+        SVS;
+Enddecay
+#
+Decay MyK*+
+1.000    K_L0  pi+                VSS;
+Enddecay
+#
+Decay MyK*-
+1.000  K_L0 pi-                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstarpi_KstarK0pi.dec b/BaBar_2014/B0B0bar_Kstarpi_KstarK0pi.dec
new file mode 100644
index 0000000..bfa15ea
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarpi_KstarK0pi.dec
@@ -0,0 +1,45 @@
+###################################################
+#                                                 #
+# B0 -> K*+ pi-   + c.c.                          #
+#        |                                        #
+#        |                                        #
+#        ---> K0S pi+                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 26 April 00                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K*+ pi-
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*+ decays to K0S pi+ (using a simple VSS model).
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*+ pi-             SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyK*- pi+        SVS;
+Enddecay
+#
+Decay MyK*+
+1.000    K_S0  pi+                VSS;
+Enddecay
+#
+Decay MyK*-
+1.000  K_S0 pi-                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstarppimpi0.dec b/BaBar_2014/B0B0bar_Kstarppimpi0.dec
new file mode 100644
index 0000000..10d15e2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarppimpi0.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> Kstar+ pi- pi0 (non-resonant)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Haibo Li                                         #
+# e-mail: lihb@slac.stanford.edu                           #
+# Created:  05/20/2004                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyK*+ pi- pi0          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  MyK*- pi+ pi0          PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Kstarrho_1680_Kpi_ln.dec b/BaBar_2014/B0B0bar_Kstarrho_1680_Kpi_ln.dec
new file mode 100644
index 0000000..72a2ffd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstarrho_1680_Kpi_ln.dec
@@ -0,0 +1,68 @@
+###################################################
+#                                                 #
+# B0 -> K''*+ rho-     (66.67 %)    + c.c.        #
+#    |  |                                         #
+#    |  -> K+ pi0                                 #
+#    |                                            #
+#    |                                            #
+#    -> K''*0 rho0     (33.33 %)                  # 
+#       |                                         #
+#       -> K+ pi-                                 #
+#                                                 #
+# Longitudinal polarisation only.                 #
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> K''* rho
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K''* only decays to K+/- pi0 and  K+/- pi-/+.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK''*+ K''*+
+Alias MyK''*- K''*-
+Alias MyK''*0 K''*0
+Alias Myanti-K''*0 anti-K''*0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.0000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# We want twice as much K''*+ rho- as K''*0 rho0.
+# But BR(K''*+ -> K+ pi0) is half of BR(K''*0 -> K+ pi-),
+# so we use equal probabilities for B0 -> K''*+ pi-
+# and B0 -> K''*0 pi0.
+#
+Decay MyB0
+0.5000 rho- MyK''*+            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+0.5000 rho0 MyK''*0            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+0.5000 rho+ MyK''*-            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+0.5000 rho0 Myanti-K''*0       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+Decay MyK''*+
+1.0000 K+ pi0                  VSS;
+Enddecay
+#
+Decay MyK''*-
+1.0000 K- pi0                  VSS;
+Enddecay
+#
+Decay MyK''*0
+1.0000 K+ pi-                  VSS;
+Enddecay
+#
+Decay Myanti-K''*0
+1.0000 K- pi+                  VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Kstchi_c0_pipi.dec b/BaBar_2014/B0B0bar_Kstchi_c0_pipi.dec
new file mode 100644
index 0000000..24adaf0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstchi_c0_pipi.dec
@@ -0,0 +1,47 @@
+###################################################
+#                                                 #
+# B0 -> K*0 chi_c0       + C.C.                   #
+#       |   |                                     #
+#       |    --> pi+ pi-                          #
+#       |                                         #
+#        --> K+ pi-                               #
+#                                                 #
+#                                                 #
+# Author: Huw Shorthouse  huw@slac.stanford.edu   #
+# Created: 11/Feb/02                              #
+#                                                 #
+###################################################
+#
+#
+#
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias Mychi_c0   chi_c0
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   MyK*0 Mychi_c0       SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000   Myanti-K*0 Mychi_c0  SVS;
+Enddecay
+#
+Decay Mychi_c0
+1.000   pi+ pi-              PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000   pi- K+               VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000   pi+ K-               VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Kstgamma.dec b/BaBar_2014/B0B0bar_Kstgamma.dec
new file mode 100644
index 0000000..fb634d6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Kstgamma.dec
@@ -0,0 +1,63 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                       + CC                            #      
+#              |   |                                                          #
+#              |    -> K*0bar gamma                                           #
+#              |         |					              #
+#              |          ->K- pi+                                            #
+#               -> X        K_s0 pi0                                          #
+#                            |                                                #
+#                             -> pi+ pi-                                      #  
+#                                                                             #
+#                                                                             # 
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+# the same for K*0
+# 
+Alias myantiK*0 anti-K*0 
+Alias myK*0 K*0 
+ChargeConj myK*0 myantiK*0
+#
+# and for K0
+#
+Alias myantiK0 anti-K0
+Alias myK0 K0
+ChargeConj myK0 myantiK0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to K*0 gamma
+#
+Decay myantiB0
+1.0000 myantiK*0   gamma                SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB0
+1.0000 myK*0   gamma                SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+# force K*0 to go to K+ pi- and to K0 pi0
+#
+Decay myantiK*0
+0.6657      K-  pi+                              VSS;
+0.3323      myantiK0  pi0                        VSS;
+Enddecay
+Decay myK*0
+0.6657      K+  pi-                              VSS;
+0.3323      myK0  pi0                            VSS;
+Enddecay
+#
+# finally, force K0 to always decay to pi+ pi-
+#
+Decay myantiK0
+1.0000  pi+  pi-                            PHSP;
+Enddecay
+Decay myK0
+1.0000  pi+  pi-                            PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_KstpRhom_KPi_ln.dec b/BaBar_2014/B0B0bar_KstpRhom_KPi_ln.dec
new file mode 100644
index 0000000..a9f3ea8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KstpRhom_KPi_ln.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*+ rho- + cc    (K*+ -> K+ pi0)   #
+# longitudinal					  #
+#                                                 #
+# Author: 	S. EMERY			  #
+# Created:                 Aug  20 2003           #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*- K*-
+Alias MyK*+ K*+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000  rho+ MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0
+1.0000  rho- MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_KstpRhom_KPi_tr.dec b/BaBar_2014/B0B0bar_KstpRhom_KPi_tr.dec
new file mode 100644
index 0000000..c5f5db3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_KstpRhom_KPi_tr.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K*+ rho- + cc    (K*+ -> K+ pi0)   #
+#        Transverse                               #
+#                                                 #
+# Author: 	S. Emery			  #
+# Created:                   Aug 20 2003          #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*- K*-
+Alias MyK*+ K*+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000  rho+ MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0
+1.0000  rho- MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_OmegaPiPi_PiPiPi0.dec b/BaBar_2014/B0B0bar_OmegaPiPi_PiPiPi0.dec
new file mode 100644
index 0000000..1c15011
--- /dev/null
+++ b/BaBar_2014/B0B0bar_OmegaPiPi_PiPiPi0.dec
@@ -0,0 +1,35 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega pi+ pi- (non-resonant)        #
+#             B0bar -> generic                       +cc   #
+#	      Omega  -> pi+ pi- pi0			   #
+#							   #
+# Author: Sandrine Emery                                   #
+# e-mail: emery@slac.stanford.edu                          #
+# Created:  23/07/2003                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyOm omega
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyOm pi+ pi-         PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  MyOm pi- pi+         PHSP;
+Enddecay
+#
+Decay MyOm
+1.0000  pi+ pi- pi0        OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Pi0nunu.dec b/BaBar_2014/B0B0bar_Pi0nunu.dec
new file mode 100644
index 0000000..5c0ac6a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Pi0nunu.dec
@@ -0,0 +1,43 @@
+###################################################################
+# B0 --> Pi0 nu nubar, B0bar - > generic                          #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: Paul D. Jackson   8/14/02                               #
+# Mail: JACK@SLAC.STANFORD.EDU                                    #
+###################################################################
+
+#
+#
+# Alias particles for specific decays
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+Alias mypi0  pi0
+#
+Decay Upsilon(4S)
+0.42000 B0 myantiB0                       VSS_MIX  dm;
+0.42000 myB0 anti-B0                       VSS_MIX  dm;
+0.08000 anti-B0 myantiB0                  VSS_MIX  dm;
+0.08000 B0 myB0                           VSS_MIX dm;
+Enddecay
+#
+Decay myB0
+1.0000 mypi0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay myantiB0
+1.0000 mypi0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+
+
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2SKs2Pi0.dec b/BaBar_2014/B0B0bar_Psi2SKs2Pi0.dec
new file mode 100644
index 0000000..59ab834
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2SKs2Pi0.dec
@@ -0,0 +1,53 @@
+######################################################################
+# B0~ --> psi2s K0s           B0 --> Generic                         #      
+#         |      |                                                   # 
+#         |      |-->pi0pi0                                          #
+#	  |     						     #	
+#         |							     #
+#	  |-->mu+mu-/e+e-					     #		
+#         |							     #
+#	  |-->J/psi pi+pi-					     #
+#	       |						     #
+#	       |-->mu+mu-/e+e-					     #
+#								     #
+#  + cc								     #
+# Author: D. Payne	13/9/2000				     #
+# Mail: djpayne@slac.stanford.edu				     #
+######################################################################
+#
+#	
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi J/psi
+Alias MyK0s K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mypsi(2S)  MyK0s       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mypsi(2S)  MyK0s       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mypsi(2S)   
+#0.700  MyJ/psi  pi+ pi-      PHSP;
+0.700  MyJ/psi  pi+ pi-      VVPIPI;
+0.1500    e+   e-              PHOTOS  VLL;
+0.1500   mu+  mu-              PHOTOS VLL;  
+Enddecay
+#
+Decay MyJ/psi
+0.5000    e+   e-              PHOTOS  VLL;
+0.5000   mu+  mu-              PHOTOS VLL;
+Enddecay
+#				Ks --> pi0 pi0 (100%) 
+Decay MyK0s
+1.0000  pi0 pi0                PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_Psi2sKL.dec b/BaBar_2014/B0B0bar_Psi2sKL.dec
new file mode 100644
index 0000000..1514f35
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKL.dec
@@ -0,0 +1,54 @@
+###################################################################
+# B0~ --> psi2s K0L            B0 --> Generic                     #
+#         |                                                       #
+#         |                                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#         |                                                       #
+#         |-->J/psi pi+pi-                                        #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# modified: D. Wright 2-12-99
+# Mail: WRIGHT@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mypsi(2S)  K_L0       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mypsi(2S)  K_L0       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Mypsi(2S)
+#0.700  MyJ/psi  pi+ pi-        PHSP;
+0.700  MyJ/psi  pi+ pi-       VVPIPI;
+0.1500    e+   e-                PHOTOS  VLL;
+0.1500   mu+  mu-                PHOTOS VLL;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                PHOTOS VLL;
+Enddecay 
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKL_Psi2stoJpsiPi0Pi0.dec b/BaBar_2014/B0B0bar_Psi2sKL_Psi2stoJpsiPi0Pi0.dec
new file mode 100644
index 0000000..9528dcc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKL_Psi2stoJpsiPi0Pi0.dec
@@ -0,0 +1,45 @@
+###################################################################
+# B0~ --> psi2s K0L            B0 --> Generic                     #
+#         |                                                       #
+#         |-->J/psi pi0 pi0  [100% (VVPIPI)]                      #
+#              |                                                  #
+#              |-->mu+mu-/e+e-  [50%/50% (PHOTOS VLL)]            #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: S.Passaggio   06/02/2001                                #
+# (from analogous decay file by G.London/D.Wright)                #
+###################################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mypsi(2S)  K_L0       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mypsi(2S)  K_L0       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Mypsi(2S)
+1.000  MyJ/psi pi0 pi0       VVPIPI;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-            PHOTOS  VLL;
+0.5000   mu+  mu-            PHOTOS VLL;
+Enddecay 
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKS.dec b/BaBar_2014/B0B0bar_Psi2sKS.dec
new file mode 100644
index 0000000..f109b43
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKS.dec
@@ -0,0 +1,56 @@
+###################################################################
+# B0~ --> psi2s K0s            B0 --> Generic                     #
+#         |      |                                                #
+#         |      |-->pi+pi-                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#         |                                                       #
+#         |-->J/psi pi+pi-                                        #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+Alias MyK0s K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mypsi(2S)
+#0.700  MyJ/psi  pi+ pi-        PHSP;
+0.700  MyJ/psi  pi+ pi-        VVPIPI;
+0.1500    e+   e-                PHOTOS  VLL;
+0.1500   mu+  mu-                PHOTOS VLL;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                PHOTOS VLL;
+Enddecay 
+#                                       Ks --> pi+ pi- (100%)
+Decay MyK0s
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKS_00.dec b/BaBar_2014/B0B0bar_Psi2sKS_00.dec
new file mode 100644
index 0000000..a56f04f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKS_00.dec
@@ -0,0 +1,56 @@
+###################################################################
+# B0~ --> psi2s K0s            B0 --> Generic                     #
+#         |      |                                                #
+#         |      |-->pi+pi-                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#         |                                                       #
+#         |-->J/psi pi+pi-                                        #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+###################################################################
+#
+Define dm .464e12
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+Alias MyK0s K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mypsi(2S)
+#0.700  MyJ/psi  pi+ pi-        PHSP;
+0.700  MyJ/psi  pi+ pi-        VVPIPI;
+0.1500    e+   e-                PHOTOS  VLL;
+0.1500   mu+  mu-                VLL;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                VLL;
+Enddecay 
+#                                       Ks --> pi0 pi0 (100%)
+Decay MyK0s
+1.0000 pi0 pi0                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKS_00_Psi2stoJpsiPi0Pi0.dec b/BaBar_2014/B0B0bar_Psi2sKS_00_Psi2stoJpsiPi0Pi0.dec
new file mode 100644
index 0000000..ae42086
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKS_00_Psi2stoJpsiPi0Pi0.dec
@@ -0,0 +1,51 @@
+###################################################################
+# B0~ --> psi2s K0s            B0 --> Generic                     #
+#         |      |                                                #
+#         |      |-->pi0 pi0                                      #
+#         |                                                       #
+#         |-->J/psi pi0 pi0                                       #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: S. Passaggio   06/02/2001                               #
+# (from analogous decay file by G. London)                        #
+###################################################################
+#
+Define dm .464e12
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+Alias MyK0s K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mypsi(2S)
+1.000  MyJ/psi  pi0 pi0        VVPIPI;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                VLL;
+Enddecay 
+#                                       Ks --> pi0 pi0 (100%)
+Decay MyK0s
+1.0000 pi0 pi0                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKS_Psi2stoJpsiEta.dec b/BaBar_2014/B0B0bar_Psi2sKS_Psi2stoJpsiEta.dec
new file mode 100644
index 0000000..6c3f5c0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKS_Psi2stoJpsiEta.dec
@@ -0,0 +1,51 @@
+###################################################################
+# B0~ --> psi2s K0s            B0 --> Generic                     #
+#         |      |                                                #
+#         |      |-->pi+pi-                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->J/psi eta                                           #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+Alias MyK0s K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mypsi(2S)
+1.000  MyJ/psi  eta        PHSP;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                PHOTOS VLL;
+Enddecay 
+#                                       Ks --> pi+ pi- (100%)
+Decay MyK0s
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKS_Psi2stoJpsiPi0Pi0.dec b/BaBar_2014/B0B0bar_Psi2sKS_Psi2stoJpsiPi0Pi0.dec
new file mode 100644
index 0000000..96547a9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKS_Psi2stoJpsiPi0Pi0.dec
@@ -0,0 +1,50 @@
+###################################################################
+# B0~ --> psi2s K0s            B0 --> Generic                     #
+#         |      |                                                #
+#         |      |-->pi+ pi-                                      #
+#         |                                                       #
+#         |-->J/psi pi0 pi0                                       #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: S. Passaggio   06/02/2001                               #
+# (from analogous decay file by G. London)                        #
+###################################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+Alias MyK0s K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mypsi(2S)
+1.000  MyJ/psi  pi0 pi0        VVPIPI;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                PHOTOS VLL;
+Enddecay 
+#                                       Ks --> pi+ pi- (100%)
+Decay MyK0s
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKS_dgog=0.2_qop=1.04_z=0.dec b/BaBar_2014/B0B0bar_Psi2sKS_dgog=0.2_qop=1.04_z=0.dec
new file mode 100644
index 0000000..50e7ee4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKS_dgog=0.2_qop=1.04_z=0.dec
@@ -0,0 +1,65 @@
+###################################################################
+# anti-B0 --> psi2s K0s            B0 --> Generic                 #
+#             |      |                                            #
+#             |      |-->pi+pi-                                   #
+#             |                                                   #
+#             |                                                   #
+#             |-->mu+mu-/e+e-                                     #
+#             |                                                   #
+#             |-->J/psi pi+pi-                                    #
+#                  |                                              #
+#                  |-->mu+mu-/e+e-                                #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# NON STANDARD MODEL                                              #
+# Delta(Gamma)/Gamma=0.2                                          #
+# |q/p| = 1.04                                                    #
+#                                                                 #
+# Author: F. Sandrelli                                            #
+# Created:                   20/March/02                          #
+###################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+Alias MyK0s K_S0
+Define dgog 0.2
+Define absqop -1.04
+# |q/p| is negative because of opposite def. btw PhysBook & formula in SVSCPLH/VSSBMIX 
+Define argqop -0.7761517725
+# arg(q/p) is consistent with sin2b=0.7
+#
+# dGamma/Gamma definition is opposite between VSS_BMIX & SVS_CPLH
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+# Phase difference between Af and Afbar should be Pi to enforce the CP eigenvalue (-1)
+Decay MyB0
+1.0000  Mypsi(2S)  MyK0s         SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  Mypsi(2S)  MyK0s         SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Mypsi(2S)
+0.700  MyJ/psi  pi+ pi-        VVPIPI;
+0.1500    e+   e-                PHOTOS  VLL;
+0.1500   mu+  mu-                PHOTOS VLL;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                PHOTOS VLL;
+Enddecay 
+#                                       Ks --> pi+ pi- (100%)
+Decay MyK0s
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKS_dgog=0.4_qop=1.08_z=0.dec b/BaBar_2014/B0B0bar_Psi2sKS_dgog=0.4_qop=1.08_z=0.dec
new file mode 100644
index 0000000..02f72f7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKS_dgog=0.4_qop=1.08_z=0.dec
@@ -0,0 +1,65 @@
+###################################################################
+# anti-B0 --> psi2s K0s            B0 --> Generic                 #
+#             |      |                                            #
+#             |      |-->pi+pi-                                   #
+#             |                                                   #
+#             |                                                   #
+#             |-->mu+mu-/e+e-                                     #
+#             |                                                   #
+#             |-->J/psi pi+pi-                                    #
+#                  |                                              #
+#                  |-->mu+mu-/e+e-                                #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# NON STANDARD MODEL                                              #
+# Delta(Gamma)/Gamma=0.4                                          #
+# |q/p| = 1.08                                                    #
+#                                                                 #
+# Author: F. Sandrelli                                            #
+# Created:                   20/March/02                          #
+###################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+Alias MyK0s K_S0
+Define dgog 0.4
+Define absqop -1.08
+# |q/p| is negative because of opposite def. btw PhysBook & formula in SVSCPLH/VSSBMIX 
+Define argqop -0.7783059311
+# arg(q/p) is consistent with sin2b=0.7
+#
+# dGamma/Gamma definition is opposite between VSS_BMIX & SVS_CPLH
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm dgog absqop;
+Enddecay
+#
+# Phase difference between Af and Afbar should be Pi to enforce the CP eigenvalue (-1)
+Decay MyB0
+1.0000  Mypsi(2S)  MyK0s         SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  Mypsi(2S)  MyK0s         SVS_CPLH dm dgog absqop argqop  1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Mypsi(2S)
+0.700  MyJ/psi  pi+ pi-        VVPIPI;
+0.1500    e+   e-                PHOTOS  VLL;
+0.1500   mu+  mu-                PHOTOS VLL;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                PHOTOS VLL;
+Enddecay 
+#                                       Ks --> pi+ pi- (100%)
+Decay MyK0s
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKs_All.dec b/BaBar_2014/B0B0bar_Psi2sKs_All.dec
new file mode 100644
index 0000000..993b70c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKs_All.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> psi(2S)    K0s,       B0 -> X          #
+#                   |-> X      |->pi+pi-                   #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: R. Faccini                                       #
+# Created:                   14/Aug/01                     #
+# Mail: rfaccini@SLAC.STANFORD.EDU
+############################################################
+#
+#
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  psi(2S)  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  psi(2S)  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKstar_KpPim_RunIpIIPol.dec b/BaBar_2014/B0B0bar_Psi2sKstar_KpPim_RunIpIIPol.dec
new file mode 100644
index 0000000..4fae429
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKstar_KpPim_RunIpIIPol.dec
@@ -0,0 +1,67 @@
+####################################################################
+# B0~ --> psi2s K*0~             B0 --> Generic                    #
+#         |     |-->K- pi+                                         #
+#         |                                                        #
+#         |-->mu+mu-/e+e-                                          #
+#                                                                  #
+# + cc                                                             #
+#                                                                  #
+# Author: G. London       28/1/99                                  #
+# Mail: GLONDON@SLAC.STANFORD.EDU                                  #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU      #
+# Made from B0B0bar_Psi2sKstar_chgd.dec, updated with runI+II      #
+# J/Psi K* polarisation. Marc Verderi, Philippe Grenier 01 Jun 2004#
+# Only Psi2s decay to leptons                                      #
+####################################################################
+#
+#
+# Define the helicity amplitudes starting from the transversity amplitudes:
+# -------------------------------------------------------------------------
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Values measured by Babar run I+II (BAD#673/752):
+Define Hplus    0.6301
+Define Hzero    0.7523
+Define Hminus   0.1924
+Define phHplus  3.246
+Define phHzero  0.000
+Define phHminus 4.924
+#
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyKstar0 K*0
+Alias Myanti-Kstar0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Mypsi(2S)  MyKstar0              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Mypsi(2S)  Myanti-Kstar0          SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#                                       psi2s --> e+e-/mu+mu- (100%)
+Decay Mypsi(2S)
+0.500    e+   e-                PHOTOS  VLL;
+0.500   mu+  mu-                PHOTOS  VLL;
+Enddecay 
+#                                       K* --> K+ pi- (100%)  
+Decay MyKstar0
+1.0000 K+ pi-                     VSS;
+Enddecay
+#
+Decay Myanti-Kstar0
+1.0000 K- pi+                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKstar_KsPi0_RunIpIIPol.dec b/BaBar_2014/B0B0bar_Psi2sKstar_KsPi0_RunIpIIPol.dec
new file mode 100644
index 0000000..c7d87b0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKstar_KsPi0_RunIpIIPol.dec
@@ -0,0 +1,74 @@
+####################################################################
+# B0~ --> psi2s K*             B0 --> Generic                      #
+#         |     |-->K0s pi0                                        #
+#         |         |                                              #
+#         |         |-->pi+pi-                                     #
+#         |                                                        #
+#         |-->mu+mu-/e+e-                                          #
+#                                                                  #
+# + cc                                                             #
+#                                                                  #
+# Author: G. London       28/1/99                                  #
+# modified: J. Cohen-Tanugi 03/13/00: new name		           #
+# Mail: COHEN@SLAC.STANFORD.EDU                                    #
+# Made from B0B0bar_Psi2sKstar_sp3.dec. Updated with runI+II       #
+# J/Psi K* polarisation. Marc Verderi, Philippe Grenier 01 Jun 2004#
+# Only Psi2s decay to leptons                                      #
+####################################################################
+#
+#
+# sin2beta = 0.731: (world average at that time)
+# -----------------
+Define beta 0.41
+#
+# Define the transversity amplitudes:
+# -----------------------------------
+# Values measured by Babar (BAD#673/752)
+Define Aplus  0.4517
+Define Azero  1.0640
+Define Aminus 0.4796
+#
+Define phAplus   3.55
+Define phAzero   0.00
+Define phAminus  2.96
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Mypsi(2S)  MyKstar0               SVV_CP beta dm 1.0  Aplus phAplus   Azero phAzero   Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Mypsi(2S)  MyantiKstar0           SVV_CP beta dm 1.0  Aplus phAplus   Azero phAzero   Aminus phAminus;
+Enddecay
+#                                       psi2s --> e+e-/mu+mu- (100%)
+Decay Mypsi(2S)
+0.500    e+   e-                PHOTOS  VLL;
+0.500   mu+  mu-                PHOTOS  VLL;
+Enddecay 
+#                                       K* --> K0s pi0 (100%)  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyantiKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKstar_chgd.dec b/BaBar_2014/B0B0bar_Psi2sKstar_chgd.dec
new file mode 100644
index 0000000..f88b05e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKstar_chgd.dec
@@ -0,0 +1,76 @@
+###################################################################
+# B0~ --> psi2s K*0~             B0 --> Generic                   #
+#         |     |-->K- pi+                                        #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#         |                                                       #
+#         |-->J/psi pi+pi-                                        #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# Mail: GLONDON@SLAC.STANFORD.EDU                                 #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+###################################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# put the values measured by Babar (see BAD #35 and #154)
+Define Hplus  0.159
+Define Hzero  0.775
+Define Hminus 0.612
+Define phHplus  1.563
+Define phHzero  0.0
+Define phHminus 2.712
+#
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+Alias MyKstar0 K*0
+Alias Myanti-Kstar0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Mypsi(2S)  MyKstar0              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Mypsi(2S)  Myanti-Kstar0          SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#                                       psi2s --> jpsipi+pi-/e+e-/mu+mu- (100%)
+Decay Mypsi(2S)
+#0.700  MyJ/psi  pi+ pi-         PHSP;
+0.700  MyJ/psi  pi+ pi-         VVPIPI;
+0.150    e+   e-                PHOTOS  VLL;
+0.150   mu+  mu-                PHOTOS VLL;
+Enddecay 
+#                                       psi --> e+e-/mu+mu- (100%) 
+Decay MyJ/psi
+0.50000 mu+   mu-                    PHOTOS  VLL;
+0.50000 e+   e-                      PHOTOS VLL;
+Enddecay
+#                                       K* --> K+ pi- (100%)  
+Decay MyKstar0
+1.0000 K+ pi-                     VSS;
+Enddecay
+#
+Decay Myanti-Kstar0
+1.0000 K- pi+                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi2sKstar_sp3.dec b/BaBar_2014/B0B0bar_Psi2sKstar_sp3.dec
new file mode 100644
index 0000000..632dcf6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi2sKstar_sp3.dec
@@ -0,0 +1,70 @@
+###################################################################
+# B0~ --> psi2s K*             B0 --> Generic                     #
+#         |     |-->K0s pi0                                       #
+#         |         |                                             #
+#         |         |-->pi+pi-                                    #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#         |                                                       #
+#         |-->J/psi pi+pi-                                        #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       28/1/99                                 #
+# modified: J. Cohen-Tanugi 03/13/00: new name		          #
+# Mail: COHEN@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+Define beta 0.39
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi   J/psi
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Mypsi(2S)  MyKstar0              SVV_CP beta dm 1.0 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Mypsi(2S)  MyantiKstar0              SVV_CP beta dm 1.0 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#                                       psi2s --> jpsipi+pi-/e+e-/mu+mu- (100%)
+Decay Mypsi(2S)
+#0.700  MyJ/psi  pi+ pi-        PHSP;
+0.700  MyJ/psi  pi+ pi-        VVPIPI;
+0.150    e+   e-                PHOTOS  VLL;
+0.150   mu+  mu-                PHOTOS VLL;
+Enddecay 
+#                                       psi --> e+e-/mu+mu- (100%) 
+Decay MyJ/psi
+0.50000 mu+   mu-                    PHOTOS  VLL;
+0.50000 e+   e-                      PHOTOS VLL;
+Enddecay
+#                                       K* --> K0s pi0 (100%)  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyantiKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_Psi3770D0D0KpiK3pi_K.dec b/BaBar_2014/B0B0bar_Psi3770D0D0KpiK3pi_K.dec
new file mode 100644
index 0000000..45f1f31
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi3770D0D0KpiK3pi_K.dec
@@ -0,0 +1,131 @@
+###################################################################
+# B0 --> psi(3770) K0s       B0B --> Generic                      #
+#         |                                                       #
+#         |                                                       #
+#         |-->D0 D0B                                              #
+#                                                                 #
+#   D0 -> K- pi+                                                  #
+#   D0B -> K+ 3pi                                                 #
+#                                                                 #
+# Author: V. Poireau       30/1/04                                #
+###################################################################
+#
+#######################################################
+# The MyPsi list 
+#######################################################
+Alias MyPsi_D0D0 psi(3770)
+Alias MyPsi_D+D- psi(3770)
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+#
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+1.000  MyPsi_D0D0  K+   SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyB0
+1.000  MyPsi_D0D0  MyKs   SVS;
+Enddecay
+CDecay MyB0B
+#
+Decay MyPsi_D0D0
+1.000 MyD0kpi  MyD0Bk3pi       VSS;
+Enddecay
+#
+#
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0kpi
+1.000   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+1.000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay MyKs
+1.000     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Psi3770D0D0KpiKpi_K.dec b/BaBar_2014/B0B0bar_Psi3770D0D0KpiKpi_K.dec
new file mode 100644
index 0000000..970adcd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi3770D0D0KpiKpi_K.dec
@@ -0,0 +1,131 @@
+###################################################################
+# B0 --> psi(3770) K0s        B0B --> Generic                      #
+#         |                                                       #
+#         |                                                       #
+#         |-->D0 D0B                                              #
+#                                                                 #
+#   D0 -> K- pi+                                                  #
+#   D0B -> K+ pi-                                                 #
+#                                                                 #
+# Author: V. Poireau       30/1/04                                #
+###################################################################
+#
+#######################################################
+# The MyPsi list 
+#######################################################
+Alias MyPsi_D0D0 psi(3770)
+Alias MyPsi_D+D- psi(3770)
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+#
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+1.000  MyPsi_D0D0  K+   SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyB0
+1.000  MyPsi_D0D0  MyKs   SVS;
+Enddecay
+CDecay MyB0B
+#
+Decay MyPsi_D0D0
+1.000 MyD0kpi  MyD0Bkpi       VSS;
+Enddecay
+#
+#
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0kpi
+1.000   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+1.000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay MyKs
+1.000     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Psi3770D0D0KpiKpipi0_K.dec b/BaBar_2014/B0B0bar_Psi3770D0D0KpiKpipi0_K.dec
new file mode 100644
index 0000000..328fe5c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi3770D0D0KpiKpipi0_K.dec
@@ -0,0 +1,131 @@
+###################################################################
+# B0 --> psi(3770) K0s        B0B --> Generic                      #
+#         |                                                       #
+#         |                                                       #
+#         |-->D0 D0B                                              #
+#                                                                 #
+#   D0 -> K- pi+                                                  #
+#   D0B -> K+ pi- pi0                                             #
+#                                                                 #
+# Author: V. Poireau       30/1/04                                #
+###################################################################
+#
+#######################################################
+# The MyPsi list 
+#######################################################
+Alias MyPsi_D0D0 psi(3770)
+Alias MyPsi_D+D- psi(3770)
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+#
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+1.000  MyPsi_D0D0  K+   SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyB0
+1.000  MyPsi_D0D0  MyKs   SVS;
+Enddecay
+CDecay MyB0B
+#
+Decay MyPsi_D0D0
+1.000 MyD0kpi  MyD0Bkpipi0       VSS;
+Enddecay
+#
+#
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0kpi
+1.000   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+1.000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay MyKs
+1.000     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Psi3770DpDm_K.dec b/BaBar_2014/B0B0bar_Psi3770DpDm_K.dec
new file mode 100644
index 0000000..2626b27
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Psi3770DpDm_K.dec
@@ -0,0 +1,135 @@
+###################################################################
+# B0 --> psi(3770) K0s       B0B --> Generic                      #
+#         |                                                       #
+#         |                                                       #
+#         |-->D+ D-                                               #
+#                                                                 #
+#   D+ -> K- pi+ pi+                                              #
+#   D- -> K+ pi- pi-                                              #
+#                                                                 #
+# Author: V. Poireau       30/1/04                                #
+###################################################################
+#
+#######################################################
+# The MyPsi list 
+#######################################################
+Alias MyPsi_D0D0 psi(3770)
+Alias MyPsi_D+D- psi(3770)
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+#
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+1.000  MyPsi_D0D0  K+   SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyB0
+1.000  MyPsi_D+D-  MyKs   SVS;
+Enddecay
+CDecay MyB0B
+#
+Decay MyPsi_D0D0
+1.000 MyD0kpi  MyD0Bk3pi       VSS;
+Enddecay
+#
+Decay MyPsi_D+D-
+1.000 MyD+  MyD-       VSS;
+Enddecay
+#
+#
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0kpi
+1.000   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+1.000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay MyKs
+1.000     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Rho0Rho0Pi0.dec b/BaBar_2014/B0B0bar_Rho0Rho0Pi0.dec
new file mode 100644
index 0000000..e04899d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Rho0Rho0Pi0.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# Decay: B0 -> rho0 rho0 pi0 + cc                 #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 rho0 rho0 pi0                   PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 rho0 rho0 pi0                   PHSP ;
+Enddecay 
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Rho0f0.dec b/BaBar_2014/B0B0bar_Rho0f0.dec
new file mode 100644
index 0000000..261d0db
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Rho0f0.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> rho0 f_0            + c.c.                #
+#           |                                     #
+#           -> pi+ pi-                            #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author:  Gregory Schott schott@in2p3.fr         #
+# Created: 13/Feb/2004                            #
+#                                                 #
+###################################################
+#
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias Myf_0 f_0
+Define dm .464e12
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 rho0 Myf_0          SVS;
+Enddecay
+#
+Decay MyB0bar
+1.0000 rho0 Myf_0          SVS;
+Enddecay
+#
+#
+Decay Myf_0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_RhoRho0K.dec b/BaBar_2014/B0B0bar_RhoRho0K.dec
new file mode 100644
index 0000000..27c03d6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_RhoRho0K.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# Decay: B0 -> rho+ rho0 K- + cc                  #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 rho+ rho0 K-                   PHSP;
+1.0000 rho- rho0 K+                   PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 rho0 rho+ K-                   PHSP ;
+1.0000 rho- rho0 K+                   PHSP;
+Enddecay 
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_RhomRho0pip.dec b/BaBar_2014/B0B0bar_RhomRho0pip.dec
new file mode 100644
index 0000000..2058180
--- /dev/null
+++ b/BaBar_2014/B0B0bar_RhomRho0pip.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# Decay: B0 -> rho- rho0 pi+ + cc                 #
+#                                                 #
+# Author: 	S. Emery			  #
+# Created:                   23/07/03             #
+###################################################
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.0000 rho+ rho0 pi-                  PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 rho0 rho- pi+                  PHSP ;
+Enddecay 
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_RhopRho0pim.dec b/BaBar_2014/B0B0bar_RhopRho0pim.dec
new file mode 100644
index 0000000..5d164b1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_RhopRho0pim.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# Decay: B0 -> rho+ rho0 pi- + cc                 #
+#                                                 #
+# Author: 	S. Emery			  #
+# Created:                   23/07/03             #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.0000 rho- rho0 pi+                  PHSP;
+Enddecay 
+
+Decay MyB0
+1.0000 rho0 rho+ pi-                  PHSP ;
+Enddecay 
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_V0PPP.dec b/BaBar_2014/B0B0bar_V0PPP.dec
new file mode 100644
index 0000000..3dc56f4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_V0PPP.dec
@@ -0,0 +1,73 @@
+###################################################
+#                                                 #
+# Decay: B0 -> V0 h- h+ pi0 / V0 pi0 pi0 pi0  	  #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0     VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 rho0 pi0 pi0 pi0			PHSP;
+1.0000 MyK*0 pi0 pi0 pi0		PHSP;
+1.0000 MyK*0bar pi0 pi0 pi0		PHSP;
+
+1.0000 rho0 pi+ pi- pi0			PHSP;
+1.0000 rho0 K+ pi- pi0			PHSP;
+1.0000 rho0 pi+ K- pi0			PHSP;
+1.0000 rho0 K+ K- pi0			PHSP;
+
+1.0000 MyK*0 pi+ pi- pi0		PHSP;
+1.0000 MyK*0 K+ pi- pi0			PHSP;
+1.0000 MyK*0 pi+ K- pi0			PHSP;
+#1.0000 MyK*0 K+ K- pi0			PHSP;
+
+1.0000 MyK*0bar pi+ pi- pi0		PHSP;
+1.0000 MyK*0bar K+ pi- pi0		PHSP;
+1.0000 MyK*0bar pi+ K- pi0		PHSP;
+#1.0000 MyK*0bar K+ K- pi0		PHSP;
+Enddecay
+
+Decay MyB0
+1.0000 rho0 pi0 pi0 pi0			PHSP;
+1.0000 MyK*0 pi0 pi0 pi0		PHSP;
+1.0000 MyK*0bar pi0 pi0 pi0		PHSP;
+
+1.0000 rho0 pi+ pi- pi0			PHSP;
+1.0000 rho0 K+ pi- pi0			PHSP;
+1.0000 rho0 pi+ K- pi0			PHSP;
+1.0000 rho0 K+ K- pi0			PHSP;
+
+1.0000 MyK*0 pi+ pi- pi0		PHSP;
+1.0000 MyK*0 K+ pi- pi0			PHSP;
+1.0000 MyK*0 pi+ K- pi0			PHSP;
+#1.0000 MyK*0 K+ K- pi0			PHSP;
+
+1.0000 MyK*0bar pi+ pi- pi0		PHSP;
+1.0000 MyK*0bar K+ pi- pi0		PHSP;
+1.0000 MyK*0bar pi+ K- pi0		PHSP;
+#1.0000 MyK*0bar K+ K- pi0		PHSP;
+Enddecay
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_VpPPP.dec b/BaBar_2014/B0B0bar_VpPPP.dec
new file mode 100644
index 0000000..f50cdfc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_VpPPP.dec
@@ -0,0 +1,111 @@
+###################################################
+#                                                 #
+# Decay: B0 -> V+ h- h+ h- / V+ h- pi0 pi0  	  #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0     VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.0000 rho+ pi- pi0 pi0			PHSP;
+1.0000 rho+ K- pi0 pi0			PHSP;
+1.0000 MyK*+ pi- pi0 pi0		PHSP;
+1.0000 MyK*+ K- pi0 pi0			PHSP;
+
+1.0000 rho+ pi- pi+ pi-			PHSP;
+1.0000 rho+ K- pi+ pi-			PHSP;
+1.0000 rho+ pi- K+ pi-			PHSP;
+1.0000 rho+ K- K+ pi-			PHSP;
+1.0000 rho+ K- pi+ K-			PHSP;
+#1.0000 rho+ K- K+ K-			PHSP;
+
+1.0000 MyK*+ pi- pi+ pi-		PHSP;
+1.0000 MyK*+ K- pi+ pi-			PHSP;
+1.0000 MyK*+ pi- K+ pi-			PHSP;
+#1.0000 MyK*+ K- K+ pi-			PHSP;
+#1.0000 MyK*+ K- pi+ K-			PHSP;
+#1.0000 MyK*+ K- K+ K-			PHSP;
+
+1.0000 rho- pi+ pi0 pi0			PHSP;
+1.0000 rho- K+ pi0 pi0			PHSP;
+1.0000 MyK*- pi+ pi0 pi0		PHSP;
+1.0000 MyK*- K+ pi0 pi0			PHSP;
+
+1.0000 rho- pi+ pi+ pi-			PHSP;
+1.0000 rho- K+ pi+ pi-			PHSP;
+1.0000 rho- pi+ K- pi+			PHSP;
+1.0000 rho- K+ K+ pi-			PHSP;
+1.0000 rho- K+ pi+ K-			PHSP;
+#1.0000 rho- K+ K+ K-			PHSP;
+
+1.0000 MyK*- pi+ pi+ pi-		PHSP;
+1.0000 MyK*- K+ pi+ pi-			PHSP;
+1.0000 MyK*- pi+ K- pi+			PHSP;
+#1.0000 MyK*- K+ K+ pi-			PHSP;
+#1.0000 MyK*- K+ pi+ K-			PHSP;
+#1.0000 MyK*- K+ K+ K-			PHSP;
+Enddecay
+
+Decay MyB0
+1.0000 rho+ pi- pi0 pi0			PHSP;
+1.0000 rho+ K- pi0 pi0			PHSP;
+1.0000 MyK*+ pi- pi0 pi0		PHSP;
+1.0000 MyK*+ K- pi0 pi0			PHSP;
+
+1.0000 rho+ pi- pi+ pi-			PHSP;
+1.0000 rho+ K- pi+ pi-			PHSP;
+1.0000 rho+ pi- K+ pi-			PHSP;
+1.0000 rho+ K- K+ pi-			PHSP;
+1.0000 rho+ K- pi+ K-			PHSP;
+#1.0000 rho+ K- K+ K-			PHSP;
+
+1.0000 MyK*+ pi- pi+ pi-		PHSP;
+1.0000 MyK*+ K- pi+ pi-			PHSP;
+1.0000 MyK*+ pi- K+ pi-			PHSP;
+#1.0000 MyK*+ K- K+ pi-			PHSP;
+#1.0000 MyK*+ K- pi+ K-			PHSP;
+#1.0000 MyK*+ K- K+ K-			PHSP;
+
+1.0000 rho- pi+ pi0 pi0			PHSP;
+1.0000 rho- K+ pi0 pi0			PHSP;
+1.0000 MyK*- pi+ pi0 pi0		PHSP;
+1.0000 MyK*- K+ pi0 pi0			PHSP;
+
+1.0000 rho- pi+ pi+ pi-			PHSP;
+1.0000 rho- K+ pi+ pi-			PHSP;
+1.0000 rho- pi+ K- pi+			PHSP;
+1.0000 rho- K+ K+ pi-			PHSP;
+1.0000 rho- K+ pi+ K-			PHSP;
+#1.0000 rho- K+ K+ K-			PHSP;
+
+1.0000 MyK*- pi+ pi+ pi-		PHSP;
+1.0000 MyK*- K+ pi+ pi-			PHSP;
+1.0000 MyK*- pi+ K- pi+			PHSP;
+#1.0000 MyK*- K+ K+ pi-			PHSP;
+#1.0000 MyK*- K+ pi+ K-			PHSP;
+#1.0000 MyK*- K+ K+ K-			PHSP;
+Enddecay
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_XddgammaExp480.dec b/BaBar_2014/B0B0bar_XddgammaExp480.dec
new file mode 100644
index 0000000..629d9c9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XddgammaExp480.dec
@@ -0,0 +1,76 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xdd, anti-Xdd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xdd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xdd 3*Charge:
+JetSetPar KCHG(458,1)=0
+# Set Xdd color information:
+JetSetPar KCHG(458,2)=0
+# Set Xdd particle/antiparticle distinction:
+JetSetPar KCHG(458,3)=1
+# Set Xdd mass:
+JetSetPar PMAS(458,1)=1.600
+# Set Xdd width (sigma):
+JetSetPar PMAS(458,2)=0.500
+# Set Xdd truncation:
+JetSetPar PMAS(458,3)=2.000
+# Set Xdd name:
+JetSetPar CHAF(458)=Xdd
+# Set Xdd so it can decay:
+JetSetPar MDCY(458,1)=1
+# Set decay table entry pt for Xdd: 
+JetSetPar MDCY(458,2)=1157
+# Number of decay channels for Xdd:                
+JetSetPar MDCY(458,3)=1
+# Switch on Xdd decay
+JetSetPar MDME(1157,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1157,2)=11
+# Xdd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1157,1)=-1
+JetSetPar KFDP(1157,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xdd    gamma     BTOXSGAMMA 2 1 5.27885 4.8 4.8 -0.3 0.9 0.0841 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xdd    gamma     BTOXSGAMMA 2 1 5.27885 4.8 4.8 -0.3 0.9 0.0841 100 80;
+Enddecay
+
+Decay Xdd
+1.00000     d anti-d  JETSET 11;
+Enddecay
+
+Decay anti-Xdd
+1.00000     anti-d d  JETSET 11;
+Enddecay
+
+Decay Xdu
+1.00000     u anti-d  JETSET 11;
+Enddecay
+
+Decay anti-Xdu
+1.00000     anti-u d  JETSET 11;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Xenu_Yenu.dec b/BaBar_2014/B0B0bar_Xenu_Yenu.dec
new file mode 100644
index 0000000..046f96d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xenu_Yenu.dec
@@ -0,0 +1,163 @@
+###############################################################################
+# Decay file for Y(4S) -> B0 B0bar (mixed)
+#                         |   |
+#                         |    -> X e nu
+#                          -----> Y e nu
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Modified C. Bozzi (bozzi@fe.infn.it): cut B_no-SL aliases (Jetset problem)
+# Last change 15 Oct 2000
+###############################################################################
+
+## use the world average value reported at the Lepton-Photon 99 conference:
+## ( http://www.cern.ch/LEPBOSC/combined_results/stanford_1999/ )
+##
+##  delta(m) = 0.473 +- 0.016 /ps
+
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B0-SL-e   B0
+Alias B0-SL-mu  B0
+
+Alias anti-B0-SL-e   anti-B0
+Alias anti-B0-SL-mu  anti-B0
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B0-SL-e  anti-B0-SL-e
+ChargeConj B0-SL-mu anti-B0-SL-mu
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  0.823578  B0-SL-e       anti-B0-SL-e    VSS_MIX dm;
+  0.088211  anti-B0-SL-e  anti-B0-SL-e    VSS_MIX dm;
+  0.088211  B0-SL-e       B0-SL-e         VSS_MIX dm;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-e
+
+# b -> c e+ nu (10.4%)
+
+  0.0490   D*-    e+   nu_e           PHOTOS HQET 0.92 1.18 0.72;
+  0.0210   D-     e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_0*-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D'_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D_2*-   e+   nu_e           PHOTOS ISGW2;
+  0.0010   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0030   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0806%)
+
+  0.000064   pi-    e+   nu_e        PHOTOS  ISGW2;
+  0.000250   rho-   e+   nu_e        PHOTOS  ISGW2;
+  0.000274   a_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000170   b_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_0-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_2-    e+   nu_e        PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+  0.0490   D*-    mu+  nu_mu         PHOTOS   HQET 0.92 1.18 0.72;
+  0.0210   D-     mu+  nu_mu         PHOTOS   ISGW2;
+  0.0040   D_1-   mu+  nu_mu         PHOTOS   ISGW2;
+  0.0040   D_0*-   mu+  nu_mu        PHOTOS    ISGW2;
+  0.0070   D'_1-   mu+  nu_mu        PHOTOS    ISGW2;
+  0.0070   D_2*-   mu+  nu_mu        PHOTOS    ISGW2;
+  0.0010   D*-  pi0   mu+  nu_mu     PHOTOS   GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   mu+  nu_mu  PHOTOS      GOITY_ROBERTS;
+  0.0030   D-   pi0   mu+  nu_mu      PHOTOS  GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   mu+  nu_mu  PHOTOS      GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0806%)
+
+  0.000064   pi-    mu+  nu_mu       PHOTOS   ISGW2;
+  0.000250   rho-   mu+  nu_mu       PHOTOS   ISGW2;
+  0.000274   a_1-    mu+  nu_mu      PHOTOS    ISGW2;
+  0.000170   b_1-    mu+  nu_mu      PHOTOS    ISGW2;
+  0.000024   a_0-    mu+  nu_mu      PHOTOS    ISGW2;
+  0.000024   a_2-    mu+  nu_mu      PHOTOS    ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-e
+
+# b -> c e- nu (10.4%)
+
+  0.0490   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+  0.0210   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0806%)
+
+  0.000064   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000250   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000274   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000170   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-mu
+
+# b -> c mu- nu (10.4%)
+
+  0.0490   D*+    mu-  anti-nu_mu        PHOTOS   HQET 0.92 1.18 0.72;
+  0.0210   D+     mu-  anti-nu_mu        PHOTOS   ISGW2;
+  0.0040   D_1+   mu-  anti-nu_mu        PHOTOS   ISGW2;
+  0.0040   D_0*+   mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0070   D'_1+   mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0070   D_2*+   mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0010   D*+  pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+  0.0020   D*0  pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+  0.0030   D+   pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+  0.0060   D0   pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0806%)
+
+  0.000064   pi+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.000250   rho+   mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.000274   a_1+    mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.000170   b_1+    mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.000024   a_0+    mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.000024   a_2+    mu-  anti-nu_mu      PHOTOS     ISGW2;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Xenu_Yenu_new.dec b/BaBar_2014/B0B0bar_Xenu_Yenu_new.dec
new file mode 100644
index 0000000..bde0645
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xenu_Yenu_new.dec
@@ -0,0 +1,86 @@
+###############################################################################
+# Decay file for Y(4S) -> B0 B0bar (mixed)
+#                         |   |
+#                         |   `-> X e nu
+#                         `-----> Y e nu
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Modified C. Bozzi (bozzi@fe.infn.it): cut B_no-SL aliases (Jetset problem)
+# Modified D. Best  (best@slac.stanford.edy): remove all aliases (BMIX problem)
+# Modified D. Best  (best@slac.stanford.edy): update some branching ratios
+# Last change: 07 May 2003
+###############################################################################
+
+
+Decay Upsilon(4S)
+  1.00 B0 anti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay B0
+
+# b -> c e+ nu (10.4%)
+
+  # from PDG 2002 with ell nu, but e and mu taken to be the same
+  0.0460   D*-             e+   nu_e           PHOTOS  HQET 0.92 1.18 0.72;
+  0.0211   D-              e+   nu_e           PHOTOS  ISGW2;
+
+  # sources for those unknown
+  0.0040   D_1-            e+   nu_e           PHOTOS  ISGW2;
+  0.0040   D_0*-           e+   nu_e           PHOTOS  ISGW2;
+  0.0070   D'_1-           e+   nu_e           PHOTOS  ISGW2;
+  0.0070   D_2*-           e+   nu_e           PHOTOS  ISGW2;
+  0.0010   D*-      pi0    e+   nu_e           PHOTOS  GOITY_ROBERTS;
+  0.0020   anti-D*0 pi-    e+   nu_e           PHOTOS  GOITY_ROBERTS;
+  0.0030   D-       pi0    e+   nu_e           PHOTOS  GOITY_ROBERTS;
+  0.0060   anti-D0  pi-    e+   nu_e           PHOTOS  GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0806%)
+
+  # from PDG 2002 with ell nu,  but e and mu taken to be the same
+  0.00018    pi-           e+   nu_e           PHOTOS  ISGW2;
+  0.00026    rho-          e+   nu_e           PHOTOS  ISGW2;
+
+  # sources for those unknown
+  0.000274   a_1-          e+   nu_e           PHOTOS  ISGW2;
+  0.000170   b_1-          e+   nu_e           PHOTOS  ISGW2;
+  0.000024   a_0-          e+   nu_e           PHOTOS  ISGW2;
+  0.000024   a_2-          e+   nu_e           PHOTOS  ISGW2;
+
+Enddecay
+
+
+Decay anti-B0
+
+# b -> c e- nu (10.4%)
+
+  # from PDG 2002 with ell nu, but e and mu taken to be the same
+  0.0460   D*+             e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+  0.0211   D+              e-   anti-nu_e          PHOTOS  ISGW2;
+
+  # sources for those unknown
+  0.0040   D_1+            e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_0*+           e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D'_1+           e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D_2*+           e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0010   D*+  pi0        e-   anti-nu_e          PHOTOS  GOITY_ROBERTS;
+  0.0020   D*0  pi+        e-   anti-nu_e          PHOTOS  GOITY_ROBERTS;
+  0.0030   D+   pi0        e-   anti-nu_e          PHOTOS  GOITY_ROBERTS;
+  0.0060   D0   pi+        e-   anti-nu_e          PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0806%)
+
+  # from PDG 2002 with ell nu,  but e and mu taken to be the same
+  0.00018    pi+           e-   anti-nu_e          PHOTOS  ISGW2;
+  0.00026    rho+          e-   anti-nu_e          PHOTOS  ISGW2;
+
+  # sources for those unknown
+  0.000274   a_1+          e-   anti-nu_e          PHOTOS  ISGW2;
+  0.000170   b_1+          e-   anti-nu_e          PHOTOS  ISGW2;
+  0.000024   a_0+          e-   anti-nu_e          PHOTOS  ISGW2;
+  0.000024   a_2+          e-   anti-nu_e          PHOTOS  ISGW2;
+
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Xenu_Ymunu.dec b/BaBar_2014/B0B0bar_Xenu_Ymunu.dec
new file mode 100644
index 0000000..1f5c9a7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xenu_Ymunu.dec
@@ -0,0 +1,164 @@
+###############################################################################
+# Decay file for Y(4S) -> B0 B0bar (mixed)
+#                         |   |
+#                         |    -> X e nu
+#                          -----> Y mu nu
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Modified C. Bozzi (bozzi@fe.infn.it): cut B_no-SL aliases (Jetset problem)
+# Last change 15 Oct 2000
+###############################################################################
+
+## use the world average value reported at the Lepton-Photon 99 conference:
+## ( http://www.cern.ch/LEPBOSC/combined_results/stanford_1999/ )
+##
+##  delta(m) = 0.473 +- 0.016 /ps
+
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B0-SL-e   B0
+Alias B0-SL-mu  B0
+
+Alias anti-B0-SL-e   anti-B0
+Alias anti-B0-SL-mu  anti-B0
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B0-SL-e  anti-B0-SL-e
+ChargeConj B0-SL-mu anti-B0-SL-mu
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  0.411789  B0-SL-e       anti-B0-SL-mu   VSS_MIX dm;
+  0.411789  B0-SL-mu      anti-B0-SL-e    VSS_MIX dm;
+  0.088211  anti-B0-SL-e  anti-B0-SL-mu   VSS_MIX dm;
+  0.088211  B0-SL-e       B0-SL-mu        VSS_MIX dm;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-e
+
+# b -> c e+ nu (10.4%)
+
+  0.0490   D*-    e+   nu_e           PHOTOS HQET 0.92 1.18 0.72;
+  0.0210   D-     e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_0*-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D'_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D_2*-   e+   nu_e           PHOTOS ISGW2;
+  0.0010   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0030   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0806%)
+
+  0.000064   pi-    e+   nu_e        PHOTOS  ISGW2;
+  0.000250   rho-   e+   nu_e        PHOTOS  ISGW2;
+  0.000274   a_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000170   b_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_0-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_2-    e+   nu_e        PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+  0.0490   D*-    mu+  nu_mu        PHOTOS    HQET 0.92 1.18 0.72;
+  0.0210   D-     mu+  nu_mu        PHOTOS    ISGW2;
+  0.0040   D_1-   mu+  nu_mu        PHOTOS    ISGW2;
+  0.0040   D_0*-   mu+  nu_mu       PHOTOS     ISGW2;
+  0.0070   D'_1-   mu+  nu_mu       PHOTOS     ISGW2;
+  0.0070   D_2*-   mu+  nu_mu       PHOTOS     ISGW2;
+  0.0010   D*-  pi0   mu+  nu_mu    PHOTOS    GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   mu+  nu_mu  PHOTOS      GOITY_ROBERTS;
+  0.0030   D-   pi0   mu+  nu_mu     PHOTOS   GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0806%)
+
+  0.000064   pi-    mu+  nu_mu      PHOTOS    ISGW2;
+  0.000250   rho-   mu+  nu_mu      PHOTOS    ISGW2;
+  0.000274   a_1-    mu+  nu_mu     PHOTOS     ISGW2;
+  0.000170   b_1-    mu+  nu_mu     PHOTOS     ISGW2;
+  0.000024   a_0-    mu+  nu_mu     PHOTOS     ISGW2;
+  0.000024   a_2-    mu+  nu_mu     PHOTOS     ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-e
+
+# b -> c e- nu (10.4%)
+
+  0.0490   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+  0.0210   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0806%)
+
+  0.000064   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000250   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000274   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000170   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-mu
+
+# b -> c mu- nu (10.4%)
+
+  0.0490   D*+    mu-  anti-nu_mu       PHOTOS    HQET 0.92 1.18 0.72;
+  0.0210   D+     mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0040   D_1+   mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0040   D_0*+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0070   D'_1+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0070   D_2*+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0010   D*+  pi0   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0020   D*0  pi+   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0030   D+   pi0   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0060   D0   pi+   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0806%)
+
+  0.000064   pi+    mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000250   rho+   mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000274   a_1+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000170   b_1+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000024   a_0+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000024   a_2+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Xenu_Ymunu_new.dec b/BaBar_2014/B0B0bar_Xenu_Ymunu_new.dec
new file mode 100644
index 0000000..2edab20
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xenu_Ymunu_new.dec
@@ -0,0 +1,83 @@
+###############################################################################
+# Decay file for Y(4S) -> B0 B0bar (mixed)
+#                         |   |
+#                         |    -> X e nu
+#                          -----> Y mu nu
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Modified C. Bozzi (bozzi@fe.infn.it): cut B_no-SL aliases (Jetset problem)
+# Modified D. Best  (best@slac.stanford.edu): remove all aliases (BMIX problem)
+# Modified D. Best  (best@slac.stanford.edu): update some branching ratios
+# Last change: 07 May 2003
+###############################################################################
+
+Decay Upsilon(4S)
+  1.00 B0 anti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay B0
+
+# b -> c mu+ nu (10.4%)
+
+  # from PDG 2002 with ell nu, but e and mu taken to be the same
+  0.0460   D*-             mu+  nu_mu     PHOTOS    HQET 0.92 1.18 0.72;
+  0.0211   D-              mu+  nu_mu     PHOTOS    ISGW2;
+
+  # source of those unknown
+  0.0040   D_1-            mu+  nu_mu     PHOTOS    ISGW2;
+  0.0040   D_0*-           mu+  nu_mu     PHOTOS    ISGW2;
+  0.0070   D'_1-           mu+  nu_mu     PHOTOS    ISGW2;
+  0.0070   D_2*-           mu+  nu_mu     PHOTOS    ISGW2;
+  0.0010   D*-      pi0    mu+  nu_mu     PHOTOS    GOITY_ROBERTS;
+  0.0020   anti-D*0 pi-    mu+  nu_mu     PHOTOS    GOITY_ROBERTS;
+  0.0030   D-       pi0    mu+  nu_mu     PHOTOS    GOITY_ROBERTS;
+  0.0060   anti-D0  pi-    mu+  nu_mu     PHOTOS    GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0806%)
+
+  # from PDG 2002 with ell nu,  but e and mu taken to be the same
+  0.00018    pi-           mu+  nu_mu     PHOTOS    ISGW2;
+  0.00026    rho-          mu+  nu_mu     PHOTOS    ISGW2;
+
+  # sources for those unknown
+  0.000274   a_1-    mu+  nu_mu     PHOTOS     ISGW2;
+  0.000170   b_1-    mu+  nu_mu     PHOTOS     ISGW2;
+  0.000024   a_0-    mu+  nu_mu     PHOTOS     ISGW2;
+  0.000024   a_2-    mu+  nu_mu     PHOTOS     ISGW2;
+
+Enddecay
+
+
+Decay anti-B0
+
+# b -> c e- nu (10.4%)
+
+  # from PDG 2002 with ell nu, but e and mu taken to be the same
+  0.0460   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+  0.0211   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+
+  # source of those unknown
+  0.0040   D_1+       e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_0*+      e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D'_1+      e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D_2*+      e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0806%)
+
+  # from PDG 2002 with ell nu,  but e and mu taken to be the same
+  0.00018    pi+           e-   anti-nu_e          PHOTOS  ISGW2;
+  0.00026    rho+          e-   anti-nu_e          PHOTOS  ISGW2;
+
+  # sources for those unknown
+  0.000274   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000170   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Xenu_noSLemu.dec b/BaBar_2014/B0B0bar_Xenu_noSLemu.dec
new file mode 100644
index 0000000..3505181
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xenu_noSLemu.dec
@@ -0,0 +1,645 @@
+###############################################################################
+# Decay file for Y(4S) -> B0 B0bar (mixed)
+#                         |   |
+#                         |    -> X e nu
+#                          -----> non-SL
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Last change 15 Nov 1999
+###############################################################################
+
+## use the world average value reported at the Lepton-Photon 99 conference:
+## ( http://www.cern.ch/LEPBOSC/combined_results/stanford_1999/ )
+##
+##  delta(m) = 0.473 +- 0.016 /ps
+
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B0-SL-e   B0
+Alias B0-SL-mu  B0
+Alias B0-no-SL  B0
+
+Alias anti-B0-SL-e   anti-B0
+Alias anti-B0-SL-mu  anti-B0
+Alias anti-B0-no-SL  anti-B0
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B0-SL-e  anti-B0-SL-e
+ChargeConj B0-SL-mu anti-B0-SL-mu
+ChargeConj B0-no-SL anti-B0-no-SL
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  0.411789  B0-SL-e       anti-B0-no-SL   VSS_MIX dm;
+  0.411789  B0-no-SL      anti-B0-SL-e    VSS_MIX dm;
+  0.088211  anti-B0-SL-e  anti-B0-no-SL   VSS_MIX dm;
+  0.088211  B0-SL-e       B0-no-SL        VSS_MIX dm;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-e
+
+# b -> c e+ nu (10.4%)
+
+  0.0490   D*-    e+   nu_e           PHOTOS HQET 0.92 1.18 0.72;
+  0.0210   D-     e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_0*-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D'_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D_2*-   e+   nu_e           PHOTOS ISGW2;
+  0.0010   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0030   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0806%)
+
+  0.000064   pi-    e+   nu_e        PHOTOS  ISGW2;
+  0.000250   rho-   e+   nu_e        PHOTOS  ISGW2;
+  0.000274   a_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000170   b_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_0-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_2-    e+   nu_e        PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+  0.0490   D*-    mu+  nu_mu    PHOTOS        HQET 0.92 1.18 0.72;
+  0.0210   D-     mu+  nu_mu    PHOTOS        ISGW2;
+  0.0040   D_1-   mu+  nu_mu     PHOTOS       ISGW2;
+  0.0040   D_0*-   mu+  nu_mu    PHOTOS        ISGW2;
+  0.0070   D'_1-   mu+  nu_mu    PHOTOS        ISGW2;
+  0.0070   D_2*-   mu+  nu_mu    PHOTOS        ISGW2;
+  0.0010   D*-  pi0   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   mu+  nu_mu  PHOTOS      GOITY_ROBERTS;
+  0.0030   D-   pi0   mu+  nu_mu     PHOTOS   GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0806%)
+
+  0.000064   pi-    mu+  nu_mu      PHOTOS    ISGW2;
+  0.000250   rho-   mu+  nu_mu      PHOTOS    ISGW2;
+  0.000274   a_1-    mu+  nu_mu     PHOTOS     ISGW2;
+  0.000170   b_1-    mu+  nu_mu     PHOTOS     ISGW2;
+  0.000024   a_0-    mu+  nu_mu     PHOTOS     ISGW2;
+  0.000024   a_2-    mu+  nu_mu     PHOTOS     ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-e
+
+# b -> c e- nu (10.4%)
+
+  0.0490   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+  0.0210   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0806%)
+
+  0.000064   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000250   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000274   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000170   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-mu
+
+# b -> c mu- nu (10.4%)
+
+  0.0490   D*+    mu-  anti-nu_mu       PHOTOS    HQET 0.92 1.18 0.72;
+  0.0210   D+     mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0040   D_1+   mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0040   D_0*+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0070   D'_1+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0070   D_2*+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0010   D*+  pi0   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0020   D*0  pi+   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0030   D+   pi0   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0060   D0   pi+   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0806%)
+
+  0.000064   pi+    mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000250   rho+   mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000274   a_1+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000170   b_1+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000024   a_0+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000024   a_2+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-no-SL
+
+# JETSET misc fragmentation (42.664%)
+
+  0.32474         u       anti-d  anti-c          d       JETSET         48;
+  0.04600         u       anti-d  anti-c          d       JETSET         25;
+  0.02100         u       anti-s  anti-c          d       JETSET         23;
+  0.01800         u       anti-c  anti-d          d       JETSET         48;
+  0.00090         u       anti-c  anti-s          d       JETSET         48;
+  0.00000         c       anti-s  anti-c          d       JETSET         13;
+  0.00600         c       anti-d  anti-c          d       JETSET         13;
+  0.00600         u       anti-d  anti-u          d       JETSET         48;
+  0.00400         c       anti-s  anti-u          d       JETSET         48;
+
+# b -> c (sc=)  -->  D Ds X (10.14%)
+
+  0.0096   D-   D_s+                       PHSP;
+  0.0102   D*-  D_s+                       SVS;
+  0.0120   D_1- D_s+                       SVS;
+  0.0094   D_s*+ D-                        SVS;
+  0.0174   D_s*+ D*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0030   D_s+  D-  pi0                   PHSP;
+  0.0060   D_s+  anti-D0 pi-                   PHSP;
+  0.0030   D_s*+ D-  pi0                   PHSP;
+  0.0060   D_s*+ anti-D0 pi-                   PHSP;
+  0.0050   D_s+  D-  pi-  pi+              PHSP;
+  0.0037   D_s+  D-  pi0  pi0              PHSP;
+  0.0037   D_s+  anti-D0 pi-  pi0              PHSP;
+  0.0050   D_s*+ D-  pi-  pi+              PHSP;
+  0.0037   D_s*+ D-  pi0  pi0              PHSP;
+  0.0037   D_s*+ anti-D0 pi-  pi0              PHSP;
+
+# b -> c (sc=)  -->  D D= K  X (8.0%)
+
+  0.0025   D-  D0   K+                    PHSP;
+  0.0025   D-  D+   K0                    PHSP;
+  0.0025   D-  D0   K*+                   PHSP;
+  0.0025   D-  D+   K*0                   PHSP;
+
+  0.0050   D*- D0   K+                    PHSP;
+  0.0050   D*- D+   K0                    PHSP;
+  0.0050   D-  D*0  K+                    PHSP;
+  0.0050   D-  D*+  K0                    PHSP;
+
+  0.0025   D*- D0   K*+                   PHSP;
+  0.0025   D*- D+   K*0                   PHSP;
+  0.0025   D-  D*0  K*+                   PHSP;
+  0.0025   D-  D*+  K*0                   PHSP;
+
+  0.0150   D*- D*0  K+                    PHSP;
+  0.0150   D*- D*+  K0                    PHSP;
+  0.0050   D*- D*0  K*+                   PHSP;
+  0.0050   D*- D*+  K*0                   PHSP;
+
+# B -> D(*) X  Exclusive modes (6.67%)
+
+  0.0027   D*- pi+                        SVS;
+  0.0030   D-  pi+                        PHSP;
+  0.0082   rho+ D-                        SVS;
+  0.0070   rho+ D*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010   D-  pi+  pi0                   PHSP;
+  0.0070   D*- pi+  pi0                   PHSP;
+  0.0010   anti-D0 pi-  pi+                   PHSP;
+  0.0010   anti-D*0 pi-  pi+                   PHSP;
+  0.0005   anti-D*0 pi0  pi0                   PHSP;
+
+  0.0060   a_1+ D-                         SVS;
+  0.0011   D-  rho0  pi+                  PHSP;
+  0.0011   D-  rho+  pi0                  PHSP;
+  0.0010   D-  pi-  pi+  pi+              PHSP;
+  0.0010   D-  pi0  pi+  pi0              PHSP;
+  0.0010   anti-D0  pi-  pi+  pi0             PHSP;
+  0.0001   anti-D0  pi0  pi0  pi0             PHSP;
+
+  0.0122   a_1+  D*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010   D*-  rho0  pi+                 PHSP;
+  0.0010   D*-  rho+  pi0                 PHSP;
+  0.0077   D*-  pi-  pi+  pi+             PHSP;
+  0.0010   D*-  pi0  pi+  pi0             PHSP;
+  0.0010   anti-D*0  pi-  pi+  pi0             PHSP;
+  0.0001   anti-D*0  pi0  pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+  0.01000        anti-cd_0       ud_0         JETSET 23;
+  0.03000        anti-cd_1       ud_1         JETSET 23;
+
+# b -> c tau+ nu (2.96%)
+
+  0.0160   D*-    tau+ nu_tau                  ISGW2;
+  0.0070   D-     tau+ nu_tau                  ISGW2;
+  0.0013   D_1-   tau+ nu_tau                  ISGW2;
+  0.0013   D_0*-   tau+ nu_tau                  ISGW2;
+  0.0020   D'_1-   tau+ nu_tau                  ISGW2;
+  0.0020   D_2*-   tau+ nu_tau                  ISGW2;
+
+# Xi_c X (2.4%)
+
+  0.00600        anti-cs_0       ud_0         JETSET 23;
+  0.01800        anti-cs_1       ud_1         JETSET 23;
+
+# B -> cc= s (1.94%)
+
+  0.0004     J/psi  K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0004     J/psi  K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00025    J/psi  K*S             SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.00025    J/psi  K*L             SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010     J/psi  K*0T              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010     J/psi  K+  pi-           PHSP;
+  0.0005     J/psi  K0  pi0           PHSP;
+  0.0014     J/psi  K0  pi-  pi+      PHSP;
+  0.0007     J/psi  K0  pi0  pi0      PHSP;
+  0.0007     J/psi  K+  pi-  pi0      PHSP;
+  0.0005     J/psi  anti-K'_10              PHSP;
+  0.0005     J/psi  anti-K_2*0              PHSP;
+
+  0.0003     psi(2S)  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0003     psi(2S)  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00025    psi(2S)  K*S           SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.00025    psi(2S)  K*L           SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010     psi(2S)  K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0004     psi(2S)  K+  pi-          PHSP;
+  0.0002     psi(2S)  K0  pi0          PHSP;
+  0.0004     psi(2S)  K0  pi-  pi+     PHSP;
+  0.0002     psi(2S)  K0  pi0  pi0     PHSP;
+  0.0002     psi(2S)  K+  pi-  pi0     PHSP;
+
+  0.0001    eta_c K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0001    eta_c K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00005   K*S  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00005   K*L  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.0002    K*0T eta_c              SVS;
+  0.0002    eta_c  K+  pi-          PHSP;
+  0.0001    eta_c  K0  pi0          PHSP;
+  0.0002    eta_c  K0  pi-  pi+     PHSP;
+  0.0001    eta_c  K0  pi0  pi0     PHSP;
+  0.0001    eta_c  K+  pi-  pi0     PHSP;
+
+  0.0001     chi_c0 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.0001     chi_c0 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00005    K*S  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00005    K*L  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0002     K*0T chi_c0              SVS;
+  0.0002     chi_c0  K+  pi-          PHSP;
+  0.0001     chi_c0  K0  pi0          PHSP;
+  0.0002     chi_c0  K0  pi-  pi+     PHSP;
+  0.0001     chi_c0  K0  pi0  pi0     PHSP;
+  0.0001     chi_c0  K+  pi-  pi0     PHSP;
+
+  0.0003     chi_c1 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.0003     chi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0002     K*S  chi_c1            SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0002     K*L  chi_c1            SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0008     chi_c1  K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0004     chi_c1  K+  pi-          PHSP;
+  0.0002     chi_c1  K0  pi0          PHSP;
+  0.0004     chi_c1  K0  pi-  pi+     PHSP;
+  0.0002     chi_c1  K0  pi0  pi0     PHSP;
+  0.0002     chi_c1  K+  pi-  pi0     PHSP;
+
+  0.0002     chi_c2 K_S0               PHSP;
+  0.0002     chi_c2 K_L0               PHSP;
+  0.00015    K*S  chi_c2              PHSP;
+  0.00015    K*L  chi_c2              PHSP;
+  0.0006     chi_c2  K*0T             PHSP;
+  0.0004     chi_c2  K+  pi-          PHSP;
+  0.0002     chi_c2  K0  pi0          PHSP;
+  0.0004     chi_c2  K0  pi-  pi+     PHSP;
+  0.0002     chi_c2  K0  pi0  pi0     PHSP;
+  0.0002     chi_c2  K+  pi-  pi0     PHSP;
+
+# b-> c (dc=) (0.232%)
+
+  0.00045     D-   D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00081     D*-  D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00081     D*+  D-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00025     D*+  D*-           SVV_CP beta  dm -1 0.62 0.0 1.05 0.0 0.25 0.0;
+
+# b -> u tau+ nu (0.0218%)
+
+  0.000021   pi-    tau+ nu_tau                ISGW2;
+  0.000083   rho-   tau+ nu_tau                ISGW2;
+  0.000090   a_1-    tau+ nu_tau                ISGW2;
+  0.000008   b_1-    tau+ nu_tau                ISGW2;
+  0.000008   a_0-    tau+ nu_tau                ISGW2;
+  0.000008   a_2-    tau+ nu_tau                ISGW2;
+
+# B0 -> CP eigenstates (some exclusive b -> u) (0.011%)
+
+  0.00001    pi+  pi-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.00001    pi0  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   pi0  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   pi0  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   pi0  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   pi0  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   omega pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   rho0 pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   b_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   eta  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   eta  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   omega eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   rho0 eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   b_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta' eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   eta' a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta' f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   omega eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   rho0 eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   b_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   a_00  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_00  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   omega a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   rho0 a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   a_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   b_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   f_0   f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   omega f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   rho0 f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   a_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   b_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000056     pi-   pi+   pi0          BTO3PI_CP dm  alpha;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-no-SL
+
+# JETSET misc fragmentation (42.664%)
+
+0.32474         anti-u       d  c       anti-d       JETSET         48;
+0.04600         anti-u       d  c       anti-d       JETSET         25;
+0.02100         anti-u       s  c       anti-d       JETSET         23;
+0.01800         anti-u       c  d       anti-d       JETSET         48;
+0.00090         anti-u       c  s       anti-d       JETSET         48;
+0.00000         anti-c       s  c       anti-d       JETSET         13;
+0.00600         anti-c       d  c       anti-d       JETSET         13;
+0.00600         anti-u       d  u       anti-d       JETSET         48;
+0.00400         anti-c       s  u       anti-d       JETSET         48;
+
+# b -> c (sc=)  -->  D Ds X (10.14%)
+
+0.0096   D+  D_s-                        PHSP;
+0.0102   D*+  D_s-                       SVS;
+0.0120   D_1+  D_s-                      SVS;
+0.0094   D_s*- D+                        SVS;
+0.0174   D_s*- D*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0030   D_s-  D+  pi0                   PHSP;
+0.0060   D_s-  D0  pi+                   PHSP;
+0.0030   D_s*- D+  pi0                   PHSP;
+0.0060   D_s*- D0  pi+                   PHSP;
+0.0050   D_s-  D+  pi+  pi-              PHSP;
+0.0037   D_s-  D+  pi0  pi0              PHSP;
+0.0037   D_s-  D0  pi+  pi0              PHSP;
+0.0050   D_s*- D+  pi+  pi-              PHSP;
+0.0037   D_s*- D+  pi0  pi0              PHSP;
+0.0037   D_s*- D0  pi+  pi0              PHSP;
+
+# b -> c (sc=)  -->  D D= K  X (8.0%)
+
+0.0025   D+  anti-D0  K-                    PHSP;
+0.0025   D+  D-   anti-K0                   PHSP;
+0.0025   D+  anti-D0  K*-                   PHSP;
+0.0025   D+  D-   anti-K*0                  PHSP;
+#
+0.0050   D*+ anti-D0  K-                    PHSP;
+0.0050   D*+ D-   anti-K0                   PHSP;
+0.0050   D+  anti-D*0  K-                   PHSP;
+0.0050   D+  D*-  anti-K0                   PHSP;
+#
+0.0025   D*+ anti-D0  K*-                   PHSP;
+0.0025   D*+ D-   anti-K*0                  PHSP;
+0.0025   D+  anti-D*0  K*-                  PHSP;
+0.0025   D+  D*-  anti-K*0                  PHSP;
+#
+0.0150   D*+ anti-D*0  K-                   PHSP;
+0.0150   D*+ D*-   anti-K0                  PHSP;
+0.0050   D*+ anti-D*0  K*-                  PHSP;
+0.0050   D*+ D*-   anti-K*0                 PHSP;
+
+# B -> D(*) X  Exclusive modes (6.67%)
+
+0.0027   D*+ pi-                        SVS;
+0.0030   D+  pi-                        PHSP;
+0.0082   rho- D+                        SVS;
+0.0070   rho- D*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   D+  pi-  pi0                   PHSP;
+0.0070   D*+ pi-  pi0                   PHSP;
+0.0010   D0  pi+  pi-                   PHSP;
+0.0010   D*0 pi+  pi-                   PHSP;
+0.0005   D*0 pi0  pi0                   PHSP;
+#
+0.0060   a_1- D+                         SVS;
+0.0011   D+  rho0  pi-                  PHSP;
+0.0011   D+  rho-  pi0                  PHSP;
+0.0010   D+  pi+  pi-  pi-              PHSP;
+0.0010   D+  pi0  pi-  pi0              PHSP;
+0.0010   D0  pi+  pi-  pi0              PHSP;
+0.0001   D0  pi0  pi0  pi0              PHSP;
+#
+0.0122   a_1-  D*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   D*+  rho0  pi-                 PHSP;
+0.0010   D*+  rho-  pi0                 PHSP;
+0.0077   D*+  pi+  pi-  pi-             PHSP;
+0.0010   D*+  pi0  pi-  pi0             PHSP;
+0.0010   D*0  pi+  pi-  pi0             PHSP;
+0.0001   D*0  pi0  pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+0.01000        cd_0       anti-ud_0         JETSET 23;
+0.03000        cd_1       anti-ud_1         JETSET 23;
+
+# b -> c tau- nu (2.96%)
+
+0.0160   D*+    tau- anti-nu_tau                 ISGW2;
+0.0070   D+     tau- anti-nu_tau                 ISGW2;
+0.0013   D_1+   tau- anti-nu_tau                 ISGW2;
+0.0013   D_0*+   tau- anti-nu_tau                 ISGW2;
+0.0020   D'_1+   tau- anti-nu_tau                 ISGW2;
+0.0020   D_2*+   tau- anti-nu_tau                 ISGW2;
+
+# Xi_c X (2.4%)
+
+0.00600        cs_0       anti-ud_0         JETSET 23;
+0.01800        cs_1       anti-ud_1         JETSET 23;
+
+# B -> cc= s (1.94%)
+
+0.0004     J/psi  K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0004     J/psi  K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00025    J/psi  K*S               SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.00025    J/psi  K*L               SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010     J/psi  anti-K*0T              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010     J/psi  K-  pi+           PHSP;
+0.0005     J/psi  anti-K0   pi0           PHSP;
+0.0014     J/psi  anti-K0   pi+  pi-      PHSP;
+0.0007     J/psi  anti-K0   pi0  pi0      PHSP;
+0.0007     J/psi  K-  pi+  pi0      PHSP;
+0.0005     J/psi  K'_10              PHSP;
+0.0005     J/psi  K_2*0              PHSP;
+#
+0.0003     psi(2S)  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0003     psi(2S)  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00025    psi(2S)  K*S              SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.00025    psi(2S)  K*L              SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010     psi(2S)  anti-K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004     psi(2S)  K-  pi+          PHSP;
+0.0002     psi(2S)  anti-K0   pi0          PHSP;
+0.0004     psi(2S)  anti-K0   pi+  pi-     PHSP;
+0.0002     psi(2S)  anti-K0   pi0  pi0     PHSP;
+0.0002     psi(2S)  K-  pi+  pi0     PHSP;
+#
+0.0001    eta_c K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0001    eta_c K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00005   K*S  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00005   K*L  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0002    anti-K*0T eta_c              SVS;
+0.0002    eta_c  K-  pi+          PHSP;
+0.0001    eta_c  anti-K0   pi0          PHSP;
+0.0002    eta_c  anti-K0   pi+  pi-     PHSP;
+0.0001    eta_c  anti-K0   pi0  pi0     PHSP;
+0.0001    eta_c  K-  pi+  pi0     PHSP;
+#
+0.0001     chi_c0 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0001     chi_c0 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00005    K*S  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00005    K*L  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0002     anti-K*0T chi_c0              SVS;
+0.0002     chi_c0  K-  pi+          PHSP;
+0.0001     chi_c0  anti-K0   pi0          PHSP;
+0.0002     chi_c0  anti-K0   pi+  pi-     PHSP;
+0.0001     chi_c0  anti-K0   pi0  pi0     PHSP;
+0.0001     chi_c0  K-  pi+  pi0     PHSP;
+#
+0.0003     chi_c1 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0003     chi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0002     K*S  chi_c1              SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0002     K*L  chi_c1              SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0008     chi_c1  anti-K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004     chi_c1  K-  pi+          PHSP;
+0.0002     chi_c1  anti-K0   pi0          PHSP;
+0.0004     chi_c1  anti-K0   pi+  pi-     PHSP;
+0.0002     chi_c1  anti-K0   pi0  pi0     PHSP;
+0.0002     chi_c1  K-  pi+  pi0     PHSP;
+#
+0.0002     chi_c2 K_S0               PHSP;
+0.0002     chi_c2 K_L0               PHSP;
+0.00015    K*S  chi_c2              PHSP;
+0.00015    K*L  chi_c2              PHSP;
+0.0006     chi_c2  anti-K*0T             PHSP;
+0.0004     chi_c2  K-  pi+          PHSP;
+0.0002     chi_c2  anti-K0   pi0          PHSP;
+0.0004     chi_c2  anti-K0   pi+  pi-     PHSP;
+0.0002     chi_c2  anti-K0   pi0  pi0     PHSP;
+0.0002     chi_c2  K-  pi+  pi0     PHSP;
+#
+#
+#
+0.0000     phi   anti-K*0T             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     phi   K*S              SVV_CP beta dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     phi   K*L              SVV_CP beta dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     eta'  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0000     eta'  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+
+# b-> c (dc=) (0.232%)
+
+0.00045     D-   D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00081     D*-  D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00081     D*+  D-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00025     D*+  D*-              SVV_CP beta  dm -1 0.62 0.0 1.05 0.0 0.25 0.0;
+
+# b -> u tau- nu (0.0218%)
+
+0.000021   pi+    tau- anti-nu_tau                 ISGW2;
+0.000083   rho+   tau- anti-nu_tau                 ISGW2;
+0.000090   a_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   b_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_0+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_2+    tau- anti-nu_tau                 ISGW2;
+0.000000   rho(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)+ tau- anti-nu_tau                 ISGW2;
+
+# B0 -> CP eigenstates (some exclusive b -> u) (0.011%)
+
+0.00001    pi+  pi-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.00001    pi0  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   pi0  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta' eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta' a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta' f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_00  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_00  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   omega a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   rho0 a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   b_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   f_0   f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   omega f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   rho0 f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   b_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000056     pi-   pi+   pi0          BTO3PI_CP dm  alpha;
+#0.00000108   K-    pi+   pi0          BTOKPIPI_CP dm  alpha beta;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_XipXim.dec b/BaBar_2014/B0B0bar_XipXim.dec
new file mode 100644
index 0000000..ab6776b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XipXim.dec
@@ -0,0 +1,51 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> Xi+ Xi-                             # 
+#                    (Xi- -> lambda pi- -> p pi- pi-) #     
+#                                                     #
+# Author:  Paul C. Bloom                              #
+# Created: 30 December 2002                           #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+Alias MyXi-          Xi-
+Alias Myanti-Xi+ anti-Xi+
+Alias MyLambda0   Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   MyXi- Myanti-Xi+        PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   MyXi- Myanti-Xi+        PHSP; 
+Enddecay
+#
+Decay MyXi-
+1.0000  MyLambda0 pi-           PHSP;                   
+Enddecay
+#
+Decay Myanti-Xi+
+1.0000  Myanti-Lambda0 pi+       PHSP;                   
+Enddecay
+#
+Decay MyLambda0
+1.00 p+ pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-Lambda0
+1.00 anti-p- pi+             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_Xmunu_Ymunu.dec b/BaBar_2014/B0B0bar_Xmunu_Ymunu.dec
new file mode 100644
index 0000000..0681bc6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xmunu_Ymunu.dec
@@ -0,0 +1,163 @@
+###############################################################################
+# Decay file for Y(4S) -> B0 B0bar (mixed)
+#                         |   |
+#                         |    -> X mu nu
+#                          -----> Y mu nu
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Modified C. Bozzi (bozzi@fe.infn.it): cut B_no-SL aliases (Jetset problem)
+# Last change 15 Oct 2000
+###############################################################################
+
+## use the world average value reported at the Lepton-Photon 99 conference:
+## ( http://www.cern.ch/LEPBOSC/combined_results/stanford_1999/ )
+##
+##  delta(m) = 0.473 +- 0.016 /ps
+
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B0-SL-e   B0
+Alias B0-SL-mu  B0
+
+Alias anti-B0-SL-e   anti-B0
+Alias anti-B0-SL-mu  anti-B0
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B0-SL-e  anti-B0-SL-e
+ChargeConj B0-SL-mu anti-B0-SL-mu
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  0.823578  B0-SL-mu      anti-B0-SL-mu   VSS_MIX dm;
+  0.088211  anti-B0-SL-mu anti-B0-SL-mu   VSS_MIX dm;
+  0.088211  B0-SL-mu      B0-SL-mu        VSS_MIX dm;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-e
+
+# b -> c e+ nu (10.4%)
+
+  0.0490   D*-    e+   nu_e           PHOTOS HQET 0.92 1.18 0.72;
+  0.0210   D-     e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_0*-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D'_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D_2*-   e+   nu_e           PHOTOS ISGW2;
+  0.0010   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0030   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0806%)
+
+  0.000064   pi-    e+   nu_e        PHOTOS  ISGW2;
+  0.000250   rho-   e+   nu_e        PHOTOS  ISGW2;
+  0.000274   a_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000170   b_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_0-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_2-    e+   nu_e        PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+  0.0490   D*-    mu+  nu_mu        PHOTOS    HQET 0.92 1.18 0.72;
+  0.0210   D-     mu+  nu_mu        PHOTOS    ISGW2;
+  0.0040   D_1-   mu+  nu_mu        PHOTOS    ISGW2;
+  0.0040   D_0*-   mu+  nu_mu       PHOTOS     ISGW2;
+  0.0070   D'_1-   mu+  nu_mu       PHOTOS     ISGW2;
+  0.0070   D_2*-   mu+  nu_mu       PHOTOS     ISGW2;
+  0.0010   D*-  pi0   mu+  nu_mu    PHOTOS    GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   mu+  nu_mu  PHOTOS      GOITY_ROBERTS;
+  0.0030   D-   pi0   mu+  nu_mu      PHOTOS  GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0806%)
+
+  0.000064   pi-    mu+  nu_mu       PHOTOS   ISGW2;
+  0.000250   rho-   mu+  nu_mu       PHOTOS   ISGW2;
+  0.000274   a_1-    mu+  nu_mu      PHOTOS    ISGW2;
+  0.000170   b_1-    mu+  nu_mu      PHOTOS    ISGW2;
+  0.000024   a_0-    mu+  nu_mu      PHOTOS    ISGW2;
+  0.000024   a_2-    mu+  nu_mu      PHOTOS    ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-e
+
+# b -> c e- nu (10.4%)
+
+  0.0490   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+  0.0210   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0806%)
+
+  0.000064   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000250   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000274   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000170   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-mu
+
+# b -> c mu- nu (10.4%)
+
+  0.0490   D*+    mu-  anti-nu_mu       PHOTOS    HQET 0.92 1.18 0.72;
+  0.0210   D+     mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0040   D_1+   mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0040   D_0*+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0070   D'_1+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0070   D_2*+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0010   D*+  pi0   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0020   D*0  pi+   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0030   D+   pi0   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0060   D0   pi+   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0806%)
+
+  0.000064   pi+    mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.000250   rho+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.000274   a_1+    mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000170   b_1+    mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000024   a_0+    mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000024   a_2+    mu-  anti-nu_mu     PHOTOS      ISGW2;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Xmunu_Ymunu_new.dec b/BaBar_2014/B0B0bar_Xmunu_Ymunu_new.dec
new file mode 100644
index 0000000..65002e5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xmunu_Ymunu_new.dec
@@ -0,0 +1,87 @@
+###############################################################################
+# Decay file for Y(4S) -> B0 B0bar (mixed)
+#                         |   |
+#                         |    -> X mu nu
+#                          -----> Y mu nu
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Modified C. Bozzi (bozzi@fe.infn.it): cut B_no-SL aliases (Jetset problem)
+# Modified D. Best  (best@fe.infn.it): remove all aliases (BMIX problem)
+# Modified D. Best  (best@fe.infn.it): update some branching ratios
+# Last change: 07 May 2003
+###############################################################################
+
+Decay Upsilon(4S)
+  1.00  B0 anti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay B0
+
+# b -> c mu+ nu (10.4%)
+
+  # from PDG 2002 with ell nu, but e and mu taken to be the same
+  0.0460   D*-             mu+  nu_mu     PHOTOS    HQET 0.92 1.18 0.72;
+  0.0211   D-              mu+  nu_mu     PHOTOS    ISGW2;
+
+  # source of those unknown
+  0.0040   D_1-            mu+  nu_mu     PHOTOS    ISGW2;
+  0.0040   D_0*-           mu+  nu_mu     PHOTOS    ISGW2;
+  0.0070   D'_1-           mu+  nu_mu     PHOTOS    ISGW2;
+  0.0070   D_2*-           mu+  nu_mu     PHOTOS    ISGW2;
+  0.0010   D*-      pi0    mu+  nu_mu     PHOTOS    GOITY_ROBERTS;
+  0.0020   anti-D*0 pi-    mu+  nu_mu     PHOTOS    GOITY_ROBERTS;
+  0.0030   D-       pi0    mu+  nu_mu     PHOTOS    GOITY_ROBERTS;
+  0.0060   anti-D0  pi-    mu+  nu_mu     PHOTOS    GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0806%)
+
+  # from PDG 2002 with ell nu,  but e and mu taken to be the same
+  0.00018    pi-           mu+  nu_mu     PHOTOS    ISGW2;
+  0.00026    rho-          mu+  nu_mu     PHOTOS    ISGW2;
+
+  # sources for those unknown
+  0.000274   a_1-          mu+  nu_mu     PHOTOS     ISGW2;
+  0.000170   b_1-          mu+  nu_mu     PHOTOS     ISGW2;
+  0.000024   a_0-          mu+  nu_mu     PHOTOS     ISGW2;
+  0.000024   a_2-          mu+  nu_mu     PHOTOS     ISGW2;
+
+Enddecay
+
+
+
+Decay anti-B0
+
+# b -> c mu- nu (10.4%)
+
+  # from PDG 2002 with ell nu, but e and mu taken to be the same
+  0.0460   D*+             mu-   anti-nu_mu          PHOTOS  HQET 0.92 1.18 0.72;
+  0.0211   D+              mu-   anti-nu_mu          PHOTOS  ISGW2;
+
+  # sources for those unknown
+  0.0040   D_1+            mu-   anti-nu_mu          PHOTOS  ISGW2;
+  0.0040   D_0*+           mu-   anti-nu_mu          PHOTOS  ISGW2;
+  0.0070   D'_1+           mu-   anti-nu_mu          PHOTOS  ISGW2;
+  0.0070   D_2*+           mu-   anti-nu_mu          PHOTOS  ISGW2;
+  0.0010   D*+  pi0        mu-   anti-nu_mu          PHOTOS  GOITY_ROBERTS;
+  0.0020   D*0  pi+        mu-   anti-nu_mu          PHOTOS  GOITY_ROBERTS;
+  0.0030   D+   pi0        mu-   anti-nu_mu          PHOTOS  GOITY_ROBERTS;
+  0.0060   D0   pi+        mu-   anti-nu_mu          PHOTOS  GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0806%)
+
+  # from PDG 2002 with ell nu,  but e and mu taken to be the same
+  0.00018    pi+           mu-   anti-nu_mu          PHOTOS  ISGW2;
+  0.00026    rho+          mu-   anti-nu_mu          PHOTOS  ISGW2;
+
+  # sources for those unknown
+  0.000274   a_1+          mu-   anti-nu_mu          PHOTOS  ISGW2;
+  0.000170   b_1+          mu-   anti-nu_mu          PHOTOS  ISGW2;
+  0.000024   a_0+          mu-   anti-nu_mu          PHOTOS  ISGW2;
+  0.000024   a_2+          mu-   anti-nu_mu          PHOTOS  ISGW2;
+
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Xmunu_noSLemu.dec b/BaBar_2014/B0B0bar_Xmunu_noSLemu.dec
new file mode 100644
index 0000000..e1568da
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xmunu_noSLemu.dec
@@ -0,0 +1,645 @@
+###############################################################################
+# Decay file for Y(4S) -> B0 B0bar (mixed)
+#                         |   |
+#                         |    -> X mu nu
+#                          -----> non-SL
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Last change 15 Nov 1999
+###############################################################################
+
+## use the world average value reported at the Lepton-Photon 99 conference:
+## ( http://www.cern.ch/LEPBOSC/combined_results/stanford_1999/ )
+##
+##  delta(m) = 0.473 +- 0.016 /ps
+
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B0-SL-e   B0
+Alias B0-SL-mu  B0
+Alias B0-no-SL  B0
+
+Alias anti-B0-SL-e   anti-B0
+Alias anti-B0-SL-mu  anti-B0
+Alias anti-B0-no-SL  anti-B0
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B0-SL-e  anti-B0-SL-e
+ChargeConj B0-SL-mu anti-B0-SL-mu
+ChargeConj B0-no-SL anti-B0-no-SL
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  0.411789  B0-SL-mu      anti-B0-no-SL   VSS_MIX dm;
+  0.411789  B0-no-SL      anti-B0-SL-mu   VSS_MIX dm;
+  0.088211  anti-B0-SL-mu anti-B0-no-SL   VSS_MIX dm;
+  0.088211  B0-SL-mu      B0-no-SL        VSS_MIX dm;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-e
+
+# b -> c e+ nu (10.4%)
+
+  0.0490   D*-    e+   nu_e           PHOTOS HQET 0.92 1.18 0.72;
+  0.0210   D-     e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_0*-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D'_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D_2*-   e+   nu_e           PHOTOS ISGW2;
+  0.0010   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0030   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0806%)
+
+  0.000064   pi-    e+   nu_e        PHOTOS  ISGW2;
+  0.000250   rho-   e+   nu_e        PHOTOS  ISGW2;
+  0.000274   a_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000170   b_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_0-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_2-    e+   nu_e        PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+  0.0490   D*-    mu+  nu_mu        PHOTOS    HQET 0.92 1.18 0.72;
+  0.0210   D-     mu+  nu_mu        PHOTOS    ISGW2;
+  0.0040   D_1-   mu+  nu_mu        PHOTOS    ISGW2;
+  0.0040   D_0*-   mu+  nu_mu       PHOTOS     ISGW2;
+  0.0070   D'_1-   mu+  nu_mu       PHOTOS     ISGW2;
+  0.0070   D_2*-   mu+  nu_mu       PHOTOS     ISGW2;
+  0.0010   D*-  pi0   mu+  nu_mu    PHOTOS    GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   mu+  nu_mu  PHOTOS      GOITY_ROBERTS;
+  0.0030   D-   pi0   mu+  nu_mu     PHOTOS   GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0806%)
+
+  0.000064   pi-    mu+  nu_mu     PHOTOS     ISGW2;
+  0.000250   rho-   mu+  nu_mu     PHOTOS     ISGW2;
+  0.000274   a_1-    mu+  nu_mu    PHOTOS      ISGW2;
+  0.000170   b_1-    mu+  nu_mu    PHOTOS      ISGW2;
+  0.000024   a_0-    mu+  nu_mu    PHOTOS      ISGW2;
+  0.000024   a_2-    mu+  nu_mu    PHOTOS      ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-e
+
+# b -> c e- nu (10.4%)
+
+  0.0490   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+  0.0210   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0806%)
+
+  0.000064   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000250   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000274   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000170   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-mu
+
+# b -> c mu- nu (10.4%)
+
+  0.0490   D*+    mu-  anti-nu_mu       PHOTOS    HQET 0.92 1.18 0.72;
+  0.0210   D+     mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0040   D_1+   mu-  anti-nu_mu       PHOTOS    ISGW2;
+  0.0040   D_0*+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0070   D'_1+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0070   D_2*+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0010   D*+  pi0   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0020   D*0  pi+   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0030   D+   pi0   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+  0.0060   D0   pi+   mu-  anti-nu_mu   PHOTOS    GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0806%)
+
+  0.000064   pi+    mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000250   rho+   mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000274   a_1+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000170   b_1+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000024   a_0+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000024   a_2+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-no-SL
+
+# JETSET misc fragmentation (42.664%)
+
+  0.32474         u       anti-d  anti-c          d       JETSET         48;
+  0.04600         u       anti-d  anti-c          d       JETSET         25;
+  0.02100         u       anti-s  anti-c          d       JETSET         23;
+  0.01800         u       anti-c  anti-d          d       JETSET         48;
+  0.00090         u       anti-c  anti-s          d       JETSET         48;
+  0.00000         c       anti-s  anti-c          d       JETSET         13;
+  0.00600         c       anti-d  anti-c          d       JETSET         13;
+  0.00600         u       anti-d  anti-u          d       JETSET         48;
+  0.00400         c       anti-s  anti-u          d       JETSET         48;
+
+# b -> c (sc=)  -->  D Ds X (10.14%)
+
+  0.0096   D-   D_s+                       PHSP;
+  0.0102   D*-  D_s+                       SVS;
+  0.0120   D_1- D_s+                       SVS;
+  0.0094   D_s*+ D-                        SVS;
+  0.0174   D_s*+ D*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0030   D_s+  D-  pi0                   PHSP;
+  0.0060   D_s+  anti-D0 pi-                   PHSP;
+  0.0030   D_s*+ D-  pi0                   PHSP;
+  0.0060   D_s*+ anti-D0 pi-                   PHSP;
+  0.0050   D_s+  D-  pi-  pi+              PHSP;
+  0.0037   D_s+  D-  pi0  pi0              PHSP;
+  0.0037   D_s+  anti-D0 pi-  pi0              PHSP;
+  0.0050   D_s*+ D-  pi-  pi+              PHSP;
+  0.0037   D_s*+ D-  pi0  pi0              PHSP;
+  0.0037   D_s*+ anti-D0 pi-  pi0              PHSP;
+
+# b -> c (sc=)  -->  D D= K  X (8.0%)
+
+  0.0025   D-  D0   K+                    PHSP;
+  0.0025   D-  D+   K0                    PHSP;
+  0.0025   D-  D0   K*+                   PHSP;
+  0.0025   D-  D+   K*0                   PHSP;
+
+  0.0050   D*- D0   K+                    PHSP;
+  0.0050   D*- D+   K0                    PHSP;
+  0.0050   D-  D*0  K+                    PHSP;
+  0.0050   D-  D*+  K0                    PHSP;
+
+  0.0025   D*- D0   K*+                   PHSP;
+  0.0025   D*- D+   K*0                   PHSP;
+  0.0025   D-  D*0  K*+                   PHSP;
+  0.0025   D-  D*+  K*0                   PHSP;
+
+  0.0150   D*- D*0  K+                    PHSP;
+  0.0150   D*- D*+  K0                    PHSP;
+  0.0050   D*- D*0  K*+                   PHSP;
+  0.0050   D*- D*+  K*0                   PHSP;
+
+# B -> D(*) X  Exclusive modes (6.67%)
+
+  0.0027   D*- pi+                        SVS;
+  0.0030   D-  pi+                        PHSP;
+  0.0082   rho+ D-                        SVS;
+  0.0070   rho+ D*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010   D-  pi+  pi0                   PHSP;
+  0.0070   D*- pi+  pi0                   PHSP;
+  0.0010   anti-D0 pi-  pi+                   PHSP;
+  0.0010   anti-D*0 pi-  pi+                   PHSP;
+  0.0005   anti-D*0 pi0  pi0                   PHSP;
+
+  0.0060   a_1+ D-                         SVS;
+  0.0011   D-  rho0  pi+                  PHSP;
+  0.0011   D-  rho+  pi0                  PHSP;
+  0.0010   D-  pi-  pi+  pi+              PHSP;
+  0.0010   D-  pi0  pi+  pi0              PHSP;
+  0.0010   anti-D0  pi-  pi+  pi0             PHSP;
+  0.0001   anti-D0  pi0  pi0  pi0             PHSP;
+
+  0.0122   a_1+  D*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010   D*-  rho0  pi+                 PHSP;
+  0.0010   D*-  rho+  pi0                 PHSP;
+  0.0077   D*-  pi-  pi+  pi+             PHSP;
+  0.0010   D*-  pi0  pi+  pi0             PHSP;
+  0.0010   anti-D*0  pi-  pi+  pi0             PHSP;
+  0.0001   anti-D*0  pi0  pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+  0.01000        anti-cd_0       ud_0         JETSET 23;
+  0.03000        anti-cd_1       ud_1         JETSET 23;
+
+# b -> c tau+ nu (2.96%)
+
+  0.0160   D*-    tau+ nu_tau                  ISGW2;
+  0.0070   D-     tau+ nu_tau                  ISGW2;
+  0.0013   D_1-   tau+ nu_tau                  ISGW2;
+  0.0013   D_0*-   tau+ nu_tau                  ISGW2;
+  0.0020   D'_1-   tau+ nu_tau                  ISGW2;
+  0.0020   D_2*-   tau+ nu_tau                  ISGW2;
+
+# Xi_c X (2.4%)
+
+  0.00600        anti-cs_0       ud_0         JETSET 23;
+  0.01800        anti-cs_1       ud_1         JETSET 23;
+
+# B -> cc= s (1.94%)
+
+  0.0004     J/psi  K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0004     J/psi  K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00025    J/psi  K*S             SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.00025    J/psi  K*L             SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010     J/psi  K*0T              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010     J/psi  K+  pi-           PHSP;
+  0.0005     J/psi  K0  pi0           PHSP;
+  0.0014     J/psi  K0  pi-  pi+      PHSP;
+  0.0007     J/psi  K0  pi0  pi0      PHSP;
+  0.0007     J/psi  K+  pi-  pi0      PHSP;
+  0.0005     J/psi  anti-K'_10              PHSP;
+  0.0005     J/psi  anti-K_2*0              PHSP;
+
+  0.0003     psi(2S)  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0003     psi(2S)  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00025    psi(2S)  K*S           SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.00025    psi(2S)  K*L           SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010     psi(2S)  K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0004     psi(2S)  K+  pi-          PHSP;
+  0.0002     psi(2S)  K0  pi0          PHSP;
+  0.0004     psi(2S)  K0  pi-  pi+     PHSP;
+  0.0002     psi(2S)  K0  pi0  pi0     PHSP;
+  0.0002     psi(2S)  K+  pi-  pi0     PHSP;
+
+  0.0001    eta_c K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0001    eta_c K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00005   K*S  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00005   K*L  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.0002    K*0T eta_c              SVS;
+  0.0002    eta_c  K+  pi-          PHSP;
+  0.0001    eta_c  K0  pi0          PHSP;
+  0.0002    eta_c  K0  pi-  pi+     PHSP;
+  0.0001    eta_c  K0  pi0  pi0     PHSP;
+  0.0001    eta_c  K+  pi-  pi0     PHSP;
+
+  0.0001     chi_c0 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.0001     chi_c0 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00005    K*S  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00005    K*L  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0002     K*0T chi_c0              SVS;
+  0.0002     chi_c0  K+  pi-          PHSP;
+  0.0001     chi_c0  K0  pi0          PHSP;
+  0.0002     chi_c0  K0  pi-  pi+     PHSP;
+  0.0001     chi_c0  K0  pi0  pi0     PHSP;
+  0.0001     chi_c0  K+  pi-  pi0     PHSP;
+
+  0.0003     chi_c1 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.0003     chi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0002     K*S  chi_c1            SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0002     K*L  chi_c1            SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0008     chi_c1  K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0004     chi_c1  K+  pi-          PHSP;
+  0.0002     chi_c1  K0  pi0          PHSP;
+  0.0004     chi_c1  K0  pi-  pi+     PHSP;
+  0.0002     chi_c1  K0  pi0  pi0     PHSP;
+  0.0002     chi_c1  K+  pi-  pi0     PHSP;
+
+  0.0002     chi_c2 K_S0               PHSP;
+  0.0002     chi_c2 K_L0               PHSP;
+  0.00015    K*S  chi_c2              PHSP;
+  0.00015    K*L  chi_c2              PHSP;
+  0.0006     chi_c2  K*0T             PHSP;
+  0.0004     chi_c2  K+  pi-          PHSP;
+  0.0002     chi_c2  K0  pi0          PHSP;
+  0.0004     chi_c2  K0  pi-  pi+     PHSP;
+  0.0002     chi_c2  K0  pi0  pi0     PHSP;
+  0.0002     chi_c2  K+  pi-  pi0     PHSP;
+
+# b-> c (dc=) (0.232%)
+
+  0.00045     D-   D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00081     D*-  D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00081     D*+  D-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00025     D*+  D*-           SVV_CP beta  dm -1 0.62 0.0 1.05 0.0 0.25 0.0;
+
+# b -> u tau+ nu (0.0218%)
+
+  0.000021   pi-    tau+ nu_tau                ISGW2;
+  0.000083   rho-   tau+ nu_tau                ISGW2;
+  0.000090   a_1-    tau+ nu_tau                ISGW2;
+  0.000008   b_1-    tau+ nu_tau                ISGW2;
+  0.000008   a_0-    tau+ nu_tau                ISGW2;
+  0.000008   a_2-    tau+ nu_tau                ISGW2;
+
+# B0 -> CP eigenstates (some exclusive b -> u) (0.011%)
+
+  0.00001    pi+  pi-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.00001    pi0  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   pi0  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   pi0  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   pi0  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   pi0  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   omega pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   rho0 pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   b_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   eta  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   eta  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   omega eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   rho0 eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   b_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta' eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   eta' a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta' f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   omega eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   rho0 eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   b_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   a_00  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_00  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   omega a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   rho0 a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   a_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   b_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   f_0   f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   omega f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   rho0 f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   a_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   b_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000056     pi-   pi+   pi0          BTO3PI_CP dm  alpha;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-no-SL
+
+# JETSET misc fragmentation (42.664%)
+
+0.32474         anti-u       d  c       anti-d       JETSET         48;
+0.04600         anti-u       d  c       anti-d       JETSET         25;
+0.02100         anti-u       s  c       anti-d       JETSET         23;
+0.01800         anti-u       c  d       anti-d       JETSET         48;
+0.00090         anti-u       c  s       anti-d       JETSET         48;
+0.00000         anti-c       s  c       anti-d       JETSET         13;
+0.00600         anti-c       d  c       anti-d       JETSET         13;
+0.00600         anti-u       d  u       anti-d       JETSET         48;
+0.00400         anti-c       s  u       anti-d       JETSET         48;
+
+# b -> c (sc=)  -->  D Ds X (10.14%)
+
+0.0096   D+  D_s-                        PHSP;
+0.0102   D*+  D_s-                       SVS;
+0.0120   D_1+  D_s-                      SVS;
+0.0094   D_s*- D+                        SVS;
+0.0174   D_s*- D*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0030   D_s-  D+  pi0                   PHSP;
+0.0060   D_s-  D0  pi+                   PHSP;
+0.0030   D_s*- D+  pi0                   PHSP;
+0.0060   D_s*- D0  pi+                   PHSP;
+0.0050   D_s-  D+  pi+  pi-              PHSP;
+0.0037   D_s-  D+  pi0  pi0              PHSP;
+0.0037   D_s-  D0  pi+  pi0              PHSP;
+0.0050   D_s*- D+  pi+  pi-              PHSP;
+0.0037   D_s*- D+  pi0  pi0              PHSP;
+0.0037   D_s*- D0  pi+  pi0              PHSP;
+
+# b -> c (sc=)  -->  D D= K  X (8.0%)
+
+0.0025   D+  anti-D0  K-                    PHSP;
+0.0025   D+  D-   anti-K0                   PHSP;
+0.0025   D+  anti-D0  K*-                   PHSP;
+0.0025   D+  D-   anti-K*0                  PHSP;
+#
+0.0050   D*+ anti-D0  K-                    PHSP;
+0.0050   D*+ D-   anti-K0                   PHSP;
+0.0050   D+  anti-D*0  K-                   PHSP;
+0.0050   D+  D*-  anti-K0                   PHSP;
+#
+0.0025   D*+ anti-D0  K*-                   PHSP;
+0.0025   D*+ D-   anti-K*0                  PHSP;
+0.0025   D+  anti-D*0  K*-                  PHSP;
+0.0025   D+  D*-  anti-K*0                  PHSP;
+#
+0.0150   D*+ anti-D*0  K-                   PHSP;
+0.0150   D*+ D*-   anti-K0                  PHSP;
+0.0050   D*+ anti-D*0  K*-                  PHSP;
+0.0050   D*+ D*-   anti-K*0                 PHSP;
+
+# B -> D(*) X  Exclusive modes (6.67%)
+
+0.0027   D*+ pi-                        SVS;
+0.0030   D+  pi-                        PHSP;
+0.0082   rho- D+                        SVS;
+0.0070   rho- D*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   D+  pi-  pi0                   PHSP;
+0.0070   D*+ pi-  pi0                   PHSP;
+0.0010   D0  pi+  pi-                   PHSP;
+0.0010   D*0 pi+  pi-                   PHSP;
+0.0005   D*0 pi0  pi0                   PHSP;
+#
+0.0060   a_1- D+                         SVS;
+0.0011   D+  rho0  pi-                  PHSP;
+0.0011   D+  rho-  pi0                  PHSP;
+0.0010   D+  pi+  pi-  pi-              PHSP;
+0.0010   D+  pi0  pi-  pi0              PHSP;
+0.0010   D0  pi+  pi-  pi0              PHSP;
+0.0001   D0  pi0  pi0  pi0              PHSP;
+#
+0.0122   a_1-  D*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   D*+  rho0  pi-                 PHSP;
+0.0010   D*+  rho-  pi0                 PHSP;
+0.0077   D*+  pi+  pi-  pi-             PHSP;
+0.0010   D*+  pi0  pi-  pi0             PHSP;
+0.0010   D*0  pi+  pi-  pi0             PHSP;
+0.0001   D*0  pi0  pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+0.01000        cd_0       anti-ud_0         JETSET 23;
+0.03000        cd_1       anti-ud_1         JETSET 23;
+
+# b -> c tau- nu (2.96%)
+
+0.0160   D*+    tau- anti-nu_tau                 ISGW2;
+0.0070   D+     tau- anti-nu_tau                 ISGW2;
+0.0013   D_1+   tau- anti-nu_tau                 ISGW2;
+0.0013   D_0*+   tau- anti-nu_tau                 ISGW2;
+0.0020   D'_1+   tau- anti-nu_tau                 ISGW2;
+0.0020   D_2*+   tau- anti-nu_tau                 ISGW2;
+
+# Xi_c X (2.4%)
+
+0.00600        cs_0       anti-ud_0         JETSET 23;
+0.01800        cs_1       anti-ud_1         JETSET 23;
+
+# B -> cc= s (1.94%)
+
+0.0004     J/psi  K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0004     J/psi  K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00025    J/psi  K*S               SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.00025    J/psi  K*L               SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010     J/psi  anti-K*0T              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010     J/psi  K-  pi+           PHSP;
+0.0005     J/psi  anti-K0   pi0           PHSP;
+0.0014     J/psi  anti-K0   pi+  pi-      PHSP;
+0.0007     J/psi  anti-K0   pi0  pi0      PHSP;
+0.0007     J/psi  K-  pi+  pi0      PHSP;
+0.0005     J/psi  K'_10              PHSP;
+0.0005     J/psi  K_2*0              PHSP;
+#
+0.0003     psi(2S)  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0003     psi(2S)  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00025    psi(2S)  K*S              SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.00025    psi(2S)  K*L              SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010     psi(2S)  anti-K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004     psi(2S)  K-  pi+          PHSP;
+0.0002     psi(2S)  anti-K0   pi0          PHSP;
+0.0004     psi(2S)  anti-K0   pi+  pi-     PHSP;
+0.0002     psi(2S)  anti-K0   pi0  pi0     PHSP;
+0.0002     psi(2S)  K-  pi+  pi0     PHSP;
+#
+0.0001    eta_c K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0001    eta_c K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00005   K*S  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00005   K*L  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0002    anti-K*0T eta_c              SVS;
+0.0002    eta_c  K-  pi+          PHSP;
+0.0001    eta_c  anti-K0   pi0          PHSP;
+0.0002    eta_c  anti-K0   pi+  pi-     PHSP;
+0.0001    eta_c  anti-K0   pi0  pi0     PHSP;
+0.0001    eta_c  K-  pi+  pi0     PHSP;
+#
+0.0001     chi_c0 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0001     chi_c0 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00005    K*S  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00005    K*L  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0002     anti-K*0T chi_c0              SVS;
+0.0002     chi_c0  K-  pi+          PHSP;
+0.0001     chi_c0  anti-K0   pi0          PHSP;
+0.0002     chi_c0  anti-K0   pi+  pi-     PHSP;
+0.0001     chi_c0  anti-K0   pi0  pi0     PHSP;
+0.0001     chi_c0  K-  pi+  pi0     PHSP;
+#
+0.0003     chi_c1 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0003     chi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0002     K*S  chi_c1              SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0002     K*L  chi_c1              SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0008     chi_c1  anti-K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004     chi_c1  K-  pi+          PHSP;
+0.0002     chi_c1  anti-K0   pi0          PHSP;
+0.0004     chi_c1  anti-K0   pi+  pi-     PHSP;
+0.0002     chi_c1  anti-K0   pi0  pi0     PHSP;
+0.0002     chi_c1  K-  pi+  pi0     PHSP;
+#
+0.0002     chi_c2 K_S0               PHSP;
+0.0002     chi_c2 K_L0               PHSP;
+0.00015    K*S  chi_c2              PHSP;
+0.00015    K*L  chi_c2              PHSP;
+0.0006     chi_c2  anti-K*0T             PHSP;
+0.0004     chi_c2  K-  pi+          PHSP;
+0.0002     chi_c2  anti-K0   pi0          PHSP;
+0.0004     chi_c2  anti-K0   pi+  pi-     PHSP;
+0.0002     chi_c2  anti-K0   pi0  pi0     PHSP;
+0.0002     chi_c2  K-  pi+  pi0     PHSP;
+#
+#
+#
+0.0000     phi   anti-K*0T             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     phi   K*S              SVV_CP beta dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     phi   K*L              SVV_CP beta dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     eta'  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0000     eta'  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+
+# b-> c (dc=) (0.232%)
+
+0.00045     D-   D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00081     D*-  D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00081     D*+  D-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00025     D*+  D*-              SVV_CP beta  dm -1 0.62 0.0 1.05 0.0 0.25 0.0;
+
+# b -> u tau- nu (0.0218%)
+
+0.000021   pi+    tau- anti-nu_tau                 ISGW2;
+0.000083   rho+   tau- anti-nu_tau                 ISGW2;
+0.000090   a_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   b_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_0+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_2+    tau- anti-nu_tau                 ISGW2;
+0.000000   rho(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)+ tau- anti-nu_tau                 ISGW2;
+
+# B0 -> CP eigenstates (some exclusive b -> u) (0.011%)
+
+0.00001    pi+  pi-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.00001    pi0  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   pi0  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta' eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta' a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta' f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_00  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_00  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   omega a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   rho0 a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   b_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   f_0   f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   omega f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   rho0 f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   b_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000056     pi-   pi+   pi0          BTO3PI_CP dm  alpha;
+#0.00000108   K-    pi+   pi0          BTOKPIPI_CP dm  alpha beta;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_Xsdgamma.dec b/BaBar_2014/B0B0bar_Xsdgamma.dec
new file mode 100644
index 0000000..aff46d2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xsdgamma.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.0000 Xsd   gamma      BTOXSGAMMA 2;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaAli.dec b/BaBar_2014/B0B0bar_XsdgammaAli.dec
new file mode 100644
index 0000000..007c636
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaAli.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.0000 Xsd   gamma      BTOXSGAMMA 1;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 1;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp465.dec b/BaBar_2014/B0B0bar_XsdgammaExp465.dec
new file mode 100644
index 0000000..ed06b14
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp465.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp470.dec b/BaBar_2014/B0B0bar_XsdgammaExp470.dec
new file mode 100644
index 0000000..2bd6e02
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp470.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.70 4.70 -0.45 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.70 4.70 -0.45 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp475.dec b/BaBar_2014/B0B0bar_XsdgammaExp475.dec
new file mode 100644
index 0000000..4e7042b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp475.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.75 4.75 -0.37 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.75 4.75 -0.37 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480.dec b/BaBar_2014/B0B0bar_XsdgammaExp480.dec
new file mode 100644
index 0000000..9d52b4c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.0to1.2.dec b/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.0to1.2.dec
new file mode 100644
index 0000000..e9f71a5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.0to1.2.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 1.0 1.2;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 1.0 1.2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.2to1.4.dec b/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.2to1.4.dec
new file mode 100644
index 0000000..01bccea
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.2to1.4.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 1.2 1.4;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 1.2 1.4;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.4to1.6.dec b/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.4to1.6.dec
new file mode 100644
index 0000000..d20c28c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.4to1.6.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 1.4 1.6;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 1.4 1.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.6to1.8.dec b/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.6to1.8.dec
new file mode 100644
index 0000000..e2d564b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.6to1.8.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 1.6 1.8;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 1.6 1.8;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.8to2.0.dec b/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.8to2.0.dec
new file mode 100644
index 0000000..6ccb885
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480MH_1.8to2.0.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 1.8 2.0;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 1.8 2.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.0to2.2.dec b/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.0to2.2.dec
new file mode 100644
index 0000000..fcfced9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.0to2.2.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 2.0 2.2;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 2.0 2.2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.2to2.4.dec b/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.2to2.4.dec
new file mode 100644
index 0000000..7a977fd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.2to2.4.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 2.2 2.4;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 2.2 2.4;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.4to2.6.dec b/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.4to2.6.dec
new file mode 100644
index 0000000..8976c62
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.4to2.6.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 2.4 2.6;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 2.4 2.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.6to2.8.dec b/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.6to2.8.dec
new file mode 100644
index 0000000..f558d13
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.6to2.8.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 2.6 2.8;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 2.6 2.8;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.8to3.0.dec b/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.8to3.0.dec
new file mode 100644
index 0000000..0d2c0c0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp480MH_2.8to3.0.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794  4.8 4.8 -0.3 0.9 0.0484 100 80 2.8 3.0;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80 2.8 3.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp485.dec b/BaBar_2014/B0B0bar_XsdgammaExp485.dec
new file mode 100644
index 0000000..bcedfef
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp485.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.25 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.25 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp490.dec b/BaBar_2014/B0B0bar_XsdgammaExp490.dec
new file mode 100644
index 0000000..91fd14f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp490.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.2 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.2 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaExp495.dec b/BaBar_2014/B0B0bar_XsdgammaExp495.dec
new file mode 100644
index 0000000..5427b6f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaExp495.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_6To2_7.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_6To2_7.dec
new file mode 100644
index 0000000..7016d50
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_6To2_7.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 1.6 2.6;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 1.6 2.6; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_7To1_8.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_7To1_8.dec
new file mode 100644
index 0000000..546a96f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_7To1_8.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 1.7 1.8;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 1.7 1.8; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_8To1_9.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_8To1_9.dec
new file mode 100644
index 0000000..95bfe08
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_8To1_9.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 1.8 1.9;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 1.8 1.9; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_9To2_0.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_9To2_0.dec
new file mode 100644
index 0000000..0145e06
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma1_9To2_0.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 1.9 2.0;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 1.9 2.0; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_0To2_1.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_0To2_1.dec
new file mode 100644
index 0000000..5f5d1ef
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_0To2_1.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.0 2.1;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.0 2.1; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_1To2_2.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_1To2_2.dec
new file mode 100644
index 0000000..e0fe6ed
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_1To2_2.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.1 2.2;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.1 2.2; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_2To2_3.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_2To2_3.dec
new file mode 100644
index 0000000..fb9aa68
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_2To2_3.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.2 2.3;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.2 2.3; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_3To2_4.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_3To2_4.dec
new file mode 100644
index 0000000..f66deb7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_3To2_4.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.3 2.4;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.3 2.4; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_4To2_5.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_4To2_5.dec
new file mode 100644
index 0000000..2937232
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_4To2_5.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.4 2.5;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.4 2.5; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_5To2_6.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_5To2_6.dec
new file mode 100644
index 0000000..883d7c8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_5To2_6.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.5 2.6;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.5 2.6; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_6To2_7.dec b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_6To2_7.dec
new file mode 100644
index 0000000..85302c5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XsdgammaFlatEGamma2_6To2_7.dec
@@ -0,0 +1,59 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias myB0 B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 4 2.6 2.7;
+Enddecay
+
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 4 2.6 2.7; 
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_Xsee.dec b/BaBar_2014/B0B0bar_Xsee.dec
new file mode 100644
index 0000000..ee81d0f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xsee.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay: B0 -> Xsd e+ e-,  anti-B0 -> X   +  c.c.          #
+#                                                          #
+#        Xsd is non-resonant (s-bar d) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created: 30 March 2001                                   #
+############################################################
+#
+# Xsd meson  (s-bar d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+Decay Upsilon(4S)
+ 1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+ 1.0000 Xsd   e+   e-    PHOTOS BTOXSLL;
+Enddecay
+
+Decay Myanti-B0
+ 1.0000 anti-Xsd    e+    e-   PHOTOS  BTOXSLL;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Xsee_pf410.dec b/BaBar_2014/B0B0bar_Xsee_pf410.dec
new file mode 100644
index 0000000..3876aa7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xsee_pf410.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay: B0 -> Xsd e+ e-,  anti-B0 -> X   +  c.c.          #
+#                                                          #
+#        Xsd is non-resonant (s-bar d) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created:  30 March 2001                                  #
+# Modified: 15 July  2003  include 4 input params          #
+#            3 March 2004  reset JetSet PARJ(2) param      #
+############################################################
+#
+# Modify JetSet fragmentation parameters
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+#
+# Xsd meson  (s-bar d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+Decay Upsilon(4S)
+ 1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+ 1.0000 Xsd   e+   e-    PHOTOS BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+Decay Myanti-B0
+ 1.0000 anti-Xsd    e+    e-   PHOTOS  BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Xsmumu.dec b/BaBar_2014/B0B0bar_Xsmumu.dec
new file mode 100644
index 0000000..62c4914
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xsmumu.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay: B0 -> Xsd mu+ mu-,  anti-B0 -> X   +  c.c.        #
+#                                                          #
+#        Xsd is non-resonant (s-bar d) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created: 30 March 2001                                   #
+############################################################
+#
+# Xsd meson  (s-bar d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+Decay Upsilon(4S)
+ 1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+ 1.0000 Xsd   mu+   mu-    PHOTOS BTOXSLL;
+Enddecay
+
+Decay Myanti-B0
+ 1.0000 anti-Xsd    mu+    mu-   PHOTOS  BTOXSLL;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Xsmumu_pf410.dec b/BaBar_2014/B0B0bar_Xsmumu_pf410.dec
new file mode 100644
index 0000000..be7985e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xsmumu_pf410.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay: B0 -> Xsd mu+ mu-,  anti-B0 -> X   +  c.c.        #
+#                                                          #
+#        Xsd is non-resonant (s-bar d) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created:  30 March 2001                                  #
+# Modified: 15 July  2003  include 4 input params          #
+#            3 March 2004  reset JetSet PARJ(2) param      #
+############################################################
+#
+# Modify JetSet fragmentation parameters
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+#
+# Xsd meson  (s-bar d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+Decay Upsilon(4S)
+ 1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+ 1.0000 Xsd   mu+   mu-    PHOTOS BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+Decay Myanti-B0
+ 1.0000 anti-Xsd    mu+    mu-   PHOTOS  BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Xstautau.dec b/BaBar_2014/B0B0bar_Xstautau.dec
new file mode 100644
index 0000000..4242cb1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xstautau.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay: B0 -> Xsd tau+ tau-,  anti-B0 -> X   +  c.c.      #
+#                                                          #
+#        Xsd is non-resonant (s-bar d) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created: 30 March 2001                                   #
+############################################################
+#
+# Xsd meson  (s-bar d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+Decay Upsilon(4S)
+ 1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+ 1.0000 Xsd   tau+   tau-    PHOTOS BTOXSLL;
+Enddecay
+
+Decay Myanti-B0
+ 1.0000 anti-Xsd    tau+    tau-   PHOTOS  BTOXSLL;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_Xstautau_pf410.dec b/BaBar_2014/B0B0bar_Xstautau_pf410.dec
new file mode 100644
index 0000000..e2f0dc9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_Xstautau_pf410.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay: B0 -> Xsd tau+ tau-,  anti-B0 -> X   +  c.c.      #
+#                                                          #
+#        Xsd is non-resonant (s-bar d) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created:  30 March 2001                                  #
+# Modified: 15 July  2003  include 4 input params          #
+############################################################
+#
+# Xsd meson  (s-bar d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+
+Decay Upsilon(4S)
+ 1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+ 1.0000 Xsd   tau+   tau-    PHOTOS BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+Decay Myanti-B0
+ 1.0000 anti-Xsd    tau+    tau-   PHOTOS  BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_XtoJpsiGammaKs.dec b/BaBar_2014/B0B0bar_XtoJpsiGammaKs.dec
new file mode 100644
index 0000000..a6abda2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XtoJpsiGammaKs.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> X3872      K0s,       B0 -> X          #
+#                   |-> Jpsi gamma      |->pi+pi-          #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author:   D. Bernard                                     #
+# Created:  Thu Feb 26 MET 2004                            #
+#                                                          #
+############################################################
+#
+#
+Particle dummy00_1 3.872 0.0
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyK_S0  K_S0   
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  MyX  MyK_S0            PHSP; 
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyX  MyK_S0          PHSP; 
+Enddecay 
+#
+Decay MyX
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_XtoJpsiGammaKstar_K.dec b/BaBar_2014/B0B0bar_XtoJpsiGammaKstar_K.dec
new file mode 100644
index 0000000..51508c6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XtoJpsiGammaKstar_K.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> X3872      K*0,       B0 -> X          #
+#                   |-> Jpsi gamma     K+   pi-            #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author:   D. Bernard                                     #
+# Created:  Thu Feb 26 MET 2004                            #
+#                                                          #
+############################################################
+#
+#
+Particle dummy00_1 3.872 0.0
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  MyX  MyKstar0      PHSP;     
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyX  MyantiKstar0    PHSP;   
+Enddecay 
+#
+Decay MyX
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#                
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#                  
+End
diff --git a/BaBar_2014/B0B0bar_XtoJpsiGammaKstar_KS.dec b/BaBar_2014/B0B0bar_XtoJpsiGammaKstar_KS.dec
new file mode 100644
index 0000000..6daeaef
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XtoJpsiGammaKstar_KS.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> X3872      K*0,       B0 -> X          #
+#                   |-> Jpsi gamma     Ks |->pi+pi-  pi0   #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author:   D. Bernard                                     #
+# Created:  Thu Feb 26 MET 2004                            #
+#                                                          #
+############################################################
+#
+#
+Particle dummy00_1 3.872 0.0
+Alias MyB0  B0
+Alias Myanti-B0  anti-B0
+Alias MyK_S0  K_S0   
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+1.0000  MyX  MyKstar0         PHSP; 
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyX  MyantiKstar0       PHSP; 
+Enddecay 
+#
+Decay MyX
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#                                  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        
+Decay MyantiKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        
+End
diff --git a/BaBar_2014/B0B0bar_XtoJpsiPi0Ks.dec b/BaBar_2014/B0B0bar_XtoJpsiPi0Ks.dec
new file mode 100644
index 0000000..f4c42fa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_XtoJpsiPi0Ks.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay:      B0 -> X3872    Ks,        B0bar -> X         #
+#                    |       |                             #
+#               J/psi pi0   ->pi+ pi-                      #
+#                  |-> e+e-                                #
+#                  |-> mu+mu-                              #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author:   D. Bernard                                     #
+# Created:  Thu Feb 26 MET 2004                            #
+#                                                          #
+############################################################
+#
+Particle dummy00_1 3.872 0.0
+#
+Alias MyB0 B0
+Alias MyAnti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0 K_S0
+Alias MyX dummy00_1
+#
+Decay Upsilon(4S)
+  1.0000  B0 anti-B0 MyB0 MyAnti-B0  VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+  1.000  MyX MyK_S0     PHSP;
+
+Enddecay 
+#
+Decay MyAnti-B0
+  1.000  MyX MyK_S0      PHSP;
+Enddecay 
+#
+#
+Decay MyX
+  1.  MyJ/psi pi0      PHSP;
+Enddecay 
+#
+#
+Decay MyJ/psi
+  0.5000  e+  e-             PHOTOS VLL;
+  0.5000  mu+ mu-            PHOTOS VLL;
+Enddecay
+#
+#
+Decay MyK_S0
+  1.00000 pi+ pi-           PHSP;
+Enddecay
+# 
+End
diff --git a/BaBar_2014/B0B0bar_a00ks_etato3pi.dec b/BaBar_2014/B0B0bar_a00ks_etato3pi.dec
new file mode 100644
index 0000000..7ae702d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a00ks_etato3pi.dec
@@ -0,0 +1,42 @@
+########################################################
+#                                                      #
+# Decay: anti-B0 -> a_00 Ks  + cc                      #
+#                   |                                  #
+#                   |-> eta(3pi) pi0                   #
+#                                                      #
+# Author: Paul C. Bloom                                #
+# Date:                    30 December 2002            #
+#                                                      #
+########################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_00 a_00
+Alias Myeta eta
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_00 MyKs                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_00 MyKs                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Mya_00
+1.0000 Myeta pi0                      PHSP;
+Enddecay 
+#
+Decay MyKs
+1.000  pi- pi+                        PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000  pi+ pi- pi0                   ETA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_a00ks_etato3pi_sp4.dec b/BaBar_2014/B0B0bar_a00ks_etato3pi_sp4.dec
new file mode 100644
index 0000000..1970a05
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a00ks_etato3pi_sp4.dec
@@ -0,0 +1,42 @@
+########################################################
+#                                                      #
+# Decay: anti-B0 -> a_00 Ks  + cc                      #
+#                   |                                  #
+#                   |-> eta(3pi) pi0                   #
+#                                                      #
+# Author: Paul C. Bloom                                #
+# Date:                    30 December 2002            #
+# To be used for last minute SP4 production            #
+########################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_00 a_00
+Alias Myeta eta
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_00 MyKs			SSS_CP beta dm  1 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_00 MyKs			SSS_CP beta dm  1 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Mya_00
+1.0000 Myeta pi0                      PHSP;
+Enddecay 
+#
+Decay MyKs
+1.000  pi- pi+                        PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000  pi+ pi- pi0                   ETA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_a00ks_etatogg.dec b/BaBar_2014/B0B0bar_a00ks_etatogg.dec
new file mode 100644
index 0000000..8133eba
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a00ks_etatogg.dec
@@ -0,0 +1,45 @@
+########################################################
+#                                                      #
+# Decay: anti-B0 -> a_00 Ks + cc                       #
+#                   |                                  #
+#                   |-> eta(gg) pi0                    #
+#                                                      #
+# Author: Paul C. Bloom                                #
+# Date:   30 December 2002                             #
+#                                                      #
+########################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_00 a_00
+Alias MyKs K_S0
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_00 MyKs                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_00 MyKs                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Mya_00
+1.0000 Myeta pi0                  PHSP;
+Enddecay 
+#
+Decay MyKs
+1.000  pi- pi+               PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma      PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a00ks_etatogg_sp4.dec b/BaBar_2014/B0B0bar_a00ks_etatogg_sp4.dec
new file mode 100644
index 0000000..1aa6083
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a00ks_etatogg_sp4.dec
@@ -0,0 +1,45 @@
+########################################################
+#                                                      #
+# Decay: anti-B0 -> a_00 Ks + cc                       #
+#                   |                                  #
+#                   |-> eta(gg) pi0                    #
+#                                                      #
+# Author: Paul C. Bloom                                #
+# Date:   30 December 2002                             #
+# To be used for last minute SP4 production            #
+########################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_00 a_00
+Alias MyKs K_S0
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_00 MyKs			SSS_CP beta dm  1 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_00 MyKs			SSS_CP beta dm  1 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Mya_00
+1.0000 Myeta pi0                  PHSP;
+Enddecay 
+#
+Decay MyKs
+1.000  pi- pi+               PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma      PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a00pi0.dec b/BaBar_2014/B0B0bar_a00pi0.dec
new file mode 100644
index 0000000..1786053
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a00pi0.dec
@@ -0,0 +1,38 @@
+########################################################
+#                                                      #
+# Decay: anti-B0 -> a_00 pi0 + cc                      #
+#                   |                                  #
+#                   \->2pi0                            #
+#                                                      #
+# Author: Lydia Roos                                   #
+# Date:                    20 September 2000           #
+#                                                      #
+# Modified: Adrian Bevan (AB) for a00->2pi0 29March 01 #  bevan@slac.stanford.edu
+#           AB                correction 20 April   01 #
+########################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_00 a_00
+#
+Decay Upsilon(4S)
+0.500 Myanti-B0 B0               VSS; 
+0.500 MyB0      anti-B0          VSS;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_00 pi0                PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_00 pi0                PHSP;
+Enddecay 
+#
+Decay Mya_00
+1.0000 eta pi0                  PHSP;
+Enddecay 
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a00rho0.dec b/BaBar_2014/B0B0bar_a00rho0.dec
new file mode 100644
index 0000000..b963a9c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a00rho0.dec
@@ -0,0 +1,47 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a_00 Rho0 + cc                #
+#                   |                             #
+#                   -->eta(gg) pi0                #
+#                                                 #
+# Author: Vasia Shelkov(vasia@slac.stanford.edu)  #
+# Date:                    21 March 2001          #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_00 a_00
+Alias Myrho0 rho0
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Myrho0 Mya_00                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Myrho0 Mya_00                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myrho0
+1.000  pi- pi+                       VSS;
+Enddecay
+#
+Decay Mya_00    
+1.0000 Myeta pi0                    PHSP;
+Enddecay 
+#
+Decay Myeta
+1.0000     gamma  gamma             PHSP;
+Enddecay
+#
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a0mpip.dec b/BaBar_2014/B0B0bar_a0mpip.dec
new file mode 100644
index 0000000..9c5d352
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a0mpip.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a_0- pi+ + cc                 #
+#                   |                             #
+#                   -->eta(gg) pi-                #
+#                                                 #
+# Author: Lydia Roos                              #
+# Date:                    20 September 2000      #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+ChargeConj Mya_0+ Mya_0-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_0+ pi-                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_0- pi+                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Mya_0-    
+1.0000 Myeta pi-                    PHSP;
+Enddecay 
+#
+Decay Mya_0+    
+1.0000 Myeta pi+                    PHSP;
+Enddecay 
+#
+Decay Myeta
+1.0000     gamma  gamma             PHSP;
+Enddecay
+#
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a0mpip_etato3pi.dec b/BaBar_2014/B0B0bar_a0mpip_etato3pi.dec
new file mode 100644
index 0000000..f6ed4e6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a0mpip_etato3pi.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a_0- pi+ + cc                 #
+#                   |                             #
+#                   -->eta(pi+pi-pi0) pi-         #
+#                                                 #
+# Author: Lydia Roos                              #
+# Date:                     9 January   2001      #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+ChargeConj Mya_0+ Mya_0-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_0+ pi-                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_0- pi+                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Mya_0-    
+1.0000 Myeta pi-                    PHSP;
+Enddecay 
+#
+Decay Mya_0+    
+1.0000 Myeta pi+                    PHSP;
+Enddecay 
+#
+Decay Myeta
+1.0000  pi+ pi- pi0                 ETA_DALITZ;             
+Enddecay
+#
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a0mrhop.dec b/BaBar_2014/B0B0bar_a0mrhop.dec
new file mode 100644
index 0000000..e4fb24b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a0mrhop.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a_0- rho+                     #
+#                   |                             #
+#                   -->eta(gg) pi-                #
+#                                                 #
+# Author: Vasia Shelkov(vasia@slac.stanford.edu)  #
+# Date:                    29 March      2001     #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_0- a_0-
+Alias Mya_0+ a_0+
+Alias Myrho- rho-
+Alias Myrho+ rho+
+Alias Myeta eta
+ChargeConj Mya_0+ Mya_0-
+ChargeConj Myrho- Myrho+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Myrho- Mya_0+                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Myrho+ Mya_0-                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Mya_0-    
+1.0000 Myeta pi-                    PHSP;
+Enddecay 
+#
+Decay Mya_0+    
+1.0000 Myeta pi+                    PHSP;
+Enddecay 
+#
+Decay Myrho+
+1.000  pi0 pi+                       VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi0 pi-                       VSS;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma             PHSP;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_a0pkm.dec b/BaBar_2014/B0B0bar_a0pkm.dec
new file mode 100644
index 0000000..fb09330
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a0pkm.dec
@@ -0,0 +1,47 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a_0+  K- + cc                 #
+#                   |                             #
+#                   -->eta(gg) pi+                #
+#                                                 #
+# Author: Lydia Roos                              #
+# Date:                    30 January   2001      #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+ChargeConj Mya_0+ Mya_0-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_0- K+                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_0+ K-                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Mya_0-    
+1.0000 Myeta pi-                    PHSP;
+Enddecay 
+#
+Decay Mya_0+    
+1.0000 Myeta pi+                    PHSP;
+Enddecay 
+#
+Decay Myeta
+1.0000     gamma  gamma             PHSP;
+Enddecay
+#
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a0pkm_etato3pi.dec b/BaBar_2014/B0B0bar_a0pkm_etato3pi.dec
new file mode 100644
index 0000000..da66275
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a0pkm_etato3pi.dec
@@ -0,0 +1,46 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a_0+  K- + cc                 #
+#                   |                             #
+#                   -->eta(pi+pi-pi0) pi+         #
+#                                                 #
+# Author: Lydia Roos                              #
+# Date:                    30 January   2001      #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_0- K+                    PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_0+ K-                    PHSP;
+Enddecay 
+#
+Decay Mya_0-    
+1.0000 Myeta pi-                    PHSP;
+Enddecay 
+#
+Decay Mya_0+    
+1.0000 Myeta pi+                    PHSP;
+Enddecay 
+#
+Decay Myeta
+1.0000  pi+ pi- pi0                 ETA_DALITZ;             
+Enddecay
+#
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a0ppim.dec b/BaBar_2014/B0B0bar_a0ppim.dec
new file mode 100644
index 0000000..dc2e0e2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a0ppim.dec
@@ -0,0 +1,50 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a_0+ pi- + cc                 #
+#                   |                             #
+#                   -->eta(gg) pi+                #
+#                                                 #
+# Author: Lydia Roos                              #
+# Date:                    20 September 2000      #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+
+ChargeConj Mya_0- Mya_0+
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_0- pi+                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_0+ pi-                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Mya_0-    
+1.0000 Myeta pi-                    PHSP;
+Enddecay 
+#
+Decay Mya_0+    
+1.0000 Myeta pi+                    PHSP;
+Enddecay 
+#
+Decay Myeta
+1.0000     gamma  gamma             PHSP;
+Enddecay
+#
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a0ppim_etato3pi.dec b/BaBar_2014/B0B0bar_a0ppim_etato3pi.dec
new file mode 100644
index 0000000..6f6ce3a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a0ppim_etato3pi.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a_0+ pi- + cc                 #
+#                   |                             #
+#                   -->eta(pi+pi-pi0) pi+         #
+#                                                 #
+# Author: Lydia Roos                              #
+# Date:                     9 January   2001      #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+ChargeConj Mya_0+ Mya_0-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Mya_0- pi+                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Mya_0+ pi-                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Mya_0-    
+1.0000 Myeta pi-                    PHSP;
+Enddecay 
+#
+Decay Mya_0+    
+1.0000 Myeta pi+                    PHSP;
+Enddecay 
+#
+Decay Myeta
+1.0000  pi+ pi- pi0                 ETA_DALITZ;             
+Enddecay
+#
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a0prhom.dec b/BaBar_2014/B0B0bar_a0prhom.dec
new file mode 100644
index 0000000..4aa8337
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a0prhom.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a_0+ rho-                     #
+#                   |                             #
+#                   -->eta(gg) pi+                #
+#                                                 #
+# Author: Vasia Shelkov(vasia@slac.stanford.edu)  #
+# Date:                    29 March      2001     #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myrho- rho-
+Alias Myrho+ rho+
+Alias Myeta  eta
+ChargeConj Mya_0+ Mya_0-
+ChargeConj Myrho- Myrho+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 Myrho+ Mya_0-                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 Myrho- Mya_0+                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Mya_0+    
+1.0000 Myeta pi+                    PHSP;
+Enddecay 
+#
+Decay Mya_0-    
+1.0000 Myeta pi-                    PHSP;
+Enddecay 
+#
+Decay Myrho+
+1.000  pi+ pi0                       VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0                       VSS;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma             PHSP;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_a10K0s.dec b/BaBar_2014/B0B0bar_a10K0s.dec
new file mode 100644
index 0000000..f94a48a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a10K0s.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# B0 -> a10 K0s   + c.c.                          #
+#        	                                  # 
+#                                                 #
+# Author: Matt Graham   mgraham@slac.stanford.edu #
+# Created: 30 Jan  2004                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> a10 K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)  
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  a_10 K_S0           SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  a_10 K_S0           SVS;
+Enddecay
+#
+End       
diff --git a/BaBar_2014/B0B0bar_a10K0s_rhompip.dec b/BaBar_2014/B0B0bar_a10K0s_rhompip.dec
new file mode 100644
index 0000000..a70625c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a10K0s_rhompip.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> a10 K0s (a10 -> rho- pi+)  + c.c.         #
+#        	                                  # 
+#                                                 #
+# Author: Daniel Walker dwalker@slac.stanford.edu #
+# Created: 23 Mar  2004                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> a10 K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_10 a_10
+Alias MyK_S0 K_S0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)  
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mya_10 MyK_S0           SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mya_10 MyK_S0           SVS;
+Enddecay
+#
+Decay Mya_10
+1.000 rho- pi+		     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;	
+Enddecay       
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_a10K0s_rhoppim.dec b/BaBar_2014/B0B0bar_a10K0s_rhoppim.dec
new file mode 100644
index 0000000..459d1d6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a10K0s_rhoppim.dec
@@ -0,0 +1,42 @@
+###################################################
+#                                                 #
+# B0 -> a10 K0s (a10 -> rho+ pi-)   + c.c.        #
+#        	                                  # 
+#                                                 #
+# Author: Daniel Walker dwalker@slac.stanford.edu #
+# Created: 23 Mar  2004                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> a10 K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_10 a_10
+Alias MyK_S0 K_S0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)  
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mya_10 MyK_S0           SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mya_10 MyK_S0           SVS;
+Enddecay
+#
+Decay Mya_10
+1.000 rho+ pi-		     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;	
+Enddecay       
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_a10pi0_rhompip.dec b/BaBar_2014/B0B0bar_a10pi0_rhompip.dec
new file mode 100644
index 0000000..e334f4c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a10pi0_rhompip.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# B0 -> a10 pi0 (a10 -> rho- pi+)   + c.c.        #
+#        	                                  # 
+#                                                 #
+# Author: Daniel Walker dwalker@slac.stanford.edu #
+# Created: 23 Mar  2004                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> a10 pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_10 a_10
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)  
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mya_10 pi0            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mya_10 pi0           SVS;
+Enddecay
+#
+Decay Mya_10
+1.000 rho- pi+		     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;	
+Enddecay       
+#
+End
diff --git a/BaBar_2014/B0B0bar_a10pi0_rhoppim.dec b/BaBar_2014/B0B0bar_a10pi0_rhoppim.dec
new file mode 100644
index 0000000..d631421
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a10pi0_rhoppim.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# B0 -> a10 pi0 (a10 -> rho+ pi-)   + c.c.        #
+#        	                                  # 
+#                                                 #
+# Author: Daniel Walker dwalker@slac.stanford.edu #
+# Created: 23 Mar  2004                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> a10 pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mya_10 a_10
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)  
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mya_10 pi0            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mya_10 pi0           SVS;
+Enddecay
+#
+Decay Mya_10
+1.000 rho+ pi-		     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;	
+Enddecay       
+#
+End
diff --git a/BaBar_2014/B0B0bar_a10rho0_ln.dec b/BaBar_2014/B0B0bar_a10rho0_ln.dec
new file mode 100644
index 0000000..87aeb24
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a10rho0_ln.dec
@@ -0,0 +1,26 @@
+############################################################
+#                                                          #
+# Decay:    B0    -> a10 rho0 -> (rho+- pi-+)(pi+ pi-)  ln #
+#           B0bar -> generic                         +cc   #
+#                                                          #
+# Author: Gregory Schott                                   #
+# e-mail: schott@slac.stanford.edu                         #
+# Created:  26/11/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 a_10 rho0         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000 a_10 rho0         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+End 
diff --git a/BaBar_2014/B0B0bar_a10rho0_tr.dec b/BaBar_2014/B0B0bar_a10rho0_tr.dec
new file mode 100644
index 0000000..b165e93
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a10rho0_tr.dec
@@ -0,0 +1,26 @@
+############################################################
+#                                                          #
+# Decay:    B0    -> a10 rho0 -> (rho+- pi-+)(pi+ pi-)  tr #
+#           B0bar -> generic                         +cc   #
+#                                                          #
+# Author: Gregory Schott                                   #
+# e-mail: schott@slac.stanford.edu                         #
+# Created:  26/11/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 a_10 rho0         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000 a_10 rho0         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+End 
diff --git a/BaBar_2014/B0B0bar_a1_DchmKpipimKspi.dec b/BaBar_2014/B0B0bar_a1_DchmKpipimKspi.dec
new file mode 100644
index 0000000..5c84bd5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1_DchmKpipimKspi.dec
@@ -0,0 +1,55 @@
+## The Breco neutral B mesons.
+##
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD-              D-
+Alias MyD+              D+
+Alias Mya_1+            a_1+
+Alias Mya_1-            a_1-
+Alias Myrho0            rho0
+Alias MyKs              K_S0
+#
+Decay Upsilon(4S)
+0.500 anti-B0 MyB0     VSS_BMIX dm;
+0.500 B0 Myanti-B0     VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000    Mya_1+ MyD-      SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000    Mya_1- MyD+      SVS;
+Enddecay 
+#
+#
+Decay MyD-
+0.5  K+ pi- pi-                      D_DALITZ;
+0.5  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyD+
+0.5  K- pi+ pi+                      D_DALITZ;
+0.5  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                           VSS;
+Enddecay
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_a1_DstarmpiD0barmK3pi.dec b/BaBar_2014/B0B0bar_a1_DstarmpiD0barmK3pi.dec
new file mode 100644
index 0000000..7302655
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1_DstarmpiD0barmK3pi.dec
@@ -0,0 +1,59 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- a1(1260)+   anti-B0 -> X   #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> K+ pi- pi+ pi-		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- a_1+      		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ a_1-			SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi- pi+ pi-			PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi- pi+			PHSP;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_a1_DstarmpiD0barmKpi.dec b/BaBar_2014/B0B0bar_a1_DstarmpiD0barmKpi.dec
new file mode 100644
index 0000000..f5eed65
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1_DstarmpiD0barmKpi.dec
@@ -0,0 +1,56 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- a1(1260)+   anti-B0 -> X   #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> K+ pi-			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- a_1+      		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ a_1-		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi-				PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+				PHSP;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/B0B0bar_a1_DstarmpiD0barmKpipi0.dec b/BaBar_2014/B0B0bar_a1_DstarmpiD0barmKpipi0.dec
new file mode 100644
index 0000000..5c026eb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1_DstarmpiD0barmKpipi0.dec
@@ -0,0 +1,57 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- a1(1260)+   anti-B0 -> X   #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> K+ pi- pi0		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- a_1+      		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ a_1-		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi- pi0			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi0			D_DALITZ;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_a1_DstarmpiD0barmKspipi.dec b/BaBar_2014/B0B0bar_a1_DstarmpiD0barmKspipi.dec
new file mode 100644
index 0000000..3165f97
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1_DstarmpiD0barmKspipi.dec
@@ -0,0 +1,76 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- a1(1260)+   anti-B0 -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> Ks pi+ pi-		    #
+#			|-> pi+ pi-		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+Alias MyKs		K_S0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- a_1+      		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ a_1-		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	MyK0    pi- pi+ 			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	Myanti-K0  pi+ pi- 			D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs              		PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs              		PHSP;
+Enddecay
+#
+Decay MyKs
+1.00	pi+ pi-				PHSP;
+Enddecay
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_a1_DstarmpiD0mK3pimKs2pi.dec b/BaBar_2014/B0B0bar_a1_DstarmpiD0mK3pimKs2pi.dec
new file mode 100644
index 0000000..6fe3697
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1_DstarmpiD0mK3pimKs2pi.dec
@@ -0,0 +1,117 @@
+## The Breco cocktail for neutral B mesons.
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD0              D0
+Alias Myanti-D0         anti-D0
+Alias Mya_1+            a_1+
+Alias Mya_1-            a_1-
+Alias Myrho0            rho0
+Alias MyK_1+            K_1+
+Alias MyK_1-            K_1-
+Alias MyK*0             K*0
+Alias Myanti-K*0        anti-K*0
+Alias Myomega           omega
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs              K_S0
+#
+Decay Upsilon(4S)
+0.500 anti-B0 MyB0       VSS_BMIX dm;
+0.500 B0 Myanti-B0       VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+1.000    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay Myanti-B0
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+1.000    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay 
+#
+Decay MyD*-
+1.000  Myanti-D0   pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay MyD0
+0.446     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277*2 total)
+0.2540    Mya_1+ K-                       SVS;
+0.0246    MyK_1- pi+                      SVS;
+0.0750    Myanti-K*0 pi+ pi-              PHSP;
+0.0388    K- pi+ rho0                     PHSP;
+0.0924    K- pi+ pi+ pi-                  PHSP;
+0.0692    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.446     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.2540    Mya_1- K+                       SVS;
+0.0246    MyK_1+ pi-                      SVS;
+0.0750    MyK*0 pi- pi+                   PHSP;
+0.0388    K+ pi- rho0                     PHSP;
+0.0924    K+ pi- pi- pi+                  PHSP;
+0.0692    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                         VSS;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_a1_DstarmpiD0mKpimKpipi0.dec b/BaBar_2014/B0B0bar_a1_DstarmpiD0mKpimKpipi0.dec
new file mode 100644
index 0000000..fb2a673
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1_DstarmpiD0mKpimKpipi0.dec
@@ -0,0 +1,66 @@
+## The Breco neutral B mesons.
+
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD0              D0
+Alias Myanti-D0         anti-D0
+Alias Mya_1+            a_1+
+Alias Mya_1-            a_1-
+Alias Myrho0 rho0
+#
+
+Decay Upsilon(4S)
+0.500 anti-B0 MyB0             VSS_BMIX dm;
+0.500 B0 Myanti-B0             VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+1.000    MyD*-  Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay Myanti-B0
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+1.000    MyD*+  Mya_1-    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay 
+#
+Decay MyD*-
+1.000  Myanti-D0   pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay MyD0
+0.5     K-  pi+            PHSP;
+0.5     K-  pi+  pi0       D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.5     K+    pi-          PHSP;
+0.5     K+    pi-  pi0     D_DALITZ;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                         VSS;
+Enddecay
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_a1mKp.dec b/BaBar_2014/B0B0bar_a1mKp.dec
new file mode 100644
index 0000000..b616c7b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1mKp.dec
@@ -0,0 +1,45 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a1- K+  + cc                  #
+#                                                 #
+# Author: Vincenzo Lombardo, Gabriele Dell'Aglio  #
+# INFN - Milano                                   #
+# Date:                    4 March 2004           #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+Alias Myrho0 rho0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 mya_1- K+                        SVS;
+Enddecay 
+#
+Decay mya_1-
+1.0000   Myrho0 pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB0
+1.0000 mya_1+ K-                        SVS;
+Enddecay 
+#
+Decay mya_1+
+1.0000   Myrho0 pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+ pi-                          VSS;
+Enddecay
+#
+End              
+
+
+
diff --git a/BaBar_2014/B0B0bar_a1mKp_rhompi0.dec b/BaBar_2014/B0B0bar_a1mKp_rhompi0.dec
new file mode 100644
index 0000000..1af02ec
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1mKp_rhompi0.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a1- K+  + cc                  #
+#  a1-  to rho- pi0                                                 #
+# Author: Vincenzo Lombardo, Gabriele Dell'Aglio  #
+# INFN - Milano                                   #
+# Date:                    4 March 2004           #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 mya_1- K+                        SVS;
+Enddecay 
+#
+Decay mya_1-
+1.0000   rho- pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB0
+1.0000 mya_1+ K-                        SVS;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho+ pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+
+End              
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_a1mPip_RhoPi.dec b/BaBar_2014/B0B0bar_a1mPip_RhoPi.dec
new file mode 100644
index 0000000..5829b3d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1mPip_RhoPi.dec
@@ -0,0 +1,30 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> a_1- pi+				   #
+#             B0bar -> generic              +cc            #
+#	      a_1-  -> rho- pi0 or rho0 pi-		   #
+#							   #
+# Author: Sandrine Emery                                   #
+# e-mail: emery@slac.stanford.edu                          #
+# Created:  23/07/2003                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  a_1- pi+          SVS;
+Enddecay
+#
+Decay MyB0bar
+1.000  a_1+ pi-          SVS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_a1mpip.dec b/BaBar_2014/B0B0bar_a1mpip.dec
new file mode 100644
index 0000000..b38cb90
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1mpip.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a1- pi+  + cc                 #
+#                                                 #
+# Author: Lydia Roos                              #
+# Date:                    20 September 2000      #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+Alias Myrho0 rho0
+ChargeConj mya_1+ mya_1-
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 mya_1- pi+                       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay mya_1-
+1.0000   Myrho0 pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB0
+1.0000 mya_1+ pi-                       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay mya_1+
+1.0000   Myrho0 pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+ pi-                          VSS;
+Enddecay
+#
+End              
+
diff --git a/BaBar_2014/B0B0bar_a1ppim.dec b/BaBar_2014/B0B0bar_a1ppim.dec
new file mode 100644
index 0000000..b87d8e4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1ppim.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a1+ pi-,     B0 -> X          #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Gian Gopal                              #
+# Date:                    19/March/99            #
+# Modified; G.London 22/March/99                  #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 mya_1+ pi-                       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB0
+1.0000 mya_1- pi+                       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay mya_1-
+1.0000   rho0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End                                                                                                                                                                                 d
diff --git a/BaBar_2014/B0B0bar_a1ppim_rho0pip_NonCPEigen.dec b/BaBar_2014/B0B0bar_a1ppim_rho0pip_NonCPEigen.dec
new file mode 100644
index 0000000..f4521b9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1ppim_rho0pip_NonCPEigen.dec
@@ -0,0 +1,68 @@
+###################################################
+#                                                 #
+# Decay:   B0 -> a1+ pi-  + cc                    #
+#                  a1+ -> rho0 pi+                #
+#                                                 #
+# Author: Fernando Palombo                        #
+# Date:                    20/03/04      #
+###################################################
+#
+#
+Alias mya1+ a_1+
+Alias mya1- a_1-
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho0 rho0
+ChargeConj mya1+ mya1-
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+
+Decay Upsilon(4S)
+1.000 MyB0 B0                VSS;
+Enddecay
+
+
+Decay MyB0
+1.000 mya1- pi+ SVS_NONCPEIGEN alpha dm 0.5
+                                         1.0 0.0 1.0 0.0
+                                         1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay mya1-
+1.0000   Myrho0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay mya1+
+1.0000   Myrho0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+
+Decay Myrho0
+1.000  pi+ pi-                          VSS;
+Enddecay
+
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_a1ppim_rhoppi0_NonCPEigen.dec b/BaBar_2014/B0B0bar_a1ppim_rhoppi0_NonCPEigen.dec
new file mode 100644
index 0000000..53193cc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1ppim_rhoppi0_NonCPEigen.dec
@@ -0,0 +1,76 @@
+###################################################
+#                                                 #
+# Decay: B0 -> a1+ pi-  + cc                      #
+#              a1+ -> rho+ pi0                    #
+#                                                 #
+# Author: F. Palombo                              #
+# Date:                    20/03/04               #
+###################################################
+
+
+Alias mya1+ a_1+
+Alias mya1- a_1-
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho+ rho+
+Alias Myrho- rho-
+ChargeConj mya1+ mya1-
+
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+
+Decay Upsilon(4S)
+1.000 MyB0 B0                VSS;
+Enddecay
+
+
+Decay MyB0
+1.000 mya1- pi+ SVS_NONCPEIGEN alpha dm 0.5
+                                         1.0 0.0 1.0 0.0
+                                         1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay mya1-
+1.0000   Myrho- pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay mya1+
+1.0000   Myrho+ pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+
+Decay Myrho+
+1.000  pi+ pi0                          VSS;
+Enddecay
+
+
+Decay Myrho-
+1.000  pi- pi0                          VSS;
+Enddecay
+
+
+
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_a1prhom_rho0piprhom_ln.dec b/BaBar_2014/B0B0bar_a1prhom_rho0piprhom_ln.dec
new file mode 100644
index 0000000..73a0242
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1prhom_rho0piprhom_ln.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> a1+ rho- -> (rho0 pi+)(rho-)        #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/06/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 mya_1+ rho-         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000 mya_1- rho+         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay mya_1-
+1.0000   rho0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End 
diff --git a/BaBar_2014/B0B0bar_a1prhom_rho0piprhom_tr.dec b/BaBar_2014/B0B0bar_a1prhom_rho0piprhom_tr.dec
new file mode 100644
index 0000000..a9ad01c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1prhom_rho0piprhom_tr.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> a1+ rho- -> (rho0 pi+)(rho-)        #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/06/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 mya_1+ rho-         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000 mya_1- rho+         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay mya_1-
+1.0000   rho0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End 
diff --git a/BaBar_2014/B0B0bar_a1prhom_rhoppi0rhom_ln.dec b/BaBar_2014/B0B0bar_a1prhom_rhoppi0rhom_ln.dec
new file mode 100644
index 0000000..922a86b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1prhom_rhoppi0rhom_ln.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> a1+ rho- -> (rho+ pi0)(rho-)        #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/06/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 mya_1+ rho-         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000 mya_1- rho+         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho+ pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay mya_1-
+1.0000   rho- pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End 
diff --git a/BaBar_2014/B0B0bar_a1prhom_rhoppi0rhom_tr.dec b/BaBar_2014/B0B0bar_a1prhom_rhoppi0rhom_tr.dec
new file mode 100644
index 0000000..6cdb510
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a1prhom_rhoppi0rhom_tr.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> a1+ rho- -> (rho+ pi0)(rho-)        #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/06/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 mya_1+ rho-         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000 mya_1- rho+         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho+ pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay mya_1-
+1.0000   rho- pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End 
diff --git a/BaBar_2014/B0B0bar_a2mpip.dec b/BaBar_2014/B0B0bar_a2mpip.dec
new file mode 100755
index 0000000..2b3f9ec
--- /dev/null
+++ b/BaBar_2014/B0B0bar_a2mpip.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> a2- pi+  + cc                 #
+#                                                 #
+# Author: Vincenzo Lombardo(Milano)               #
+# Date:                              11 July 2004 #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias mya_2+ a_2+
+Alias mya_2- a_2-
+Alias Myrho0 rho0
+ChargeConj mya_2+ mya_2-
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 mya_2- pi+                       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay mya_2-
+1.0000   Myrho0 pi-                     TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB0
+1.0000 mya_2+ pi-                       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay mya_2+
+1.0000   Myrho0 pi+                     TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+ pi-                          VSS;
+Enddecay
+#
+End              
+
diff --git a/BaBar_2014/B0B0bar_emu.dec b/BaBar_2014/B0B0bar_emu.dec
new file mode 100644
index 0000000..1108d7a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_emu.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> e+ mu-,         B0 -> X       # 
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: J. Cochran                              #
+# Date:                    19/Apr/01              #
+# Initial version modified from B0Bar_e+e-.dec    #
+#                                                 #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+
+#
+Decay MyB0
+0.5000 e+ mu-                           SLL;
+0.5000 e- mu+                           SLL;
+Enddecay 
+#
+Decay Myanti-B0
+0.5000 e+ mu-                           SLL;
+0.5000 e- mu+                           SLL;
+Enddecay 
+#
+
+End
+
diff --git a/BaBar_2014/B0B0bar_epem.dec b/BaBar_2014/B0B0bar_epem.dec
new file mode 100644
index 0000000..9920dd3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_epem.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> e+ e-,          B0 -> X       # 
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: G.Cavoto                                #
+# Date:                    23/Ago/00              #
+# Initial version modified from B0Bar_p+p-.dec   #
+# Use phase space for now                         #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000 e+ e-                    PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 e+ e-                    PHSP;
+Enddecay 
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_etaD0_k3pi.dec b/BaBar_2014/B0B0bar_etaD0_k3pi.dec
new file mode 100644
index 0000000..7731771
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaD0_k3pi.dec
@@ -0,0 +1,46 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0 eta                 #
+#		              |  |                  #
+#                             |  gamma gamma        #
+#			      |	                    #
+#			      |->K-pi+pi+pi-   	    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00       MyD0 Myeta                   PHSP;
+Enddecay 
+
+Decay MyB0
+1.00     MyantiD0 Myeta              PHSP;  
+Enddecay  
+
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_etaD0_kpi.dec b/BaBar_2014/B0B0bar_etaD0_kpi.dec
new file mode 100644
index 0000000..e912a93
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaD0_kpi.dec
@@ -0,0 +1,47 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0 eta                 #
+#		              |  |                  #
+#                             |  gamma gamma        #
+#			      |	                    #
+#			      |->K-pi+   	    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00     MyD0 Myeta 		PHSP;
+Enddecay 
+
+Decay MyB0
+1.00     MyantiD0 Myeta                   PHSP;
+Enddecay 
+
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_etaD0_kpipi0.dec b/BaBar_2014/B0B0bar_etaD0_kpipi0.dec
new file mode 100644
index 0000000..b5e3756
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaD0_kpipi0.dec
@@ -0,0 +1,46 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0 eta                 #
+#		              |  |                  #
+#                             |  gamma gamma        #
+#			      |	                    #
+#			      |->K-pi+pi0   	    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta         	eta
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00     MyD0 Myeta  		PHSP;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD0 Myeta 			PHSP;
+Enddecay 
+
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_etaDstar0_D0gamma_k3pi.dec b/BaBar_2014/B0B0bar_etaDstar0_D0gamma_k3pi.dec
new file mode 100644
index 0000000..0e0b7fa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaDstar0_D0gamma_k3pi.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta                 #
+#           		     |          |                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 gamma                  #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+pi+pi-	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma		    VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_etaDstar0_D0gamma_kpi.dec b/BaBar_2014/B0B0bar_etaDstar0_D0gamma_kpi.dec
new file mode 100644
index 0000000..6190a05
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaDstar0_D0gamma_kpi.dec
@@ -0,0 +1,61 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta                 #
+#           		     |          |                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 gamma                  #
+#		                 |                         #
+#                		 |                  	   #
+#				 K+pi-	  	           #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma		    VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_etaDstar0_D0gamma_kpipi0.dec b/BaBar_2014/B0B0bar_etaDstar0_D0gamma_kpipi0.dec
new file mode 100644
index 0000000..df9596c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaDstar0_D0gamma_kpipi0.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta                 #
+#           		     |          |                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 gamma                  #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+ pi0	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma		    VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_etaDstar0_D0pi0_k3pi.dec b/BaBar_2014/B0B0bar_etaDstar0_D0pi0_k3pi.dec
new file mode 100644
index 0000000..214404e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaDstar0_D0pi0_k3pi.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta                 #
+#           		     |          |                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 pi0                    #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+pi+pi-	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_etaDstar0_D0pi0_kpi.dec b/BaBar_2014/B0B0bar_etaDstar0_D0pi0_kpi.dec
new file mode 100644
index 0000000..fe1dd18
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaDstar0_D0pi0_kpi.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta                 #
+#           		     |          |                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 pi0                    #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+	  	           #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myeta                      SVS;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+
+Enddecay
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_etaDstar0_D0pi0_kpipi0.dec b/BaBar_2014/B0B0bar_etaDstar0_D0pi0_kpipi0.dec
new file mode 100644
index 0000000..21fedf5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaDstar0_D0pi0_kpipi0.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta                 #
+#           		     |          |                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 pi0                    #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+ pi0	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myeta                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_etac2K2piKS.dec b/BaBar_2014/B0B0bar_etac2K2piKS.dec
new file mode 100644
index 0000000..89cfcd2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etac2K2piKS.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> 2pi 2K                             #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   10/March/2000                 #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+0.0210  pi+ pi- K+ K-             PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etac2phiKS.dec b/BaBar_2014/B0B0bar_etac2phiKS.dec
new file mode 100644
index 0000000..fdb79cb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etac2phiKS.dec
@@ -0,0 +1,49 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+####### OUT ######  |-> 4K   ########### OUT ###############
+#                   |-> phi  phi                           #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   17/November/99                #
+# Modified:                  09/July/2001                  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+Alias MyPhi  phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+#0.0370  K+ K- K+ K-               PHSP;
+0.0080  MyPhi MyPhi               SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etac2rhoKS.dec b/BaBar_2014/B0B0bar_etac2rhoKS.dec
new file mode 100644
index 0000000..1ed1c7e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etac2rhoKS.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> rho0  rho0                         #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   12/December/2000              #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+Alias MyRho0  rho0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+1.0000  MyRho0 MyRho0             SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+Decay MyRho0
+1.0000  pi+ pi-                   VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etac4KKS.dec b/BaBar_2014/B0B0bar_etac4KKS.dec
new file mode 100644
index 0000000..7ac4d2b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etac4KKS.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> 4K                                 #
+#                   |-> phi  phi                           #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   17/November/99                #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+Alias MyPhi  phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+0.0370  K+ K- K+ K-               PHSP;
+0.0080  MyPhi MyPhi               SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etac4piKS.dec b/BaBar_2014/B0B0bar_etac4piKS.dec
new file mode 100644
index 0000000..4ae54be
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etac4piKS.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> 4pi                                #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   10/March/2000                 #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+0.0120  pi+ pi- pi+ pi-           PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etacFourKKS.dec b/BaBar_2014/B0B0bar_etacFourKKS.dec
new file mode 100644
index 0000000..474f031
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etacFourKKS.dec
@@ -0,0 +1,49 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> 4K                                 #
+######### OUT ##### |-> phi  phi ######### OUT #############
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   17/November/99                #
+# Modified:                  09/July/2001                  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+Alias MyPhi  phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+0.0370  K+ K- K+ K-               PHSP;
+#0.0080  MyPhi MyPhi               SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etacKKpi0KS.dec b/BaBar_2014/B0B0bar_etacKKpi0KS.dec
new file mode 100644
index 0000000..bc41dac
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etacKKpi0KS.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> K+ K- pi0                          #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   19/May/2000                 #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+0.0180  K+ K- pi0                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etacKSKpiKS.dec b/BaBar_2014/B0B0bar_etacKSKpiKS.dec
new file mode 100644
index 0000000..d0230fa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etacKSKpiKS.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> KS K pi                            #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   10/March/2000                 #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+0.0240  MyK_S0 K+ pi-             PHSP;
+0.0240  MyK_S0 K- pi+             PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etacKstarKpiKS.dec b/BaBar_2014/B0B0bar_etacKstarKpiKS.dec
new file mode 100644
index 0000000..51b183b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etacKstarKpiKS.dec
@@ -0,0 +1,52 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> K*0 K- pi+                         #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   17/November/2000              #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+Alias MyK*0 K*0
+Alias MyK*0bar K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+0.500   MyK*0 K- pi+         PHSP;
+0.500   MyK*0bar K+ pi-      PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-               VSS;
+Enddecay 
+#
+Decay MyK*0bar
+1.0000  K- pi+               VSS;
+Enddecay 
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etaceta2piKS.dec b/BaBar_2014/B0B0bar_etaceta2piKS.dec
new file mode 100644
index 0000000..2500864
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaceta2piKS.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Eta_c      K0s,       B0 -> X          #
+#                   |          |->pi+pi-                   #
+#                   |                                      #
+#                   |-> eta 2pi                            #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   10/March/2000                 #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta_c eta_c
+Alias MyK_S0  K_S0   
+Alias MyEta  eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyEta_c  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyEta_c
+0.0550  MyEta pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyEta
+1.0000  gamma gamma               PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etakk_phsp.dec b/BaBar_2014/B0B0bar_etakk_phsp.dec
new file mode 100644
index 0000000..99160e5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etakk_phsp.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> eta K+ K- + cc              #
+#                   |                             #
+#                   g g                           #
+#                                                 #
+# Author: Vasia Shelkov                           #
+# Date:                    30 January   2001      #
+###################################################
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 eta K+ K-                    PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 eta K+ K-                   PHSP;
+Enddecay 
+#
+Decay Myeta
+1.0000     gamma  gamma              PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etakpi_phsp.dec b/BaBar_2014/B0B0bar_etakpi_phsp.dec
new file mode 100644
index 0000000..17dca70
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etakpi_phsp.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> eta K+ pi- + cc              #
+#                   |                             #
+#                   g g                           #
+#                                                 #
+# Author: Vasia Shelkov                           #
+# Date:                    30 January   2001      #
+###################################################
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 eta K+ pi-                    PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 eta pi+ K-                    PHSP;
+Enddecay 
+#
+Decay Myeta
+1.0000     gamma  gamma              PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etam3pi_Ks.dec b/BaBar_2014/B0B0bar_etam3pi_Ks.dec
new file mode 100644
index 0000000..9f4d598
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etam3pi_Ks.dec
@@ -0,0 +1,49 @@
+           #####################################################
+           #                                                   #
+           # Decay: B0 -> eta Ks     B0bar -> X    + c.c.      #
+           #               |   |                               #
+           #               |   | -> pi+ pi-                    #
+           #               !                                   #
+           #               ! -> pi+ pi- pi0                    #
+           #                                                   #
+           #                                                   #
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                19/March/01               #
+           #####################################################
+
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myeta eta
+Alias MyK_S0  K_S0
+#
+# Define CP parameters
+#
+Define beta 0.39
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085 Myanti-B0 anti-B0                 VSS_MIX dm;
+0.085 MyB0  B0                          VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta  MyK_S0                      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000     Myeta  MyK_S0                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                       ETA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etam3pi_Kst0mKpi.dec b/BaBar_2014/B0B0bar_etam3pi_Kst0mKpi.dec
new file mode 100644
index 0000000..37e5962
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etam3pi_Kst0mKpi.dec
@@ -0,0 +1,53 @@
+            ####################################################
+           #                                                   #
+           # Decay: B0 -> eta K*0     B0bar -> X    + c.c.     #
+           #               |  |                                #
+           #               |   -> K+ pi-                       #
+           #               |                                   #
+           #                -> pi+ pi- pi0                     #
+           #                                                   #
+           #                                                   #
+           # Author: J.Roy         28/March/00                 #
+           #         (jroy@pizero.colorado.edu)                #
+           #                                                   #
+           #####################################################
+
+
+#
+#
+Alias Myeta eta
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias Myanti-Kstar0 anti-K*0
+ChargeConj MyB0  Myanti-B0
+ChargeConj MyKstar0  Myanti-Kstar0
+#
+#
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000    MyKstar0   Myeta                SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000    Myanti-Kstar0   Myeta           SVS;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                     ETA_DALITZ;
+Enddecay
+#
+Decay MyKstar0
+1.000     K+   pi-                        VSS;
+Enddecay
+#
+Decay Myanti-Kstar0
+1.000     K-   pi+                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etam3pi_Kst0mKspi0m2pi0.dec b/BaBar_2014/B0B0bar_etam3pi_Kst0mKspi0m2pi0.dec
new file mode 100644
index 0000000..e3a62e9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etam3pi_Kst0mKspi0m2pi0.dec
@@ -0,0 +1,59 @@
+           #####################################################
+           #                                                   #
+           # Decay: B0 -> eta K*0     B0bar -> X    + c.c.     #
+           #               |  |                                #
+           #               |   -> K0_S pi0                     #
+           #               |       |                           #
+           #               |        ->pi0 pi0                  #
+           #                -> pi+ pi- pi0                     #
+           #                                                   #
+           #                                                   #
+           # Author: K.Ulmer         19/March/04               #
+           #         (keith.ulmer@colorado.edu)                #
+           #                                                   #
+           #####################################################
+
+
+#
+#
+Alias Myeta eta
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias Myanti-Kstar0 anti-K*0
+Alias MyK_S0         K_S0
+ChargeConj MyB0  Myanti-B0
+ChargeConj MyKstar0  Myanti-Kstar0
+#
+#
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000    MyKstar0   Myeta                SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000    Myanti-Kstar0   Myeta           SVS;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                     ETA_DALITZ;
+Enddecay
+#
+Decay MyKstar0
+1.000  MyK_S0   pi0                  VSS;
+Enddecay
+#                                       
+Decay Myanti-Kstar0
+1.000  MyK_S0   pi0                  VSS;
+Enddecay
+#                                    
+Decay MyK_S0
+1.000  pi0   pi0                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etam3pi_eta.dec b/BaBar_2014/B0B0bar_etam3pi_eta.dec
new file mode 100644
index 0000000..3bc9048
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etam3pi_eta.dec
@@ -0,0 +1,42 @@
+           #####################################################
+           #                                                   #
+           # Decay: B0 -> eta eta     B0bar -> X    + c.c.     #
+           #               |                                   #
+           #               |                                   #
+           #               !                                   #
+           #               ! -> pi+ pi- pi0                    #
+           #                                                   #
+           # The second eta is generic.                        #
+           # The decay is unspecified                          #
+           #                                                   #
+           # Author: John LoSecco                              #
+           # Created:                23/August/00              #
+           # Submitted by J. LoSecco (losecco@nd.edu)          #
+           #####################################################
+
+
+#
+#
+
+Alias Myeta eta
+Alias myB0  B0
+Alias myantiB0 anti-B0
+#
+Decay Upsilon(4S)
+0.500   myB0     anti-B0                   VSS;
+0.500   B0       myantiB0                  VSS;
+Enddecay
+#
+Decay myB0
+1.0000     Myeta  eta                      PHSP;
+Enddecay
+#
+Decay myantiB0
+1.0000     Myeta  eta                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                      ETA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etam3pi_phi.dec b/BaBar_2014/B0B0bar_etam3pi_phi.dec
new file mode 100644
index 0000000..548c7fc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etam3pi_phi.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> phi        Eta,       B0 -> X          #
+#                   |-> K+K-   |-> pi+ pi- pi0             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: P. Bloom                                         #
+# Created:                   24/Sep/01                     #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPhi   phi
+Alias MyEta eta
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi    MyEta           SVS;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyPhi    MyEta          SVS;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-                    VSS;
+Enddecay
+#
+Decay MyEta
+1.0000      pi+ pi- pi0                       ETA_DALITZ;        
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etam3pi_pi0.dec b/BaBar_2014/B0B0bar_etam3pi_pi0.dec
new file mode 100644
index 0000000..20ed079
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etam3pi_pi0.dec
@@ -0,0 +1,42 @@
+           #####################################################
+           #                                                   #
+           # Decay: B0 -> eta pi0     B0bar -> X    + c.c.     #
+           #               |                                   #
+           #               |                                   #
+           #               !                                   #
+           #               ! -> pi+ pi- pi0                    #
+           #                                                   #
+           #                                                   #
+           #                                                   #
+           # Author: John LoSecco                              #
+           # Created:                23/August/00              #
+           # Submitted by J. LoSecco (losecco@nd.edu)          #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias myB0  B0
+Alias myantiB0 anti-B0
+#
+Decay Upsilon(4S)
+0.500   myB0     anti-B0                    VSS;
+0.500   B0       myantiB0                   VSS;
+Enddecay
+#
+Decay myB0
+1.0000     Myeta  pi0                      PHSP;
+Enddecay
+#
+Decay myantiB0
+1.0000     Myeta  pi0                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                       ETA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etam3pi_rhompipi.dec b/BaBar_2014/B0B0bar_etam3pi_rhompipi.dec
new file mode 100644
index 0000000..935c139
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etam3pi_rhompipi.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# B0 -> eta      rho  , B0~ -> X  + c.c.          #
+#                 |-> pi+pi-                      #
+#       |-> 2gamma                                #
+# Author: Mirna van Hoek		          #
+# e-mail: mirna@slac.stanford.edu                 #
+# Created: 2000/12/01                             #
+###################################################
+#
+#
+Define dm .464e12
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes (see for instance B+B-_JpsiKstar.dec 
+#by G. London):
+#       Aplus  0.566
+#       Azero  1.02
+#       Aminus 0.4
+# Hplus = (Aplus + Aminus) / sqrt(2)
+# Hzero = Azero / sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note:  Hzero following convention from Dunietz et al.  To be consistent
+# with CLEO measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta eta
+Alias MyRho0 rho0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyRho0 MyEta         SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyRho0 MyEta          SVS;
+Enddecay
+#
+Decay MyEta
+1.0000  pi+ pi- pi0          ETA_DALITZ;             
+Enddecay
+#
+Decay MyRho0
+0.500  pi+ pi-		     VSS;
+0.500  pi- pi+	 	     VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etamgg_Ks.dec b/BaBar_2014/B0B0bar_etamgg_Ks.dec
new file mode 100644
index 0000000..d3c7473
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etamgg_Ks.dec
@@ -0,0 +1,49 @@
+           #####################################################
+           #                                                   #
+           # Decay: B0 -> eta Ks     B0bar -> X    + c.c.      #
+           #               |   |                               #
+           #               |   | -> pi+ pi-                    #
+           #               !                                   #
+           #               ! -> pi+ pi- pi0                    #
+           #                                                   #
+           #                                                   #
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                19/March/01               #
+           #####################################################
+
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myeta eta
+Alias MyK_S0  K_S0
+#
+# Define CP parameters
+#
+Define beta 0.39
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085 Myanti-B0 anti-B0                 VSS_MIX dm;
+0.085 MyB0  B0                          VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta  MyK_S0                      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000     Myeta  MyK_S0                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etamgg_Kst0mKpi.dec b/BaBar_2014/B0B0bar_etamgg_Kst0mKpi.dec
new file mode 100644
index 0000000..b7f7619
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etamgg_Kst0mKpi.dec
@@ -0,0 +1,53 @@
+            ####################################################
+           #                                                   #
+           # Decay: B0 -> eta K*0     B0bar -> X    + c.c.     #
+           #               |  |                                #
+           #               |   -> K+ pi-                       #
+           #               |                                   #
+           #                -> gamma gamma                     #
+           #                                                   #
+           #                                                   #
+           # Author: J.Roy         28/March/00                 #
+           #         (jroy@pizero.colorado.edu)                #
+           #                                                   #
+           #####################################################
+
+
+#
+#
+Alias Myeta eta
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias Myanti-Kstar0 anti-K*0
+ChargeConj MyB0  Myanti-B0
+ChargeConj MyKstar0  Myanti-Kstar0
+#
+#
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000    MyKstar0   Myeta                SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000    Myanti-Kstar0   Myeta           SVS;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma                   PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000     K+   pi-                        VSS;
+Enddecay
+#
+Decay Myanti-Kstar0
+1.000     K-   pi+                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etamgg_Kst0mKspi0m2pi0.dec b/BaBar_2014/B0B0bar_etamgg_Kst0mKspi0m2pi0.dec
new file mode 100644
index 0000000..223c273
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etamgg_Kst0mKspi0m2pi0.dec
@@ -0,0 +1,60 @@
+            ####################################################
+           #                                                   #
+           # Decay: B0 -> eta K*0     B0bar -> X    + c.c.     #
+           #               |  |                                #
+           #               |   -> K0_S pi0                     #
+           #               |       |                           #
+           #               |        ->pi0 pi0                  #
+           #               |                                   #
+           #                -> gamma gamma                     #
+           #                                                   #
+           #                                                   #
+           # Author: K.Ulmer         19/March/04               #
+           #         (keith.ulmer@colorado.edu)                #
+           #                                                   #
+           #####################################################
+
+
+#
+#
+Alias Myeta eta
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyKstar0 K*0
+Alias Myanti-Kstar0 anti-K*0
+Alias MyK_S0         K_S0
+ChargeConj MyB0  Myanti-B0
+ChargeConj MyKstar0  Myanti-Kstar0
+#
+#
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000    MyKstar0   Myeta                SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000    Myanti-Kstar0   Myeta           SVS;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma                   PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000  MyK_S0   pi0                  VSS;
+Enddecay
+#                                       
+Decay Myanti-Kstar0
+1.000  MyK_S0   pi0                  VSS;
+Enddecay
+#                                    
+Decay MyK_S0
+1.000  pi0   pi0                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etamgg_eta.dec b/BaBar_2014/B0B0bar_etamgg_eta.dec
new file mode 100644
index 0000000..fbac04f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etamgg_eta.dec
@@ -0,0 +1,42 @@
+           #####################################################
+           #                                                   #
+           # Decay: B0 -> eta eta     B0bar -> X    + c.c.     #
+           #               |                                   #
+           #               |                                   #
+           #               !                                   #
+           #               ! -> gamma gamma                    #
+           #                                                   #
+           # The second eta is generic.                        #
+           # The decay is unspecified                          #
+           #                                                   #
+           # Author: John LoSecco                              #
+           # Created:                24/April/01               #
+           # Submitted by J. LoSecco (losecco@nd.edu)          #
+           #####################################################
+
+
+#
+#
+
+Alias Myeta eta
+Alias myB0  B0
+Alias myantiB0 anti-B0
+#
+Decay Upsilon(4S)
+0.500   myB0     anti-B0                   VSS;
+0.500   B0       myantiB0                  VSS;
+Enddecay
+#
+Decay myB0
+1.0000     Myeta  eta                      PHSP;
+Enddecay
+#
+Decay myantiB0
+1.0000     Myeta  eta                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    gamma gamma                      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etamgg_phi.dec b/BaBar_2014/B0B0bar_etamgg_phi.dec
new file mode 100644
index 0000000..c60c6bb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etamgg_phi.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> phi        Eta,       B0 -> X          #
+#                   |-> K+K-   |-> gamma gamma             #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: P. Bloom                                         #
+# Created:                   24/Sep/01                     #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPhi   phi
+Alias MyEta eta
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi    MyEta           SVS;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyPhi    MyEta          SVS;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-                    VSS;
+Enddecay
+#
+Decay MyEta
+1.0000  gamma gamma              PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etamgg_pi0.dec b/BaBar_2014/B0B0bar_etamgg_pi0.dec
new file mode 100644
index 0000000..a52770e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etamgg_pi0.dec
@@ -0,0 +1,42 @@
+           #####################################################
+           #                                                   #
+           # Decay: B0 -> eta pi0     B0bar -> X    + c.c.     #
+           #               |                                   #
+           #               |                                   #
+           #               !                                   #
+           #               ! -> gamma gamma                    #
+           #                                                   #
+           #                                                   #
+           #                                                   #
+           # Author: John LoSecco                              #
+           # Created:                24/April/01               #
+           # Submitted by J. LoSecco (losecco@nd.edu)          #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias myB0  B0
+Alias myantiB0 anti-B0
+#
+Decay Upsilon(4S)
+0.500   myB0     anti-B0                    VSS;
+0.500   B0       myantiB0                   VSS;
+Enddecay
+#
+Decay myB0
+1.0000     Myeta  pi0                      PHSP;
+Enddecay
+#
+Decay myantiB0
+1.0000     Myeta  pi0                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    gamma gamma                      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etamgg_rhompipi.dec b/BaBar_2014/B0B0bar_etamgg_rhompipi.dec
new file mode 100644
index 0000000..261e172
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etamgg_rhompipi.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# B0 -> eta      rho  , B0~ -> X  + c.c.          #
+#                 |-> pi+pi-                      #
+#       |-> 2gamma                                #
+# Author: Mirna van Hoek		          #
+# e-mail: mirna@slac.stanford.edu                 #
+# Created: 2000/12/01                             #
+###################################################
+#
+#
+Define dm .464e12
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes (see for instance B+B-_JpsiKstar.dec 
+#by G. London):
+#       Aplus  0.566
+#       Azero  1.02
+#       Aminus 0.4
+# Hplus = (Aplus + Aminus) / sqrt(2)
+# Hzero = Azero / sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note:  Hzero following convention from Dunietz et al.  To be consistent
+# with CLEO measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyEta eta
+Alias MyRho0 rho0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyRho0 MyEta   SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyRho0 MyEta        SVS;
+Enddecay
+#
+Decay MyEta
+1.0000  gamma gamma             PHSP;                   
+Enddecay
+#
+Decay MyRho0
+0.500  pi+ pi-			VSS;
+0.500  pi- pi+			VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapD0_k3pi.dec b/BaBar_2014/B0B0bar_etapD0_k3pi.dec
new file mode 100644
index 0000000..41cfe68
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapD0_k3pi.dec
@@ -0,0 +1,60 @@
+###########################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D0 eta'                       #
+#		              |  |                         #
+#			      |	 |->eta pi+pi-             #
+#			      |	     |		           #
+#			      |	     |	 		   #
+#                             |      |-> gamma gamma       #
+#			      |	                  	   #
+#			      |->K-pi+pi+pi-   	    	   #
+#                                                  	   #
+#                                                  	   #
+#                                                    	   #
+# Author: Maha K 	                           	   #
+# created:08/09/00                                	   #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+Alias Myetap		eta'
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00       MyD0 Myetap                   PHSP;
+Enddecay 
+
+Decay MyB0
+1.00     MyantiD0 Myetap              PHSP;  
+Enddecay  
+
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+Decay Myetap
+0.4370     pi+ pi- Myeta                   PHSP;
+Enddecay
+
+
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etapD0_kpi.dec b/BaBar_2014/B0B0bar_etapD0_kpi.dec
new file mode 100644
index 0000000..ed9b366
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapD0_kpi.dec
@@ -0,0 +1,57 @@
+###########################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D0 eta'                       #
+#		              |  |                         #
+#			      |	 |->eta pi+pi-             #
+#			      |	     |		           #
+#			      |	     |	 		   #
+#                             |      |-> gamma gamma       #
+#			      |	                  	   #
+#			      |->K-pi+   	    	   #
+#                                                  	   #
+#                                                  	   #
+#                                                    	   #
+# Author: Maha K 	                           	   #
+# created:08/09/00                                	   #
+#                                                  	   #
+###########################################################
+
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+Alias Myetap		eta'
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00     MyD0 Myetap 		PHSP;
+Enddecay 
+
+Decay MyB0
+1.00     MyantiD0 Myetap                   PHSP;
+Enddecay 
+
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+Decay Myetap
+0.4370     pi+ pi- Myeta                   PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_etapD0_kpipi0.dec b/BaBar_2014/B0B0bar_etapD0_kpipi0.dec
new file mode 100644
index 0000000..915e73f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapD0_kpipi0.dec
@@ -0,0 +1,55 @@
+###########################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D0 eta'                       #
+#		              |  |                         #
+#			      |	 |->eta pi+pi-             #
+#			      |	     |		           #
+#			      |	     |	 		   #
+#                             |      |-> gamma gamma       #
+#			      |	                  	   #
+#			      |->K-pi+pi0   	    	   #
+#                                                  	   #
+#                                                  	   #
+#                                                    	   #
+# Author: Maha K 	                           	   #
+# created:08/09/00                                	   #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta         	eta
+Alias Myetap		eta'
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00     MyD0 Myetap  		PHSP;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD0 Myetap 			PHSP;
+Enddecay 
+
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+Decay Myetap
+0.4370     pi+ pi- Myeta                   PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_etapDstar0_D0gamma_k3pi.dec b/BaBar_2014/B0B0bar_etapDstar0_D0gamma_k3pi.dec
new file mode 100644
index 0000000..8a799ba
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapDstar0_D0gamma_k3pi.dec
@@ -0,0 +1,67 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta'                #
+#           		     |          |                  #
+#			     |	        eta pi+pi-         #
+#		         		|                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 gamma                  #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+pi+pi-	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+Alias Myetap		eta'
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma		    VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+Decay Myetap
+0.4370     pi+ pi- Myeta                   PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_etapDstar0_D0gamma_kpi.dec b/BaBar_2014/B0B0bar_etapDstar0_D0gamma_kpi.dec
new file mode 100644
index 0000000..fa65a03
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapDstar0_D0gamma_kpi.dec
@@ -0,0 +1,70 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta'                #
+#           		     |          |                  #
+#			     |	        eta pi+pi-         #
+#		         		|                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 gamma                  #
+#		                 |                         #
+#                		 |                  	   #
+#				 K+ pi- 	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+Alias Myetap		eta'
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma		    VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+Decay Myetap
+0.4370     pi+ pi- Myeta                   PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_etapDstar0_D0gamma_kpipi0.dec b/BaBar_2014/B0B0bar_etapDstar0_D0gamma_kpipi0.dec
new file mode 100644
index 0000000..518a2fe
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapDstar0_D0gamma_kpipi0.dec
@@ -0,0 +1,68 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta'                #
+#           		     |          |                  #
+#			     |	        eta pi+pi-         #
+#		         		|                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 pi0                    #
+#		                 |                         #
+#                		 |                  	   #
+#				 K+ pi- pi0	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+Alias Myetap		eta'
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma		    VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+Decay Myetap
+0.4370     pi+ pi- Myeta                   PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_etapDstar0_D0pi0_k3pi.dec b/BaBar_2014/B0B0bar_etapDstar0_D0pi0_k3pi.dec
new file mode 100644
index 0000000..179ffb3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapDstar0_D0pi0_k3pi.dec
@@ -0,0 +1,68 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta'                #
+#           		     |          |                  #
+#			     |	        eta pi+pi-         #
+#		         		|                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 pi0                    #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+pi+pi-	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+Alias Myetap		eta'
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+Decay Myetap
+0.4370     pi+ pi- Myeta                   PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_etapDstar0_D0pi0_kpi.dec b/BaBar_2014/B0B0bar_etapDstar0_D0pi0_kpi.dec
new file mode 100644
index 0000000..05e6577
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapDstar0_D0pi0_kpi.dec
@@ -0,0 +1,71 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta'                #
+#           		     |          |                  #
+#			     |	        eta pi+pi-         #
+#		         		|                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 pi0                    #
+#		                 |                         #
+#                		 |                  	   #
+#				 K+ pi- 	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+Alias Myetap		eta'
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myetap                      SVS;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+Decay Myetap
+0.4370     pi+ pi- Myeta                   PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_etapDstar0_D0pi0_kpipi0.dec b/BaBar_2014/B0B0bar_etapDstar0_D0pi0_kpipi0.dec
new file mode 100644
index 0000000..c8d8510
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapDstar0_D0pi0_kpipi0.dec
@@ -0,0 +1,69 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 eta'                #
+#           		     |          |                  #
+#			     |	        eta pi+pi-         #
+#		         		|                  #
+#             	             |          |->gamma gamma     #
+#                            |                             #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 pi0                    #
+#		                 |                         #
+#                		 |                  	   #
+#				 K+ pi- pi0	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myeta		eta
+Alias Myetap		eta'
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myetap                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+Decay Myetap
+0.4370     pi+ pi- Myeta                   PHSP;
+Enddecay
+
+Decay Myeta
+0.3925    gamma gamma                      PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_etapKstar_eta2pi_gg_KSpi0.dec b/BaBar_2014/B0B0bar_etapKstar_eta2pi_gg_KSpi0.dec
new file mode 100644
index 0000000..8fbf2d4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapKstar_eta2pi_gg_KSpi0.dec
@@ -0,0 +1,62 @@
+           #####################################################
+           #                                                   #
+           # Decay: anti-B0 (B0)-> eta' K*      TheOtherB0-> X #
+           #                    |       |                      #
+           #                    |       |-> K0S pi0            #
+           #                    |                              #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> gamma gamma  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: N. Berger                                 #
+           # Created:                13/November/99            #
+           #                                                   #
+           #####################################################
+
+
+
+Alias MyB0           B0
+Alias MyAnti-B0      anti-B0
+Alias MyEta'         eta'
+Alias MyEta          eta
+Alias MyKstar0       K*0
+Alias MyAnti-Kstar0  anti-K*0   
+Alias MyK_S0         K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyAnti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyKstar0        MyEta'        SVS;
+Enddecay
+#
+Decay MyAnti-B0
+1.000  MyAnti-Kstar0   MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  pi+  pi-  MyEta               PHSP;
+Enddecay
+#
+Decay MyEta
+1.000  gamma   gamma                 PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000  MyK_S0   pi0                  VSS;
+Enddecay
+#                                       
+Decay MyAnti-Kstar0
+1.000  MyK_S0   pi0                  VSS;
+Enddecay
+#                                    
+Decay MyK_S0
+1.000  pi+   pi-                     PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etapKstar_eta2pi_gg_KSpi0_2pi0.dec b/BaBar_2014/B0B0bar_etapKstar_eta2pi_gg_KSpi0_2pi0.dec
new file mode 100644
index 0000000..541a995
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapKstar_eta2pi_gg_KSpi0_2pi0.dec
@@ -0,0 +1,64 @@
+           #####################################################
+           #                                                   #
+           # Decay: anti-B0 (B0)-> eta' K*      TheOtherB0-> X #
+           #                    |       |                      #
+           #                    |       |-> K0S pi0            #
+           #                    |           |                  #
+           #                    |           |->pi0 pi0         #
+           #                    |                              #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> gamma gamma  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: K. Ulmer    keith.ulmer@colorado.edu      #
+           # Created:                15/March/04               #
+           #                                                   #
+           #####################################################
+
+
+
+Alias MyB0           B0
+Alias MyAnti-B0      anti-B0
+Alias MyEta'         eta'
+Alias MyEta          eta
+Alias MyKstar0       K*0
+Alias MyAnti-Kstar0  anti-K*0   
+Alias MyK_S0         K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyAnti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyKstar0        MyEta'        SVS;
+Enddecay
+#
+Decay MyAnti-B0
+1.000  MyAnti-Kstar0   MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  pi+  pi-  MyEta               PHSP;
+Enddecay
+#
+Decay MyEta
+1.000  gamma   gamma                 PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000  MyK_S0   pi0                  VSS;
+Enddecay
+#                                       
+Decay MyAnti-Kstar0
+1.000  MyK_S0   pi0                  VSS;
+Enddecay
+#                                    
+Decay MyK_S0
+1.000  pi0   pi0                     PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etapKstar_eta2pi_gg_Kpi.dec b/BaBar_2014/B0B0bar_etapKstar_eta2pi_gg_Kpi.dec
new file mode 100644
index 0000000..38afc7c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapKstar_eta2pi_gg_Kpi.dec
@@ -0,0 +1,58 @@
+           ########################################################
+           #                                                      #
+           # Decay: anti-B0 (B0)-> eta' K*0(bar)   TheOtherB0-> X #
+           #                    |       |                         #
+           #                    |       |-> K+ pi- / K- pi+       #
+           #                    |                                 #
+           #                    |-> pi+ pi- eta                   #
+           #                                  |-> gamma gamma     #
+           #                                                      #
+           #                                                      #  
+           #                                                      #
+           # Author: N. Berger                                    #
+           # Created:                13/November/99               #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB0          B0
+Alias MyAnti-B0     anti-B0
+Alias MyEta' eta'
+Alias MyEta eta
+Alias MyKstar0      K*0
+Alias MyAnti-Kstar0  anti-K*0   
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyAnti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyKstar0       MyEta'        SVS;
+Enddecay
+#
+Decay MyAnti-B0
+1.000  MyAnti-Kstar0  MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  pi+ pi- MyEta                PHSP;
+Enddecay
+#
+Decay MyEta
+1.000  gamma  gamma                 PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000  K+   pi-                     VSS;
+Enddecay
+#
+Decay MyAnti-Kstar0
+1.000  K-   pi+                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etapKstar_eta2pi_pipipi0_Kpi.dec b/BaBar_2014/B0B0bar_etapKstar_eta2pi_pipipi0_Kpi.dec
new file mode 100644
index 0000000..d8e5251
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapKstar_eta2pi_pipipi0_Kpi.dec
@@ -0,0 +1,57 @@
+           ########################################################
+           #                                                      #
+           # Decay: anti-B0 (B0)-> eta' K*0(bar)   TheOtherB0-> X #
+           #                    |       |                         #
+           #                    |       |-> K+ pi- / K- pi+       #
+           #                    |                                 #
+           #                    |-> pi+ pi- eta                   #
+           #                                  |-> pi+ pi- pi0     #
+           #                                                      #
+           #                                                      #  
+           #                                                      #
+           # Author: N. Berger                                    #
+           # Created:                13/November/99               #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB0          B0
+Alias MyAnti-B0     anti-B0
+Alias MyEta' eta'
+Alias MyEta eta
+Alias MyKstar0      K*0
+Alias MyAnti-Kstar0  anti-K*0   
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyAnti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyKstar0       MyEta'        SVS;
+Enddecay
+#
+Decay MyAnti-B0
+1.000  MyAnti-Kstar0  MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  pi+ pi- MyEta                PHSP;
+Enddecay
+#
+Decay MyEta
+1.0000    pi+ pi- pi0                       ETA_DALITZ;
+Enddecay
+#
+Decay MyKstar0
+1.000  K+   pi-                     VSS;
+Enddecay
+#
+Decay MyAnti-Kstar0
+1.000  K-   pi+                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etapKstar_rhog_Kspi0.dec b/BaBar_2014/B0B0bar_etapKstar_rhog_Kspi0.dec
new file mode 100644
index 0000000..1c009ba
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapKstar_rhog_Kspi0.dec
@@ -0,0 +1,59 @@
+           #####################################################
+           #                                                   #
+           # Decay: B0 -> eta' K*0     B0bar -> X    + c.c.    #
+           #               |  |                                #
+           #               |   -> K0_S pi0                     #
+           #               |       |                           #
+           #               |        ->pi+ pi-                  #
+           #               |				       #
+           #                -> rho   gamma                     #
+	   #                    |-> pi+ pi-                    #
+           #                                                   #
+           #                                                   #
+           # Author: K.Ulmer         30/June/04                #
+           #         (keith.ulmer@colorado.edu)                #
+           #                                                   #
+           #####################################################
+
+
+Alias MyB0           B0
+Alias MyAnti-B0      anti-B0
+Alias MyEta'         eta'
+Alias MyKstar0       K*0
+Alias MyAnti-Kstar0  anti-K*0   
+Alias MyK_S0         K_S0
+Alias MyRho0         rho0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyAnti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyKstar0        MyEta'        SVS;
+Enddecay
+#
+Decay MyAnti-B0
+1.000  MyAnti-Kstar0   MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  MyRho0 gamma           SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+  pi-                      VSS;
+Enddecay
+#
+Decay MyKstar0
+1.000  MyK_S0   pi0                  VSS;
+Enddecay
+#                                       
+Decay MyAnti-Kstar0
+1.000  MyK_S0   pi0                  VSS;
+Enddecay
+#                                    
+Decay MyK_S0
+1.000  pi+   pi-                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapKstar_rhogamma_Kpi.dec b/BaBar_2014/B0B0bar_etapKstar_rhogamma_Kpi.dec
new file mode 100644
index 0000000..1ccab2a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapKstar_rhogamma_Kpi.dec
@@ -0,0 +1,61 @@
+           #####################################################
+           #                                                   #
+           # Decay: anti-B0 (B0)-> eta' K*      TheOtherB0-> X #
+           #                    |       |                      #
+           #                    |       |-> K+ pi- / K- pi+    #
+           #                    |                              #
+           #                    |-> rho gamma                  #
+           #                          |                        #
+           #                          |-> pi+ pi-              #
+           #                                                   #  
+           #                                                   #
+           # Author: N. Berger                                 #
+           # Created:                13/November/99            #
+           #                                                   #
+           #####################################################
+
+#
+
+Alias MyB0           B0
+Alias MyAnti-B0      anti-B0
+Alias MyEta'         eta'
+Alias MyEta          eta
+Alias MyKstar0       K*0
+Alias MyAnti-Kstar0  anti-K*0   
+Alias MyRho0         rho0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyAnti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyKstar0       MyEta'      SVS;
+Enddecay
+#
+Decay MyAnti-B0
+1.000  MyAnti-Kstar0  MyEta'      SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  rho0    gamma              SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyRho0
+1.000 pi+  pi-                    VSS;
+Enddecay
+#
+Decay MyKstar0
+1.000  K+   pi-                   VSS;
+Enddecay
+#
+Decay MyAnti-Kstar0
+1.000  K-   pi+                   VSS;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_etapipi.dec b/BaBar_2014/B0B0bar_etapipi.dec
new file mode 100644
index 0000000..8259da3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapipi.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B0 -> eta pi+ pi- (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John LoSecco   losecco@nd.edu		  *
+# Created: 14/jul/01                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 + -> eta pi+ pi- (non-resonant) 
+# using phase space
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+#
+Decay Upsilon(4S)
+0.500 MyB0bar B0                VSS;
+0.500 MyB0 anti-B0                VSS;
+Enddecay
+#
+Decay MyB0
+1.000   eta pi+ pi-         PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  eta pi- pi+          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_etapipi_phsp.dec b/BaBar_2014/B0B0bar_etapipi_phsp.dec
new file mode 100644
index 0000000..d78620c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapipi_phsp.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> eta pi+ pi- + cc              #
+#                   |                             #
+#                   g g                           #
+#                                                 #
+# Author: Vasia Shelkov                           #
+# Date:                    30 January   2001      #
+###################################################
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 eta pi+ pi-                    PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 eta pi+ pi-                   PHSP;
+Enddecay 
+#
+Decay Myeta
+1.0000     gamma  gamma              PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etapm5pi_KL.dec b/BaBar_2014/B0B0bar_etapm5pi_KL.dec
new file mode 100644
index 0000000..41f1850
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapm5pi_KL.dec
@@ -0,0 +1,41 @@
+           #####################################################
+           #                                                   #
+           # Decay:anti-B0(B0)-> eta' K_L0    TheOtherB0-> X   #
+           #                      |                            #
+           #                      |-> pi+ pi- eta              #
+           #                                   |               #
+           #                                   |-> pi+ pi- pi0 #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author     : V. E. Ozcan                          #
+           # Created    : 13/August/01                         #
+           # Submitted by V. E. Ozcan  ( veysi@slac )          #
+           #####################################################
+
+Alias MyantiB0 anti-B0
+Alias MyB0     B0
+Alias Myeta'   eta'
+Alias Myeta    eta
+#
+Decay Upsilon(4S)
+1.000      B0 anti-B0 MyB0 MyantiB0   VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta' K_L0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyantiB0
+1.0000     Myeta' K_L0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myeta'
+1.0000     pi+ pi- Myeta              PHSP;
+Enddecay
+#
+Decay Myeta
+1.000      pi+ pi- pi0                ETA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapm5pi_KS.dec b/BaBar_2014/B0B0bar_etapm5pi_KS.dec
new file mode 100644
index 0000000..ca78d61
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapm5pi_KS.dec
@@ -0,0 +1,47 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' K_S0    TheOtherB0-> X    #
+           #                    |     |                        #
+           #                    |     |-> pi+ pi-              #
+           #                    |                              #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> pi+ pi- pi0  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: F. Palomb0                                #
+           # Created:                14/March/00               #
+           # Submitted by F. Palombo  ( palombo@mi.infn.it)    #
+           #####################################################
+
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta eta
+Alias MyKS0  K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyB0B
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay  MyKS0 
+1.000    pi+  pi-                            PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                       ETA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapm5pi_KS_00.dec b/BaBar_2014/B0B0bar_etapm5pi_KS_00.dec
new file mode 100644
index 0000000..2fd2588
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapm5pi_KS_00.dec
@@ -0,0 +1,46 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' K_S0    TheOtherB0-> X    #
+           #                    |     |                        #
+           #                    |     |-> pi0 pi0              #
+           #                    |                              #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> pi+ pi- pi0  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                22/July/03                #
+           #####################################################
+
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta eta
+Alias MyKS0  K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyB0B
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay  MyKS0 
+1.000    pi0  pi0                            PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                       ETA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmeppmgg_f0.dec b/BaBar_2014/B0B0bar_etapmeppmgg_f0.dec
new file mode 100644
index 0000000..08c625c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmeppmgg_f0.dec
@@ -0,0 +1,46 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' f0     TheOtherB0-> X     #
+           #                    |-> eta pi+ pi-                #
+           #                         |-> gamma gamma           #
+           #                                                   #
+           # Author: Paul C. Bloom   bloom@slac.stanford.edu   #
+           # Created:                27/July/04               #
+           #####################################################
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myf0 f_0
+Alias MyEta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0bar
+1.0000 Myeta' Myf0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+Enddecay 
+#
+Decay MyB0
+1.0000 Myeta' Myf0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+Enddecay 
+#
+Decay Myeta'
+1.0000    pi+ pi- MyEta                PHSP;
+Enddecay
+#
+Decay MyEta
+1.000  gamma  gamma                 PHSP;
+Enddecay
+#
+Decay Myf0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/B0B0bar_etapmgg2pi_KL.dec b/BaBar_2014/B0B0bar_etapmgg2pi_KL.dec
new file mode 100644
index 0000000..ed924ba
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmgg2pi_KL.dec
@@ -0,0 +1,41 @@
+           #####################################################
+           #                                                   #
+           # Decay:anti-B0(B0)-> eta' K_L0    TheOtherB0-> X   #
+           #                      |                            #
+           #                      |-> pi+ pi- eta              #
+           #                                   |               #
+           #                                   |-> gamma gamma #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author     : V. E. Ozcan                          #
+           # Created    : 07/August/01                         #
+           # Submitted by V. E. Ozcan  ( veysi@slac )          #
+           #####################################################
+
+Alias MyantiB0 anti-B0
+Alias MyB0     B0
+Alias Myeta'   eta'
+Alias Myeta    eta
+#
+Decay Upsilon(4S)
+1.000      B0 anti-B0 MyB0 MyantiB0   VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta' K_L0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyantiB0
+1.0000     Myeta' K_L0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myeta'
+1.0000     pi+ pi- Myeta              PHSP;
+Enddecay
+#
+Decay Myeta
+1.000      gamma gamma                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmgg2pi_KS.dec b/BaBar_2014/B0B0bar_etapmgg2pi_KS.dec
new file mode 100644
index 0000000..b625a44
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmgg2pi_KS.dec
@@ -0,0 +1,47 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' K_S0    TheOtherB0-> X    #
+           #                    |     |                        #
+           #                    |     |-> pi+ pi-              #
+           #                    |                              #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> gamma gamma  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: F. Palombo, J. Smith                      #
+           # Created:                11/February/99            #
+           # Submitted by F. Palombo  ( palombo@mi.infn.it)    #
+           #####################################################
+
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta eta
+Alias MyKS0  K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyB0B
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay  MyKS0 
+1.000    pi+  pi-                            PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.000   gamma  gamma                       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmgg2pi_KS_00.dec b/BaBar_2014/B0B0bar_etapmgg2pi_KS_00.dec
new file mode 100644
index 0000000..199ba44
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmgg2pi_KS_00.dec
@@ -0,0 +1,46 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' K_S0    TheOtherB0-> X    #
+           #                    |     |                        #
+           #                    |     |-> pi0 pi0              #
+           #                    |                              #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> gamma gamma  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                22/July/03                #
+           #####################################################
+
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta eta
+Alias MyKS0  K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyB0B
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay  MyKS0 
+1.000    pi0  pi0                            PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.000   gamma  gamma                       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmgg2pi_KSm2pi0.dec b/BaBar_2014/B0B0bar_etapmgg2pi_KSm2pi0.dec
new file mode 100644
index 0000000..4001ae5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmgg2pi_KSm2pi0.dec
@@ -0,0 +1,56 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' K_S0    TheOtherB0-> X    #
+           #                    |     |                        #
+           #                    |     |-> pi0 pi0              #
+           #                    |                              #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> gamma gamma  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: K. Ulmer  keith.ulmer@colorado.edu        #
+           # Created:                19/March/04               #
+           #####################################################
+
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta eta
+Alias MyKS0  K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB0B
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay  MyKS0 
+1.000    pi0  pi0                            PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.000   gamma  gamma                       PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_etapmgg2pi_etam3pi.dec b/BaBar_2014/B0B0bar_etapmgg2pi_etam3pi.dec
new file mode 100644
index 0000000..613771f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmgg2pi_etam3pi.dec
@@ -0,0 +1,46 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' eta    TheOtherB0-> X     #
+           #                    |     |                        #
+           #                    |     |-> pi0 pi+ pi-          #
+           #                    |          |-> gamma gamma     #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> gamma gamma  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                14/September/01           #
+           # Fixed:                  07/July/03                #
+           #####################################################
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta1 eta
+Alias Myeta2 eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000	Myeta' Myeta1                     PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.0000	Myeta' Myeta1                     PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000	pi+ pi- Myeta2                    PHSP;
+Enddecay
+#
+Decay Myeta1
+1.0000	pi+ pi- pi0                      ETA_DALITZ;
+Enddecay
+#
+Decay Myeta2
+1.000   gamma  gamma                     PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_etapmgg2pi_etamgg.dec b/BaBar_2014/B0B0bar_etapmgg2pi_etamgg.dec
new file mode 100644
index 0000000..1a303fd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmgg2pi_etamgg.dec
@@ -0,0 +1,41 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' eta    TheOtherB0-> X     #
+           #                    |     |                        #
+           #                    |     |-> gamma gamma          #
+           #                    |                              #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> gamma gamma  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                14/September/01           #
+           #####################################################
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000	Myeta' Myeta                     PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.0000	Myeta' Myeta                     PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000	pi+ pi- Myeta                    PHSP;
+Enddecay
+#
+Decay Myeta
+1.000   gamma  gamma                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmgg2pi_etapmgg2pi.dec b/BaBar_2014/B0B0bar_etapmgg2pi_etapmgg2pi.dec
new file mode 100644
index 0000000..a11baf2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmgg2pi_etapmgg2pi.dec
@@ -0,0 +1,41 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' eta'    TheOtherB0-> X    #
+           #                    |     |                        #
+           #                    |     |-> pi+ pi- eta          #
+           #                    |                  |->gam gam  #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> gamma gamma  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                24/September/01           #
+           #####################################################
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta  eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000	Myeta' Myeta'                     PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.0000	Myeta' Myeta'                     PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000	pi+ pi- Myeta                    PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000  gamma gamma              PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmgg2pi_omega.dec b/BaBar_2014/B0B0bar_etapmgg2pi_omega.dec
new file mode 100644
index 0000000..3b8d673
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmgg2pi_omega.dec
@@ -0,0 +1,45 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> omega eta'    TheOtherB0-> X   #
+           #                    |     |                        #
+           #                    |     |-> eta pi+ pi-          #
+           #                    |          |-> gamma gamma     #
+           #                    |-> pi+ pi- pi0                #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                24/September/01           #
+           #####################################################
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myomega omega
+Alias Myeta   eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000	Myomega Myeta'                     SVS;
+Enddecay
+#
+Decay MyB0bar
+1.0000	Myomega Myeta'                     SVS;
+Enddecay
+#
+Decay Myomega
+1.000    pi-  pi+  pi0         OMEGA_DALITZ;
+Enddecay
+#
+Decay Myeta'
+1.0000	pi+ pi- Myeta                    PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000  gamma gamma              PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmgg2pi_phi.dec b/BaBar_2014/B0B0bar_etapmgg2pi_phi.dec
new file mode 100644
index 0000000..a445dbb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmgg2pi_phi.dec
@@ -0,0 +1,45 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> phi eta'    TheOtherB0-> X     #
+           #                    |     |                        #
+           #                    |     |-> eta pi+ pi-          #
+           #                    |          |-> gamma gamma     #
+           #                    |-> K+K-                       #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                24/September/01           #
+           #####################################################
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta eta
+Alias Myphi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000	Myphi Myeta'                     SVS;
+Enddecay
+#
+Decay MyB0bar
+1.0000	Myphi Myeta'                     SVS;
+Enddecay
+#
+Decay Myphi
+1.0000  K+ K-                     VSS;
+Enddecay
+#
+Decay Myeta'
+1.0000	pi+ pi- Myeta                    PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000  gamma gamma              PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmgg2pi_pi0.dec b/BaBar_2014/B0B0bar_etapmgg2pi_pi0.dec
new file mode 100644
index 0000000..aba977f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmgg2pi_pi0.dec
@@ -0,0 +1,51 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' pi00    TheOtherB0-> X    #
+           #                    |     |                        #
+           #                    |     |-> gamma gamma          #
+           #                    |                              #
+           #                    |-> pi+ pi- eta                #
+           #                                  |-> gamma gamma  #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                22/August/01              #
+           #####################################################
+
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta'  pi0             PHSP;
+Enddecay
+#
+Decay MyB0B
+1.0000     Myeta'  pi0             PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000     pi+ pi- Myeta           PHSP;
+Enddecay
+#
+Decay Myeta
+1.000   gamma  gamma               PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_etapmrho0g_KL.dec b/BaBar_2014/B0B0bar_etapmrho0g_KL.dec
new file mode 100644
index 0000000..1d3e102
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmrho0g_KL.dec
@@ -0,0 +1,36 @@
+           #####################################################
+           #                                                   #
+           # Decay:anti-B0(B0)-> eta' K_L0    TheOtherB0-> X   #
+           #                      |                            #
+           #                      |-> gamma rho0               #
+           #                                 |                 #
+           #                                 |-> pi+ pi-       #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author     : V. E. Ozcan                          #
+           # Created    : 13/August/01                         #
+           # Submitted by V. E. Ozcan  ( veysi@slac )          #
+           #####################################################
+
+Alias MyantiB0 anti-B0
+Alias MyB0     B0
+Alias Myeta'   eta'
+#
+Decay Upsilon(4S)
+1.000      B0 anti-B0 MyB0 MyantiB0   VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta' K_L0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyantiB0
+1.0000     Myeta' K_L0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myeta'
+1.0000     rho0 gamma                 SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmrho0g_KS.dec b/BaBar_2014/B0B0bar_etapmrho0g_KS.dec
new file mode 100644
index 0000000..eec666d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmrho0g_KS.dec
@@ -0,0 +1,42 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' K_S0    TheOtherB0-> X    #
+           #                    |                              #
+           #                    |-> gamma rho0                 #
+           #                              |                    #
+           #                              |-> pi+ pi-          #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: F. Palombo, J. Smith                      #
+           # Created:                11/February/99            #
+           # Corrected eta' decay (march 00)                   #
+           # Submitted by F. Palombo  ( palombo@mi.infn.it)    #
+           #####################################################
+
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias MyKS0  K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyB0B
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay  MyKS0 
+1.000    pi+  pi-                            PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000    rho0 gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmrho0g_KS_00.dec b/BaBar_2014/B0B0bar_etapmrho0g_KS_00.dec
new file mode 100644
index 0000000..c1baa93
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmrho0g_KS_00.dec
@@ -0,0 +1,40 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' K_S0    TheOtherB0-> X    #
+           #                    |     |->pi0 pi0               #
+           #                    |-> gamma rho0                 #
+           #                              |                    #
+           #                              |-> pi+ pi-          #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                22/July/03                #
+           #####################################################
+
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias MyKS0  K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyB0B
+1.0000     Myeta'  MyKS0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay  MyKS0 
+1.000    pi0  pi0                            PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000    rho0 gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmrho0g_pi0.dec b/BaBar_2014/B0B0bar_etapmrho0g_pi0.dec
new file mode 100644
index 0000000..7c45539
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmrho0g_pi0.dec
@@ -0,0 +1,45 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' pi0     TheOtherB0-> X    #
+           #                    |      |-> gamma gamma         #
+           #                    |-> gamma rho0                 #
+           #                              |                    #
+           #                              |-> pi+ pi-          #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                22/August/01              #
+           #####################################################
+
+Alias MyB0B  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000     Myeta'  pi0		PHSP;
+Enddecay
+#
+Decay MyB0B
+1.0000     Myeta'  pi0		PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000    rho0 gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_etapmrhog_etam3pi.dec b/BaBar_2014/B0B0bar_etapmrhog_etam3pi.dec
new file mode 100644
index 0000000..ba13135
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmrhog_etam3pi.dec
@@ -0,0 +1,41 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' eta    TheOtherB0-> X     #
+           #                    |     |                        #
+           #                    |     |-> pi0 pi+ pi-          #
+           #                    |          |-> gamma gamma     #
+           #                    |-> rho0 gamma                 #
+           #                         |-> pi+ pi-               #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                14/September/01           #
+           #####################################################
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000	Myeta' Myeta                     PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.0000	Myeta' Myeta                     PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000    rho0 gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000	pi+ pi- pi0                      ETA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmrhog_etamgg.dec b/BaBar_2014/B0B0bar_etapmrhog_etamgg.dec
new file mode 100644
index 0000000..dd4f4ee
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmrhog_etamgg.dec
@@ -0,0 +1,39 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' eta    TheOtherB0-> X     #
+           #                    |     |                        #
+           #                    |     |-> gamma gamma          #
+           #                    |-> rho0 gamma                 #
+           #                         |-> pi+ pi-               #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                14/September/01           #
+           #####################################################
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000	Myeta' Myeta                     PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.0000	Myeta' Myeta                     PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000    rho0 gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000    gamma gamma                      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmrhog_etapmgg2pi.dec b/BaBar_2014/B0B0bar_etapmrhog_etapmgg2pi.dec
new file mode 100644
index 0000000..d4d09c8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmrhog_etapmgg2pi.dec
@@ -0,0 +1,46 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' eta'    TheOtherB0-> X    #
+           #                    |     |                        #
+           #                    |     |-> eta pi+ pi-          #
+           #                    |          |-> gamma gamma     #
+           #                    |-> rho0 gamma                 #
+           #                         |-> pi+ pi-               #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                14/September/01           #
+           #####################################################
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta'1 eta'
+Alias Myeta'2 eta'
+Alias Myeta   eta
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000	Myeta'1 Myeta'2                     PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.0000	Myeta'1 Myeta'2                     PHSP;
+Enddecay
+#
+Decay Myeta'1
+1.0000    rho0 gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myeta'2
+1.0000	pi+ pi- Myeta                    PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000  gamma gamma              PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmrhog_f0.dec b/BaBar_2014/B0B0bar_etapmrhog_f0.dec
new file mode 100644
index 0000000..0d85a79
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmrhog_f0.dec
@@ -0,0 +1,41 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' f0     TheOtherB0-> X     #
+           #                    |-> rho0 gamma                 #
+           #                         |-> pi+ pi-               #
+           #                                                   #
+           # Author: Keith Ulmer   keith.ulmer@colorado.edu    #
+           # Created:                19/March/04               #
+           #####################################################
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myf0 f_0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0bar
+1.0000 Myeta' Myf0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+Enddecay 
+#
+Decay MyB0
+1.0000 Myeta' Myf0      SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+Enddecay 
+#
+Decay Myeta'
+1.0000    rho0 gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myf0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/B0B0bar_etapmrhog_omega.dec b/BaBar_2014/B0B0bar_etapmrhog_omega.dec
new file mode 100644
index 0000000..7a33105
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmrhog_omega.dec
@@ -0,0 +1,40 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' omega    TheOtherB0-> X   #
+           #                    |     |                        #
+           #                    |     |-> pi+ pi- pi0          #
+           #                    |-> rho0 gamma                 #
+           #                         |-> pi+ pi-               #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                14/September/01           #
+           #####################################################
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myomega omega
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000	Myomega Myeta'                     SVS;
+Enddecay
+#
+Decay MyB0bar
+1.0000	Myomega Myeta'                      SVS;
+Enddecay
+#
+Decay Myeta'
+1.0000    rho0 gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myomega
+1.000    pi-  pi+  pi0         OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etapmrhog_phi.dec b/BaBar_2014/B0B0bar_etapmrhog_phi.dec
new file mode 100644
index 0000000..377ab08
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etapmrhog_phi.dec
@@ -0,0 +1,41 @@
+           #####################################################
+           #                                                   #
+           #Decay:anti-B0(B0)-> eta' phi    TheOtherB0-> X     #
+           #                    |     |                        #
+           #                    |     |-> K+ K-                #
+           #                    |                              #
+           #                    |-> rho0 gamma                 #
+           #                         |-> pi+ pi-               #
+           #                                                   #
+           #                                                   #  
+           #                                                   #
+           # Author: P. Bloom                                  #
+           # Created:                25/September/01           #
+           #####################################################
+
+Alias MyB0bar  anti-B0
+Alias MyB0  B0
+Alias Myeta' eta'
+Alias Myphi phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000	Myphi Myeta'                     SVS;
+Enddecay
+#
+Decay MyB0bar
+1.0000	Myphi Myeta'                     SVS;
+Enddecay
+#
+Decay Myeta'
+1.0000    rho0 gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myphi
+1.0000	K+ K-                     VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_etaprho_eta2pi_gg_2pi.dec b/BaBar_2014/B0B0bar_etaprho_eta2pi_gg_2pi.dec
new file mode 100644
index 0000000..8b1de02
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaprho_eta2pi_gg_2pi.dec
@@ -0,0 +1,53 @@
+           ########################################################
+           #                                                      #
+           # Decay: anti-B0 (B0)-> eta' K*0(bar)   TheOtherB0-> X #
+           #                    |       |                         #
+           #                    |       |-> K+ pi- / K- pi+       #
+           #                    |                                 #
+           #                    |-> pi+ pi- eta                   #
+           #                                  |-> gamma gamma     #
+           #                                                      #
+           #                                                      #  
+           #                                                      #
+           # Author: N. Berger                                    #
+           # Created:                13/November/99               #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB0          B0
+Alias MyAnti-B0     anti-B0
+Alias MyEta' eta'
+Alias MyEta eta
+Alias MyRho0      rho0
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyAnti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyRho0       MyEta'        SVS;
+Enddecay
+#
+Decay MyAnti-B0
+1.000  MyRho0  MyEta'             SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  pi+ pi- MyEta                PHSP;
+Enddecay
+#
+Decay MyEta
+1.000  gamma  gamma                 PHSP;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+   pi-                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etaprho_rhog_2pi.dec b/BaBar_2014/B0B0bar_etaprho_rhog_2pi.dec
new file mode 100644
index 0000000..85e8bd4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etaprho_rhog_2pi.dec
@@ -0,0 +1,52 @@
+           ########################################################
+           #                                                      #
+           # Decay:     anti-B0 (B0)-> eta' rho0   TheOtherB0-> X #
+           #                    |            |                    #
+           #                    |            |-> pi+ pi-          #
+           #                    |                                 #
+           #                    |-> rho gamma                     #
+           #                         |-> pi+ pi-                  #
+           #                                                      #
+           #                                                      #  
+           #                                                      #
+           # Author: Paul C. Bloom                                #
+           # Created:  July 18 2001                               #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyEta' eta'
+Alias MyRho0      rho0
+Define dm .464e12
+
+#
+Decay Upsilon(4S)
+0.415 MyB0    anti-B0                VSS_MIX dm;
+0.415 MyB0bar B0                     VSS_MIX dm;
+0.085 MyB0bar anti-B0                VSS_MIX dm;
+0.085 MyB0    B0                     VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyRho0  MyEta'        SVS;
+Enddecay
+#
+Decay MyB0bar
+1.000  MyRho0  MyEta'             SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  MyRho0 gamma           SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+   pi-                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_etau.dec b/BaBar_2014/B0B0bar_etau.dec
new file mode 100644
index 0000000..b2e2228
--- /dev/null
+++ b/BaBar_2014/B0B0bar_etau.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> mu+ tau-,       B0 -> X       # 
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: J. Cochran                              #
+# Date:                    19/Apr/01              #
+# Initial version modified from B0Bar_e+e-.dec    #
+#                                                 #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+
+#
+Decay MyB0
+0.5000 e+ tau-                          SLL;
+0.5000 e- tau+                          SLL;
+Enddecay 
+#
+Decay Myanti-B0
+0.5000 e+ tau-                          SLL;
+0.5000 e- tau+                          SLL;
+Enddecay 
+#
+
+End
+
diff --git a/BaBar_2014/B0B0bar_f01370K0L_f0pipi.dec b/BaBar_2014/B0B0bar_f01370K0L_f0pipi.dec
new file mode 100644
index 0000000..f6b3335
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f01370K0L_f0pipi.dec
@@ -0,0 +1,52 @@
+###################################################
+#                                                 #
+# B0 -> f0(1370) K0L   + c.c.                     #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: Mathew Graham                           # 
+# Created: 19-Apr-04                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f0(1370) K0L using phase space.
+# The f0(1370) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    note: no CPV generated - assumed to be done by 
+#          reweighting after selection
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0-1370) = 1.434 +- 0.018 GeV/c^2
+#                 G(f0-1370) = 0.173 +- 0.032 GeV/c^2
+# )
+#
+Particle f'_0 1.434 0.173
+#
+ChangeMassMin f'_0 0.40
+ChangeMassMax f'_0 2.50
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf'0 f'_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf'0 K_L0            PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf'0 K_L0            PHSP;
+Enddecay
+#
+Decay Myf'0
+1.000  pi+ pi-               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_f01370K0s_f0pipi.dec b/BaBar_2014/B0B0bar_f01370K0s_f0pipi.dec
new file mode 100644
index 0000000..a9ea4ea
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f01370K0s_f0pipi.dec
@@ -0,0 +1,52 @@
+###################################################
+#                                                 #
+# B0 -> f0(1370) K0s   + c.c.                     #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: Andreas Hoecker                         # 
+# Created: 06-Jan-04                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f0(1370) K0s using phase space.
+# The f0(1370) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    note: no CPV generated - assumed to be done by 
+#          reweighting after selection
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0-1370) = 1.434 +- 0.018 GeV/c^2
+#                 G(f0-1370) = 0.173 +- 0.032 GeV/c^2
+# )
+#
+Particle f'_0 1.434 0.173
+#
+ChangeMassMin f'_0 0.40
+ChangeMassMax f'_0 2.50
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf'0 f'_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf'0 K_S0            PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf'0 K_S0            PHSP;
+Enddecay
+#
+Decay Myf'0
+1.000  pi+ pi-               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_f01370K0s_f0pipi_sp4.dec b/BaBar_2014/B0B0bar_f01370K0s_f0pipi_sp4.dec
new file mode 100644
index 0000000..4d8f141
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f01370K0s_f0pipi_sp4.dec
@@ -0,0 +1,50 @@
+###################################################
+#                                                 #
+# B0 -> f0(1370) K0s   + c.c.                     #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: Andreas Hoecker                         # 
+# Created: 06-Jan-04                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f0(1370) K0s using phase space.
+# The f0(1370) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    note: no CPV generated - assumed to be done by 
+#          reweighting after selection
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0-1370) = 1.434 +- 0.018 GeV/c^2
+#                 G(f0-1370) = 0.173 +- 0.032 GeV/c^2
+# )
+#
+Particle f'_0 1.434 0.173
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf'0 f'_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf'0 K_S0            PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf'0 K_S0            PHSP;
+Enddecay
+#
+Decay Myf'0
+1.000  pi+ pi-               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_f0K0L_f0KK.dec b/BaBar_2014/B0B0bar_f0K0L_f0KK.dec
new file mode 100644
index 0000000..097d488
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f0K0L_f0KK.dec
@@ -0,0 +1,58 @@
+###################################################
+#                                                 #
+# B0 -> f0(980) K0L   + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> K+ K-                               # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   # 
+# Created: 02/Oct/02                              #
+#                                                 #
+# patch by Andreas Hoecker (06-Jan-04)            #
+# Modified by Matt Graham  (19-Apr-04)            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f0(980) K0L using phase space.
+# The f0(980) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    note: the results from the ordinary BW fit
+#          are used and not those from the coupled
+#          channel BW, which is not in EvtGen
+#    note: no CPV generated - assumed to be done by 
+#          reweighting after selection
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf0 f_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf0 K_L0             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf0 K_L0             PHSP;
+Enddecay
+#
+Decay Myf0
+1.000  K+ K-               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_f0K0L_f0pipi.dec b/BaBar_2014/B0B0bar_f0K0L_f0pipi.dec
new file mode 100644
index 0000000..b8352e2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f0K0L_f0pipi.dec
@@ -0,0 +1,58 @@
+###################################################
+#                                                 #
+# B0 -> f0(980) K0L   + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   # 
+# Created: 02/Oct/02                              #
+#                                                 #
+# patch by Andreas Hoecker (06-Jan-04)            #
+# Modified by Matt Graham  (19-Apr-04)            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f0(980) K0L using phase space.
+# The f0(980) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    note: the results from the ordinary BW fit
+#          are used and not those from the coupled
+#          channel BW, which is not in EvtGen
+#    note: no CPV generated - assumed to be done by 
+#          reweighting after selection
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf0 f_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf0 K_L0             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf0 K_L0             PHSP;
+Enddecay
+#
+Decay Myf0
+1.000  pi+ pi-               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_f0K0s_f0KK.dec b/BaBar_2014/B0B0bar_f0K0s_f0KK.dec
new file mode 100644
index 0000000..eeeba08
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f0K0s_f0KK.dec
@@ -0,0 +1,57 @@
+###################################################
+#                                                 #
+# B0 -> f0(980) K0s   + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> K+ K-                               # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   # 
+# Created: 02/Oct/02                              #
+#                                                 #
+# patch by Andreas Hoecker (06-Jan-04)            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f0(980) K0s using phase space.
+# The f0(980) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    note: the results from the ordinary BW fit
+#          are used and not those from the coupled
+#          channel BW, which is not in EvtGen
+#    note: no CPV generated - assumed to be done by 
+#          reweighting after selection
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf0 f_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf0 K_S0             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf0 K_S0             PHSP;
+Enddecay
+#
+Decay Myf0
+1.000  K+ K-               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_f0K0s_f0pipi.dec b/BaBar_2014/B0B0bar_f0K0s_f0pipi.dec
new file mode 100644
index 0000000..76fb23f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f0K0s_f0pipi.dec
@@ -0,0 +1,57 @@
+###################################################
+#                                                 #
+# B0 -> f0(980) K0s   + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   # 
+# Created: 02/Oct/02                              #
+#                                                 #
+# patch by Andreas Hoecker (06-Jan-04)            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f0(980) K0s using phase space.
+# The f0(980) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    note: the results from the ordinary BW fit
+#          are used and not those from the coupled
+#          channel BW, which is not in EvtGen
+#    note: no CPV generated - assumed to be done by 
+#          reweighting after selection
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf0 f_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf0 K_S0             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf0 K_S0             PHSP;
+Enddecay
+#
+Decay Myf0
+1.000  pi+ pi-               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_f0K0s_f0pipi_sp4.dec b/BaBar_2014/B0B0bar_f0K0s_f0pipi_sp4.dec
new file mode 100644
index 0000000..319a472
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f0K0s_f0pipi_sp4.dec
@@ -0,0 +1,56 @@
+###################################################
+#                                                 #
+# B0 -> f0(980) K0s   + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   # 
+# Created: 02/Oct/02                              #
+#                                                 #
+# patch by Andreas Hoecker (06-Jan-04)            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f0(980) K0s using phase space.
+# The f0(980) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    note: the results from the ordinary BW fit
+#          are used and not those from the coupled
+#          channel BW, which is not in EvtGen
+#    note: no CPV generated - assumed to be done by 
+#          reweighting after selection
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf0 f_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf0 K_S0             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf0 K_S0             PHSP;
+Enddecay
+#
+Decay Myf0
+1.000  pi+ pi-               PHSP;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/B0B0bar_f0Ks_CP.dec b/BaBar_2014/B0B0bar_f0Ks_CP.dec
new file mode 100644
index 0000000..a5c816e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f0Ks_CP.dec
@@ -0,0 +1,46 @@
+###################################################
+#                                                 #
+# B0 -> f0(980) K0s   + c.c.                      #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+#  CP violation included                          #
+#                                                 #
+# Author: Jim Smith   jgsmith@pizero.colorado.edu #
+# Created: 16 July 2004                           #
+#                                                 #
+###################################################
+#
+#
+#    mass taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# We use with of 60 MeV since that seems favored by our data
+#
+Particle f_0 0.975 0.060
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf0 f_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf0 K_S0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf0 K_S0             SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myf0
+1.000  pi+ pi-               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_f0pi0.dec b/BaBar_2014/B0B0bar_f0pi0.dec
new file mode 100644
index 0000000..abd2be3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f0pi0.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# Decay: B0 -> f0 pi0 + cc                        #
+#                                                 #
+# Author: Adrian Bevan                            #
+# Created:                   29/3/01              #
+###################################################
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPi0 pi0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 f_0 pi0             PHSP;
+Enddecay 
+#
+Decay MyB0
+1.0000 f_0 pi0             PHSP;
+Enddecay 
+#
+Decay MyPi0
+1.00    gamma   gamma   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_f0pi0_f0topi0pi0.dec b/BaBar_2014/B0B0bar_f0pi0_f0topi0pi0.dec
new file mode 100644
index 0000000..4dbdc3c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_f0pi0_f0topi0pi0.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# Decay: B0 -> f0 pi0 + cc                        #
+#              |                                  #
+#              |                                  #
+#              \---> pi0 pi0                      #
+# Author: Adrian Bevan (AB)                       # bevan@slac.stanford.edu
+# Created:                   29/3/01              #
+# Modified: AB: correction   20/4/01              #
+###################################################
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf0 f_0
+#
+Decay Upsilon(4S)
+0.500 MyB0      anti-B0   VSS;
+0.500 Myanti-B0 B0        VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 Myf0 pi0                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay MyB0
+1.0000 pi0 pi0                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myf0
+1.00    pi0 pi0              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_gamma_gamma.dec b/BaBar_2014/B0B0bar_gamma_gamma.dec
new file mode 100644
index 0000000..bdb280d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_gamma_gamma.dec
@@ -0,0 +1,26 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> gamma gamma                                            #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# Mail: PSA@SLAC.STANFORD.EDU                                                 #
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+#
+Decay myB0
+1.0000  gamma gamma                     PHSP;
+Enddecay
+Decay myantiB0
+1.0000  gamma gamma                     PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_generic.dec b/BaBar_2014/B0B0bar_generic.dec
new file mode 100644
index 0000000..4e370d9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_generic.dec
@@ -0,0 +1,16 @@
+###################################################
+#                                                 #
+# Generic neutral B decays with mixing            #
+#                                                 #
+#                                                 #
+# Contact:Anders Ryd  (ryd@slac.stanford.edu)     #
+# Created:                  22/Nov/99             #
+###################################################
+#
+#
+Decay Upsilon(4S)
+1.00000 B0  anti-B0                    VSS_BMIX dm;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0B0bar_lambdalambda.dec b/BaBar_2014/B0B0bar_lambdalambda.dec
new file mode 100644
index 0000000..2ef2f08
--- /dev/null
+++ b/BaBar_2014/B0B0bar_lambdalambda.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# Decay: B0B -> Lambda antiLambda                 #
+#                                                 #
+# Author: A. Roodman  Aug/26/02                   #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+ 1.000 MyLambda0 Myanti-Lambda0   PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.000 MyLambda0 Myanti-Lambda0   PHSP;
+Enddecay
+#
+Decay MyLambda0
+1.00 p+ pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-Lambda0
+1.00 anti-p- pi+             PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_lambdalambdaks.dec b/BaBar_2014/B0B0bar_lambdalambdaks.dec
new file mode 100644
index 0000000..f8df42a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_lambdalambdaks.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# Decay: B0B0bar -> Lambda antiLambda Ks          #
+#                                                 #
+# Author: S. Saremi  Oct/02/03                    #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyLambda0 Myanti-Lambda0 MyKs   PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyLambda0 Myanti-Lambda0 MyKs  PHSP;
+Enddecay
+#
+Decay MyLambda0
+1.000 p+ pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-Lambda0
+1.000 anti-p- pi+             PHSP;
+Enddecay
+#
+Decay MyKs
+1.000 pi- pi+            PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_lambdapK.dec b/BaBar_2014/B0B0bar_lambdapK.dec
new file mode 100644
index 0000000..dc3ee47
--- /dev/null
+++ b/BaBar_2014/B0B0bar_lambdapK.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# Decay: B0 -> Lambda Proton K+  + cc             #
+#                                                 #
+# Author:  T. Hrynova 12/12/03                    #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 Myanti-Lambda0 p+  K-   PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyLambda0 anti-p-  K+   PHSP;
+Enddecay
+#
+Decay MyLambda0
+1.00 p+ pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-Lambda0
+1.00 anti-p- pi+             PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_lambdappi.dec b/BaBar_2014/B0B0bar_lambdappi.dec
new file mode 100644
index 0000000..a94b0f9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_lambdappi.dec
@@ -0,0 +1,35 @@
+###################################################
+#                                                 #
+# Decay: B0b -> Lambda Proton pi+  + cc           #
+#                                                 #
+# Author: G. London    2/2/99                     #
+# modified:           10/2/99                     #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+ 1.000 Myanti-Lambda0 p+  pi-   PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.000 MyLambda0 anti-p-  pi+   PHSP;
+Enddecay
+#
+Decay MyLambda0
+1.00 p+ pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-Lambda0
+1.00 anti-p- pi+             PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_llgamma.dec b/BaBar_2014/B0B0bar_llgamma.dec
new file mode 100644
index 0000000..ac5346d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_llgamma.dec
@@ -0,0 +1,36 @@
+############################################################
+#                                                          #
+#                                                          #
+#  Up(4S) -> B0   B0bar + CC                               #
+#            |    |                                        #
+#            |    `->  l- l+ gamma (l = e or mu)           #
+#            |                                             #
+#            `->X                                          #
+#                                                          #
+#                                                          #
+# Author: Dieter Best, UC Irvine (best@slac.stanford.edu)  #
+# Created: 19.July.2002                                    #
+############################################################
+#
+Alias      myB0      B0
+Alias      myAnti-B0 anti-B0
+ChargeConj myB0      myAnti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAnti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+0.50000  e+   e- gamma  PHSP;
+0.50000  mu+ mu- gamma  PHSP;
+Enddecay 
+#
+Decay myAnti-B0
+0.50000  e+   e- gamma  PHSP;
+0.50000  mu+ mu- gamma  PHSP;
+Enddecay 
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_mupmum.dec b/BaBar_2014/B0B0bar_mupmum.dec
new file mode 100644
index 0000000..37ad190
--- /dev/null
+++ b/BaBar_2014/B0B0bar_mupmum.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> mu+ mu-,          B0 -> X       # 
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: G.Cavoto                                #
+# Date:                    23/Ago/00              #
+# Initial version modified from B0Bar_p+p-.dec   #
+# Use phase space for now                         #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000 mu+ mu-                    PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 mu+ mu-                    PHSP;
+Enddecay 
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_mutau.dec b/BaBar_2014/B0B0bar_mutau.dec
new file mode 100644
index 0000000..292df3b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_mutau.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> mu+ tau-,       B0 -> X       # 
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: J. Cochran                              #
+# Date:                    19/Apr/01              #
+# Initial version modified from B0Bar_e+e-.dec    #
+#                                                 #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+
+#
+Decay MyB0
+0.5000 mu+ tau-                         SLL;
+0.5000 mu- tau+                         SLL;
+Enddecay 
+#
+Decay Myanti-B0
+0.5000 mu+ tau-                         SLL;
+0.5000 mu- tau+                         SLL;
+Enddecay 
+#
+
+End
+
diff --git a/BaBar_2014/B0B0bar_noDstarD.dec b/BaBar_2014/B0B0bar_noDstarD.dec
new file mode 100644
index 0000000..82eed86
--- /dev/null
+++ b/BaBar_2014/B0B0bar_noDstarD.dec
@@ -0,0 +1,5058 @@
+#Define the B0B0bar mass difference
+Define dm 0.472e12
+Define dgamma 0
+Define qoverp 1
+Define phaseqoverp 0
+# define the values of the CKM angles  (alpha=70, beta=40)
+Define twoBetaPlusGamma  2.167
+Define betaPlusHalfGamma 1.0835
+
+# New definitions for psiKstar modes (Lange, July 26, 2000)
+Define PKHplus  0.159
+Define PKHzero  0.775
+Define PKHminus 0.612
+Define PKphHplus  1.563
+Define PKphHzero  0.0
+Define PKphHminus 2.712
+
+Define Aplus  0.490
+Define Azero  1.10
+Define Aminus 0.4
+#
+Define phAplus  2.5
+Define phAzero  0.0
+Define phAminus -0.17
+
+#
+# These particle aliases are used in for CP violating decays
+# in which the decay distributions depends on how the K* decayed.
+#
+#
+Alias K*L       K*0
+Alias K*S       K*0
+Alias K*0T      K*0
+Alias anti-K*0T anti-K*0
+Alias K*BR  anti-K*0
+Alias K*0R  K*0
+Alias anti-K_0*0N anti-K_0*0
+Alias K_0*0N K_0*0
+#
+ChargeConj K*0T    anti-K*0T
+ChargeConj K_0*0N  anti-K_0*0N
+ChargeConj K*0R    K*BR    
+#
+#JetSet parameter modifications
+#
+# O.Long : March 30, 2000
+#  Change from using Peterson fragmentation to Lund fragmentation
+#  with the default parameters (A=0.30, B=0.58)
+#
+#(Very important that there are no blank spaces in the parameter string!)
+# Number of flavor produced. 4 = udsc production (was 5 before)
+JetSetPar MSTJ(104)=5
+# turn on initial state radiation (was off before)
+JetSetPar MSTJ(107)=1
+#use Lund fragmentation with default parameters
+JetSetPar MSTJ(11)=4
+# Lund symmetric fragmentation function parameter a 
+JetSetPar PARJ(41)=.30
+# Lund symmetric fragmentation function parameter b 
+JetSetPar PARJ(42)=.58
+# Lund symmetric fragmentation function parameter a 
+JetSetPar PARJ(43)=.50
+# Lund symmetric fragmentation function parameter b 
+JetSetPar PARJ(44)=.90
+#eps_c   from CLEO 8/97
+JetSetPar PARJ(54)=-.040
+# eps_b
+JetSetPar PARJ(55)=-.004
+#Turn of B0-B0B mixing in JetSet:
+JetSetPar MSTJ(26)=0
+# control of L=1 mesons (in order: J1S0 J0S1 J1S1 J2S1
+JetSetPar PARJ(14)=0.05
+JetSetPar PARJ(15)=0.05
+JetSetPar PARJ(16)=0.05
+JetSetPar PARJ(17)=0.05
+#cut-off parameter used to stop fragmentation process (was .4, CLEO uses.3)
+JetSetPar PARJ(33)=0.3
+#
+### Parameters below are a new tuning of the continuum
+### fragmentation that softens the pion spectrum
+### but commented out untill verified to be physically
+### sound. ryd 00-02-10
+### Lund symmetric fragmentation function parameter a 
+##JetSetPar PARJ(41)=.40
+### Lund symmetric fragmentation function parameter b 
+##JetSetPar PARJ(42)=.29
+### Lund symmetric fragmentation function parameter a 
+##JetSetPar PARJ(43)=.60
+### Lund symmetric fragmentation function parameter b 
+##JetSetPar PARJ(44)=.45
+###eps_c   from CLEO 8/97
+##JetSetPar PARJ(54)=-.040
+##JetSetPar PARJ(46)=0.0
+##JetSetPar PARJ(33)=0.2
+###End of new continuum tuning
+#
+Decay vpho
+1.000                     JSCONT   0;
+Enddecay
+#
+# use new VSS_BMIX mixing decay model (DK,28-Oct-1999)
+Decay Upsilon(4S)
+0.50000 B+  B-                          VSS;
+0.49913 B0  anti-B0                     VSS_BMIX dm;
+0.00000         Upsilon(2S)  pi+  pi-   PHSP;
+0.00000         Upsilon(2S)  pi0  pi0   PHSP;
+# V-> gamma S    Partial wave (L,S)=(0,0)
+0.00007         gamma chi_b0(3P)  HELAMP 1. 0. 1. 0.; 
+# V-> gamma V    Partial wave (L,S)=(0,1)
+0.00014         gamma chi_b1(3P)  HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+# V-> gamma T    Partial wave (L,S)=(0,1)
+0.00014         gamma chi_b2(3P)  HELAMP 2.4494897 0. 1.7320508 0. 1. 0.
+                                   1. 0. 1.7320508 0. 2.4494897 0.;
+0.00050         g       g       g       JETSET 4;
+0.00002         gamma   g       g       JETSET 4;
+Enddecay
+#
+#
+Decay anti-B0
+#                   b -> c semileptonic
+#
+0.0560   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+0.0056   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0020   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0560   D*+    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D+     mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0056   D_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0020   D_0*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   D'_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   D_2*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0010   D*+  pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0020   D*0  pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0030   D+   pi0   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+0.0060   D0   pi+   mu-  anti-nu_mu    PHOTOS   GOITY_ROBERTS;
+#
+#                    b -> c tau nu
+#
+0.0160   D*+    tau- anti-nu_tau                 ISGW2;
+0.0070   D+     tau- anti-nu_tau                 ISGW2;
+0.0013   D_1+   tau- anti-nu_tau                 ISGW2;
+0.0013   D_0*+   tau- anti-nu_tau                 ISGW2;
+0.0020   D'_1+   tau- anti-nu_tau                 ISGW2;
+0.0020   D_2*+   tau- anti-nu_tau                 ISGW2;
+#
+#                    b -> u l nu
+#
+# 03/28/01 S.Menke included inclusive B -> X_u l nu decays for m(X_u) > 1.26 GeV.
+#                  with some thresholds to gradually switch from excl. to incl.
+#                  modeling without big jumps keeping the better known excl.
+#                  Brs at their actual values and constrain the incl. Br and 
+#                  weights in a way that ~40% of the total BR belongs to 
+#                  the mass region > 1.5 GeV
+#
+0.000180   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000260   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000165   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000102   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   rho(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000616   Xu+  e-  anti-nu_e          PHOTOS   VUB 4.8 1.29 0.22 13 
+ 1.264 0.354 1.341 0.639 1.414 0.758 1.483 0.822 1.549 0.881 
+ 1.612 0.949 1.673 0.953 1.732 0.947 1.788 0.968 1.843 0.967 
+ 1.897 0.978 1.949 0.984 2     1;
+0.000180   pi+    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000260   rho+   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000165   a_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000102   b_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_0+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_2+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   rho(2S)+ mu-  anti-nu_mu      PHOTOS     ISGW2;
+0.000000   D(2S)+ mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000000   D*(2S)+ mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000616   Xu+  mu-  anti-nu_mu        PHOTOS   VUB 4.8 1.29 0.22 13 
+ 1.264 0.354 1.341 0.639 1.414 0.758 1.483 0.822 1.549 0.881 
+ 1.612 0.949 1.673 0.953 1.732 0.947 1.788 0.968 1.843 0.967 
+ 1.897 0.978 1.949 0.984 2     1;
+#
+0.000060   pi+    tau- anti-nu_tau                 ISGW2;
+0.000083   rho+   tau- anti-nu_tau                 ISGW2;
+0.000090   a_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   b_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_0+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_2+    tau- anti-nu_tau                 ISGW2;
+0.000000   rho(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)+ tau- anti-nu_tau                 ISGW2;
+#
+#
+0.000045   anti-K*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000135  anti-K_10  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000065  anti-K'_10  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000128  anti-K'*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000166  anti-K_2*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000017  anti-K''*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+0.000284     anti-Xsd    gamma     BTOXSGAMMA 2 ;
+#
+0.00000057 anti-K0   e+    e-    PHOTOS BTOSLLBALL;
+0.0000023  anti-K*0  e+    e-    PHOTOS BTOSLLBALL;
+0.000004   anti-Xsd  e+    e-    PHOTOS BTOXSLL;
+0.00000057 anti-K0   mu+   mu-   PHOTOS BTOSLLBALL;
+0.0000019  anti-K*0  mu+   mu-   PHOTOS BTOSLLBALL;
+0.000004   anti-Xsd  mu+   mu-   PHOTOS BTOXSLL;
+0.00000013 anti-K0   tau+  tau-  PHOTOS BTOSLLBALL;
+0.00000019 anti-K*0  tau+  tau-  PHOTOS BTOSLLBALL;
+0.0000002  anti-Xsd  tau+  tau-  PHOTOS BTOXSLL;
+#
+#    B0 -> CP eigenstates  (some exclusive b -> u)   sum=0.00036
+#
+# (pi0pi0 -> 2x10^-6, Jim Olsen - Mar 27, 2001)
+0.000004   pi+  pi-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000002   pi0  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   pi0  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta' eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta' a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta' f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_00  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_00  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   omega a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   rho0 a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   b_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   f_0   f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   omega f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   rho0 f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   b_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000030   pi-   pi+   pi0          BTO3PI_CP dm  alpha;
+
+#  not sure what angles are involved here!!!!
+0.000005     phi   anti-K*0T        SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000025    phi   K*S              SVV_CP alpha dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000025     phi   K*L             SVV_CP alpha dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     phi  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000005     phi  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001     phi  rho0              SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001     phi  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001     phi  phi               SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  omega             SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001  eta K_S0                  SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001  eta K_L0                  SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.0000445 eta' K_S0                 SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.0000445 eta' K_L0                 SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.0000025 omega K_S0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.0000025 omega K_L0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+
+0.0000035 K*S eta                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.0000035 K*L eta                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.0000070 anti-K*0T eta             SVS;
+0.000001 K*S eta'                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001 K*L eta'                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000002 anti-K*0T eta'             SVS;
+0.000001 K*S omega                  SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 K*L omega                  SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000002 anti-K*0T omega            SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 omega omega                SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 omega rho0                 SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+#
+#0.00000108   K-    pi+   pi0          BTOKPIPI_CP dm  alpha beta;
+#
+#2-body modes from Jim Olsen
+# (K_S0pi0 and K_L0pi0 -> 4x10^-6, Jim Olsen - Mar 27, 2001)
+0.000017     K-  pi+                PHSP;
+0.000003     K+  K-                 PHSP;
+0.000004     K_S0 K_S0              PHSP;
+0.000008     K_S0 K_L0              PHSP;
+0.000004     K_L0 K_L0              PHSP;
+0.000004     K_S0 pi0               PHSP;
+0.000004     K_L0 pi0               PHSP;
+#3,4-body modes from Jim Smith
+0.000001     rho0  anti-K*0T        SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     rho0  K*S              SVV_CP alpha dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     rho0  K*L              SVV_CP alpha dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     rho+  K*-              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000002     rho0  rho0             SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000030     rho+  rho-             SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     K*0   anti-K*0         SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     a_1+  pi-              SVS;
+0.000010     a_1-  pi+              SVS;
+#
+0.000002     anti-K*0 pi0           SVS;
+0.000005     K*- pi+                SVS;
+0.000001     rho+ K-                SVS;
+0.000001     rho0 K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001     rho0 K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001     anti-K*0 K_L0          SVS;
+0.000001     anti-K*0 K_S0          SVS;
+# Put in with 0 BR to keep JETSET from generating these (see BTO3PI_CP above)
+0.000000     rho0 pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000000     rho+ pi-               PHSP;
+0.000000     rho- pi+               PHSP;
+#
+#       B -> cc= s          
+#
+#   Charmonium states - updated from Lange's recommendations (august 23,2000)
+# Based on new BABAR results I'm making the following changes (Lange, March 13, 2001
+#       J/psi K0   was 10, now 9 x 10^-4
+#       J/psi pi0   was 2.5, now 2.0 x 10^-4
+#       J/psi Kstar was 15, now 13
+#       Fix chic1 KS CP eigenstate
+#       adding J/psi rho and omega - for lack of better thing will use the Kstar helicity amplitudes.
+#       Psi2sKs  30 ->31
+#       chic1 Kstar: 12 ->6
+0.00045     J/psi  K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00045     J/psi  K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.000217    J/psi  K*S               SVV_CP beta  dm 1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.000217    J/psi  K*L               SVV_CP beta  dm -1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.000866     J/psi  anti-K*0T          SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.000020     J/psi  pi0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.000030     J/psi  rho0              SVV_CP beta  dm 1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.000030     J/psi  omega             SVV_CP beta  dm 1 Aplus phAplus Azero phAzero Aminus phAminus;
+
+0.0002     J/psi  K-  pi+           PHSP;
+0.0001     J/psi  anti-K0   pi0           PHSP;
+#rl0.0007     J/psi  anti-K0   pi+  pi-      PHSP;
+#rl0.00035     J/psi  anti-K0   pi0  pi0      PHSP;
+#rl0.00035     J/psi  K-  pi+  pi0      PHSP;
+0.0015     J/psi  anti-K_10              SVV_HELAMP 0.5 0.0 1.0 0.0 0.5 0.0;
+0.0001     J/psi  anti-K'_10             SVV_HELAMP 0.5 0.0 1.0 0.0 0.5 0.0;
+0.0005     J/psi  anti-K_2*0              PHSP;
+0.00009     J/psi  phi anti-K0        PHSP;
+#
+0.00031     psi(2S)  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00031     psi(2S)  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00015    psi(2S)  K*S              SVV_CP beta  dm 1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.00015    psi(2S)  K*L              SVV_CP beta  dm  -1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.0006     psi(2S)  anti-K*0T             SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+
+0.0004     psi(2S)  K-  pi+          PHSP;
+0.0002     psi(2S)  anti-K0   pi0          PHSP;
+0.0002     psi(2S)  anti-K0   pi+  pi-     PHSP;
+0.0001     psi(2S)  anti-K0   pi0  pi0     PHSP;
+0.0001     psi(2S)  K-  pi+  pi0     PHSP;
+0.0004     psi(2S)  anti-K_10              PHSP;
+
+#
+0.0004    eta_c K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0004    eta_c K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0003   K*S  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0003   K*L  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0006    anti-K*0T eta_c              SVS;
+0.0002    eta_c  K-  pi+          PHSP;
+0.0001    eta_c  anti-K0   pi0          PHSP;
+0.0002    eta_c  anti-K0   pi+  pi-     PHSP;
+0.0001    eta_c  anti-K0   pi0  pi0     PHSP;
+0.0001    eta_c  K-  pi+  pi0     PHSP;
+#
+0.0001     chi_c0 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0001     chi_c0 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00005    K*S  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00005    K*L  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0002     anti-K*0T chi_c0              SVS;
+0.0002     chi_c0  K-  pi+          PHSP;
+0.0001     chi_c0  anti-K0   pi0          PHSP;
+0.0002     chi_c0  anti-K0   pi+  pi-     PHSP;
+0.0001     chi_c0  anti-K0   pi0  pi0     PHSP;
+0.0001     chi_c0  K-  pi+  pi0     PHSP;
+#
+0.0003     chi_c1 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0003     chi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0001     K*S  chi_c1              SVV_CP beta  dm 1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.0001     K*L  chi_c1              SVV_CP beta  dm -1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.0004     chi_c1  anti-K*0T             SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.0004     chi_c1  K-  pi+          PHSP;
+0.0002     chi_c1  anti-K0   pi0          PHSP;
+0.0004     chi_c1  anti-K0   pi+  pi-     PHSP;
+0.0002     chi_c1  anti-K0   pi0  pi0     PHSP;
+0.0002     chi_c1  K-  pi+  pi0     PHSP;
+#
+0.0001     chi_c2 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0001     chi_c2 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.000075    K*S  chi_c2              PHSP;
+0.000075    K*L  chi_c2              PHSP;
+0.0003     chi_c2  anti-K*0T             PHSP;
+0.0002     chi_c2  K-  pi+          PHSP;
+0.0001     chi_c2  anti-K0   pi0          PHSP;
+0.0002     chi_c2  anti-K0   pi+  pi-     PHSP;
+0.0001    chi_c2  anti-K0   pi0  pi0     PHSP;
+0.0001     chi_c2  K-  pi+  pi0     PHSP;
+#
+# b-> c (dc=)
+#
+0.00027     D-   D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.000     D*-  D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.000     D*+  D-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+#0.00030     D*-  D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+#0.00030     D*+  D-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.001       D*+  D*-              SVV_CP beta  dm -1 0.62 0.0 1.05 0.0 0.25 0.0;
+#
+# b -> c (sc=)  -->  D Ds X   Sum = 10%
+#
+0.0074   D+  D_s-                        PHSP;
+0.0106   D*+  D_s-                       SVS;
+0.0074   D_s*- D+                        SVS;
+0.0141   D*+  D_s*-                      SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0010   D'_1+  D_s-                     SVS;
+0.0020   D'_1+  D_s*-                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0020   D_1+  D_s-                      SVS;
+0.0040   D_1+  D_s*-                     SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0070   D_2*+  D_s-                      STS;
+0.0140   D_2*+  D_s*-                    PHSP;
+#
+0.0030   D_s-  D+  pi0                   PHSP;
+0.0060   D_s-  D0  pi+                   PHSP;
+0.0030   D_s*- D+  pi0                   PHSP;
+0.0060   D_s*- D0  pi+                   PHSP;
+0.0050   D_s-  D+  pi+  pi-              PHSP;
+0.0037   D_s-  D+  pi0  pi0              PHSP;
+0.0037   D_s-  D0  pi+  pi0              PHSP;
+0.0050   D_s*- D+  pi+  pi-              PHSP;
+0.0037   D_s*- D+  pi0  pi0              PHSP;
+0.0037   D_s*- D0  pi+  pi0              PHSP;
+#
+# b -> c (sc=)  -->  D D= K  X   Sum = 8%
+#
+0.0025   D+  anti-D0  K-                    PHSP;
+0.0025   D+  D-   anti-K0                   PHSP;
+0.0025   D+  anti-D0  K*-                   PHSP;
+0.0025   D+  D-   anti-K*0                  PHSP;
+#
+0.0050   D*+ anti-D0  K-                    PHSP;
+0.0050   D*+ D-   anti-K0                   PHSP;
+0.0050   D+  anti-D*0  K-                   PHSP;
+0.0050   D+  D*-  anti-K0                   PHSP;
+#
+0.0025   D*+ anti-D0  K*-                   PHSP;
+0.0025   D*+ D-   anti-K*0                  PHSP;
+0.0025   D+  anti-D*0  K*-                  PHSP;
+0.0025   D+  D*-  anti-K*0                  PHSP;
+#
+0.0150   D*+ anti-D*0  K-                   PHSP;
+0.0150   D*+ D*-   anti-K0                  PHSP;
+0.0050   D*+ anti-D*0  K*-                  PHSP;
+0.0050   D*+ D*-   anti-K*0                 PHSP;
+#Add color suppressed modes as recommended by Jean-Pierre Lees
+#Lange September 5, 2000
+0.0005   D0  anti-D0  anti-K0               PHSP;
+0.0005   D0  anti-D0  anti-K*0              PHSP;
+0.0010   D0  anti-D*0  anti-K0              PHSP;
+0.0005   D0  anti-D*0  anti-K*0             PHSP;
+0.0010   D*0  anti-D0  anti-K0              PHSP;
+0.0005   D*0  anti-D0  anti-K*0             PHSP;
+0.0030   D*0  anti-D*0  anti-K0             PHSP;
+0.0010   D*0  anti-D*0  anti-K*0            PHSP;
+
+
+#
+#
+#  B -> D(*) X  Exclusive modes
+#
+0.0027   D*+ pi-                        SVS;
+0.0030   D+  pi-                        PHSP;
+0.0082   rho- D+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- D*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   D+  pi-  pi0                   PHSP;
+0.0070   D*+ pi-  pi0                   PHSP;
+0.0010   D0  pi+  pi-                   PHSP;
+0.0010   D*0 pi+  pi-                   PHSP;
+0.0005   D*0 pi0  pi0                   PHSP;
+#
+0.0060   a_1- D+                         SVS;
+0.0011   D+  rho0  pi-                  PHSP;
+0.0011   D+  rho-  pi0                  PHSP;
+0.0022   D+  pi+  pi-  pi-              PHSP;
+0.0010   D+  pi0  pi-  pi0              PHSP;
+0.0010   D0  pi+  pi-  pi0              PHSP;
+0.0001   D0  pi0  pi0  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   D*+  a_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   D*+  rho0  pi-                 PHSP;
+0.0010   D*+  rho-  pi0                 PHSP;
+0.0000   D*+  pi+  pi-  pi-             PHSP;
+0.0010   D*+  pi0  pi-  pi0             PHSP;
+0.0010   D*0  pi+  pi-  pi0             PHSP;
+0.0001   D*0  pi0  pi0  pi0             PHSP;
+#
+# B->D** pi and D** rho, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html
+#
+0.0006   D_1+ pi- 			SVS;
+0.0009   D'_1+ pi- 			SVS;
+0.0009   D_2*+ pi- 			STS;
+0.0004   D_1+ rho-			PHSP;  
+0.0013   D'_1+ rho-			PHSP;  
+0.0022   D_2*+ rho-			PHSP;  
+#
+#
+# B->DK, recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+#
+0.00017  D*+ K-			SVS;
+0.00020  D+  K-			PHSP;
+0.00044  D*+ K*-		SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+0.00051  K*- D+  		SVS;
+#
+#
+# Color-suppressed modes. Br's are expectations from 
+# Phys. Rev. D57 (1998), 5363-5369, except for the eta' modes, which are set
+# equal to the eta modes. SVV_HELAMP parameters are the same as in D*0 rho-,
+# with phases set to 0. Recommendation http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/169.html:
+#
+0.00007  D0 pi0                  PHSP;
+0.00010  D*0 pi0                 SVS;
+#
+0.00007  rho0 D0                 SVS;
+0.00017  D*0 rho0                SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+#
+0.00005  D0 eta                  PHSP;
+0.00006  D*0 eta                 SVS;
+#
+0.00005  D0 eta'                 PHSP;
+0.00006  D*0 eta'                SVS;
+#
+0.00007  omega D0                SVS;
+0.00017  D*0 omega               SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+#
+#
+#  Lam_c X  / Sigma_c X      6.0 %
+#
+0.01000        cd_0       anti-ud_0         JETSET 23;
+0.03000        cd_1       anti-ud_1         JETSET 23;
+#
+#  Xi_c X     2.5%
+#
+0.00600        cs_0       anti-ud_0         JETSET 23;
+0.01800        cs_1       anti-ud_1         JETSET 23;
+#
+#
+0.255658        anti-u       d  c       anti-d       JETSET         48;
+0.04600         anti-u       d  c       anti-d       JETSET         25;
+0.02100         anti-u       s  c       anti-d       JETSET         23;
+0.01800         anti-u       c  d       anti-d       JETSET         48;
+0.00090         anti-u       c  s       anti-d       JETSET         48;
+#lange - try to crank up the psi production....
+0.03400         anti-c       s  c       anti-d       JETSET         13;
+0.00600         anti-c       d  c       anti-d       JETSET         13;
+0.00600         anti-u       d  u       anti-d       JETSET         48;
+0.00400         anti-c       s  u       anti-d       JETSET         48;
+#new recommendations from Aaron Roodman
+0.00410         anti-u     u  d       anti-d       JETSET         48;
+0.00070         anti-d     d  d       anti-d       JETSET         48;
+0.00090         anti-s     s  d       anti-d       JETSET         48;
+0.00220         anti-u     u  s       anti-d       JETSET         48;
+0.00180         anti-d     d  s       anti-d       JETSET         48;
+0.00150         anti-s     s  s       anti-d       JETSET         48;
+0.00500                    s  g       anti-d       JETSET         33;
+Enddecay
+#
+#
+Decay B0
+#                   b -> c semileptonic
+# =10.4% total  non-D and D* = 3.4% (changing to 2.7)
+0.0560   D*-    e+   nu_e           PHOTOS HQET 0.92 1.18 0.72;
+0.0210   D-     e+   nu_e           PHOTOS ISGW2;
+0.0056   D_1-   e+   nu_e           PHOTOS ISGW2;
+0.0020   D_0*-   e+   nu_e           PHOTOS ISGW2;
+0.0037   D'_1-   e+   nu_e           PHOTOS ISGW2;
+0.0037   D_2*-   e+   nu_e           PHOTOS ISGW2;
+0.0010   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0020   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0030   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0060   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+0.0560   D*-    mu+  nu_mu           PHOTOS HQET 0.92 1.18 0.72;
+0.0210   D-     mu+  nu_mu           PHOTOS ISGW2;
+0.0056   D_1-   mu+  nu_mu           PHOTOS ISGW2;
+0.0020   D_0*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   D'_1-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   D_2*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0010   D*-  pi0   mu+  nu_mu       PHOTOS GOITY_ROBERTS;
+0.0020   anti-D*0  pi-   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+0.0030   D-   pi0   mu+  nu_mu       PHOTOS GOITY_ROBERTS;
+0.0060   anti-D0  pi-   mu+  nu_mu    PHOTOS    GOITY_ROBERTS;
+#
+#                    b -> c tau nu
+#
+0.0160   D*-    tau+ nu_tau                  ISGW2;
+0.0070   D-     tau+ nu_tau                  ISGW2;
+0.0013   D_1-   tau+ nu_tau                  ISGW2;
+0.0013   D_0*-   tau+ nu_tau                  ISGW2;
+0.0020   D'_1-   tau+ nu_tau                  ISGW2;
+0.0020   D_2*-   tau+ nu_tau                  ISGW2;
+#
+#                    b -> u l nu
+#
+0.000180   pi-    e+   nu_e        PHOTOS  ISGW2;
+0.000260   rho-   e+   nu_e        PHOTOS  ISGW2;
+0.000165   a_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000102   b_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_0-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_2-    e+   nu_e        PHOTOS  ISGW2;
+0.000000   rho(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000000   D(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000000   D*(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000616   Xu-  e+  nu_e          PHOTOS  VUB 4.8 1.29 0.22 13 
+ 1.264 0.354 1.341 0.639 1.414 0.758 1.483 0.822 1.549 0.881 
+ 1.612 0.949 1.673 0.953 1.732 0.947 1.788 0.968 1.843 0.967 
+ 1.897 0.978 1.949 0.984 2     1;
+0.000180   pi-    mu+  nu_mu        PHOTOS  ISGW2;
+0.000260   rho-   mu+  nu_mu        PHOTOS  ISGW2;
+0.000165   a_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000102   b_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_0-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_2-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000000   rho(2S)- mu+  nu_mu      PHOTOS    ISGW2;
+0.000000   D(2S)- mu+  nu_mu        PHOTOS  ISGW2;
+0.000000   D*(2S)- mu+  nu_mu       PHOTOS   ISGW2;
+0.000616   Xu-  mu+  nu_mu        PHOTOS  VUB 4.8 1.29 0.22 13 
+  1.264 0.354 1.341 0.639 1.414 0.758 1.483 0.822 1.549 0.881 
+  1.612 0.949 1.673 0.953 1.732 0.947 1.788 0.968 1.843 0.967 
+  1.897 0.978 1.949 0.984 2     1;
+#
+#
+0.000060   pi-    tau+ nu_tau                ISGW2;
+0.000083   rho-   tau+ nu_tau                ISGW2;
+0.000090   a_1-    tau+ nu_tau                ISGW2;
+0.000008   b_1-    tau+ nu_tau                ISGW2;
+0.000008   a_0-    tau+ nu_tau                ISGW2;
+0.000008   a_2-    tau+ nu_tau                ISGW2;
+0.000000   rho(2S)- tau+ nu_tau                ISGW2;
+0.000000   D(2S)- tau+ nu_tau                ISGW2;
+0.000000   D*(2S)- tau+ nu_tau                ISGW2;
+#
+#
+0.000045   K*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000135  K_10  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000065  K'_10  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000128  K'*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000166  K_2*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000017  K''*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+0.000284      Xsd    gamma     BTOXSGAMMA 2 ;
+#
+0.00000057 K0   e+    e-    PHOTOS BTOSLLBALL;
+0.0000023  K*0  e+    e-    PHOTOS BTOSLLBALL;
+0.000004   Xsd  e+    e-    PHOTOS BTOXSLL;
+0.00000057 K0   mu+   mu-   PHOTOS BTOSLLBALL;
+0.0000019  K*0  mu+   mu-   PHOTOS BTOSLLBALL;
+0.000004   Xsd  mu+   mu-   PHOTOS BTOXSLL;
+0.00000013 K0   tau+  tau-  PHOTOS BTOSLLBALL;
+0.00000019 K*0  tau+  tau-  PHOTOS BTOSLLBALL;
+0.0000002  Xsd  tau+  tau-  PHOTOS BTOXSLL;
+#
+#    B0 -> CP eigenstates  (some exclusive b -> u)   sum=0.00036
+# (pi0pi0 -> 2x10^-6, Jim Olsen - Mar 27, 2001)
+#
+0.000004    pi+  pi-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000002   pi0  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   pi0  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta' eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta' a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta' f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_00  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_00  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   omega a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   rho0 a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   b_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   f_0   f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   omega f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   rho0 f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   b_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000030     pi-   pi+   pi0          BTO3PI_CP dm  alpha;
+#0.00000108   K+    pi-   pi0          BTOKPIPI_CP dm  alpha beta;
+#
+0.000005     phi   K*0T             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000025    phi   K*S              SVV_CP alpha dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000025     phi   K*L             SVV_CP alpha dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     phi  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000005     phi  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001     phi  rho0              SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001     phi  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001     phi  phi               SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  omega             SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  pi0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001  eta K_S0                  SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001  eta K_L0                  SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.0000445 eta' K_S0                 SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.0000445 eta' K_L0                 SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.0000025 omega K_S0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.0000025 omega K_L0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+
+0.0000035 K*S eta                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.0000035 K*L eta                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.0000070 K*0T eta                  SVS;
+0.000001 K*S eta'                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001 K*L eta'                   SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000002 K*0T eta'                  SVS;
+0.000001 K*S omega                  SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 K*L omega                  SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000002 K*0T omega                 SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 omega omega                SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 omega rho0                 SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+#
+#2-body modes from Jim Olsen
+# (K_S0 pi0 and K_L0 pi0 -> 4x10^-6, Jim Olsen - Mar 27, 2001)
+0.000017     K+  pi-                PHSP;
+0.000003     K+  K-                 PHSP;
+0.000004     K_S0 K_S0              PHSP;
+0.000008     K_S0 K_L0              PHSP;
+0.000004     K_L0 K_L0              PHSP;
+0.000004     K_S0 pi0               PHSP;
+0.000004     K_L0 pi0               PHSP;
+#3,4-body modes from Jim Smith
+0.000001     rho0  K*0T             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     rho0  K*S              SVV_CP alpha dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     rho0  K*L              SVV_CP alpha dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     rho-  K*+              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000002     rho0  rho0             SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000030     rho+  rho-             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     K*0   anti-K*0         SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     a_1+  pi-              SVS;
+0.000010     a_1-  pi+              SVS;
+#
+0.000002     K*0 pi0                SVS;
+0.000005     K*+ pi-                SVS;
+0.000001     rho- K+                SVS;
+0.000001     rho0 K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001     rho0 K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001     K*0 K_S0                SVS;
+0.000001     K*0 K_L0                SVS;
+# Put in with 0 BR to keep JETSET from generating these (see BTO3PI_CP above)
+0.000000     rho0 pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000000     rho+ pi-               PHSP;
+0.000000     rho- pi+               PHSP;
+#       B -> cc= s          
+0.00045     J/psi  K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00045     J/psi  K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.000217    J/psi  K*S               SVV_CP beta  dm 1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.000217    J/psi  K*L               SVV_CP beta  dm -1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.000866     J/psi  K*0T              SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.00002     J/psi  pi0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00003     J/psi  rho0             SVV_CP beta  dm 1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.00003     J/psi  omega            SVV_CP beta  dm 1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.0002     J/psi  K+  pi-           PHSP;
+0.0001     J/psi  K0  pi0           PHSP;
+#rl0.0007     J/psi  K0  pi-  pi+      PHSP;
+#rl0.00035     J/psi  K0  pi0  pi0      PHSP;
+#rl0.00035     J/psi  K+  pi-  pi0      PHSP;
+0.0015     J/psi  K_10              SVV_HELAMP 0.5 0.0 1.0 0.0 0.5 0.0;
+0.0001     J/psi  K'_10             SVV_HELAMP 0.5 0.0 1.0 0.0 0.5 0.0;
+0.0005     J/psi  K_2*0              PHSP;
+0.00009     J/psi  phi K0        PHSP;
+#
+0.00031     psi(2S)  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00031     psi(2S)  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00015    psi(2S)  K*S              SVV_CP beta  dm 1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.00015    psi(2S)  K*L              SVV_CP beta  dm  -1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.0006     psi(2S)  K*0T             SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+
+0.0004     psi(2S)  K+  pi-          PHSP;
+0.0002     psi(2S)  K0  pi0          PHSP;
+0.0002     psi(2S)  K0  pi-  pi+     PHSP;
+0.0001     psi(2S)  K0  pi0  pi0     PHSP;
+0.0001     psi(2S)  K+  pi-  pi0     PHSP;
+0.0004     psi(2S)  K_10              PHSP;
+#
+0.0004    eta_c K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0004    eta_c K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0003   K*S  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0003   K*L  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0006    K*0T eta_c              SVS;
+0.0002    eta_c  K+  pi-          PHSP;
+0.0001    eta_c  K0  pi0          PHSP;
+0.0002    eta_c  K0  pi-  pi+     PHSP;
+0.0001    eta_c  K0  pi0  pi0     PHSP;
+0.0001    eta_c  K+  pi-  pi0     PHSP;
+#
+0.0001     chi_c0 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0001     chi_c0 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00005    K*S  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00005    K*L  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0002     K*0T chi_c0              SVS;
+0.0002     chi_c0  K+  pi-          PHSP;
+0.0001     chi_c0  K0  pi0          PHSP;
+0.0002     chi_c0  K0  pi-  pi+     PHSP;
+0.0001     chi_c0  K0  pi0  pi0     PHSP;
+0.0001     chi_c0  K+  pi-  pi0     PHSP;
+#
+0.0003     chi_c1 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0003     chi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0001     K*S  chi_c1              SVV_CP beta  dm  1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.0001     K*L  chi_c1              SVV_CP beta  dm -1 Aplus phAplus Azero phAzero Aminus phAminus;
+0.0004     chi_c1  K*0T             SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.0004     chi_c1  K+  pi-          PHSP;
+0.0002     chi_c1  K0  pi0          PHSP;
+0.0004     chi_c1  K0  pi-  pi+     PHSP;
+0.0002     chi_c1  K0  pi0  pi0     PHSP;
+0.0002     chi_c1  K+  pi-  pi0     PHSP;
+#
+0.0001     chi_c2 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0001     chi_c2 K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.000075    K*S  chi_c2              PHSP;
+0.000075    K*L  chi_c2              PHSP;
+0.0003     chi_c2  K*0T             PHSP;
+0.0002     chi_c2  K+  pi-          PHSP;
+0.0001     chi_c2  K0  pi0          PHSP;
+0.0002     chi_c2  K0  pi-  pi+     PHSP;
+0.0001     chi_c2  K0  pi0  pi0     PHSP;
+0.0001     chi_c2  K+  pi-  pi0     PHSP;
+#
+0.0000     phi   K*0T             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     phi   K*S              SVV_CP beta dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     phi   K*L              SVV_CP beta dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     eta'  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0000     eta'  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+#
+# b-> c (dc=)
+#
+0.00027     D-   D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.000     D*-  D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.000     D*+  D-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+#0.00030     D*-  D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+#0.00030     D*+  D-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.001       D*+  D*-              SVV_CP beta  dm 1 0.62 0.0 1.05 0.0 0.25 0.0;
+#
+# b -> c (sc=)  -->  D Ds X   Sum = 10%
+#
+0.0074   D-   D_s+                       PHSP;
+0.0106   D*-  D_s+                       SVS;
+0.0074   D_s*+ D-                        SVS;
+0.0141   D_s*+ D*-                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0010   D'_1- D_s+                   SVS;
+0.0020   D'_1-  D_s*+                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0020   D_1-  D_s+                      SVS;
+0.0040   D_1-  D_s*+                     SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0070   D_2*-  D_s+                      STS;
+0.0140   D_2*-  D_s*+                    PHSP;
+#
+0.0030   D_s+  D-  pi0                   PHSP;
+0.0060   D_s+  anti-D0 pi-                   PHSP;
+0.0030   D_s*+ D-  pi0                   PHSP;
+0.0060   D_s*+ anti-D0 pi-                   PHSP;
+0.0050   D_s+  D-  pi-  pi+              PHSP;
+0.0037   D_s+  D-  pi0  pi0              PHSP;
+0.0037   D_s+  anti-D0 pi-  pi0              PHSP;
+0.0050   D_s*+ D-  pi-  pi+              PHSP;
+0.0037   D_s*+ D-  pi0  pi0              PHSP;
+0.0037   D_s*+ anti-D0 pi-  pi0              PHSP;
+#
+# b -> c (sc=)  -->  D D= K  X   Sum = 8%
+#
+0.0025   D-  D0   K+                    PHSP;
+0.0025   D-  D+   K0                    PHSP;
+0.0025   D-  D0   K*+                   PHSP;
+0.0025   D-  D+   K*0                   PHSP;
+#
+0.0050   D*- D0   K+                    PHSP;
+0.0050   D*- D+   K0                    PHSP;
+0.0050   D-  D*0  K+                    PHSP;
+0.0050   D-  D*+  K0                    PHSP;
+#
+0.0025   D*- D0   K*+                   PHSP;
+0.0025   D*- D+   K*0                   PHSP;
+0.0025   D-  D*0  K*+                   PHSP;
+0.0025   D-  D*+  K*0                   PHSP;
+#
+0.0150   D*- D*0  K+                    PHSP;
+0.0150   D*- D*+  K0                    PHSP;
+0.0050   D*- D*0  K*+                   PHSP;
+0.0050   D*- D*+  K*0                   PHSP;
+#Add color suppressed modes as recommended by Jean-Pierre Lees
+#Lange September 5, 2000
+0.0005   D0  anti-D0  K0                PHSP;
+0.0005   D0  anti-D0  K*0               PHSP;
+0.0010   D0  anti-D*0  K0               PHSP;
+0.0005   D0  anti-D*0  K*0              PHSP;
+0.0010   D*0  anti-D0  K0               PHSP;
+0.0005   D*0  anti-D0  K*0              PHSP;
+0.0030   D*0  anti-D*0  K0              PHSP;
+0.0010   D*0  anti-D*0  K*0             PHSP;
+#
+#
+#  B -> D(*) X  Exclusive modes
+#
+0.0027   D*- pi+                        SVS;
+0.0030   D-  pi+                        PHSP;
+0.0082   rho+ D-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ D*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   D-  pi+  pi0                   PHSP;
+0.0070   D*- pi+  pi0                   PHSP;
+0.0010   anti-D0 pi-  pi+                   PHSP;
+0.0010   anti-D*0 pi-  pi+                   PHSP;
+0.0005   anti-D*0 pi0  pi0                   PHSP;
+#
+0.0060   a_1+ D-                         SVS;
+0.0011   D-  rho0  pi+                  PHSP;
+0.0011   D-  rho+  pi0                  PHSP;
+0.0022   D-  pi-  pi+  pi+              PHSP;
+0.0010   D-  pi0  pi+  pi0              PHSP;
+0.0010   anti-D0  pi-  pi+  pi0             PHSP;
+0.0001   anti-D0  pi0  pi0  pi0             PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   D*-  a_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   D*-  rho0  pi+                 PHSP;
+0.0010   D*-  rho+  pi0                 PHSP;
+0.0000   D*-  pi-  pi+  pi+             PHSP;
+0.0010   D*-  pi0  pi+  pi0             PHSP;
+0.0010   anti-D*0  pi-  pi+  pi0             PHSP;
+0.0001   anti-D*0  pi0  pi0  pi0             PHSP;
+#
+# B->D** pi and D** rho, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html
+#
+0.0006   D_1- pi+ 			SVS;
+0.0009   D'_1- pi+ 			SVS;
+0.0009   D_2*- pi+ 			STS;
+0.0004   D_1- rho+			PHSP;  
+0.0013   D'_1- rho+			PHSP;  
+0.0022   D_2*- rho+			PHSP;  
+#
+#
+# B->DK, recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+#
+0.00017  D*- K+			SVS;
+0.00020  D-  K+			PHSP;
+0.00044  D*- K*+		SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+0.00051  K*+ D-  		SVS;
+#
+#
+# Color-suppressed modes. Br's are expectations from 
+# Phys. Rev. D57 (1998), 5363-5369, except for the eta' modes, which are set
+# equal to the eta modes. SVV_HELAMP parameters are the same as in D*0 rho-,
+# with phases set to 0. Recommendation http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/169.html:
+#
+0.00007  anti-D0 pi0                  PHSP;
+0.00010  anti-D*0 pi0                 SVS;
+#
+0.00007  rho0 anti-D0                 SVS;
+0.00017  anti-D*0 rho0                SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+#
+0.00005  anti-D0 eta                  PHSP;
+0.00006  anti-D*0 eta                 SVS;
+#
+0.00005  anti-D0 eta'                 PHSP;
+0.00006  anti-D*0 eta'                SVS;
+#
+0.00007  omega anti-D0                SVS;
+0.00017  anti-D*0 omega               SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+#
+#
+#  Lam_c X  / Sigma_c X      4.0 %
+#
+0.01000        anti-cd_0       ud_0         JETSET 23;
+0.03000        anti-cd_1       ud_1         JETSET 23;
+#
+#  Xi_c X    2.5%
+#
+0.00600        anti-cs_0       ud_0         JETSET 23;
+0.01800        anti-cs_1       ud_1         JETSET 23;
+#
+#
+0.255658        u       anti-d  anti-c          d       JETSET         48;
+0.04600         u       anti-d  anti-c          d       JETSET         25;
+0.02100         u       anti-s  anti-c          d       JETSET         23;
+0.01800         u       anti-c  anti-d          d       JETSET         48;
+0.00090         u       anti-c  anti-s          d       JETSET         48;
+#lange - try to crank up the psi production....
+0.03400         c       anti-s  anti-c          d       JETSET         13;
+0.00600         c       anti-d  anti-c          d       JETSET         13;
+0.00600         u       anti-d  anti-u          d       JETSET         48;
+0.00400         c       anti-s  anti-u          d       JETSET         48;
+#new recommendations from Aaron Roodman
+0.00410         u     anti-u  anti-d       d       JETSET         48;
+0.00070         d     anti-d  anti-d       d       JETSET         48;
+0.00090         s     anti-s  anti-d       d       JETSET         48;
+0.00220         u     anti-u  anti-s       d       JETSET         48;
+0.00180         d     anti-d  anti-s       d       JETSET         48;
+0.00150         s     anti-s  anti-s       d       JETSET         48;
+0.00500              anti-s  g            d       JETSET         33;
+Enddecay
+#
+#
+#
+Decay B-
+#
+#                  b -> c semileptonic
+#
+0.0560   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0056   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+#
+0.0560   D*0   mu-  anti-nu_mu         PHOTOS   HQET 0.92 1.18 0.72;
+0.0210   D0    mu-  anti-nu_mu         PHOTOS   ISGW2;
+0.0056   D_10  mu-  anti-nu_mu         PHOTOS   ISGW2;
+0.0020   D_0*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0037   D'_10  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0037   D_2*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0020   D*+   pi-   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0010   D*0   pi0   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0060   D+    pi-   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0030   D0    pi0   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+#
+#                   b -> c tau nu
+#
+0.0160   D*0    tau- anti-nu_tau                 ISGW2;
+0.0070   D0     tau- anti-nu_tau                 ISGW2;
+0.0013   D_10   tau- anti-nu_tau                 ISGW2;
+0.0013   D_0*0   tau- anti-nu_tau                 ISGW2;
+0.0020   D'_10   tau- anti-nu_tau                 ISGW2;
+0.0020   D_2*0   tau- anti-nu_tau                 ISGW2;
+#
+#                   b -> u l nu
+#
+0.000090   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000082   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_20    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000048   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000616   Xu0   e-  anti-nu_e        PHOTOS VUB 4.8 1.29 0.22 13 
+  1.264 0.3   1.341 0.43  1.414 0.242 1.483 0.693 1.549 0.812 
+  1.612 0.9   1.673 0.939 1.732 0.947 1.788 0.96  1.843 0.982 
+  1.897 0.989 1.949 0.99  2     1;
+#
+0.000090   pi0    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000030   eta    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000130   rho0   mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.000130   omega   mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000060   eta'   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000082   a_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_20    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000048   b_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_00    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_0     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_0    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_2     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_2    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000616   Xu0   mu-  anti-nu_mu        PHOTOS VUB 4.8 1.29 0.22 13 
+  1.264 0.3   1.341 0.43  1.414 0.242 1.483 0.693 1.549 0.812 
+  1.612 0.9   1.673 0.939 1.732 0.947 1.788 0.96  1.843 0.982 
+  1.897 0.989 1.949 0.99  2     1;
+#
+0.000030   pi0    tau- anti-nu_tau                 ISGW2;
+0.000012   eta    tau- anti-nu_tau                 ISGW2;
+0.000042   rho0   tau- anti-nu_tau                 ISGW2;
+0.000042   omega   tau- anti-nu_tau                 ISGW2;
+0.000018   eta'   tau- anti-nu_tau                 ISGW2;
+0.000046   a_10    tau- anti-nu_tau                 ISGW2;
+0.000027   b_10    tau- anti-nu_tau                 ISGW2;
+0.000004   a_00    tau- anti-nu_tau                 ISGW2;
+0.000002   f_0     tau- anti-nu_tau                 ISGW2;
+0.000002   f'_0    tau- anti-nu_tau                 ISGW2;
+0.000023   f_1     tau- anti-nu_tau                 ISGW2;
+0.000023   f'_1    tau- anti-nu_tau                 ISGW2;
+0.000013   h_1     tau- anti-nu_tau                 ISGW2;
+0.000013   h'_1    tau- anti-nu_tau                 ISGW2;
+0.000020   f_2     tau- anti-nu_tau                 ISGW2;
+0.000020   f'_2    tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)0 tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)0 tau- anti-nu_tau                 ISGW2;
+#
+#   b -> l nu
+#
+0.000050   tau- anti-nu_tau                        SLN;
+0.000000   mu-  anti-nu_mu               PHOTOS   SLN;
+0.000000   e-   anti-nu_e                PHOTOS  SLN;
+#
+#
+0.000045   K*-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000135  K_1-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000065  K'_1-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000128  K'*-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000166  K_2*-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000017  K''*-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+0.000284     anti-Xsu    gamma     BTOXSGAMMA 2 ;
+#
+0.00000057 K-        e+    e-    PHOTOS BTOSLLBALL;
+0.0000023  K*-       e+    e-    PHOTOS BTOSLLBALL;
+0.000004   anti-Xsu  e+    e-    PHOTOS BTOXSLL;
+0.00000057 K-        mu+   mu-   PHOTOS BTOSLLBALL;
+0.0000019  K*-       mu+   mu-   PHOTOS BTOSLLBALL;
+0.000004   anti-Xsu  mu+   mu-   PHOTOS BTOXSLL;
+0.00000013 K-        tau+  tau-  PHOTOS BTOSLLBALL;
+0.00000019 K*-       tau+  tau-  PHOTOS BTOSLLBALL;
+0.0000002  anti-Xsu  tau+  tau-  PHOTOS BTOXSLL;
+#
+# Exclusive hadronic b->u
+#
+0.000026   pi-   pi0   pi0                   CB3PI-P00 alpha;
+0.000011   pi-   pi-   pi+                   CB3PI-MPP alpha;
+#
+#   B -> cc= s          sum = 1.92%
+#
+0.0009   J/psi K-                         SVS;
+0.0013   J/psi K*-                        SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.00004   J/psi pi-                       SVS;
+0.00006   J/psi rho-                      SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.0002   J/psi anti-K0   pi-                    PHSP;
+0.0001   J/psi K-  pi0                    PHSP;
+#rl0.0007   J/psi K-  pi+  pi-               PHSP;
+#rl0.00035   J/psi K-  pi0  pi0               PHSP;
+#rl0.00035   J/psi anti-K0   pi-  pi0               PHSP;
+0.0001   J/psi K'_1-                       SVV_HELAMP 0.5 0.0 1.0 0.0 0.5 0.0;
+0.0005   J/psi K_2*-                       PHSP;
+0.0015     J/psi  K_1-              SVV_HELAMP 0.5 0.0 1.0 0.0 0.5 0.0;
+0.00009     J/psi  phi K-        PHSP;
+#
+0.00062   psi(2S) K-                        SVS;
+0.0009   psi(2S) K*-                       SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.0004   psi(2S) anti-K0   pi-                   PHSP;
+0.0002   psi(2S) K-  pi0                   PHSP;
+0.0002   psi(2S) K-  pi+  pi-              PHSP;
+0.0001   psi(2S) K-  pi0  pi0              PHSP;
+0.0001   psi(2S) anti-K0   pi-  pi0              PHSP;
+0.0004     psi(2S)  K_1-              PHSP;
+#
+0.0008    eta_c  K-                      PHSP;
+0.0012    K*-   eta_c                    SVS;
+0.0002    eta_c  anti-K0   pi-                 PHSP;
+0.0001    eta_c  K-  pi0                 PHSP;
+0.0002    eta_c  K-  pi+  pi-            PHSP;
+0.0001    eta_c  K-  pi0  pi0            PHSP;
+0.0001    eta_c  anti-K0   pi-  pi0            PHSP;
+#
+0.0002    chi_c0  K-                      PHSP;
+0.0003    K*-   chi_c0                    SVS;
+0.0002    chi_c0  anti-K0   pi-                 PHSP;
+0.0001    chi_c0  K-  pi0                 PHSP;
+0.0002    chi_c0  K-  pi+  pi-            PHSP;
+0.0001    chi_c0  K-  pi0  pi0            PHSP;
+0.0001    chi_c0  anti-K0   pi-  pi0            PHSP;
+#
+0.0006    chi_c1  K-                      SVS;
+0.0006    chi_c1  K*-                     SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.0004    chi_c1  anti-K0   pi-                 PHSP;
+0.0002    chi_c1  K-  pi0                 PHSP;
+0.0004    chi_c1  K-  pi+  pi-            PHSP;
+0.0002    chi_c1  K-  pi0  pi0            PHSP;
+0.0002    chi_c1  anti-K0   pi-  pi0            PHSP;
+#
+0.0002    chi_c2  K-                      STS;
+0.0004    chi_c2  K*-                     PHSP;
+0.0002    chi_c2  anti-K0   pi-                 PHSP;
+0.0001    chi_c2  K-  pi0                 PHSP;
+0.0002    chi_c2  K-  pi+  pi-            PHSP;
+0.0001    chi_c2  K-  pi0  pi0            PHSP;
+0.0001    chi_c2  anti-K0   pi-  pi0            PHSP;
+#
+#   b -> c (sc=) -> D Ds X    Sum = 10%
+#
+0.0106    D0   D_s-                      PHSP;
+0.0102    D*0  D_s-                      SVS;
+0.0091    D_s*- D0                       SVS;
+0.0228    D_s*- D*0                  SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0010   D'_10  D_s-                     SVS;
+0.0020   D'_10  D_s*-                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0020   D_10  D_s-                      SVS;
+0.0040   D_10  D_s*-                     SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0070   D_2*0  D_s-                      STS;
+0.0140   D_2*0  D_s*-                    PHSP;
+#
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+#
+0.0060    D_s-  D+  pi-                  PHSP;
+0.0030    D_s-  D0  pi0                  PHSP;
+0.0060    D_s*- D+  pi-                  PHSP;
+0.0030    D_s*- D0  pi0                  PHSP;
+0.0055    D_s-  D+  pi-  pi0             PHSP;
+0.0055    D_s-  D0  pi-  pi+             PHSP;
+0.0014    D_s-  D0  pi0  pi0             PHSP;
+0.0055    D_s*- D+  pi-  pi0             PHSP;
+0.0055    D_s*- D0  pi-  pi+             PHSP;
+0.0014    D_s*- D0  pi0  pi0             PHSP;
+#
+#  b -> c (sc=) -> D D= K X    Sum = 8%
+#
+0.0025   D0  anti-D0  K-                 PHSP;
+0.0025   D0  D-   anti-K0                PHSP;
+0.0025   D0  anti-D0  K*-                PHSP;
+0.0025   D0  D-   anti-K*0               PHSP;
+#
+0.0050   D*0 anti-D0  K-                 PHSP;
+0.0050   D*0 D-   anti-K0                PHSP;
+0.0050   D0  anti-D*0  K-                PHSP;
+0.0050   D0  D*-  anti-K0                PHSP;
+#
+0.0025   D*0 anti-D0  K*-                PHSP;
+0.0025   D*0 D-   anti-K*0               PHSP;
+0.0025   D0  anti-D*0  K*-               PHSP;
+0.0025   D0  D*-  anti-K*0               PHSP;
+#
+0.0150   D*0  anti-D*0  K-               PHSP;
+0.0150   D*0  D*-  anti-K0               PHSP;
+0.0050   D*0  anti-D*0  K*-              PHSP;
+0.0050   D*0  D*-  anti-K*0              PHSP;
+#Add color suppressed modes as recommended by Jean-Pierre Lees
+#Lange September 5, 2000
+0.0005   D+  D-  K-                         PHSP;
+0.0005   D+  D-  K*-                        PHSP;
+0.0010   D*+  D-  K-                        PHSP;
+0.0005   D*+  D-  K*-                       PHSP;
+0.0010   D+  D*-  K-                        PHSP;
+0.0005   D+  D*-  K*-                       PHSP;
+0.0030   D*+  D*-  K-                       PHSP;
+0.0010   D*+  D*-  K*-                      PHSP;
+
+
+#
+#  B -> D(*) X  Exclusive Modes
+#
+0.0046   D*0 pi-                        SVS;
+0.0053   D0   pi-                       PHSP;
+0.0134   rho-   D0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   D*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   D0  pi0  pi-                   PHSP;
+0.0005   D*0 pi0  pi-                   PHSP;
+0.0005   D+  pi-  pi-                   PHSP;
+0.0021   D*+ pi-  pi-                   PHSP;
+#
+0.0050   a_1- D0                         SVS;
+0.0021   D0  rho0 pi-                   PHSP;
+0.0050   D0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   D*0 a_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   D*0 rho0 pi-                   PHSP;
+0.0005   D*0 pi+  pi-  pi-              PHSP;
+#
+0.0020   D+  rho-  pi-                  PHSP;
+0.0020   D+  pi0   pi-  pi-             PHSP;
+0.0020   D*+ rho-  pi-                  PHSP;
+0.0150   D*+ pi0   pi-  pi-             PHSP;
+0.0005   D*0 rho-  pi0                  PHSP;
+0.0005   D*0 pi-   pi0  pi0             PHSP;
+#
+# B->D** pi and D** rho, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html
+#
+0.0010   D_10 pi-                       SVS;
+0.0016   D'_10 pi-                      SVS;
+0.0015   D_2*0 pi-                      STS;
+0.0007   D_10 rho-                      PHSP;
+0.0022   D'_10 rho-			PHSP;
+0.0038   D_2*0 rho- 			PHSP;
+#
+#
+# B->DK, recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+#
+0.00035  D0  K-				PHSP;
+0.00062  D*0 K-				SVS;
+0.00087  K*- D0  			SVS;
+0.00100  D*0 K*-			SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+#
+#
+#  Lam_c X  / Sigma_c X      4.0 %
+#
+0.04000        cd_1       anti-uu_1         JETSET 23;
+#
+#  Xi_c X     2.5%
+#
+0.02400        cs_1       anti-uu_1         JETSET 23;
+#
+#
+0.225798        anti-u       d  c          anti-u       JETSET         48;
+0.04300         anti-u       d  c          anti-u       JETSET         25;
+0.02250         anti-u       s  c          anti-u       JETSET         23;
+#lange - try to crank up the psi production....
+0.03400         anti-c       s  c          anti-u       JETSET         13;
+0.00400         anti-c       d  c          anti-u       JETSET         13;
+0.00600         anti-u       d  u          anti-u       JETSET         48;
+0.00400         anti-c       s  u          anti-u       JETSET         48;
+#new recommendations from Aaron Roodman
+0.00410         anti-u     u  d       anti-u       JETSET         48;
+0.00070         anti-d     d  d       anti-u       JETSET         48;
+0.00090         anti-s     s  d       anti-u       JETSET         48;
+0.00220         anti-u     u  s       anti-u       JETSET         48;
+0.00180         anti-d     d  s       anti-u       JETSET         48;
+0.00150         anti-s     s  s       anti-u       JETSET         48;
+0.00500                    s  g     anti-u       JETSET         33;
+#
+####
+####
+0.000005  eta pi-                   PHSP;
+0.000002  eta K-                    PHSP;
+0.0000264 K*- eta                   SVS;
+0.000005  rho- eta                  SVS;
+0.000002  eta' pi-                  PHSP;
+0.000080  eta' K-                   PHSP;
+0.000005  K*- eta'                   SVS;
+0.000005  rho- eta'                   SVS;
+0.0000113 omega pi-                 SVS;
+0.000005  omega K-                  SVS;
+0.000005  omega K*-                 PHSP;
+0.000015  omega rho-                PHSP;
+0.000001  phi pi-                   SVS;
+0.000010  phi K-                    SVS;
+0.000010  K*- phi                   PHSP;
+0.000001  phi rho-                  PHSP;
+#2-body modes from Jim Olsen
+# (K_S0 K- and K_L0 K- -> 1x10^-6, Jim Olsen - Mar 27, 2001)
+# (pi- pi0 -> 5x10^-6 and K- pi0 -> 11x10^-6, Jim Olsen - Mar 27, 2001)
+0.000009     K_S0 pi-               PHSP;
+0.000009     K_L0 pi-               PHSP;
+0.000001     K_S0 K-                PHSP;
+0.000001     K_L0 K-                PHSP;
+0.000005     pi- pi0                PHSP;
+0.000011     K- pi0                 PHSP;
+#3,4-body modes from Jim Smith
+0.000010     rho-  anti-K*0         SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     rho0  K*-              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     rho-  rho0             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     K*-   K*0              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     a_10  pi-              SVS;
+0.000010     a_1-  pi0              SVS;
+0.000005     anti-K*0 pi-           SVS;
+0.000005     K*- pi0                SVS;
+0.000001     rho0 K-                SVS;
+0.000001     rho- K_S0              SVS;
+0.000001     rho- K_L0              SVS;
+0.000001     K*0 K-                 SVS;
+0.000001     K*- K_S0               SVS;
+0.000001     K*- K_L0               SVS;
+# Put in with 0 BR to keep JETSET from generating these (see CB3PI above)
+0.000000     rho- pi0               SVS;
+0.000000     rho0 pi-               SVS;
+Enddecay
+#
+Decay B+
+#
+#                  b -> c semileptonic
+0.0560   anti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    e+   nu_e        PHOTOS  ISGW2;
+0.0056   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
+0.0020   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0037   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0037   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0560   anti-D*0    mu+  nu_mu       PHOTOS   HQET 0.92 1.18 0.72;
+0.0210   anti-D0    mu+  nu_mu        PHOTOS  ISGW2;
+0.0056   anti-D_10   mu+  nu_mu       PHOTOS   ISGW2;
+0.0020   anti-D_0*0   mu+  nu_mu      PHOTOS    ISGW2;
+0.0037   anti-D'_10   mu+  nu_mu      PHOTOS    ISGW2;
+0.0037   anti-D_2*0   mu+  nu_mu      PHOTOS    ISGW2;
+0.0020   D*-  pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   mu+   nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0030   anti-D0  pi0   mu+   nu_mu   PHOTOS        GOITY_ROBERTS;
+#
+#                   b -> c tau nu
+#
+0.0160   anti-D*0    tau+ nu_tau                ISGW2;
+0.0070   anti-D0    tau+ nu_tau                ISGW2;
+0.0013   anti-D_10   tau+ nu_tau                ISGW2;
+0.0013   anti-D_0*0   tau+ nu_tau                ISGW2;
+0.0020   anti-D'_10   tau+ nu_tau                ISGW2;
+0.0020   anti-D_2*0   tau+ nu_tau                ISGW2;
+#
+#                   b -> u l nu
+#
+0.000090   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000030   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000130   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000130   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000060   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000082   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_20    e+   nu_e      PHOTOS  ISGW2;
+0.000048   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000041   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000041   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000024   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000024   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000616   Xu0   e+  nu_e        PHOTOS VUB 4.8 1.29 0.22 13 
+  1.264 0.3   1.341 0.43  1.414 0.242 1.483 0.693 1.549 0.812 
+  1.612 0.9   1.673 0.939 1.732 0.947 1.788 0.96  1.843 0.982 
+  1.897 0.989 1.949 0.99  2     1;
+#
+0.000090   pi0    mu+  nu_mu      PHOTOS  ISGW2;
+0.000030   eta    mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   rho0   mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   omega   mu+  nu_mu     PHOTOS   ISGW2;
+0.000060   eta'   mu+  nu_mu      PHOTOS  ISGW2;
+0.000082   a_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_20    mu+  nu_mu     PHOTOS   ISGW2;
+0.000048   b_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_00    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_0     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_0    mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_2     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_2    mu+  nu_mu     PHOTOS   ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu  PHOTOS      ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu  PHOTOS      ISGW2;
+0.000616   Xu0   mu+  nu_mu       PHOTOS VUB 4.8 1.29 0.22 13 
+  1.264 0.3   1.341 0.43  1.414 0.242 1.483 0.693 1.549 0.812 
+  1.612 0.9   1.673 0.939 1.732 0.947 1.788 0.96  1.843 0.982 
+  1.897 0.989 1.949 0.99  2     1;
+#
+0.000030   pi0    tau+ nu_tau              ISGW2;
+0.000012   eta    tau+ nu_tau              ISGW2;
+0.000042   rho0   tau+ nu_tau              ISGW2;
+0.000042   omega   tau+ nu_tau              ISGW2;
+0.000018   eta'   tau+ nu_tau              ISGW2;
+0.000046   a_10    tau+ nu_tau              ISGW2;
+0.000027   b_10    tau+ nu_tau              ISGW2;
+0.000004   a_00    tau+ nu_tau              ISGW2;
+0.000002   f_0     tau+ nu_tau              ISGW2;
+0.000002   f'_0    tau+ nu_tau              ISGW2;
+0.000023   f_1     tau+ nu_tau              ISGW2;
+0.000023   f'_1    tau+ nu_tau              ISGW2;
+0.000013   h_1     tau+ nu_tau              ISGW2;
+0.000013   h'_1    tau+ nu_tau              ISGW2;
+0.000020   f_2     tau+ nu_tau              ISGW2;
+0.000020   f'_2    tau+ nu_tau              ISGW2;
+0.000000   anti-D(2S)0 tau+ nu_tau              ISGW2;
+0.000000   anti-D*(2S)0 tau+ nu_tau              ISGW2;
+#
+#
+0.000045   K*+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000135  K_1+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000065  K'_1+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000128  K'*+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000166  K_2*+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000017  K''*+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+0.000284     Xsu    gamma     BTOXSGAMMA 2 ;
+#
+0.00000057 K+   e+    e-    PHOTOS BTOSLLBALL;
+0.0000023  K*+  e+    e-    PHOTOS BTOSLLBALL;
+0.000004   Xsu  e+    e-    PHOTOS BTOXSLL;
+0.00000057 K+   mu+   mu-   PHOTOS BTOSLLBALL;
+0.0000019  K*+  mu+   mu-   PHOTOS BTOSLLBALL;
+0.000004   Xsu  mu+   mu-   PHOTOS BTOXSLL;
+0.00000013 K+   tau+  tau-  PHOTOS BTOSLLBALL;
+0.00000019 K*+  tau+  tau-  PHOTOS BTOSLLBALL;
+0.0000002  Xsu  tau+  tau-  PHOTOS BTOXSLL;
+#
+#   b -> l nu
+#
+0.000050   tau+ nu_tau                     SLN;
+0.000000   mu+  nu_mu          PHOTOS     SLN;
+0.000000   e+   nu_e           PHOTOS    SLN;
+#
+# Exclusive hadronic b->u
+#
+0.000026   pi+   pi0   pi0                   CB3PI-P00 alpha;
+0.000011   pi+   pi+   pi-                   CB3PI-MPP alpha;
+####
+0.000005  eta pi+                   PHSP;
+0.000002  eta K+                    PHSP;
+0.0000264 K*+ eta                   SVS;
+0.000005  rho+ eta                  SVS;
+0.000002  eta' pi+                  PHSP;
+0.000080  eta' K+                   PHSP;
+0.000005  K*+ eta'                   SVS;
+0.000005  rho+ eta'                   SVS;
+0.0000113 omega pi+                 SVS;
+0.000005  omega K+                  SVS;
+0.000005  omega K*+                 PHSP;
+0.000015  omega rho+                PHSP;
+0.000001  phi pi+                   SVS;
+0.000010  phi K+                    SVS;
+0.000010  K*+ phi                   PHSP;
+0.000001  phi rho+                  PHSP;
+#2-body modes from Jim Olsen
+# (K_S0 K- and K_L0 K- -> 1x10^-6, Jim Olsen - Mar 27, 2001)
+# (pi- pi0 -> 5x10^-6 and K- pi0 -> 11x10^-6, Jim Olsen - Mar 27, 2001)
+0.000009     K_S0 pi+               PHSP;
+0.000009     K_L0 pi+               PHSP;
+0.000001     K_S0 K+                PHSP;
+0.000001     K_L0 K+                PHSP;
+0.000005     pi+ pi0                PHSP;
+0.000011     K+ pi0                 PHSP;
+#3,4-body modes from Jim Smith
+0.000010     rho+  K*0              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     rho0  K*+              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     rho+  rho0             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     K*+   anti-K*0         SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     a_10  pi+              SVS;
+0.000010     a_1+  pi0              SVS;
+0.000005     K*0 pi+                SVS;
+0.000005     K*+ pi0                SVS;
+0.000001     rho0 K+                SVS;
+0.000001     rho+ K_S0              SVS;
+0.000001     rho+ K_L0              SVS;
+0.000001     anti-K*0 K+            SVS;
+0.000001     K*+ K_S0               SVS;
+0.000001     K*+ K_L0               SVS;
+# Put in with 0 BR to keep JETSET from generating these (see CB3PI above)
+0.000000     rho+ pi0               SVS;
+0.000000     rho0 pi+               SVS;
+#
+#   B -> cc= s          sum = 1.92%
+#
+0.0009   J/psi K+                         SVS;
+0.0013   J/psi K*+                        SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.00004   J/psi pi+                         SVS;
+0.00006   J/psi rho+                      SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.0002   J/psi K0  pi+                    PHSP;
+0.0001   J/psi K+  pi0                    PHSP;
+#rl0.0007   J/psi K+  pi-  pi+               PHSP;
+#rl0.00035   J/psi K+  pi0  pi0               PHSP;
+#rl0.00035   J/psi K0  pi+  pi0               PHSP;
+0.0015     J/psi  K_1+                    SVV_HELAMP 0.5 0.0 1.0 0.0 0.5 0.0;
+0.0001   J/psi K'_1+                       SVV_HELAMP 0.5 0.0 1.0 0.0 0.5 0.0;
+0.0005   J/psi K_2*+                       PHSP;
+0.00009     J/psi  phi K+        PHSP;
+#
+0.00062   psi(2S) K+                        SVS;
+0.0009   psi(2S) K*+                       SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.0004   psi(2S) K0  pi+                   PHSP;
+0.0002   psi(2S) K+  pi0                   PHSP;
+0.0002   psi(2S) K+  pi-  pi+              PHSP;
+0.0001   psi(2S) K+  pi0  pi0              PHSP;
+0.0001   psi(2S) K0  pi+  pi0              PHSP;
+0.0004   psi(2S)  K_1+                     PHSP;
+#
+0.0008    eta_c  K+                      PHSP;
+0.0012    K*+   eta_c                    SVS;
+0.0002    eta_c  K0  pi+                 PHSP;
+0.0001    eta_c  K+  pi0                 PHSP;
+0.0002    eta_c  K+  pi-  pi+            PHSP;
+0.0001    eta_c  K+  pi0  pi0            PHSP;
+0.0001    eta_c  K0  pi+  pi0            PHSP;
+#
+0.0002    chi_c0  K+                      PHSP;
+0.0003    K*+   chi_c0                    SVS;
+0.0002    chi_c0  K0  pi+                 PHSP;
+0.0001    chi_c0  K+  pi0                 PHSP;
+0.0002    chi_c0  K+  pi-  pi+            PHSP;
+0.0001    chi_c0  K+  pi0  pi0            PHSP;
+0.0001    chi_c0  K0  pi+  pi0            PHSP;
+#
+0.0006    chi_c1  K+                      SVS;
+0.0006    chi_c1  K*+                     SVV_HELAMP PKHplus PKphHplus PKHzero PKphHzero PKHminus PKphHminus;
+0.0004    chi_c1  K0  pi+                 PHSP;
+0.0002    chi_c1  K+  pi0                 PHSP;
+0.0004    chi_c1  K+  pi-  pi+            PHSP;
+0.0002    chi_c1  K+  pi0  pi0            PHSP;
+0.0002    chi_c1  K0  pi+  pi0            PHSP;
+#
+0.0002    chi_c2  K+                      STS;
+0.0004    chi_c2  K*+                     PHSP;
+0.0002    chi_c2  K0  pi+                 PHSP;
+0.0001    chi_c2  K+  pi0                 PHSP;
+0.0002    chi_c2  K+  pi-  pi+            PHSP;
+0.0001    chi_c2  K+  pi0  pi0            PHSP;
+0.0001    chi_c2  K0  pi+  pi0            PHSP;
+#
+#   b -> c (sc=) -> D Ds X    Sum = 10%
+#
+0.0106    anti-D0  D_s+                      PHSP;
+0.0102    anti-D*0  D_s+                      SVS;
+0.0091    D_s*+ anti-D0                      SVS;
+0.0228    D_s*+ anti-D*0               SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0010   anti-D'_10  D_s+                     SVS;
+0.0020   anti-D'_10  D_s*+                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0020   anti-D_10  D_s+                      SVS;
+0.0040   anti-D_10  D_s*+                     SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0070   anti-D_2*0  D_s+                      STS;
+0.0140   anti-D_2*0  D_s*+                    PHSP;
+#
+#
+0.0060    D_s+  D-  pi+                  PHSP;
+0.0030    D_s+  anti-D0 pi0                  PHSP;
+0.0060    D_s*+ D-  pi+                  PHSP;
+0.0030    D_s*+ anti-D0 pi0                  PHSP;
+0.0055    D_s+  D-  pi+  pi0             PHSP;
+0.0055    D_s+  anti-D0 pi+  pi-             PHSP;
+0.0014    D_s+  anti-D0 pi0  pi0             PHSP;
+0.0055    D_s*+ D-  pi+  pi0             PHSP;
+0.0055    D_s*+ anti-D0 pi+  pi-             PHSP;
+0.0014    D_s*+ anti-D0 pi0  pi0             PHSP;
+#
+#  b -> c (sc=) -> D D= K X    Sum = 8%
+#
+0.0025   anti-D0  D0  K+                    PHSP;
+0.0025   anti-D0  D+  K0                    PHSP;
+0.0025   anti-D0  D0  K*+                   PHSP;
+0.0025   anti-D0  D+  K*0                   PHSP;
+#
+0.0050   anti-D*0  D0  K+                   PHSP;
+0.0050   anti-D*0  D+  K0                   PHSP;
+0.0050   anti-D0  D*0  K+                   PHSP;
+0.0050   anti-D0  D*+  K0                   PHSP;
+#
+0.0025   anti-D*0  D0  K*+                  PHSP;
+0.0025   anti-D*0  D+  K*0                  PHSP;
+0.0025   anti-D0  D*0  K*+                  PHSP;
+0.0025   anti-D0  D*+  K*0                  PHSP;
+#
+0.0150   anti-D*0  D*0  K+                  PHSP;
+0.0150   anti-D*0  D*+  K0                  PHSP;
+0.0050   anti-D*0  D*0  K*+                 PHSP;
+0.0050   anti-D*0  D*+  K*0                 PHSP;
+#Add color suppressed modes as recommended by Jean-Pierre Lees
+#Lange September 5, 2000
+0.0005   D+  D-  K+                         PHSP;
+0.0005   D+  D-  K*+                        PHSP;
+0.0010   D*+  D-  K+                        PHSP;
+0.0005   D*+  D-  K*+                       PHSP;
+0.0010   D+  D*-  K+                        PHSP;
+0.0005   D+  D*-  K*+                       PHSP;
+0.0030   D*+  D*-  K+                       PHSP;
+0.0010   D*+  D*-  K*+                      PHSP;
+#
+#  B -> D(*) X  Exclusive Modes
+#
+0.0046   anti-D*0  pi+                       SVS;
+0.0053   anti-D0  pi+                        PHSP;
+0.0134   rho+  anti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   anti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   anti-D0  pi0  pi+                   PHSP;
+0.0005   anti-D*0  pi0  pi+                  PHSP;
+0.0005   D-   pi+  pi+                  PHSP;
+0.0021   D*-  pi+  pi+                  PHSP;
+#
+0.0050   a_1+ anti-D0                        SVS;
+0.0021   anti-D0 rho0 pi+                   PHSP;
+0.0050   anti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   anti-D*0 a_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   anti-D*0 rho0 pi+                   PHSP;
+0.0005   anti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0020   D-  rho+  pi+                  PHSP;
+0.0020   D-  pi0   pi+  pi+             PHSP;
+0.0020   D*- rho+  pi+                  PHSP;
+0.0150   D*- pi0   pi+  pi+             PHSP;
+0.0005   anti-D*0 rho+  pi0                  PHSP;
+0.0005   anti-D*0 pi+   pi0  pi0             PHSP;
+#
+# B->D** pi and D** rho, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html
+#
+0.0010   anti-D_10 pi+                       SVS;
+0.0016   anti-D'_10 pi+                      SVS;
+0.0015   anti-D_2*0 pi+                      STS;
+0.0007   anti-D_10 rho+                      PHSP;
+0.0022   anti-D'_10 rho+		     PHSP;
+0.0038   anti-D_2*0 rho+ 		     PHSP;
+#
+#
+# B->DK, recommendation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+#
+0.00035  anti-D0  K+			PHSP;
+0.00062  anti-D*0 K+			SVS;
+0.00087  K*+ anti-D0  			SVS;
+0.00100  anti-D*0 K*+			SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+#
+#
+#  Lam_c X  / Sigma_c X   
+#
+0.04000       anti-cd_1       uu_1         JETSET 23;
+#
+#  Xi_c X     2.4%
+#
+0.02400       anti-cs_1       uu_1         JETSET 23;
+#
+#
+
+0.225798        u       anti-d  anti-c          u       JETSET         48;
+0.04300         u       anti-d  anti-c          u       JETSET         25;
+0.02250         u       anti-s  anti-c          u       JETSET         23;
+#lange - try to crank up the psi production....
+0.03400         c       anti-s  anti-c          u       JETSET         13;
+0.00400         c       anti-d  anti-c          u       JETSET         13;
+0.00600         u       anti-d  anti-u          u       JETSET         48;
+0.00400         c       anti-s  anti-u          u       JETSET         48;
+#new recommendations from Aaron Roodman
+0.00410         u     anti-u  anti-d       u       JETSET         48;
+0.00070         d     anti-d  anti-d       u       JETSET         48;
+0.00090         s     anti-s  anti-d       u       JETSET         48;
+0.00220         u     anti-u  anti-s       u       JETSET         48;
+0.00180         d     anti-d  anti-s       u       JETSET         48;
+0.00150         s     anti-s  anti-s       u       JETSET         48;
+0.00500               anti-s  g            u       JETSET         33;
+####
+Enddecay
+#
+#
+#
+#   B* mesons
+#
+Decay B*+
+1.0000    B+  gamma                       VSP_PWAVE;
+Enddecay
+Decay B*-
+1.0000    B-  gamma                       VSP_PWAVE;
+Enddecay
+Decay B*0
+1.0000    B0  gamma                       VSP_PWAVE;
+Enddecay
+Decay anti-B*0
+1.0000    anti-B0 gamma                       VSP_PWAVE;
+Enddecay
+Decay B_s*0
+1.0000    B_s0  gamma                      VSP_PWAVE;
+Enddecay
+Decay anti-B_s*0
+1.0000    anti-B_s0 gamma                       VSP_PWAVE;
+Enddecay
+#
+# B_s decays.
+#
+#
+# To count up the BR for this decay:
+# awk ' /^0./{ sum = sum + $1 ;print sum } ' junk.dec
+#
+# anti-B_s decays.
+# -------------------------------------------------------
+# whb&fkw 3/28/01 Taken from fkw's QQ tables.
+#                 most dubious part are the B to baryons.
+# fkw 4/28/00 made the Bs parallel to the Bd as best as I could
+# -------------------------------------------------------
+#
+Decay anti-B_s0
+#                                        b --> c  (l nu)
+#                                        Sum = 24.5%
+0.0210   D_s+     e-     anti-nu_e    PHOTOS  ISGW2;
+0.0490   D_s*+    e-     anti-nu_e    PHOTOS  ISGW2;
+0.0040   D_s1+    e-     anti-nu_e    PHOTOS  ISGW2;
+0.0040   D_s0*+   e-     anti-nu_e    PHOTOS  ISGW2;
+0.0070   D'_s1+   e-     anti-nu_e    PHOTOS  ISGW2;
+0.0070   D_s2*+   e-     anti-nu_e    PHOTOS  ISGW2;
+#
+0.0210   D_s+     mu-    anti-nu_mu   PHOTOS  ISGW2;
+0.0490   D_s*+    mu-    anti-nu_mu   PHOTOS  ISGW2;
+0.0040   D_s1+    mu-    anti-nu_mu   PHOTOS  ISGW2;
+0.0040   D_s0*+   mu-    anti-nu_mu   PHOTOS  ISGW2;
+0.0070   D'_s1+   mu-    anti-nu_mu   PHOTOS  ISGW2;
+0.0070   D_s2*+   mu-    anti-nu_mu   PHOTOS  ISGW2;
+#
+#0.0070   D_s+     tau-   anti-nu_tau          ISGW2;
+#0.0150   D_s*+    tau-   anti-nu_tau            ISGW2;
+#0.0013   D_s1+    tau-   anti-nu_tau            ISGW2;
+#0.0013   D_s0*+   tau-   anti-nu_tau            ISGW2;
+#0.0023   D'_s1+   tau-   anti-nu_tau            ISGW2;
+#0.0023   D_s2*+   tau-   anti-nu_tau            ISGW2;
+# fkw 5/04/01 changed the above to account for the non-res part that I
+#             had to take out.
+0.0080   D_s+     tau-   anti-nu_tau          ISGW2;
+0.0160   D_s*+    tau-   anti-nu_tau            ISGW2;
+0.0018   D_s1+    tau-   anti-nu_tau            ISGW2;
+0.0018   D_s0*+   tau-   anti-nu_tau            ISGW2;
+0.0028   D'_s1+   tau-   anti-nu_tau            ISGW2;
+0.0028   D_s2*+   tau-   anti-nu_tau            ISGW2;
+#
+# fkw 4/28/00 the next few are decays where a u\bar u or d\bar d is popped
+#             between the charm quark and the spectator. I can thus not
+#             just replace a D by a Ds as above when going from Bd to Bs.
+# fkw 5/04/01 Had to take these out because they crash EvtGen. 
+#             Will have to fix this eventually !!!
+#0.0010   D*0    K+  tau-   anti-nu_tau          GOITY_ROBERTS;
+#0.0010   D*+    K0  tau-   anti-nu_tau          GOITY_ROBERTS;
+#0.0010   D0     K+  tau-   anti-nu_tau          GOITY_ROBERTS;
+#0.0010   D+     K0  tau-   anti-nu_tau          GOITY_ROBERTS;
+# fkw 4/28/00 B0B -> TAU D PI0 = 1/2 of TAU D PI+ because of pi0 wave function
+#             However, the same factor of 1/2 doesn't apply to BSB !!!  
+#
+# fkw 3/28/01 There seem to be no semi-leptonic B to baryon decays in nature.
+#             I don't pretend to understand why. PDG 2000 has a limit of
+#             < 3.2e-3 where one might naively expect 
+#             10% * BR(B->/\c) = 0.1 * (6.4+-1.1)% 
+#0.0050      anti-nu_e        e-          ??? Baryon   
+#0.0050      anti-nu_mu       mu-         ??? Baryon
+#
+#                                         b --> c  (s c=)
+#                                         Sum = 11.44%
+#                                           2-body = 4.72%
+#                                        more-body = 6.72%
+0.0086   D_s-      D_s+	     PHSP;
+0.0090   D_s*+     D_s-      SVS;
+0.0099   D_s*-     D_s+      SVS;
+0.0197   D_s*-     D_s*+     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+# fkw 4/28/00 more states with popped q\bar q.
+#             The one's here involve only popped and spectator.
+#             Popping stuff in the cs from the W comes further below. 
+#             The same isospin comment applies here as above in the
+#             semi-leptonic decays with tau and popped q\bar q.
+0.0096   D_s-   D+       K0    PHSP;             
+0.0096   D_s-   anti-D0  K+    PHSP;           
+0.0096   D_s*-  D+       K0    PHSP;       
+0.0096   D_s*-  D0       K+    PHSP;     
+#
+0.0024   D_s-   D+    pi0  K0  PHSP;         
+0.0048   D_s-   D0    pi+  K0  PHSP;    
+0.0048   D_s-   D+    pi-  K+  PHSP;    
+0.0024   D_s-   D0    pi0  K+  PHSP;
+#
+0.0024   D_s*-   D+   pi0  K0  PHSP;       
+0.0048   D_s*-   D0   pi+  K0  PHSP;
+0.0048   D_s*-   D+   pi-  K+  PHSP;    
+0.0024   D_s*-   D0   pi0  K+  PHSP;
+#
+#
+#                                         b --> (c ) (c ) (s )
+#                                         Sum = 8.0%
+# DDK amplitudes  R.A.Briere 10/97
+# fkw 4/28/00 these are q\bar q popping that don't involve the spectator
+#             Bd->Bs just involves switching the c\bar d to c\bar s.
+#
+0.0150    D_s*+   anti-D*0 K-        PHSP;
+0.0150    D_s*+   D*-      anti-K0   PHSP;
+#
+0.0050    D_s*+   anti-D0  K-        PHSP;                 
+0.0050    D_s*+   D-       anti-K0   PHSP;
+#
+0.0050    D_s+    anti-D*0 K-        PHSP;      
+0.0050    D_s+    D*-      anti-K0   PHSP;
+#
+0.0020    D_s+    anti-D0  K-        PHSP;                 
+0.0020    D_s+    D-       anti-K0   PHSP;
+#
+0.0030    D_s*+   anti-D*0 K*-       PHSP;           
+0.0030    D_s*+   D*-      anti-K*0  PHSP;
+#
+0.0050    D_s*+   anti-D0  K*-       PHSP;           
+0.0050    D_s*+   D-       anti-K*0  PHSP;            
+#
+0.0025    D_s+    anti-D*0 K*-       PHSP;             
+0.0025    D_s+    D*-      anti-K*0  PHSP;
+#
+0.0025    D_s+    anti-D0  K*-       PHSP;       
+0.0025    D_s+    D-       anti-K*0  PHSP;
+#
+#
+#                                        b --> c  (d c=)
+#                                        Sum = 1.0%
+0.0017    D_s-    D+                 PHSP; 
+0.0017    D*+     D_s-               SVS;    
+0.0017    D_s*-   D+                 SVS;
+0.0017    D_s*-   D*+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+# fkw 4/38/00 more popping at the lower vertex 
+#             but with upper vertex cabbibo suppressed.
+0.0007    D-      D+        K0       PHSP;        
+0.0007    D-      anti-D0   K+       PHSP;    
+0.0007    D*-     D+        K0       PHSP;    
+0.0007    D*-     D0        K+       PHSP;
+#
+0.0003    D-      D+      pi0   K0   PHSP;         
+0.0007    D-      D0      pi+   K0   PHSP;   
+0.0003    D-      D+      pi-   K+   PHSP;   
+0.0007    D-      D0      pi0   K+   PHSP;
+#
+0.0003    D*-     D+      pi0   K0   PHSP;         
+0.0007    D*-     D0      pi+   K0   PHSP;   
+0.0003    D*-     D+      pi-   K+   PHSP;   
+0.0007    D*-     D0      pi0   K+   PHSP;
+#
+#                                        b --> c  (s u=)
+#                                        exclusive
+#                                        Sum = 0.09%
+0.00015   D_s*+   K-                 SVS;   
+0.00015   D_s+    K-                 PHSP;
+0.00030   D_s*+   K*-                SVV_HELAMP 0.228 0.0 0.0283 0.0 0.932 0.0;
+0.00030   K*-     D_s+               SVS;   
+#
+# fkw 4/28/00 Strategy for charmonium modes:
+# Take Bd BR's, replace spectator, 
+# assume etaprime = 2/3 ss
+# and eta = 1/3 ss
+#
+# Note: Just for kicks I gave the c\bar c decays a small piece that is
+#       self tagging. See if you can find it. This is already in
+#       the B0 decays in cleo's version of decay.dec .
+#
+#                                        B --> (c c=)  (s s=)
+#					2.65%
+#					should be: psi = 0.80%  CLNS 94/1315 but isn't quite right.
+0.00064   J/psi   eta'               SVS;
+0.00032   J/psi   eta                SVS;
+0.00135   J/psi   phi                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.00008   J/psi   K0                 SVS;
+0.00070   J/psi   K-       K+        PHSP;
+0.00070   J/psi   anti-K0  K0        PHSP;
+0.00070   J/psi   anti-K0  K+   pi-  PHSP;
+0.00070   J/psi   anti-K0  K0   pi0  PHSP;
+0.00070   J/psi   K-       K+   pi0  PHSP;
+#
+#					psi' = 0.34%  CLNS 94/1315
+#
+0.000465  psi(2S) eta'               SVS;
+0.000235  psi(2S) eta                SVS;
+0.0012    psi(2S) phi                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0003    psi(2S) K-       K+        PHSP;       
+0.0003    psi(2S) anti-K0  K0        PHSP;       
+0.0003    psi(2S) anti-K0  K+    pi- PHSP;
+0.0003    psi(2S) anti-K0  K0    pi0 PHSP;
+0.0003    psi(2S) K-       K+    pi0 PHSP;
+#
+#					chic0 = 0.05% (20% of chic2)
+#					Bodwin et.al. Phys Rev D46 1992
+0.00010   chi_c0  eta'               PHSP;            
+0.00005   chi_c0  eta                PHSP;
+0.00020   phi     chi_c0             SVS; 
+0.00003   chi_c0  K-       K+        PHSP;       
+0.00003   chi_c0  anti-K0  K0        PHSP;
+0.00003   chi_c0  anti-K0  K+   pi-  PHSP;
+0.00003   chi_c0  anti-K0  K0   pi0  PHSP;
+0.00003   chi_c0  K-       K+   pi0  PHSP;
+#
+#
+#					chic1 = 0.37%  CLNS 94/1315
+0.0007    chi_c1  eta'		     SVS;
+0.0003    chi_c1  eta                SVS;
+0.0014    chi_c1  phi                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.00026   chi_c1  K-       K+        PHSP;  
+0.00026   chi_c1  anti-K0  K0        PHSP;
+0.00026   chi_c1  anti-K0  K+   pi-  PHSP;
+0.00026   chi_c1  anti-K0  K0   pi0  PHSP;
+0.00026   chi_c1  K-       K+   pi0  PHSP;
+#
+#
+#					chic2 = 0.25%  CLNS 94/1315
+0.000465    chi_c2      eta'                  STS;	 
+0.000235    chi_c2      eta                   STS;
+#0.0010      chi_c2      phi                   STV; whb: model doesn't exist!
+0.00016     chi_c2      K-         K+	      PHSP;
+0.00016     chi_c2      anti-K0    K0	      PHSP;
+0.00016     chi_c2      anti-K0    K+   pi-   PHSP;
+0.00016     chi_c2      anti-K0    K0   pi0   PHSP;
+0.00016     chi_c2      K-         K+   pi0   PHSP;
+#
+#
+#                                       etac(1s) = 0.41%  Guess: CBX 97-65
+#
+0.0008      eta_c       eta'                  PHSP;
+0.0004      eta_c       eta                   PHSP;
+0.0015      phi         eta_c                 SVS;
+0.00028     eta_c       K-         K+         PHSP;
+0.00028     eta_c       anti-K0    K0         PHSP;
+0.00028     eta_c       anti-K0    K+   pi-   PHSP;
+0.00028     eta_c       anti-K0    K0   pi0   PHSP;
+0.00028     eta_c       K-         K+   pi0   PHSP;
+#
+#
+#                                        etac(2s) = 0.18%  Guess: CBX 97-65
+0.0004      eta_c(2S)   eta'                  PHSP;
+0.0002      eta_c(2S)   eta                   PHSP;
+0.0006      phi         eta_c(2S)             SVS;
+0.00012     eta_c(2S)   K-         K+         PHSP;
+0.00012     eta_c(2S)   anti-K0    K0         PHSP;
+0.00012     eta_c(2S)   anti-K0    K+   pi-   PHSP;
+0.00012     eta_c(2S)   anti-K0    K0   pi0   PHSP;
+0.00012     eta_c(2S)   K-         K+   pi0   PHSP;
+#
+#    
+#                                       hc = 0.25%  (100% of chic2)
+#					 Bodwin et.al. Phys Rev D46 1992
+#
+0.000465    h_c         eta'	              SVS;
+0.000235    h_c         eta                   SVS;
+0.0010      h_c         phi                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.00016     h_c         K-         K+	      PHSP;
+0.00016     h_c         anti-K0    K0         PHSP;
+0.00016     h_c         anti-K0    K+   pi-   PHSP;
+0.00016     h_c         anti-K0    K0   pi0   PHSP;
+0.00016     h_c         K-         K+   pi0   PHSP;
+#
+#
+#                                        b --> c  (d u=)
+#                                        Exclusive Channels = 6.33%
+# fkw 4/28/00 I rearanged this a bit after copying it from
+#             B0B decay list. 
+#           
+# first come the external W-emission decays:
+#
+0.0008      D_s1+       pi-                   SVS;
+0.0021      D_s1+       rho-                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0013      D_s2*+      pi-                   STS;
+#0.0037      D_s2*+      rho-                  STV; # whb: model doesn't exist 
+#
+0.0027      D_s*+       pi-                   SVS;  
+0.0026      D_s+        pi-                   PHSP;  
+0.0073      rho-        D_s+                  SVS;  
+0.0070      D_s*+       rho-                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+0.0085      a_1-        D_s+                  SVS;   
+0.0009      D_s+        rho0       pi-        PHSP;       
+0.0009      D_s+        rho-       pi0        PHSP;       
+0.0009      D_s+        pi+        pi-   pi-  PHSP;       
+0.0009      D_s+        pi0        pi-   pi0  PHSP;
+#
+0.0122      D_s*+       a_1-                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010      D_s*+       rho0       pi-        PHSP;
+0.0010      D_s*+       rho-       pi0        PHSP;
+0.0077      D_s*+       pi+        pi-   pi-  PHSP;
+0.0010      D_s*+       pi0        pi-   pi0  PHSP;
+#
+# then the color suppressed decays:
+#
+# fkw 4/28/00 color suppressed modes bumped up by factor 2 from isospin
+#             i.e. Bs doesn't have the factor 2 suppression Bd has.
+0.0002      D*0         K0                    SVS; 
+0.0002      D0          K0                    PHSP;
+0.0002      K*0         D0                    SVS; 
+0.0002      D*0         K*0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0; 
+#
+# fkw 4/28/00 ignore the internal W emission decays with additional
+#             q\bar q popping.
+#
+# Here come the various types of "inclusive unknown" decays:
+#
+#  Start with B to baryons: 
+#  fkw 3/28/01 I don't know what I'm doing here!!! This needs to be checked!!!
+0.0200        cs_0       anti-ud_0         JETSET 23;
+0.0400        cs_1       anti-ud_1         JETSET 23;
+#
+#  Next come external W-emission:
+0.312355        anti-u       d  c       anti-s       JETSET         48;
+0.05000         anti-u       d  c       anti-s       JETSET         25;
+#  Now the internal W-emission:
+0.02000         anti-u       c  d       anti-s       JETSET         48;
+#  Then some b->u external W-emission with upper vertex charm
+0.00400         anti-c       s  u       anti-s       JETSET         48;
+# and finally some cabibbo suppressed external and internal W-emission
+0.0150          anti-u       s  c       anti-s       JETSET         48;
+0.00220         anti-u       s  c       anti-s       JETSET         25;
+0.00090         anti-u       c  s       anti-s       JETSET         48;
+# and some c cbar d stuff as well as c cbar s
+0.00600         anti-c       d  c       anti-s       JETSET         13;
+0.00200         anti-c       d  c       anti-s       JETSET         13;
+# and some miscellaneous charmless stuff 
+0.00410         anti-u     u  d       anti-s       JETSET         48;
+0.00070         anti-d     d  d       anti-s       JETSET         48;
+0.00090         anti-s     s  d       anti-s       JETSET         48;
+0.00220         anti-u     u  s       anti-s       JETSET         48;
+0.00180         anti-d     d  s       anti-s       JETSET         48;
+0.00150         anti-s     s  s       anti-s       JETSET         48;
+0.00500                    s  g       anti-s       JETSET         33;
+
+# fkw 5/10/00 the b->ulnu decays are loosely modelled according to B0 in EvtGen
+0.000200    K+          e-         anti-nu_e         PHOTOS   ISGW2;
+0.000300    K*+         e-         anti-nu_e         PHOTOS   ISGW2;
+0.000300    K_1+        e-         anti-nu_e         PHOTOS   ISGW2;
+0.000200    K'_1+       e-         anti-nu_e         PHOTOS   ISGW2;
+#
+#		                      
+0.000200    K+          mu-        anti-nu_mu        PHOTOS  ISGW2;
+0.000300    K*+         mu-        anti-nu_mu        PHOTOS  ISGW2;
+0.000300    K_1+        mu-        anti-nu_mu        PHOTOS  ISGW2;
+0.000200    K'_1+       mu-        anti-nu_mu        PHOTOS  ISGW2;
+# -------------
+# 2e-3 for charmless semi-leptonic
+
+#***********************************************************
+#
+# fkw 5/10/00
+#
+# ideas behind these (largely) made up Br's for charmless
+# hadronic B decays:
+# (1) any PP and PV modes that are used or calculated
+#     in globfit code by Hou,Smith,Wuerthwein are taken from
+#     the latest fit i.e. May2000
+# (2) anything else is from Ali,Kramer,Lue
+#
+# None of this should be taken too serious!
+#
+#***********************************************************
+0.0000193   K-          K+                    PHSP;
+0.0000079   anti-K0     K0                    PHSP;
+0.0000043   pi-         K+                    PHSP;
+0.0000002   pi0         K0                    PHSP;
+#
+0.0000012   omega       eta                   SVS;
+0.0000025   omega       eta'                  SVS;
+0.0000013   phi         eta                   SVS;
+0.0000025   phi         eta'                  SVS;
+0.00000008  omega       anti-K0               SVS;
+0.000000002 phi         anti-K0               SVS;
+#
+#next is just twice PI- RHO0
+0.0000250   K*+         pi-                   SVS;
+0.0000120   rho-        K+                    SVS;
+0.00000002  rho0        K0                    SVS;
+0.00000002  K*0         pi0                   SVS;
+#
+0.0000046   K*-         K+                    SVS;
+0.0000005   anti-K*0    K0                    SVS;
+0.0000082   K*+         K-                    SVS;
+0.0000066   K*0         anti-K0               SVS;
+#
+0.0000580   eta'        eta'                  PHSP;
+0.0000250   eta'        eta                   PHSP;
+0.0000040   eta         eta                   PHSP;
+0.0000200   phi         eta                   SVS;
+0.0000100   phi         eta'                  SVS;
+#
+#next comes stuff from Ali,Kramer,Lue PRD58, 094009 FOR NC=3
+0.00000007  K0          eta'                  PHSP;
+0.00000023  K0          eta                   PHSP;
+0.00000010  K0          eta'                  PHSP;
+0.00000010  K0          eta                   PHSP;
+0.000000021 K*0         eta'                  SVS;
+0.00000007  K*0         eta                   SVS;
+#
+#next comes stuff from Ali,Kramer,Lue PRD58, 094009 FOR NC=3
+# for vector-vector final states
+0.000020    rho-        K*+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000008   rho0        K*0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000000005 omega       K*0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+0.000006    K*-         K*+                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005    anti-K*0    K*0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000008    phi         phi                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000000004 phi         K*0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+# decays that go via b->d penguins
+0.0000004   phi         K*0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000002   K*0         eta                   SVS;
+0.0000002   K*0         eta'                  SVS;
+0.0000003   eta         K0                    PHSP;
+0.0000006   eta'        K0                    PHSP;
+#--------------
+# 257.122e-6 for all the charmless hadronic
+#
+Enddecay
+#
+# B_s decays.
+# -------------------------------------------------------
+# whb&fkw 3/28/01 Taken from fkw's QQ tables.
+#                 most dubious part are the B to baryons.
+# fkw 4/28/00 made the Bs parallel to the Bd as best as I could
+# -------------------------------------------------------
+Decay B_s0
+0.0210   D_s-     e+     nu_e         PHOTOS  ISGW2;
+0.0490   D_s*-    e+     nu_e         PHOTOS  ISGW2;
+0.0040   D_s1-    e+     nu_e         PHOTOS  ISGW2;
+0.0040   D_s0*-   e+     nu_e         PHOTOS  ISGW2;
+0.0070   D'_s1-   e+     nu_e         PHOTOS  ISGW2;
+0.0070   D_s2*-   e+     nu_e         PHOTOS  ISGW2;
+0.0210   D_s-     mu+    nu_mu        PHOTOS  ISGW2;
+0.0490   D_s*-    mu+    nu_mu        PHOTOS  ISGW2;
+0.0040   D_s1-    mu+    nu_mu        PHOTOS  ISGW2;
+0.0040   D_s0*-   mu+    nu_mu        PHOTOS  ISGW2;
+0.0070   D'_s1-   mu+    nu_mu        PHOTOS  ISGW2;
+0.0070   D_s2*-   mu+    nu_mu        PHOTOS  ISGW2;
+#fkw 5/04/01 changed these to account for taking out non-res
+#0.0070   D_s-     tau+   nu_tau                 ISGW2;
+#0.0150   D_s*-    tau+   nu_tau                 ISGW2;
+#0.0013   D_s1-    tau+   nu_tau                 ISGW2;
+#0.0013   D_s0*-   tau+   nu_tau                 ISGW2;
+#0.0023   D'_s1-   tau+   nu_tau                 ISGW2;
+#0.0023   D_s2*-   tau+   nu_tau                 ISGW2;
+0.0080   D_s-     tau+   nu_tau                 ISGW2;
+0.0160   D_s*-    tau+   nu_tau                 ISGW2;
+0.0018   D_s1-    tau+   nu_tau                 ISGW2;
+0.0018   D_s0*-   tau+   nu_tau                 ISGW2;
+0.0028   D'_s1-   tau+   nu_tau                 ISGW2;
+0.0028   D_s2*-   tau+   nu_tau                 ISGW2;
+#
+# fkw 4/28/00 the next few are decays where a u\bar u or d\bar d is popped
+#             between the charm quark and the spectator. I can thus not
+#             just replace a D by a Ds as above when going from Bd to Bs.
+#
+# fkw 5/04/01 Had to take non-res out because it crashed EvtGen.
+#0.0010      anti-D*0      K-         tau+    nu_tau           GOITY_ROBERTS;
+#0.0010      D*-           anti-K0    tau+    nu_tau           GOITY_ROBERTS;
+#0.0010      anti-D0       K-         tau+    nu_tau           GOITY_ROBERTS;
+#0.0010      D-            anti-K0    tau+    nu_tau           GOITY_ROBERTS;
+# fkw 4/28/00 B0 -> TAU D PI0 = 1/2 of TAU D PI- because of pi0 wave function
+#             However, the same factor of 1/2 doesn't apply to BS0 !!!  
+# fkw 3/28/01 There seem to be no semi-leptonic B to baryon decays in nature.
+#             I don't pretend to understand why. PDG 2000 has a limit of
+#             < 3.2e-3 where one might naively expect 
+#             10% * BR(B->/\c) = 0.1 * (6.4+-1.1)% 
+#0.0050      nu_e        e+          B-Baryon
+#0.0050      nu_mu       mu+         B-Baryon
+#
+#                                         b --> c  (s c=)
+#                                         Sum = 11.44%
+#                                           2-body = 4.72%
+#                                        more-body = 6.72%
+0.0086      D_s-        D_s+          PHSP;
+0.0090      D_s*+       D_s-          SVS;
+0.0099      D_s*-       D_s+          SVS;
+0.0197      D_s*-       D_s*+         SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+# fkw 4/28/00 more states with popped q\bar q.
+#             The one's here involve only popped and spectator.
+#             Popping stuff in the cs from the W comes further below. 
+#             The same isospin comment applies here as above in the
+#             semi-leptonic decays with tau and popped q\bar q.
+0.0096      D_s+        D-          anti-K0                PHSP;
+0.0096      D_s+        D0          K-                     PHSP;
+0.0096      D_s*+       D-          anti-K0                PHSP;
+0.0096      D_s*+       anti-D0     K-                     PHSP;
+#
+0.0024      D_s+        D-          pi0        anti-K0     PHSP;   
+0.0048      D_s+        anti-D0     pi-        anti-K0     PHSP;   
+0.0048      D_s+        D-          pi+        K-          PHSP;
+0.0024      D_s+        anti-D0     pi0        K-          PHSP;          
+#
+0.0024      D_s*+       D-          pi0        anti-K0     PHSP;     
+0.0048      D_s*+       anti-D0     pi-        anti-K0     PHSP;     
+0.0048      D_s*+       D-          pi+        K-          PHSP;
+0.0024      D_s*+       anti-D0     pi0        K-          PHSP;
+#
+#
+#                                         b --> (c ) (c ) (s )
+#                                         Sum = 8.0%
+# DDK amplitudes  R.A.Briere 10/97
+# fkw 4/28/00 these are q\bar q popping that don't involve the spectator
+#             Bd->Bs just involves switching the c\bar d to c\bar s.
+#
+0.0150      D_s*-       D*0         K+                     PHSP;
+0.0150      D_s*-       D*+         K0                     PHSP;
+0.0050      D_s*-       D0          K+                     PHSP; 
+0.0050      D_s*-       D+          K0                     PHSP;
+0.0050      D_s-        D*0         K+                     PHSP; 
+0.0050      D_s-        D*+         K0                     PHSP;
+0.0020      D_s-        D0          K+                     PHSP; 
+0.0020      D_s-        D+          K0                     PHSP;  
+0.0030      D_s*-       D*0         K*+                    PHSP; 
+0.0030      D_s*-       D*+         K*0                    PHSP;
+0.0050      D_s*-       D0          K*+                    PHSP;
+0.0050      D_s*-       D+          K*0                    PHSP;
+0.0025      D_s-        D*0         K*+                    PHSP;
+0.0025      D_s-        D*+         K*0                    PHSP;
+0.0025      D_s-        D0          K*+                    PHSP;
+0.0025      D_s-        D+          K*0                    PHSP;
+#
+#
+#                                        b --> c  (d c=)
+#                                        Sum = 1.36%
+0.0017      D_s+        D-                                 PHSP;
+0.0017      D*-         D_s+                               SVS;
+0.0017      D_s*+       D-                                 SVS;
+0.0017      D_s*+       D*-    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+# fkw 4/38/00 more popping at the lower vertex 
+#             but with upper vertex cabbibo suppressed.
+0.0007      D+          D-          anti-K0                PHSP;
+0.0007      D+          D0          K-                     PHSP;
+0.0007      D*+         D-          anti-K0                PHSP;
+0.0007      D*+         anti-D0     K-                     PHSP;
+#
+0.0003      D+          D-          pi0        anti-K0     PHSP;     
+0.0007      D+          anti-D0     pi-        anti-K0     PHSP;  
+0.0003      D+          D-          pi+        K-          PHSP;
+0.0007      D+          anti-D0     pi0        K-          PHSP;
+#
+0.0003      D*+         D-          pi0        anti-K0     PHSP;
+0.0007      D*+         anti-D0     pi-        anti-K0     PHSP; 
+0.0003      D*+         D-          pi+        K-          PHSP;
+0.0007      D*+         anti-D0     pi0        K-          PHSP;
+#
+#                                        b --> c  (u s=)
+#                                        exclusive
+#                                        Sum = 0.9%
+0.00015     D_s*-       K+                                 SVS;
+0.00015     D_s-        K+                                 PHSP;
+0.00030     D_s*-   K*+                SVV_HELAMP 0.228 0.0 0.0283 0.0 0.932 0.0;
+0.00030     K*+     D_s-               SVS;  
+#
+# fkw 4/28/00 Strategy for charmonium modes:
+# Take Bd BR's, replace spectator, 
+# assume etaprime = 2/3 ss
+# and eta = 1/3 ss
+#
+# Note: Just for kicks I gave the c\bar c decays a small piece that is
+#       self tagging. See if you can find it. This is already in
+#       the B0 decays in cleo's version of decay.dec .
+#
+#                                        B --> (c c=)  (s s=)
+#					2.65%
+#					should be: psi = 0.80%  CLNS 94/1315 but isn't quite right. 
+0.00064     J/psi       eta'		                   SVS;
+0.00032     J/psi       eta	                           SVS;
+0.00135     J/psi       phi      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.00008     J/psi       K0		                   SVS;
+0.00070     J/psi       K-          K+                     PHSP;
+0.00070     J/psi       anti-K0     K0                     PHSP;
+0.00070     J/psi       K0          K-         pi+         PHSP;
+0.00070     J/psi       anti-K0     K0         pi0         PHSP;
+0.00070     J/psi       K-          K+         pi0         PHSP;
+#					psi' = 0.34%  CLNS 94/1315
+0.000465    psi(2S)     eta'	                           SVS;
+0.000235    psi(2S)     eta                                SVS;
+0.0012      psi(2S)     phi               SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0003      psi(2S)     K-          K+                     PHSP;
+0.0003      psi(2S)     anti-K0     K0                     PHSP;
+0.0003      psi(2S)     K0          K-         pi+         PHSP;
+0.0003      psi(2S)     anti-K0     K0         pi0         PHSP;
+0.0003      psi(2S)     K-          K+         pi0         PHSP;
+#
+#					chic0 = 0.05% (20% of chic2)
+#					Bodwin et.al. Phys Rev D46 1992
+0.00010     chi_c0      eta'                               PHSP;
+0.00005     chi_c0      eta                                PHSP;
+0.00020     phi         chi_c0                             SVS;
+0.00003     chi_c0      K-          K+                     PHSP;
+0.00003     chi_c0      anti-K0     K0                     PHSP;
+0.00003     chi_c0      K0          K-         pi+         PHSP;
+0.00003     chi_c0      anti-K0     K0         pi0         PHSP;
+0.00003     chi_c0      K-          K+         pi0         PHSP;
+#
+#
+#					chic1 = 0.37%  CLNS 94/1315
+0.0007       chi_c1      eta'	                           SVS;
+0.0003      chi_c1      eta                                SVS;
+0.0014      chi_c1      phi                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.00026     chi_c1      K-          K+	                   PHSP;
+0.00026     chi_c1      anti-K0     K0	                   PHSP;
+0.00026     chi_c1      K0          K-         pi+         PHSP;
+0.00026     chi_c1      anti-K0     K0         pi0         PHSP;
+0.00026     chi_c1      K-          K+         pi0         PHSP;
+#
+#
+#					chic2 = 0.25%  CLNS 94/1315
+0.000465    chi_c2      eta'                               STS;
+0.000235    chi_c2      eta                                STS;
+#0.0010      chi_c2      phi                                STV; whb: doesn't exist
+0.00016     chi_c2      K-          K+	                   PHSP;
+0.00016     chi_c2      anti-K0     K0	                   PHSP;
+0.00016     chi_c2      K0          K-         pi+         PHSP;
+0.00016     chi_c2      anti-K0     K0         pi0         PHSP;
+0.00016     chi_c2      K-          K+         pi0         PHSP;
+#
+#
+#                                       etac(1s) = 0.41%  Guess: CBX 97-65
+0.0008      eta_c       eta'                               PHSP;
+0.0004      eta_c       eta                                PHSP;
+0.0015      phi         eta_c                              SVS;
+0.00028     eta_c       K-          K+                     PHSP;
+0.00028     eta_c       K0          anti-K0                PHSP;
+0.00028     eta_c       K0          K-         pi+         PHSP;
+0.00028     eta_c       K0          anti-K0    pi0         PHSP;
+0.00028     eta_c       K-          K+         pi0         PHSP;
+#
+#
+#                                        etac(2s) = 0.18%  Guess: CBX 97-65
+0.0004      eta_c(2S)   eta'                               PHSP;
+0.0002      eta_c(2S)   eta                                PHSP;
+0.0006      phi         eta_c(2S)                          SVS;
+0.00012     eta_c(2S)   K-          K+                     PHSP;
+0.00012     eta_c(2S)   anti-K0     K0                     PHSP;
+0.00012     eta_c(2S)   K0          K-         pi+         PHSP;
+0.00012     eta_c(2S)   anti-K0     K0         pi0         PHSP;
+0.00012     eta_c(2S)   K-          K+         pi0         PHSP;
+#
+#    
+#                                       hc = 0.25%  (100% of chic2)
+#					 Bodwin et.al. Phys Rev D46 1992
+0.000465    h_c         eta'	                           SVS;
+0.000235    h_c         eta                                SVS;
+0.0010      h_c         phi                 SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.00016     h_c         K-          K+	                   PHSP;
+0.00016     h_c         anti-K0     K0                     PHSP;
+0.00016     h_c         K0          K-         pi+         PHSP;
+0.00016     h_c         anti-K0     K0         pi0         PHSP;
+0.00016     h_c         K-          K+         pi0         PHSP;
+#
+#
+#                                        b --> c  (d u=)
+#                                        Exclusive Channels = 6.33%
+# fkw 4/28/00 I rearanged this a bit after copying it from
+#             B0B decay list. 
+#           
+# first come the external W-emission decays:
+#
+0.0008      D_s1-       pi+                                SVS;
+0.0021      D_s1-       rho+               SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0013      D_s2*-      pi+                                STS;
+#0.0037      D_s2*-      rho+                               STV; #whb: STV does not exist yet 
+#
+0.0027      D_s*-       pi+                                SVS;
+0.0026      D_s-        pi+                                PHSP;
+0.0073      rho+        D_s-                               SVS;
+0.0070      D_s*-       rho+              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+0.0085      a_1+        D_s-                               SVS;
+0.0009      D_s-        rho0        pi+                    PHSP;
+0.0009      D_s-        rho+        pi0                    PHSP;
+0.0009      D_s-        pi-         pi+        pi+         PHSP;
+0.0009      D_s-        pi0         pi+        pi0         PHSP;         
+#
+0.0122      D_s*-       a_1+               SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010      D_s*-       rho0        pi+                    PHSP;
+0.0010      D_s*-       rho+        pi0                    PHSP;
+0.0077      D_s*-       pi-         pi+        pi+         PHSP;
+0.0010      D_s*-       pi0         pi+        pi0         PHSP;
+#
+# then the color suppressed decays:
+#
+# fkw 4/28/00 color suppressed modes bumped up by factor 2 from isospin
+#             i.e. Bs doesn't have the factor 2 suppression Bd has.
+0.0002      anti-D*0    anti-K0                            SVS;
+0.0002      anti-D0     anti-K0                            PHSP;
+0.0002      anti-K*0    anti-D0                            SVS;
+0.0002      anti-D*0    anti-K*0            SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+# fkw 4/28/00 ignore the internal W emission decays with additional
+#             q\bar q popping.
+#
+# Here come the various types of "inclusive unknown" decays:
+#
+#  Start with B to baryons: 
+#  fkw 3/28/01 I don't know what I'm doing here!!! This needs to be checked!!!
+0.0200        anti-cs_0       ud_0         JETSET 23;
+0.0400        anti-cs_1       ud_1         JETSET 23;
+#
+#  Next come external W-emission:
+0.312355        u       anti-d  anti-c       s       JETSET         48;
+0.05000         u       anti-d  anti-c       s       JETSET         25;
+#  Now the internal W-emission:
+0.02000         u       anti-c  anti-d       s       JETSET         48;
+#  Then some b->u external W-emission with upper vertex charm
+0.00400         c       anti-s  anti-u       s       JETSET         48;
+# and finally some cabibbo suppressed external and internal W-emission
+0.0150          u       anti-s  anti-c       s       JETSET         48;
+0.00220         u       anti-s  anti-c       s       JETSET         25;
+0.00090         u       anti-c  anti-s       s       JETSET         48;
+# and some c cbar d stuff as well as c cbar s
+0.00600         c       anti-d  anti-c       s       JETSET         13;
+0.00200         c       anti-d  anti-c       s       JETSET         13;
+# and some miscellaneous charmless stuff 
+0.00410         u     anti-u  anti-d       s       JETSET         48;
+0.00070         d     anti-d  anti-d       s       JETSET         48;
+0.00090         s     anti-s  anti-d       s       JETSET         48;
+0.00220         u     anti-u  anti-s       s       JETSET         48;
+0.00180         d     anti-d  anti-s       s       JETSET         48;
+0.00150         s     anti-s  anti-s       s       JETSET         48;
+0.00500                    anti-s  g       s       JETSET         33;
+
+# fkw 5/10/00 the b->ulnu decays are loosely modelled according to B0 in EvtGen
+0.000200    K-          e+         nu_e         PHOTOS   ISGW2;
+0.000300    K*-         e+         nu_e         PHOTOS   ISGW2;
+0.000300    K_1-        e+         nu_e         PHOTOS   ISGW2;
+0.000200    K'_1-       e+         nu_e         PHOTOS   ISGW2;
+#
+#		                      
+0.000200    K-          mu+        nu_mu        PHOTOS  ISGW2;
+0.000300    K*-         mu+        nu_mu        PHOTOS  ISGW2;
+0.000300    K_1-        mu+        nu_mu        PHOTOS  ISGW2;
+0.000200    K'_1-       mu+        nu_mu        PHOTOS  ISGW2;
+# -------------
+# 2e-3 for charmless semi-leptonic
+
+#***********************************************************
+#
+# fkw 5/10/00
+#
+# ideas behind these (largely) made up Br's for charmless
+# hadronic B decays:
+# (1) any PP and PV modes that are used or calculated
+#     in globfit code by Hou,Smith,Wuerthwein are taken from
+#     the latest fit i.e. May2000
+# (2) anything else is from Ali,Kramer,Lue
+#
+# None of this should be taken too serious!
+#
+#***********************************************************
+0.0000193   K-          K+                                 PHSP;
+0.0000079   anti-K0     K0                                 PHSP;
+0.0000043   pi+         K-                                 PHSP;
+0.0000002   pi0         anti-K0                            PHSP;
+#
+0.0000012   omega       eta                                SVS;
+0.0000025   omega       eta'                               SVS;
+0.0000013   phi         eta                                SVS;
+0.0000025   phi         eta'                               SVS;
+0.00000008  omega       K0                                 SVS;
+0.000000002 phi         K0                                 SVS;
+#
+0.0000250   K*-         pi+                                SVS;
+0.0000120   rho+        K-                                 SVS;
+0.00000002  rho0        K0                                 SVS;
+0.00000002  anti-K*0    pi0                                SVS;
+#
+0.0000046   K*+         K-                                 SVS;
+0.0000005   K*0         anti-K0                            SVS;
+0.0000082   K*-         K+                                 SVS;
+0.0000066   anti-K*0    K0                                 SVS;
+#
+0.0000580   eta'        eta'                               PHSP;
+0.0000250   eta'        eta                                PHSP;
+0.0000040   eta         eta                                PHSP;
+0.0000200   phi         eta                                SVS;
+0.0000100   phi         eta'                               SVS;
+#
+#next comes stuff from Ali,Kramer,Lue PRD58, 094009 FOR NC=3
+0.00000007  anti-K0     eta'                               PHSP;
+0.00000023  anti-K0     eta                                PHSP;
+0.00000010  anti-K0     eta'                               PHSP;
+0.00000010  anti-K0     eta                                PHSP;
+0.000000021 anti-K*0    eta'                               SVS;
+0.00000007  anti-K*0    eta                                SVS;
+#
+#next comes stuff from Ali,Kramer,Lue PRD58, 094009 FOR NC=3
+# for vector-vector final states
+0.000020    rho+        K*-                 SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000008   rho0        anti-K*0            SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000000005 omega       anti-K*0            SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+0.000006    K*-         K*+                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005    anti-K*0    K*0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000008    phi         phi                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000000004 phi         anti-K*0               SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+# decays that go via b->d penguins
+0.0000004   phi         anti-K*0               SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000002   anti-K*0    eta                                SVS;
+0.0000002   anti-K*0    eta'                               SVS;
+0.0000003   eta         anti-K0                            PHSP;
+0.0000006   eta'        anti-K0                            PHSP;
+#--------------
+# 257.122e-6 for all the charmless hadronic
+#
+Enddecay
+
+# whb: QQ B_c included.  Needs more work!
+#Decay B_c-
+#CHANNEL  0 0.0700 TAU-  NUTB
+#CHANNEL  1 0.1100 NUEB  E-    *CC*
+#CHANNEL  1 0.1100 NUMB  MU-   *CC*
+#CHANNEL  1 0.0300 NUTB  TAU-  *CC*
+#CHANNEL  0 0.3400 *DU*  *CC*
+#CHANNEL  0 0.0700 *SC*  *CC*
+#CHANNEL  0 0.2700 *SC*
+#0.0700      tau-        anti-nu_tau                        PHSP;
+#0.1100      anti-nu_e   e-          *CC*              Simpleleptonic;
+#0.1100      anti-nu_mu  mu-         *CC*               Simple leptonic;
+#0.0300      anti-nu_tau tau-        *CC*               Simple leptonic;
+#0.3400      *DU*        *CC*                               PHSP;
+#0.0700      *SC*        *CC*                               PHSP;
+#0.2700      *SC*                                           PHSP;
+#Enddecay
+#
+#Decay  B_c+
+#CHANNEL  0 0.0700 TAU+  NUT
+#CHANNEL  1 0.1100 NUE   E+    *CC*
+#CHANNEL  1 0.1100 NUM   MU+   *CC*
+#CHANNEL  1 0.0300 NUT   TAU+  *CC*
+#CHANNEL  0 0.3400 *UD*  *CC*
+#CHANNEL  0 0.0700 *CS*  *CC*
+#CHANNEL  0 0.2700 *CS*
+#0.0700      tau+        nu_tau                             PHSP;
+#0.1100      nu_e        E+          *CC*                  Simple leptonic;
+#0.1100      nu_mu       mu+         *CC*                  Simple leptonic;
+#0.0300      nu_tau      tau+        *CC*                  Simple leptonic;
+#0.3400      *UD*        *CC*                               PHSP;
+#0.0700      *CS*        *CC*                               PHSP;
+#0.2700      *CS*                                           PHSP;
+#Enddecay
+
+#
+# The tau branching fractions needs to be looked over!
+#
+Decay tau-
+0.1800         e-   anti-nu_e   nu_tau       PHOTOS TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau      PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                     TAUSCALARNU;
+0.2515         rho- nu_tau                     TAUVECTORNU;
+0.1790         a_1-  nu_tau                     TAUVECTORNU;
+0.0071         K-   nu_tau                     TAUSCALARNU;
+0.0134         K*-  nu_tau                     TAUVECTORNU;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+0.0100         nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              JETSET    41;
+0.0015         nu_tau     K0      pi-     anti-K0         JETSET    41;
+0.0015         nu_tau     K-      pi0     K0              JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0             JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             JETSET    41;
+0.0055         nu_tau     pi-     anti-K0 pi0             JETSET    41;
+0.0017         nu_tau     eta     pi-     pi0             JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0             JETSET    41;
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP;
+0.0039         nu_tau     pi-     omega     pi0           JETSET    41;
+0.0010         nu_tau     K-      K0                      JETSET    41;
+0.0010         nu_tau     K-      omega                   JETSET    41;
+Enddecay
+#
+CDecay tau+
+#
+#   Vector Mesons
+#
+
+Decay D*+
+0.6830    D0  pi+                        VSS;
+0.3060    D+  pi0                        VSS;
+0.0110    D+  gamma                       VSP_PWAVE;
+Enddecay
+Decay D*-
+0.6830    anti-D0 pi-                        VSS;
+0.3060    D-  pi0                        VSS;
+0.0110    D-  gamma                       VSP_PWAVE;
+Enddecay
+Decay D*0
+0.6190    D0  pi0                        VSS;
+0.3810    D0  gamma                       VSP_PWAVE;
+Enddecay
+Decay anti-D*0
+0.6190    anti-D0  pi0                       VSS;
+0.3810    anti-D0  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay D_s*+
+0.942   D_s+  gamma                       VSP_PWAVE;
+0.058   D_s+  pi0                        VSS;
+Enddecay
+Decay D_s*-
+0.942   D_s-  gamma                       VSP_PWAVE;
+0.058   D_s-  pi0                        VSS;
+Enddecay
+#
+#
+#   D+ Meson
+#
+Decay D+
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+#
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+#
+0.0008   mu+ nu_mu                PHOTOS   SLN;
+0.0024   tau+ nu_tau                       SLN;
+#
+0.0289   anti-K0   pi+                         PHSP;
+0.0800   a_1+ anti-K0                           SVS;
+0.0508   anti-K'_10  pi+                       SVS;
+0.0115   anti-K_0*0N  pi+                PHSP;
+0.0210   anti-K*0 rho+                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+# the Dalitz mode below includes K0bar rho+, 
+# and K*bar(892)0 pi+ resonances
+0.0970   anti-K0   pi+  pi0              D_DALITZ;
+0.0100   anti-K0   eta  pi+                    PHSP;
+0.0050   anti-K0   rho0  pi+                   PHSP;
+0.0050   anti-K0   omega  pi+                   PHSP;
+0.0110   K-  rho+  pi+                   PHSP;
+0.0070   K*- pi+  pi+                    PHSP;
+0.0100   anti-K*0 pi0  pi+                    PHSP;
+0.0100   anti-K*0 eta  pi+                    PHSP;
+0.0078   anti-K*0 rho0  pi+                   PHSP;
+0.0050   anti-K*0 omega  pi+                   PHSP;
+0.0100   K*- rho+  pi+                   PHSP;
+#
+0.0120   K-  pi+  pi+   pi0              PHSP;
+0.0080   anti-K0   pi+  pi+   pi-              PHSP;
+0.0188   anti-K0   pi+  pi0   pi0              PHSP;
+0.0072   K-  pi+  pi+   pi+   pi-        PHSP;
+0.0022   K-  pi+  pi+   pi0   pi0        PHSP;
+0.0387   anti-K0   pi+  pi+   pi-   pi0        PHSP;
+0.0035   anti-K0   pi+  pi0   pi0   pi0        PHSP;
+#
+0.0180   anti-K0   anti-K0    K+                     PHSP;
+0.0070   phi pi+                         SVS;
+0.0230   phi pi+  pi0                    PHSP;
+0.0074   anti-K0   K+                          PHSP;
+0.0042   anti-K*0  K+                         SVS;
+0.0211   K*+  anti-K0                          SVS;
+0.0180   anti-K*0 K*+                         SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0087   K+   K-  pi+                    PHSP;
+0.0010   K+  anti-K0   pi0                     PHSP;
+0.0010   anti-K0   K0  pi+                     PHSP;
+0.0010   K*+ K-  pi+                     PHSP;
+0.0010   K+  K*- pi+                     PHSP;
+0.0010   K*+ anti-K0   pi0                     PHSP;
+0.0010   K+  anti-K*0 pi0                     PHSP;
+0.0010   anti-K*0 K0  pi+                     PHSP;
+0.0010   anti-K0   K*0 pi+                     PHSP;
+#
+0.0026   pi0 pi+                         PHSP;
+0.0010   rho0 pi+                        SVS;
+0.0036   pi+  pi+  pi-                   PHSP;
+0.0030   pi+  pi0  pi0                   PHSP;
+0.0190   pi+  pi+  pi-  pi0              PHSP;
+0.0100   pi+  pi0  pi0  pi0              PHSP;
+0.0076   eta pi+                        PHSP;
+0.0030   eta pi+ pi0                    PHSP;
+0.0030   eta pi+ pi+ pi-                PHSP;
+0.0020   eta pi+ pi0 pi0                PHSP;
+Enddecay
+#
+#
+Decay D-
+0.0480   K*0  e-  anti-nu_e          PHOTOS    ISGW2;
+0.0670   K0   e-  anti-nu_e          PHOTOS    ISGW2;
+0.0036   K_10  e-  anti-nu_e          PHOTOS    ISGW2;
+0.0038   K_2*0 e-  anti-nu_e          PHOTOS    ISGW2;
+0.0031   pi0  e-  anti-nu_e          PHOTOS    ISGW2;
+0.0028   eta  e-  anti-nu_e          PHOTOS    ISGW2;
+0.0011   eta' e-  anti-nu_e          PHOTOS    ISGW2;
+0.0022   rho0 e-  anti-nu_e          PHOTOS    ISGW2;
+0.0029   omega e-  anti-nu_e          PHOTOS    ISGW2;
+0.0027   K+  pi-  e- anti-nu_e        PHOTOS   PHSP;
+#
+0.0430   K*0  mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0700   K0   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0036   K_10  mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0038   K_2*0 mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0027   K+  pi-  mu- anti-nu_e        PHOTOS   PHSP;
+#
+0.0008   mu- anti-nu_mu               PHOTOS   SLN;
+0.0024   tau- anti-nu_tau                      SLN;
+#
+0.0289   K0  pi-                          PHSP;
+0.0800   a_1- K0                           SVS;
+0.0508   K'_10  pi-                        SVS;
+0.0115   K_0*0N  pi-                        PHSP;
+0.0210   K*0 rho-                        SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+0.0900   K+  pi-  pi-                    D_DALITZ;
+# the Dalitz mode below includes K0 rho-, and K*(892)0 pi- resonances.
+0.0970   K0  pi-  pi0                    D_DALITZ;
+0.0100   K0  eta  pi-                    PHSP;
+0.0050   K0  rho0  pi-                   PHSP;
+0.0050   K0  omega  pi-                   PHSP;
+0.0110   K+  rho-  pi-                   PHSP;
+0.0070   K*+ pi-  pi-                    PHSP;
+0.0100   K*0 pi0  pi-                    PHSP;
+0.0100   K*0 eta  pi-                    PHSP;
+0.0078   K*0 rho0  pi-                   PHSP;
+0.0050   K*0 omega  pi-                   PHSP;
+0.0100   K*+ rho-  pi-                   PHSP;
+#
+0.0120   K+  pi-  pi-   pi0              PHSP;
+0.0080   K0  pi-  pi-   pi+              PHSP;
+0.0188   K0  pi-  pi0   pi0              PHSP;
+0.0072   K+  pi-  pi-   pi-   pi+        PHSP;
+0.0022   K+  pi-  pi-   pi0   pi0        PHSP;
+0.0387   K0  pi-  pi-   pi+   pi0        PHSP;
+0.0035   K0  pi-  pi0   pi0   pi0        PHSP;
+#
+0.0180   K0  K0   K-                     PHSP;
+0.0070   phi pi-                         SVS;
+0.0230   phi pi-  pi0                    PHSP;
+0.0074   K0  K-                          PHSP;
+0.0042   K*0  K-                         SVS;
+0.0211   K*-  K0                         SVS;
+0.0180   K*0 K*-                         SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0087   K-   K+  pi-                    PHSP;
+0.0010   K-  K0  pi0                     PHSP;
+0.0010   anti-K0   K0  pi-                     PHSP;
+0.0010   K*- K+  pi-                     PHSP;
+0.0010   K-  K*+ pi-                     PHSP;
+0.0010   K*- K0  pi0                     PHSP;
+0.0010   K-  K*0 pi0                     PHSP;
+0.0010   K*0 anti-K0   pi-                     PHSP;
+0.0010   K0  anti-K*0 pi-                     PHSP;
+#
+0.0026   pi0 pi-                         PHSP;
+0.0010   rho0 pi-                        SVS;
+0.0036   pi-  pi+  pi-                   PHSP;
+0.0030   pi-  pi0  pi0                   PHSP;
+0.0190   pi-  pi+  pi-  pi0              PHSP;
+0.0100   pi-  pi0  pi0  pi0              PHSP;
+0.0076   eta pi-                         PHSP;
+0.0030   eta pi- pi0                     PHSP;
+0.0030   eta pi- pi+ pi-                 PHSP;
+0.0020   eta pi- pi0 pi0                 PHSP;
+Enddecay
+#
+Decay K*BR
+1.0000   anti-K0  pi0                          VSS;
+Enddecay
+#
+#
+Decay D0
+0.0202   K*-  e+  nu_e           PHOTOS   ISGW2;
+0.0364   K-   e+  nu_e           PHOTOS   ISGW2;
+0.0014   K_1-  e+  nu_e           PHOTOS   ISGW2;
+0.0015   K_2*- e+  nu_e           PHOTOS   ISGW2;
+0.0037   pi-  e+  nu_e           PHOTOS   ISGW2;
+0.0029   rho- e+  nu_e           PHOTOS   ISGW2;
+0.0198   K*-  mu+ nu_mu          PHOTOS  ISGW2;
+0.0322   K-   mu+ nu_mu          PHOTOS  ISGW2;
+0.0014   K_1-  mu+ nu_mu          PHOTOS  ISGW2;
+0.0015   K_2*- mu+ nu_mu          PHOTOS  ISGW2;
+0.0037   pi-  mu+ nu_mu          PHOTOS  ISGW2;
+0.0029   rho- mu+ nu_mu          PHOTOS  ISGW2;
+#
+0.0383   K-  pi+                         PHSP;
+0.0212   anti-K0   pi0                         PHSP;
+0.0071   anti-K0   eta                         PHSP;
+0.0172   anti-K0   eta'                        PHSP;
+0.0210   omega anti-K0                          SVS;
+0.0190   anti-K*0 eta                         SVS;
+0.0020   anti-K*0 eta'                        SVS;
+0.0730   a_1+ K-                          SVS;
+0.0610   K*- rho+                        SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0146   anti-K*0 rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0110   anti-K*0 omega                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+0.0085   K*BR pi0                        SVS;
+0.0107   K_1- pi+                         SVS;
+0.0071   anti-K_10 pi0                         SVS;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0   pi+  pi-                    D_DALITZ;
+0.0078   anti-K0   pi0  pi0                    PHSP;
+0.0225   anti-K*0 pi+  pi-                    PHSP;
+0.0116   anti-K*0 pi0  pi0                    PHSP;
+0.0100   K*- pi+  pi0                    PHSP;
+0.0068   K-  rho+ pi0                    PHSP;
+0.0060   K-  pi+  rho0                   PHSP;
+0.0303   K-  pi+  omega                   PHSP;
+0.0100   K-  pi+  eta                    PHSP;
+0.0075   K-  pi+  eta'                   PHSP;
+0.0174   K-  pi+  pi+   pi-              PHSP;
+0.0085   anti-K0   pi+  pi-   pi0              PHSP;
+#
+# K- pi+ pi0 pi0 is (15 +/- 5)% in the PDG, but we decrease it to 
+# have everything add to 1 and get enough neutral kaons:
+0.00575   K-  pi+  pi0   pi0              PHSP;
+#
+0.0200   anti-K0   pi0  pi0   pi0              PHSP;
+0.0038   K-  pi+  pi+   pi-   pi0        PHSP;
+0.0038   K-  pi+  pi0   pi0   pi0        PHSP;
+0.0058   anti-K0   pi+  pi-   pi+   pi-        PHSP;
+# 
+0.0638   anti-K0   pi+  pi-   pi0   pi0        PHSP;
+0.0192   anti-K0   pi+  pi-   pi0   pi0   pi0  PHSP;
+#
+0.0086   phi anti-K0                           SVS;
+0.0051   anti-K0   K+   K-                     PHSP;
+0.0008   K_S0 K_S0  K_S0                    PHSP;
+0.0043   K+  K-                          PHSP;
+0.0006   K_S0 K_S0                         PHSP;
+0.0006   K_L0 K_L0                         PHSP;
+0.0004   K*0 anti-K0                           SVS;
+0.0008   anti-K*0 K0                          SVS;
+0.0018   K*- K+                          SVS;
+0.0035   K*+ K-                          SVS;
+0.0014   anti-K*0 K*0                         SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0007   phi pi0                         SVS;
+0.0011   phi pi+  pi-                    PHSP;
+0.0025   K+  K-   pi+  pi-               PHSP;
+0.0030   K+  K-   pi0  pi0               PHSP;
+0.0015   anti-K0   K0   pi+  pi-               PHSP;
+0.0015   anti-K0   K0   pi0  pi0               PHSP;
+#
+0.0015   pi+ pi-                         PHSP;
+0.0008   pi0 pi0                         PHSP;
+0.0010   eta pi0                         PHSP;
+0.0010   eta'  pi0                       PHSP;
+0.0010   eta eta                         PHSP;
+0.0040   rho+ pi-                        SVS;
+0.0040   rho- pi+                        SVS;
+0.0020   rho0 pi0                        SVS;
+0.0160   pi+  pi-  pi0                   PHSP;
+0.0010   pi0  pi0  pi0                   PHSP;
+0.0073   pi+  pi+  pi-  pi-              PHSP;
+0.0050   pi+  pi-  pi0  pi0              PHSP;
+0.0177   pi+  pi-  pi+  pi-  pi0         PHSP;
+0.0060   pi+  pi-  pi0  pi0  pi0         PHSP;
+#
+# Doubly Cabibbo suppressed decays:
+0.00015   pi-  K+                         PHSP;
+0.0005    pi-  K+  pi0                    PHSP;
+Enddecay
+#
+#
+Decay K*0R
+1.0000   K0 pi0                          VSS;
+Enddecay
+#
+#
+Decay anti-D0
+0.0202   K*+  e-  anti-nu_e          PHOTOS   ISGW2;
+0.0364   K+   e-  anti-nu_e          PHOTOS   ISGW2;
+0.0014   K_1+  e-  anti-nu_e          PHOTOS   ISGW2;
+0.0015   K_2*+ e-  anti-nu_e          PHOTOS   ISGW2;
+0.0037   pi+  e-  anti-nu_e          PHOTOS   ISGW2;
+0.0029   rho+ e-  anti-nu_e          PHOTOS   ISGW2;
+0.0198   K*+  mu- anti-nu_mu         PHOTOS  ISGW2;
+0.0322   K+   mu- anti-nu_mu        PHOTOS  ISGW2;
+0.0014   K_1+  mu- anti-nu_mu         PHOTOS  ISGW2;
+0.0015   K_2*+ mu- anti-nu_mu        PHOTOS  ISGW2;
+0.0037   pi+  mu- anti-nu_mu         PHOTOS  ISGW2;
+0.0029   rho+ mu- anti-nu_mu         PHOTOS  ISGW2;
+#
+0.0383   K+  pi-                         PHSP;
+0.0212   K0  pi0                         PHSP;
+0.0071   K0  eta                         PHSP;
+0.0172   K0  eta'                        PHSP;
+0.0210   omega K0                         SVS;
+0.0190   K*0 eta                         SVS;
+0.0020   K*0 eta'                        SVS;
+0.0730   a_1- K+                          SVS;
+0.0610   K*+ rho-                        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0146   K*0 rho0                        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0110   K*0 omega                        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+# the Dalitz mode below includes K*(892)0 pi0, K*(892)+ pi-, and K+ rho(770)- resonances
+0.1390   K+  pi-  pi0                    D_DALITZ;
+0.0085   K*0R pi0                        SVS;
+0.0107   K_1+ pi-                         SVS;
+0.0071   K_10 pi0                         SVS;
+# the Dalitz mode below includes K*(892)+ pi- and K0 rho(770)0 resonances
+0.0540   K0  pi+  pi-                    D_DALITZ;
+0.0078   K0  pi0  pi0                    PHSP;
+0.0225   K*0 pi+  pi-                    PHSP;
+0.0116   K*0 pi0  pi0                    PHSP;
+0.0100   K*+ pi-  pi0                    PHSP;
+0.0068   K+  rho- pi0                    PHSP;
+0.0060   K+  pi-  rho0                   PHSP;
+0.0303   K+  pi-  omega                   PHSP;
+0.0100   K+  pi-  eta                    PHSP;
+0.0075   K+  pi-  eta'                   PHSP;
+0.0174   K+  pi-  pi+   pi-              PHSP;
+0.0085   K0  pi+  pi-   pi0              PHSP;
+#
+# K+ pi- pi0 pi0 is (15 +/- 5)% in the PDG, but we decrease it to 
+# have everything add to 1 and get enough neutral kaons:
+0.00575  K+  pi-  pi0   pi0              PHSP;
+#
+0.0200   K0  pi0  pi0   pi0              PHSP;
+0.0038   K+  pi-  pi+   pi-   pi0        PHSP;
+0.0038   K+  pi-  pi0   pi0   pi0        PHSP;
+0.0058   K0  pi+  pi-   pi+   pi-        PHSP;
+# 
+0.0638   K0   pi-  pi+   pi0   pi0        PHSP;
+0.0192   K0   pi-  pi+   pi0   pi0   pi0  PHSP;
+#
+0.0086   phi K0                          SVS;
+0.0051   K0  K+   K-                     PHSP;
+0.0008   K_S0 K_S0  K_S0                    PHSP;
+0.0043   K+  K-                          PHSP;
+0.0006   K_S0 K_S0                         PHSP;
+0.0006   K_L0 K_L0                         PHSP;
+0.0004   anti-K*0 K0                          SVS;
+0.0008   K*0 anti-K0                           SVS;
+0.0018   K*+ K-                          SVS;
+0.0035   K*- K+                          SVS;
+0.0014   K*0 anti-K*0                         SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0007   phi pi0                         SVS;
+0.0011   phi pi+  pi-                    PHSP;
+0.0025   K+  K-   pi+  pi-               PHSP;
+0.0030   K+  K-   pi0  pi0               PHSP;
+0.0015   anti-K0   K0   pi+  pi-               PHSP;
+0.0015   anti-K0   K0   pi0  pi0               PHSP;
+#
+0.0015   pi+ pi-                         PHSP;
+0.0008   pi0 pi0                         PHSP;
+0.0010   eta pi0                         PHSP;
+0.0010   eta'  pi0                       PHSP;
+0.0010   eta eta                         PHSP;
+0.0040   rho+ pi-                        SVS;
+0.0040   rho- pi+                        SVS;
+0.0020   rho0 pi0                        SVS;
+0.0160   pi+  pi-  pi0                   PHSP;
+0.0010   pi0  pi0  pi0                   PHSP;
+0.0073   pi+  pi+  pi-  pi-              PHSP;
+0.0050   pi+  pi-  pi0  pi0              PHSP;
+0.0177   pi+  pi-  pi+  pi-  pi0         PHSP;
+0.0060   pi+  pi-  pi0  pi0  pi0         PHSP;
+#
+# Doubly Cabibbo suppressed decays:
+0.00015   pi+  K-                         PHSP;
+0.0005    pi+  K-  pi0                    PHSP;
+Enddecay
+#
+Decay D_s+
+0.0200    phi   e+     nu_e       PHOTOS  ISGW2;
+0.0260    eta   e+     nu_e       PHOTOS  ISGW2;
+0.0089    eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0027    anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0010    anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0200    phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0260    eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0089    eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0027    anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0010    anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+0.0700    tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+#
+Decay D_s-
+0.0200    phi   e-     anti-nu_e      PHOTOS  ISGW2;
+0.0260    eta   e-     anti-nu_e      PHOTOS  ISGW2;
+0.0089    eta'  e-     anti-nu_e      PHOTOS  ISGW2;
+0.0027    K0    e-     anti-nu_e      PHOTOS  ISGW2;
+0.0010    K*0   e-     anti-nu_e      PHOTOS  ISGW2;
+0.0200    phi   mu-    anti-nu_mu    PHOTOS  ISGW2;
+0.0260    eta   mu-    anti-nu_mu    PHOTOS  ISGW2;
+0.0089    eta'  mu-    anti-nu_mu    PHOTOS  ISGW2;
+0.0027    K0    mu-    anti-nu_mu    PHOTOS  ISGW2;
+0.0010    K*0   mu-    anti-nu_mu    PHOTOS  ISGW2;
+0.0046    mu-   anti-nu_mu           PHOTOS    SLN;
+0.0700    tau-  anti-nu_tau                     SLN;
+0.0360    phi   pi-                      SVS;
+0.0170    eta   pi-                      PHSP;
+0.0390    eta'  pi-                      PHSP;
+0.0028    omega  pi-                      SVS;
+0.0004    rho0  pi-                      SVS;
+0.0020    rho-  pi0                      SVS;
+0.0010    pi-   pi0                      PHSP;
+0.0180    f_0    pi-                      PHSP;
+0.0023    f_2    pi-                      PHSP;
+0.0670    phi   rho-                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho-  eta                      SVS;
+0.1010    rho-  eta'                     SVS;
+0.0040    pi-   pi-   pi+                PHSP;
+0.0040    pi-   pi0   pi0                PHSP;
+0.0230    phi   pi-   pi0                PHSP;
+0.0230    eta   pi-   pi0                PHSP;
+0.0230    eta'  pi-   pi0                PHSP;
+0.0118    phi   pi-   pi-   pi+          PHSP;
+0.0100    phi   pi-   pi0   pi0          PHSP;
+0.0100    eta   pi-   pi-   pi+          PHSP;
+0.0100    eta   pi-   pi0   pi0          PHSP;
+#
+0.0360    K0    K-                       PHSP;
+0.0330    K*0   K-                       SVS;
+0.0430    K*-   K0                       SVS;
+0.0580    K*0   K*-                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    K0    K-    pi0                PHSP;
+0.0120    K*0   K-    pi0                PHSP;
+0.0120    K*-   K0    pi0                PHSP;
+0.0139    K*0   K*-   pi0                PHSP;
+#
+0.0090    K+    K-    pi-                PHSP;
+0.0050    K0    K-    pi0                PHSP;
+0.0020    K0    K-    pi+   pi-          PHSP;
+0.0020    K0    K-    pi0   pi0          PHSP;
+0.0083    K-    K+    pi-   pi+   pi-    PHSP;
+0.0003    phi   K-                       SVS;
+0.0002    eta   K-                       PHSP;
+0.0002    eta'  K-                       PHSP;
+0.0002    eta   K-    pi0                PHSP;
+0.0002    eta   K-    pi+   pi-          PHSP;
+0.0002    eta'  K-    pi0                PHSP;
+0.0002    eta'  K-    pi+   pi-          PHSP;
+0.0002    K-    K-    K+                 PHSP;
+0.0040    anti-K0     pi-                PHSP;
+0.0015    rho-  anti-K0                  SVS;
+0.0015    rho0  K-                       SVS;
+0.0010    anti-K0     pi-   pi0          PHSP;
+0.0025    a_1-   anti-K0                 SVS;
+0.0065    anti-K*0   pi-                 SVS;
+0.0150    anti-K*0   rho-                SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    anti-K*0   pi-   pi0           PHSP;
+Enddecay
+#
+#   D**
+#
+Decay D_0*+
+0.3333   D+  pi0                         PHSP;
+0.6667   D0  pi+                         PHSP;
+Enddecay
+Decay D_0*-
+0.3333   D-  pi0                         PHSP;
+0.6667   anti-D0 pi-                         PHSP;
+Enddecay
+Decay D_0*0
+0.3333   D0  pi0                         PHSP;
+0.6667   D+  pi-                         PHSP;
+Enddecay
+Decay anti-D_0*0
+0.3333   anti-D0 pi0                         PHSP;
+0.6667   D-  pi+                         PHSP;
+Enddecay
+#
+Decay D_1+
+0.3333    D*+ pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    D*0 pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay D_1-
+0.3333    D*- pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    anti-D*0 pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay D_10
+0.3333    D*0 pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    D*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay anti-D_10
+0.3333    anti-D*0 pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    D*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay D'_1+
+0.3333    D*+ pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    D*0 pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D'_1-
+0.3333    D*- pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    anti-D*0 pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D'_10
+0.6667    D*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.3333    D*0 pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay anti-D'_10
+0.3333    anti-D*0 pi0                   VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    D*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay D_2*+
+0.1030    D*+ pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    D*0 pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    D+  pi0                        TSS;
+0.4590    D0  pi+                        TSS;
+Enddecay
+Decay D_2*-
+0.1030    D*- pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    anti-D*0 pi-                   TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    D-  pi0                        TSS;
+0.4590    anti-D0 pi-                    TSS;
+Enddecay
+Decay D_2*0
+0.2090    D*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.1030    D*0 pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    D0  pi0                        TSS;
+0.4590    D+  pi-                        TSS;
+Enddecay
+Decay anti-D_2*0
+0.1030    anti-D*0 pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    D*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    anti-D0 pi0                        TSS;
+0.4590    D-  pi+                        TSS;
+Enddecay
+#
+#  D_s **
+#
+Decay D_s0*+
+0.5000   D+ K0                            PHSP;
+0.5000   D0 K+                           PHSP;
+Enddecay
+Decay D_s0*-
+0.5000   D- anti-K0                          PHSP;
+0.5000   anti-D0 K-                          PHSP;
+Enddecay
+Decay D_s1+
+0.5000   D*+ K0                            VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+                            VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+                       PHSP;
+0.0000   gamma D_s+                        PHSP;
+Enddecay
+Decay D_s1-
+0.5000   D*- anti-K0                       VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-                       VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-                       PHSP;
+0.0000   gamma D_s-                        PHSP;
+Enddecay
+Decay D'_s1+
+0.5000   D*+ K0                           PHSP;
+0.5000   D*0 K+                           PHSP;
+0.0000   gamma D_s+                       PHSP;
+Enddecay
+Decay D'_s1-
+0.5000   D*- anti-K0                      PHSP;
+0.5000   anti-D*0 K-                      PHSP;
+0.0000   gamma D_s-                       PHSP;
+Enddecay
+Decay D_s2*+
+0.0500    D*+ K0                         TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.0500    D*0 K+                         TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.4300    D+  K0                         TSS;
+0.4700    D0  K+                         TSS;
+Enddecay
+Decay D_s2*-
+0.0500    D*- anti-K0                    TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.0500    anti-D*0 K-                    TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.4300    D-  anti-K0                    TSS;
+0.4700    anti-D0 K-                     TSS;
+Enddecay
+#
+#
+#  Charm Mesons: Radially Excited States
+#
+Decay D(2S)0
+0.6667    D*+ pi-                        SVS;
+0.3333    D*0 pi0                        SVS;
+Enddecay
+Decay anti-D(2S)0
+0.3333    anti-D*0 pi0                        SVS;
+0.6667    D*- pi+                        SVS;
+Enddecay
+Decay D(2S)+
+0.3333    D*+ pi0                        SVS;
+0.6667    D*0 pi+                        SVS;
+Enddecay
+Decay D(2S)-
+0.3333    D*- pi0                        SVS;
+0.6667    anti-D*0 pi-                        SVS;
+Enddecay
+Decay D*(2S)0
+0.3333    D*+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1667    D*0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1667    D0  pi0                        VSS;
+0.3333    D+  pi-                        VSS;
+Enddecay
+Decay anti-D*(2S)0
+0.1667    anti-D*0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3333    D*- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1667    anti-D0  pi0                       VSS;
+0.3333    D-  pi+                        VSS;
+Enddecay
+Decay D*(2S)+
+0.1667    D*+ pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3333    D*0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1667    D+  pi0                        VSS;
+0.3333    D0  pi+                        VSS;
+Enddecay
+Decay D*(2S)-
+0.1667    D*- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3333    anti-D*0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1667    D-  pi0                        VSS;
+0.3333    anti-D0  pi-                       VSS;
+Enddecay
+#
+#
+#  Strange Mesons
+#
+#
+Decay K_S0
+0.6861    pi+  pi-                          PHSP;
+0.3139    pi0  pi0                          PHSP;
+Enddecay
+#
+#  K_L0 is decayed in GEANT
+#
+Decay K0
+0.500     K_L0                              PHSP;
+0.500     K_S0                              PHSP;
+Enddecay
+Decay anti-K0
+0.500     K_L0                              PHSP;
+0.500     K_S0                              PHSP;
+Enddecay
+#
+Decay K*0
+0.6657      K+  pi-                        VSS;
+0.3323      K0  pi0                        VSS;
+0.0020      K0  gamma                       VSP_PWAVE;
+Enddecay
+Decay anti-K*0
+0.6657      K-  pi+                        VSS;
+0.3323      anti-K0   pi0                        VSS;
+0.0020      anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+Decay K*+
+0.6660      K0  pi+                        VSS;
+0.3330      K+  pi0                        VSS;
+0.0010      K+  gamma                       VSP_PWAVE;
+Enddecay
+Decay K*-
+0.6660      anti-K0   pi-                        VSS;
+0.3330      K-  pi0                        VSS;
+0.0010      K-  gamma                       VSP_PWAVE;
+Enddecay
+#
+# The decays below are for particle aliases and used when
+# generating CP violating decays that depends on the decay
+# of the neutral K*
+#
+Decay K*L
+1.0000      pi0 K_L0                       VSS;
+Enddecay
+Decay K*S
+1.0000      pi0 K_S0                       VSS;
+Enddecay
+Decay K*0T
+1.0000      pi- K+                        VSS;
+Enddecay
+Decay anti-K*0T
+1.0000      pi+ K-                        VSS;
+Enddecay
+#
+#
+Decay K_0*+
+0.6667      K0  pi+                       PHSP;
+0.3333      K+  pi0                       PHSP;
+Enddecay
+#
+Decay K_0*-
+0.6667      anti-K0   pi-                 PHSP;
+0.3333      K-  pi0                       PHSP;
+Enddecay
+#
+Decay K_0*0
+0.6667      K+  pi-                       PHSP;
+0.3333      K0  pi0                       PHSP;
+Enddecay
+#
+Decay K_0*0N
+1.0000      K0  pi0                       PHSP;
+Enddecay
+#
+Decay anti-K_0*0
+0.6667      K-  pi+                       PHSP;
+0.3333      anti-K0   pi0                 PHSP;
+Enddecay
+#
+Decay anti-K_0*0N
+1.0000      anti-K0   pi0                 PHSP;
+Enddecay
+#
+Decay K_10
+0.2800   rho-  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1400   rho0  K0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1067   K*+   pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0533   K*0   pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+#To large masses can cause infinit loops
+0.1100   omega  K0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K0    pi+ pi-                   PHSP;
+0.1244   K+    pi- pi0                   PHSP;
+0.0412   K0    pi0 pi0                   PHSP;
+Enddecay
+Decay anti-K_10
+0.2800   rho+  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1400   rho0  anti-K0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1067   K*-   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0533   anti-K*0   pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+#To large masses can cause infinit loops
+0.1100   omega  anti-K0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   anti-K0    pi+ pi-                   PHSP;
+0.1244   K-    pi+ pi0                   PHSP;
+0.0412   anti-K0    pi0 pi0                   PHSP;
+Enddecay
+#
+Decay K_1+
+0.2800   rho+  K0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1067   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0533   K*+   pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+#To large masses can cause infinit loops
+0.1100   omega  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K+    pi+ pi-                   PHSP;
+0.1244   K0    pi+ pi0                   PHSP;
+0.0412   K+    pi0 pi0                   PHSP;
+Enddecay
+Decay K_1-
+0.2800   rho-  anti-K0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1067   anti-K*0   pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0533   K*-   pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+#To large masses can cause infinit loops
+0.1100   omega  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K-    pi+ pi-                   PHSP;
+0.1244   anti-K0    pi- pi0                   PHSP;
+0.0412   K-    pi0 pi0                   PHSP;
+Enddecay
+#
+Decay K'_1+
+0.6300   K*0  pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   K*+  pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0200   rho+ K0                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0100   rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0100   omega K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0133   K+  pi+  pi-                    PHSP;
+0.0067   K+  pi0  pi0                    PHSP;
+Enddecay
+Decay K'_1-
+0.6300   anti-K*0  pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   K*-  pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0200   rho- anti-K0                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0100   rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0100   omega K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0133   K-  pi+  pi-                    PHSP;
+0.0067   K-  pi0  pi0                    PHSP;
+Enddecay
+Decay K'_10
+0.6300   K*+  pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   K*0  pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0200   rho- K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0100   rho0 K0                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0100   omega K0                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0133   K0  pi+  pi-                    PHSP;
+0.0067   K0  pi0  pi0                    PHSP;
+Enddecay
+Decay anti-K'_10
+0.6300   K*- pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   anti-K*0 pi0                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0200   rho+ K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0100   rho0 anti-K0                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0100   omega anti-K0                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0133   anti-K0   pi+  pi-                    PHSP;
+0.0067   anti-K0   pi0  pi0                    PHSP;
+Enddecay
+#
+Decay K_2*+
+0.3310   K0  pi+                         TSS;
+0.1660   K+  pi0                         TSS;
+0.1680   K*0 pi+                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0840   K*+ pi0                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0540   K*0 pi+ pi0                     PHSP;
+0.0540   K*+ pi+ pi-                     PHSP;
+0.0540   K*+ pi0 pi0                     PHSP;
+0.0590   rho+ K0                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0300   rho0 K+                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+Decay K_2*-
+0.3310   anti-K0   pi-                         TSS;
+0.1660   K-  pi0                         TSS;
+0.1680   anti-K*0 pi-                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0840   K*- pi0                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0540   anti-K*0 pi- pi0                     PHSP;
+0.0540   K*- pi+ pi-                     PHSP;
+0.0540   K*- pi0 pi0                     PHSP;
+0.0590   rho- K0                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0300   rho0 K-                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+Decay K_2*0
+0.3310   K+  pi-                         TSS;
+0.1660   K0  pi0                         TSS;
+0.1680   K*+ pi-                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0840   K*0 pi0                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0540   K*0 pi+ pi-                     PHSP;
+0.0540   K*0 pi0 pi0                     PHSP;
+0.0540   K*+ pi- pi0                     PHSP;
+0.0590   rho- K+                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0300   rho0 K0                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+Decay anti-K_2*0
+0.3310   K-  pi+                         TSS;
+0.1660   anti-K0   pi0                         TSS;
+0.1680   K*- pi+                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0840   anti-K*0 pi0                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0540   anti-K*0 pi+ pi-                     PHSP;
+0.0540   anti-K*0 pi0 pi0                     PHSP;
+0.0540   K*- pi+ pi0                     PHSP;
+0.0590   rho+ K-                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.0300   rho0 anti-K0                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+
+
+
+
+# Decay K*(1410)
+Decay K'*0                    
+0.0467   K+  pi-                     VSS;
+0.0233   K0  pi0                     VSS;
+0.5760   K*+ pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2880   K*0 pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0440   rho- K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0220   rho0 K0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay anti-K'*0                          
+0.0467   K-  pi+                     VSS;
+0.0233   anti-K0   pi0               VSS;
+0.5760   K*- pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2880   anti-K*0 pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0440   rho+ K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0220   rho0 anti-K0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay K'*+                              
+0.0467   K0  pi+                     VSS;
+0.0233  K+  pi0                      VSS;
+0.5760   K*0 pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2880   K*+ pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0440   rho+ K0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0220   rho0 K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay K'*-                             
+0.0467   anti-K0   pi-               VSS;
+0.0233   K-  pi0                     VSS;
+0.5760   anti-K*0 pi-                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2880   K*- pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0440   rho- K0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0220  rho0 K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+
+
+# Decay K*(1680)
+Decay K''*0                
+0.2580   K+  pi-                     VSS;
+0.1290   K0  pi0                     VSS;
+0.2093   K*+ pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1047   K*0 pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1993   rho- K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0997   rho0 K0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay anti-K''*0              
+0.2580   K-  pi+                     VSS;
+0.1290   anti-K0   pi0               VSS;
+0.2093   K*- pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1047   anti-K*0 pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1993   rho+ K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0997   rho0 anti-K0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay K''*+                            
+0.2580   K0  pi+                     VSS;
+0.1290   K+  pi0                     VSS;
+0.2093   K*0 pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1047   K*+ pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1993   rho+ K0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0997   rho0 K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay K''*-                       
+0.2580   anti-K0   pi-               VSS;
+0.1290   K-  pi0                     VSS;
+0.2093   anti-K*0 pi-                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1047   K*- pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1993   rho- K0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0997   rho0 K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Xsd
+1.00000     d anti-s  JETSET 11;
+Enddecay
+
+Decay anti-Xsd
+1.00000     anti-d s  JETSET 11;
+Enddecay
+
+Decay Xsu
+1.00000     u anti-s  JETSET 11;
+Enddecay
+
+Decay anti-Xsu
+1.00000     anti-u s  JETSET 11;
+Enddecay
+
+# Xss decays can be uncommented when Jst74/lucomp.F recognizes Xss
+Decay Xss
+1.00000     s anti-s  JETSET 11;
+Enddecay
+
+Decay anti-Xss
+1.00000     anti-s s  JETSET 11;
+Enddecay
+
+#
+#  Light Mesons
+#
+Decay pi0
+0.9880    gamma gamma                      PHSP;
+0.0120    e+  e- gamma                     PI0_DALITZ;
+Enddecay
+#
+Decay eta
+0.3925    gamma gamma                      PHSP;
+0.3210    pi0 pi0 pi0                    PHSP;
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0007    gamma gamma pi0                  PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+#
+Decay rho0
+1.000    pi+ pi-                         VSS;
+Enddecay
+Decay rho+
+1.000    pi+ pi0                         VSS;
+Enddecay
+Decay rho-
+1.000    pi- pi0                         VSS;
+Enddecay
+#
+Decay omega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0850    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+0.0008    eta  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0004    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+#
+Decay eta'
+0.4370     pi+ pi- eta                   PHSP;
+0.2080     pi0 pi0 eta                   PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0302     omega gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                     PHSP;
+0.0015     pi0 pi0 pi0                   PHSP;
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+#
+Decay phi
+0.4910   K+   K-                         VSS;
+0.3410   K_L0  K_S0                        VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+0.0121   eta gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+#
+Decay a_1+
+0.4920   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.5080   rho+ pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay a_10
+0.5000   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.5000   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay a_1-
+0.4920   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.5080   rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay a_2+
+0.3500   rho0 pi+                        TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.3500   rho+ pi0                        TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.1440   eta  pi+                        TSS;
+0.1050   omega pi+ pi0                    PHSP;
+0.0480   anti-K0   K+                         TSS;
+0.0030   pi+  gamma                       PHSP;
+Enddecay
+Decay a_2-
+0.3500   rho0 pi-                        TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.3500   rho- pi0                        TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.1440   eta  pi-                        TSS;
+0.1050   omega pi- pi0                    PHSP;
+0.0480   anti-K0   K-                         TSS;
+0.0030   pi-  gamma                       PHSP;
+Enddecay
+Decay a_20
+0.3500   rho+ pi-                        TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.3500   rho- pi+                        TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.1440   eta  pi0                        TSS;
+0.1050   omega pi+ pi-                    PHSP;
+0.0240   K+   K-                         TSS;
+0.0120   K_L0  K_L0                        TSS;
+0.0120   K_S0  K_S0                        TSS;
+0.0030   pi0  gamma                       PHSP;
+Enddecay
+#
+Decay b_1+
+0.9984   omega pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0016   pi+  gamma                       VSP_PWAVE;
+Enddecay
+Decay b_1-
+0.9984   omega pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0016   pi-  gamma                       VSP_PWAVE;
+Enddecay
+Decay b_10
+0.9984   omega pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0016   pi0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay a_00
+0.9000    eta  pi0                       PHSP;
+0.0500    K+   K-                        PHSP;
+0.0250    K_S0  K_S0                       PHSP;
+0.0250    K_L0  K_L0                       PHSP;
+Enddecay
+Decay a_0+
+0.9000    eta  pi+                       PHSP;
+0.1000    anti-K0    K+                        PHSP;
+Enddecay
+Decay a_0-
+0.9000    eta  pi-                       PHSP;
+0.1000    K0   K-                        PHSP;
+Enddecay
+#
+Decay f_0
+0.5200   pi+  pi-                        PHSP;
+0.2600   pi0  pi0                        PHSP;
+0.1100   K+   K-                         PHSP;
+0.0550   K_S0  K_S0                        PHSP;
+0.0550   K_L0  K_L0                        PHSP;
+Enddecay
+#
+Decay f'_0
+0.5200   pi+  pi-                        PHSP;
+0.2600   pi0  pi0                        PHSP;
+0.0750   pi+ pi+ pi- pi-                 PHSP;
+0.0750   pi+ pi- pi0 pi0                 PHSP;
+0.0350   K+   K-                         PHSP;
+0.0175   K_S0  K_S0                        PHSP;
+0.0175   K_L0  K_L0                        PHSP;
+Enddecay
+#
+Decay f_1
+0.1500   rho0 pi+  pi-                   PHSP;
+0.0500   rho0 pi0  pi0                   PHSP;
+0.0500   rho+ pi-  pi0                   PHSP;
+0.0500   rho- pi+  pi0                   PHSP;
+0.1400   a_00  pi0                        VSS;
+0.1400   a_0+  pi-                        VSS;
+0.1400   a_0-  pi+                        VSS;
+0.0700   eta  pi+  pi-                   PHSP;
+0.0300   eta  pi0  pi0                   PHSP;
+0.0300   K+   K-   pi0                   PHSP;
+0.0200   K0   anti-K0   pi0                   PHSP;
+0.0300   anti-K0   K+   pi-                   PHSP;
+0.0300   K0   K-   pi+                   PHSP;
+0.0700   gamma rho0                       PHSP;
+Enddecay
+#
+Decay f'_1
+0.2500   K+   K-   pi0                   PHSP;
+0.2500   K0   anti-K0   pi0                   PHSP;
+0.2500   anti-K0   K+   pi-                   PHSP;
+0.2500   K0   K-   pi+                   PHSP;
+Enddecay
+#
+Decay f_2
+0.5650   pi+  pi-                        TSS;
+0.2820   pi0  pi0                        TSS;
+0.0280   pi+  pi-  pi+  pi-              PHSP;
+0.0720   pi+  pi-  pi0  pi0              PHSP;
+0.0030   pi0  pi0  pi0  pi0              PHSP;
+0.0230   K+   K-                         TSS;
+0.0115   K_S0  K_S0                        TSS;
+0.0115   K_L0  K_L0                        TSS;
+0.0040   eta  eta                        TSS;
+Enddecay
+#
+Decay f_0(1500)
+0.0500   eta  eta'                       PHSP;
+0.1500   eta  eta                        PHSP;
+0.1000   pi0  pi0  pi0  pi0              PHSP;
+0.2500   pi+  pi-  pi+  pi-              PHSP;
+0.1000   pi+  pi-                        PHSP;
+0.0500   pi0  pi0                        PHSP;
+0.1000   K+   K-                         PHSP;
+0.1000   K_S0  K_S0                      PHSP;
+0.1000   K_L0  K_L0                      PHSP;
+Enddecay
+#
+Decay f'_2
+0.4444   K+   K-                         TSS;
+0.2222   K_S0  K_S0                        TSS;
+0.2222   K_L0  K_L0                        TSS;
+0.1030   eta  eta                        TSS;
+0.0055   pi+  pi-                        TSS;
+0.0027   pi0  pi0                        TSS;
+Enddecay
+#
+Decay h_1
+0.3333   rho+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.3333   rho- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.3334   rho0 pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay h'_1
+0.2500   K*+  K-                         VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.2500   K*-  K+                         VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.2500   anti-K*0  K0                         VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.2500   K*0  anti-K0                         VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#         
+Decay rho(2S)+
+0.4000   pi+ pi0                         PHSP;
+0.4000   pi+ pi+ pi- pi0                 PHSP;
+0.2000   pi+ pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)-
+0.4000   pi- pi0                         PHSP;
+0.4000   pi- pi+ pi- pi0                 PHSP;
+0.2000   pi- pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)0
+0.4000   pi+ pi-                         PHSP;
+0.3500   pi+ pi- pi+ pi-                 PHSP;
+0.1500   pi+ pi- pi0 pi0                 PHSP;
+0.1000   pi0 pi0 pi0 pi0                 PHSP;
+Enddecay
+#
+#
+#    cc=  mesons
+#
+Decay eta_c
+0.0012    p+  anti-p-                        PHSP;
+0.0071    phi phi                        PHSP;
+0.0087    rho0 rho0                      PHSP;
+0.0173    rho+ rho-                      PHSP;
+0.0120    pi+ pi- pi+ pi-                PHSP;
+0.0210    K+  K-  K+ K-                  PHSP;
+0.0200    K+  K-  pi+ pi-                PHSP;
+0.0327    eta  pi+ pi-                   PHSP;
+0.0163    eta  pi0 pi0                   PHSP;
+0.0273    eta' pi+ pi-                   PHSP;
+0.0137    eta' pi0 pi0                   PHSP;
+0.0092    pi0  K+  K-                    PHSP;
+0.0184    K+ anti-K0  pi-                      PHSP;
+0.0184    K- K0 pi+                      PHSP;
+0.0092    K0 anti-K0 pi0                 PHSP;
+0.0043    K*+ K*-                        PHSP;
+0.0042    K*0 anti-K*0                        PHSP;
+0.0100    K*0 K- pi+                     PHSP;
+0.0100    anti-K*0 K+ pi-                     PHSP;
+0.7390         rndmflav        anti-rndmflav   JETSET         12;
+Enddecay
+#
+Decay J/psi
+0.0590    e+   e-                PHOTOS  VLL;
+0.0590    mu+  mu-               PHOTOS  VLL;
+0.0042    rho0 pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0043    rho+ pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0043    rho- pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0036    a_20  rho0                      PHSP;
+0.0036    a_2+  rho-                      PHSP;
+0.0036    a_2-  rho+                      PHSP;
+0.0130    gamma eta_c                      PHSP;
+0.8454         rndmflav        anti-rndmflav   JETSET         12;
+Enddecay
+#
+Decay psi(2S)
+0.0100    e+   e-                PHOTOS  VLL;
+0.0100    mu+  mu-               PHOTOS  VLL;
+0.3100    J/psi  pi+ pi-                   VVPIPI;
+0.1820    J/psi  pi0 pi0                   VVPIPI;
+0.0270    J/psi  eta                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0010    J/psi  pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0930    gamma chi_c0                      PHSP;
+0.0870    gamma chi_c1                      PHSP;
+0.0780    gamma chi_c2                      PHSP;
+0.0028    gamma eta_c                      PHSP;
+0.1992         rndmflav        anti-rndmflav   JETSET    12;
+Enddecay
+
+Decay psi(4040)
+0.000014  e+   e-                PHOTOS  VLL;
+0.000014  mu+  mu-               PHOTOS  VLL;
+0.000005  tau+ tau-                      VLL;
+0.0021    D0 anti-D0                     VSS;
+0.0009    D+ D-                          VSS;
+0.1679    D*0 anti-D0                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1679    anti-D*0 D0                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1815    D*+ D-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1815    D*- D+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1597    D*0 anti-D*0                   PHSP;
+0.0982    D*+ D*-                        PHSP;
+0.0000    D0 anti-D0 pi0                 PHSP;
+0.0000    D+ D- pi0                      PHSP;
+0.0000    D0 D- pi+                      PHSP;
+0.0000    anti-D0 D+ pi-                 PHSP;
+0.0000    D*+ D- pi0                     PHSP;
+0.0000    D*- D+ pi0                     PHSP;
+0.0000    D*+ anti-D0 pi-                PHSP;
+0.0000    D*- D0 pi+                     PHSP;
+0.0000    D+ anti-D*0 pi-                PHSP;
+0.0000    D- D*0 pi+                     PHSP;
+0.0403    D_s+ D_s-                      VSS;
+Enddecay
+#
+Decay psi(4160)
+0.00001   e+   e-                PHOTOS  VLL;
+0.00001   mu+  mu-               PHOTOS  VLL;
+0.000006  tau+ tau-                      VLL;
+0.0397    D0 anti-D0                     VSS;
+0.0387    D+ D-                          VSS;
+0.0520    D*0 anti-D0                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0520    anti-D*0 D0                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0515    D*+ D-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0515    D*- D+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.29863    D*0 anti-D*0                   PHSP;
+0.3082    D*+ D*-                        PHSP;
+0.0000    D0 anti-D0 pi0                 PHSP;
+0.0000    D+ D- pi0                      PHSP;
+0.0000    D0 D- pi+                      PHSP;
+0.0000    anti-D0 D+ pi-                 PHSP;
+0.0000    D*+ D- pi0                     PHSP;
+0.0000    D*- D+ pi0                     PHSP;
+0.0000    D*+ anti-D0 pi-                PHSP;
+0.0000    D*- D0 pi+                     PHSP;
+0.0000    D+ anti-D*0 pi-                PHSP;
+0.0000    D- D*0 pi+                     PHSP;
+0.0100    D_s+ D_s-                      VSS;
+0.0489    D_s*+ D_s-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0489    D_s*- D_s+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0000    D_s+ D_s- pi0                  PHSP;
+Enddecay
+#
+Decay psi(4415)
+0.000011  e+   e-                PHOTOS  VLL;
+0.000011  mu+  mu-               PHOTOS  VLL;
+0.000007  tau+ tau-                      VLL;
+0.0244    D0 anti-D0                     VSS;
+0.0219    D+ D-                          VSS;
+0.0320    D*0 anti-D0                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0320    anti-D*0 D0                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0343    D*+ D-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0343    D*- D+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3451    D*0 anti-D*0                   PHSP;
+0.3539    D*+ D*-                        PHSP;
+0.0000    D0 anti-D0 pi0                 PHSP;
+0.0000    D+ D- pi0                      PHSP;
+0.0000    D0 D- pi+                      PHSP;
+0.0000    anti-D0 D+ pi-                 PHSP;
+0.0000    D*+ D- pi0                     PHSP;
+0.0000    D*- D+ pi0                     PHSP;
+0.0000    D*+ anti-D0 pi-                PHSP;
+0.0000    D*- D0 pi+                     PHSP;
+0.0000    D+ anti-D*0 pi-                PHSP;
+0.0000    D- D*0 pi+                     PHSP;
+0.0118    D_s+ D_s-                      VSS;
+0.0420    D_s*+ D_s-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0420    D_s*- D_s+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0263    D_s*+ D_s*-                    PHSP;
+0.0000    D_s+ D_s- pi0                  PHSP;
+0.0000    D_s*+ D_s- pi0                 PHSP;
+0.0000    D_s+ D_s*- pi0                 PHSP;
+0.0000    D_s+ D- anti-K0                PHSP;
+0.0000    D_s- D+ anti-K0                PHSP;
+0.0000    D0 D_s- K+                     PHSP;
+0.0000    anti-D0 D_s+ K-                PHSP;
+Enddecay
+#
+Decay chi_c0
+0.0066    gamma J/psi                       PHSP;
+0.0050    pi+  pi-                       PHSP;
+0.0200    pi+ pi- pi+ pi-                PHSP;
+0.0124    pi+ pi- pi+ pi- pi+ pi-        PHSP;
+0.0160    rho0 pi+ pi-                   PHSP;
+0.0160    rho+ pi- pi0                   PHSP;
+0.0160    rho- pi+ pi0                   PHSP;
+0.0059    K+   K-                        PHSP;
+0.0060    anti-K*0  K+  pi-                   PHSP;
+0.0060    K*0  K-  pi+                   PHSP;
+0.0060    K*+  anti-K0   pi-                   PHSP;
+0.0060    K*-  K0  pi+                   PHSP;
+0.0180    pi+  pi-  K+  K-               PHSP;
+0.0018    pi+  pi-  p+  anti-p-              PHSP;
+0.8583         rndmflav        anti-rndmflav   JETSET         12;
+Enddecay
+#
+Decay chi_c1
+0.2730    J/psi gamma                       VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;
+0.0056    pi+ pi- pi+ pi-                PHSP;
+0.0063    pi+ pi- pi+ pi- pi+ pi-        PHSP;
+0.0049    pi+  pi-  K+  K-               PHSP;
+0.0039    rho0 pi+ pi-                   PHSP;
+0.0039    rho+ pi- pi0                   PHSP;
+0.0039    rho- pi+ pi0                   PHSP;
+0.0016    anti-K*0  K+  pi-                   PHSP;
+0.0016    K*0  K-  pi+                   PHSP;
+0.0016    K*+  anti-K0   pi-                   PHSP;
+0.0016    K*-  K0  pi+                   PHSP;
+0.0014    pi+  pi-  p+  anti-p-              PHSP;
+0.6907         rndmflav        anti-rndmflav   JETSET         12;
+Enddecay
+
+
+#
+Decay chi_c2
+0.1350    gamma J/psi                       PHSP;
+0.0015    pi+  pi-                       TSS;
+0.0120    pi+ pi- pi+ pi-                PHSP;
+0.0092    pi+ pi- pi+ pi- pi+ pi-        PHSP;
+0.0100    pi+  pi-  K+  K-               PHSP;
+0.0070    rho0 pi+ pi-                   PHSP;
+0.0070    rho+ pi- pi0                   PHSP;
+0.0070    rho- pi+ pi0                   PHSP;
+0.0008    K+   K-                        TSS;
+0.0024    anti-K*0  K+  pi-                   PHSP;
+0.0024    K*0  K-  pi+                   PHSP;
+0.0024    K*+  anti-K0   pi-                   PHSP;
+0.0024    K*-  K0  pi+                   PHSP;
+0.0001    p+   anti-p-                       PHSP;
+0.0014    pi+  pi-  p+  anti-p-              PHSP;
+0.7994         rndmflav        anti-rndmflav   JETSET         12;
+Enddecay
+#
+Decay psi(3770)
+0.4260    D+  D-                         VSS;
+0.5740    D0  anti-D0                        VSS;
+Enddecay
+#
+#
+#    bb=  Mesons
+#
+Decay  eta_b
+1.000         rndmflav        anti-rndmflav   JETSET         12;
+Enddecay
+#
+Decay  Upsilon
+0.0256    e+    e-              PHOTOS  VLL;
+0.0256    mu+   mu-             PHOTOS  VLL;
+0.0256    tau+  tau-                    VLL;
+0.01500         d       anti-d  JETSET         32;
+0.04500         u       anti-u  JETSET         32;
+0.01500         s       anti-s  JETSET         32;
+0.04500         c       anti-c  JETSET         32;
+0.77420         g       g       g       JETSET         4;
+0.02900         gamma           g       g       JETSET         4;
+Enddecay
+#
+Decay  Upsilon(2S)
+0.0150    e+    e-              PHOTOS  VLL;
+0.0150    mu+   mu-             PHOTOS  VLL;
+0.0150    tau+  tau-                    VLL;
+0.1850    Upsilon  pi+  pi-                PHSP;
+0.0900    Upsilon  pi0  pi0                PHSP;
+# V-> gamma S    Partial wave (L,S)=(0,1)
+0.0430    gamma  chi_b0   HELAMP 1. 0. +1. 0.;
+# V-> gamma V    Partial wave (L,S)=(0,1)
+0.0660    gamma  chi_b1   HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+# V-> gamma T    Partial wave (L,S)=(0,1)
+0.0670    gamma  chi_b2   HELAMP 2.4494897 0. 1.7320508 0. 1. 0.
+                                 1. 0. 1.7320508 0. 2.4494897 0.;
+0.00500         d       anti-d  JETSET         32;
+0.02000         u       anti-u  JETSET         32;
+0.00500         s       anti-s  JETSET         32;
+0.02000         c       anti-c  JETSET         32;
+0.43800         g       g       g       JETSET         4;
+0.01600         gamma           g       g       JETSET         4;
+Enddecay
+#
+Decay  Upsilon(3S)
+0.0181    e+    e-              PHOTOS  VLL;
+0.0181    mu+   mu-             PHOTOS  VLL;
+0.0150    tau+  tau-                    VLL;
+0.0448    Upsilon  pi+  pi-                PHSP;
+0.0206    Upsilon  pi0  pi0                PHSP;
+0.0280    Upsilon(2S)  pi+  pi-                PHSP;
+0.0200    Upsilon(2S)  pi0  pi0                PHSP;
+0.0500    Upsilon(2S)  gamma gamma             PHSP;
+# V-> gamma S    Partial wave (L,S)=(0,1)
+0.0540    gamma  chi_b0(2P) HELAMP 1. 0. 1. 0.; 
+# V-> gamma V    Partial wave (L,S)=(0,1)
+0.1140    gamma  chi_b1(2P) HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+# V-> gamma T    Partial wave (L,S)=(0,1)
+0.1130    gamma  chi_b2(2P) HELAMP 2.4494897 0. 1.7320508 0. 1. 0.
+                                   1. 0. 1.7320508 0. 2.4494897 0.;
+0.00700         d       anti-d  JETSET         32;
+0.02800         u       anti-u  JETSET         32;
+0.00700         s       anti-s  JETSET         32;
+0.02800         c       anti-c  JETSET         32;
+0.41940         g       g       g       JETSET         4;
+0.01500         gamma           g       g       JETSET         4;
+Enddecay
+#
+Decay chi_b0
+# S-> gamma V    Partial wave (L,S)=(0,0)
+0.0500    gamma  Upsilon       HELAMP 1. 0. 1. 0.;
+0.9500         rndmflav        anti-rndmflav   JETSET         12;
+Enddecay
+#
+Decay chi_b1
+# V-> gamma V    Partial wave (L,S)=(0,1)
+0.3500    gamma  Upsilon  HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+0.6500         g       g       JETSET         32;
+Enddecay
+#
+Decay chi_b2
+# T-> gamma V    Partial wave (L,S)=(0,2)   Use PHSP. 
+0.2200    gamma  Upsilon       PHSP;
+#0.2200    gamma  Upsilon       HELAMP 1. 0. 1.7320508 0. 2.4494897 0.
+#                                      2.4494897 0. 1.7320508 0. 1. 0.;
+0.7800         g       g       JETSET         32;
+Enddecay
+#
+Decay chi_b0(2P)
+# S-> gamma V    Partial wave (L,S)=(0,0)
+0.0090    gamma  Upsilon             HELAMP 1. 0. 1. 0.;
+0.0460    gamma  Upsilon(2S)         HELAMP 1. 0. 1. 0.;
+# S-> gamma V    Partial wave (L,S)=(0,0)
+0.00150   gamma  Upsilon_1(1D)       HELAMP 1. 0. 1. 0.;
+0.94350          g       g       JETSET         32;
+Enddecay
+#
+Decay chi_b1(2P)
+# V-> gamma V    Partial wave (L,S)=(0,1)
+0.0850    gamma  Upsilon       HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+0.2100    gamma  Upsilon(2S)   HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+# V-> gamma V    Partial wave (L,S)=(0,1)
+0.0097    gamma  Upsilon_1(1D) HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+# V-> gamma T    Partial wave (L,S)=(0,1)
+0.0236    gamma  Upsilon_2(1D)   HELAMP 2.4494897 0. 1.7320508 0. 1. 0.
+                                        1. 0. 1.7320508 0. 2.4494897 0.;
+0.6717         g       g       JETSET         32;
+Enddecay
+#
+Decay chi_b2(2P)
+# T-> gamma V    Partial wave (L,S)=(0,2)   Use PHSP. 
+0.0710    gamma  Upsilon            PHSP;
+#0.0710    gamma  Upsilon            HELAMP 1. 0. 1.7320508 0. 2.4494897 0.
+#                                           2.4494897 0. 1.7320508 0. 1. 0.; 
+0.1620    gamma  Upsilon(2S)        PHSP;
+#0.1620    gamma  Upsilon(2S)        HELAMP 1. 0. 1.7320508 0. 2.4494897 0.
+#                                           2.4494897 0. 1.7320508 0. 1. 0.;
+# T-> gamma V    Partial wave (L,S)=(0,2)   Use PHSP. 
+0.00023   gamma  Upsilon_1(1D)      PHSP;
+#0.00023   gamma  Upsilon_1(1D)      HELAMP 1. 0. 1.7320508 0. 2.4494897 0.
+#                                           2.4494897 0. 1.7320508 0. 1. 0.;
+# T -> gamma T   Partial wave (L,S)=(0,2)
+0.00290         gamma Upsilon_2(1D)  PHSP;
+#0.00290         gamma Upsilon_2(1D) HELAMP -1. 0. -1.2247449 0.
+#                                           -1.2247449 0. -1. 0. 
+#                                            1. 0.  1.2247449 0.
+#                                            1.2247449 0.  1. 0.;
+# spin 3 not yet in HELAMP.  
+0.01420   gamma  Upsilon_3(1D)              JETSET         0;
+# T-> gamma 3    Partial wave (L,S)=(0,2)
+#0.01420   gamma  Upsilon_3(1D)    HELAMP 3.8729833 0. 3.1622777 0. 
+#                                         2.4494897 0. 1.7320508. 0. 1. 0.
+#                                         1. 0. 1.7320508 0.  2.4494897 0.
+#                                         3.1622777 0. 3.8729833 0.;
+0.74967         g       g       JETSET         32;
+Enddecay
+#
+Decay  h_b
+1.00000         g       g       JETSET         32;
+Enddecay
+
+Decay   chi_b0(3P)
+#see Kwong and Rosner, PRD 38,279 (1988)
+# S-> gamma V    Partial wave (L,S)=(0,0)
+0.01700         gamma Upsilon(3S)    HELAMP 1. 0. 1. 0.;
+# S-> gamma V    Partial wave (L,S)=(0,0)
+0.00400         gamma Upsilon_1(2D)  HELAMP 1. 0. 1. 0.;
+0.97900         g       g               JETSET 32;
+Enddecay
+
+Decay   chi_b1(3P)
+#see Kwong and Rosner, PRD 38,279 (1988)
+# V-> gamma V    Partial wave (L,S)=(0,1)
+0.15000         gamma Upsilon(3S)     HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+# V-> gamma T    Partial wave (L,S)=(0,1)
+0.03100         gamma Upsilon_2(2D)   HELAMP 2.4494897 0. 1.7320508 0. 1. 0.
+                                             1. 0. 1.7320508 0. 2.4494897 0.;
+# V-> gamma V    Partial wave (L,S)=(0,1)
+0.01300         gamma Upsilon_1(2D)   HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+0.80600         g       g               JETSET 32;
+Enddecay
+
+Decay   chi_b2(3P)
+#see Kwong and Rosner, PRD 38,279 (1988)
+# T-> gamma V    Partial wave (L,S)=(0,2)   Use PHSP. 
+0.08700         gamma Upsilon(3S) PHSP;
+0.00000         gamma Upsilon(2S) PHSP;
+0.00000         gamma Upsilon     PHSP;
+#0.08700         gamma Upsilon(3S) HELAMP 1. 0. 1.7320508 0. 2.4494897 0.
+#                                         2.4494897 0. 1.7320508 0. 1. 0.;
+#0.00000         gamma Upsilon(2S) HELAMP 1. 0. 1.7320508 0. 2.4494897 0.
+#                                         2.4494897 0. 1.7320508 0. 1. 0.;
+#0.00000         gamma Upsilon     HELAMP 1. 0. 1.7320508 0. 2.4494897 0.
+#                                         2.4494897 0. 1.7320508 0. 1. 0.;
+# spin 3 not yet in HELAMP
+0.02200         Upsilon_3(2D)   gamma   PHSP;
+# T -> gamma 3   Partial wave (L,S)=(0,2)
+#0.02200         gamma Upsilon_3(2D) HELAMP 3.8729833 0. 3.1622777 0. 
+#                                           2.4494897 0. 1.7320508. 0. 1. 0.
+#                                           1. 0. 1.7320508 0.  2.4494897 0.
+#                                           3.1622777 0. 3.8729833 0.;
+# T -> gamma T   Partial wave (L,S)=(0,2)
+0.00400         gamma Upsilon_2(2D) PHSP;
+#0.00400         gamma Upsilon_2(2D) HELAMP -1. 0. -1.2247449 0.
+#                                           -1.2247449 0. -1. 0. 
+#                                            1. 0.  1.2247449 0.
+#                                            1.2247449 0.  1. 0.;
+# T-> gamma V    Partial wave (L,S)=(0,2)
+0.00040         gamma Upsilon_1(2D) PHSP;
+#0.00040         gamma Upsilon_1(2D) HELAMP 1. 0. 1.7320508 0. 2.4494897 0.
+#                                           2.4494897 0. 1.7320508 0. 1. 0.;
+0.88660         g       g               JETSET 32;
+Enddecay
+
+Decay   Upsilon_1(1D)
+#see Kwong and Rosner, PRD 38,279 (1988)
+0.00140         Upsilon  pi+    pi-     PHSP;
+0.00070         Upsilon  pi0    pi0     PHSP;
+# V-> gamma S    Partial wave (L,S)=(0,1)
+0.60200         gamma    chi_b0         HELAMP 1. 0. +1. 0.;
+# V-> gamma V    Partial wave (L,S)=(0,1)
+0.31800         gamma    chi_b1         HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+# V-> gamma T    Partial wave (L,S)=(0,1)
+0.02600         gamma       chi_b2      HELAMP 2.4494897 0. 1.7320508 0. 1. 0.
+                                               1. 0. 1.7320508 0. 2.4494897 0.;
+0.05190         g        g      g       JETSET 4;
+Enddecay
+
+Decay   Upsilon_2(1D)
+#see Kwong and Rosner, PRD 38,279 (1988)
+0.00140         Upsilon  pi+     pi-    PHSP;
+0.00070         Upsilon  pi0     pi0    PHSP;
+# T-> gamma T    Partial wave (L,S)=(0,2)
+0.20300         gamma  chi_b2       PHSP;
+#0.20300         gamma  chi_b2       HELAMP -1. 0. -1.2247449 0.
+#                                           -1.2247449 0. -1. 0. 
+#                                            1. 0.  1.2247449 0.
+#                                            1.2247449 0.  1. 0.;
+# T-> gamma V    Partial wave (L,S)=(0,2)   Use PHSP. 
+0.78500         gamma chi_b1      PHSP;
+#0.78500         gamma chi_b1      HELAMP 1. 0. 1.7320508 0. 2.4494897 0.
+#                                         2.4494897 0. 1.7320508 0. 1. 0.;
+0.00990         g        g      g       JETSET 4;
+Enddecay
+
+Decay   Upsilon_3(1D)
+#see Kwong and Rosner, PRD 38,279 (1988)
+0.00200         Upsilon  pi+     pi-    PHSP;
+0.00100         Upsilon  pi0     pi0    PHSP;
+0.95400         chi_b2   gamma          PHSP;
+0.04300         g        g       g      JETSET 4;
+Enddecay
+
+Decay   Upsilon_1(2D)
+#see Kwong and Rosner, PRD 38,279 (1988)
+0.00000         Upsilon     pi+    pi-  PHSP;
+0.00000         Upsilon     pi0    pi0  PHSP;
+0.00000         Upsilon(2S) pi+    pi-  PHSP;
+0.00000         Upsilon(2S) pi0    pi0  PHSP;
+# V-> gamma S    Partial wave (L,S)=(0,1)
+0.51000         gamma       chi_b0(2P)  HELAMP 1. 0. +1. 0.;
+# V-> gamma V    Partial wave (L,S)=(0,1)
+0.26000         gamma       chi_b1(2P)  HELAMP 1. 0. 1. 0. -1. 0. -1. 0.;
+# V-> gamma T    Partial wave (L,S)=(0,1)
+0.01400         gamma       chi_b2(2P)  HELAMP 2.4494897 0. 1.7320508 0. 1. 0.
+                                               1. 0. 1.7320508 0. 2.4494897 0.;
+0.21600         g       g       g       JETSET 4;
+Enddecay
+
+Decay   Upsilon_2(2D)
+#see Kwong and Rosner, PRD 38,279 (1988)
+0.00000         Upsilon     pi+    pi-  PHSP;
+0.00000         Upsilon     pi0    pi0  PHSP;
+0.00000         Upsilon(2S) pi+    pi-  PHSP;
+0.00000         Upsilon(2S) pi0    pi0  PHSP;
+# T-> gamma T    Partial wave (L,S)=(0,2)
+0.04000         gamma  chi_b2(2P)  PHSP;
+#0.04000         gamma  chi_b2(2P)   HELAMP -1. 0. -1.2247449 0.
+#                                           -1.2247449 0. -1. 0. 
+#                                            1. 0.  1.2247449 0.
+#                                            1.2247449 0.  1. 0.;
+# T-> gamma V    Partial wave (L,S)=(0,2)   Use PHSP. 
+0.13000         gamma chi_b1(2P)  PHSP;
+#0.13000         gamma chi_b1(2P)  HELAMP 1. 0. 1.7320508 0. 2.4494897 0.
+#                                         2.4494897 0. 1.7320508 0. 1. 0.;
+0.83000         g       g       g       JETSET 4;
+Enddecay
+
+Decay   Upsilon_3(2D)
+#see Kwong and Rosner, PRD 38,279 (1988)
+0.00000         Upsilon     pi+    pi-  PHSP;
+0.00000         Upsilon     pi0    pi0  PHSP;
+0.00000         Upsilon(2S) pi+    pi-  PHSP;
+0.00000         Upsilon(2S) pi0    pi0  PHSP;
+0.72000         chi_b2(2P)  gamma       PHSP;
+0.28000         g       g       g       JETSET 4;
+Enddecay
+
+Decay   h_b(2P)
+1.00000         g       g               JETSET 32;
+Enddecay
+Decay   h_b(3P)
+1.00000         g       g               JETSET 32;
+Enddecay
+Decay   eta_b2(1D)
+1.00000         g       g               JETSET 32;
+Enddecay
+Decay   eta_b2(2D)
+1.00000         g       g               JETSET 32;
+Enddecay
+#
+#   Charm Baryons
+#
+Decay Lambda_c+
+0.01800         e+      nu_e    Lambda0         JETSET         42;
+0.00500         e+      nu_e    Sigma0  JETSET         42;
+0.00500         e+      nu_e    Sigma*0         JETSET         42;
+0.00300         e+      nu_e    n0      JETSET         42;
+0.00200         e+      nu_e    Delta0  JETSET         42;
+0.00600         e+      nu_e    p+      pi-     JETSET         42;
+0.00600         e+      nu_e    n0      pi0     JETSET         42;
+0.01800         mu+     nu_mu   Lambda0         JETSET         42;
+0.00500         mu+     nu_mu   Sigma0  JETSET         42;
+0.00500         mu+     nu_mu   Sigma*0         JETSET         42;
+0.00300         mu+     nu_mu   n0      JETSET         42;
+0.00200         mu+     nu_mu   Delta0  JETSET         42;
+0.00600         mu+     nu_mu   p+      pi-     JETSET         42;
+0.00600         mu+     nu_mu   n0      pi0     JETSET         42;
+0.00660         Delta++         K-      JETSET         0;
+0.02500         Delta++         K*-     JETSET         0;
+0.02300         p+      anti-K0         JETSET         0;
+0.04000         p+      anti-K*0        JETSET         0;
+0.00500         Delta+          anti-K0         JETSET         0;
+0.00500         Delta+  anti-K*0        JETSET         0;
+0.00580         Lambda0         pi+     JETSET         0;
+0.00500         Lambda0         rho+    JETSET         0;
+0.00550         Sigma0  pi+     JETSET         0;
+0.00400         Sigma0          rho+    JETSET         0;
+0.00400         Sigma*0         pi+     JETSET         0;
+0.00400         Sigma*0         rho+    JETSET         0;
+0.00400         Sigma+          pi0     JETSET         0;
+0.00200         Sigma+          eta     JETSET         0;
+0.00200         Sigma+  eta'    JETSET         0;
+0.00400         Sigma+          rho0    JETSET         0;
+0.00400         Sigma+          omega   JETSET         0;
+0.00300         Sigma*+         pi0     JETSET         0;
+0.00200         Sigma*+         eta     JETSET         0;
+0.00300         Sigma*+         rho0    JETSET         0;
+0.00300         Sigma*+         omega   JETSET         0;
+0.00200         Xi0     K+      JETSET         0;
+0.00200         Xi0     K*+     JETSET         0;
+0.00200         Xi*0    K+      JETSET         0;
+0.00100         Delta++         pi-     JETSET         0;
+0.00100         Delta++         rho-    JETSET         0;
+0.00200         p+      pi0     JETSET         0;
+0.00100         p+      eta     JETSET         0;
+0.00100         p+      eta'    JETSET         0;
+0.00200         p+      rho0    JETSET         0;
+0.00200         p+      omega   JETSET         0;
+0.00130         p+      phi     JETSET         0;
+0.00180         p+      f_0     JETSET         0;
+0.00100         Delta+          pi0     JETSET         0;
+0.00100         Delta+          eta     JETSET         0;
+0.00100         Delta+  eta'    JETSET         0;
+0.00100         Delta+          rho0    JETSET         0;
+0.00100         Delta+          omega   JETSET         0;
+0.00300         n0      pi+     JETSET         0;
+0.00300         n0      rho+    JETSET         0;
+0.00300         Delta0  pi+     JETSET         0;
+0.00300         Delta0          rho+    JETSET         0;
+0.00500         Lambda0         K+      JETSET         0;
+0.00500         Lambda0         K*+     JETSET         0;
+0.00200         Sigma0          K+      JETSET         0;
+0.00200         Sigma0          K*+     JETSET         0;
+0.00100         Sigma*0         K+      JETSET         0;
+0.00100         Sigma*0         K*+     JETSET         0;
+0.00200         Sigma+          K0      JETSET         0;
+0.00200         Sigma+          K*0     JETSET         0;
+0.00100         Sigma*+         K0      JETSET         0;
+0.00100         Sigma*+         K*0     JETSET         0;
+0.13000         u       anti-d          d       su_0    JETSET         13;
+0.05700         u       anti-d          d       su_1    JETSET         13;
+0.03500         u       anti-s          d       su_0    JETSET         13;
+0.03500         u       anti-d          d       ud_0    JETSET         13;
+0.09500         s       uu_1    JETSET         13;
+0.14000         u       su_0    JETSET         13;
+0.14000         u       su_1    JETSET         13;
+0.03000         d       uu_1    JETSET         13;
+0.01500         u       ud_0    JETSET         13;
+0.01500         u       ud_1    JETSET         13;
+Enddecay
+CDecay anti-Lambda_c-
+#
+Decay Xi_c0
+1.000        JETSET         84;
+Enddecay
+Decay anti-Xi_c0
+1.000          JETSET       84;
+Enddecay
+#
+Decay c-hadron
+0.08000         e+      nu_e       s     specflav   JETSET 42;
+0.08000         mu+     nu_mu      s     specflav   JETSET 42;
+0.76000         u       anti-d     s     specflav   JETSET 11;
+0.08000         u       anti-s     s     specflav   JETSET 11;
+Enddecay
+CDecay anti-c-hadron
+#
+Decay Sigma_c0
+1.0000    Lambda_c+  pi-                     PHSP;
+Enddecay
+Decay anti-Sigma_c0
+1.0000    anti-Lambda_c- pi+                     PHSP;
+Enddecay
+#
+Decay Sigma_c+
+1.0000    Lambda_c+  pi0                     PHSP;
+Enddecay
+Decay anti-Sigma_c-
+1.0000    anti-Lambda_c- pi0                     PHSP;
+Enddecay
+#
+Decay Xi_c+
+1.000         JETSET         84;
+Enddecay
+Decay anti-Xi_c-
+1.000         JETSET         84;
+Enddecay
+#
+Decay Sigma_c++
+1.0000    Lambda_c+  pi+                     PHSP;
+Enddecay
+Decay anti-Sigma_c--
+1.0000    anti-Lambda_c- pi-                     PHSP;
+Enddecay
+#
+Decay Xi'_c+
+0.1000    Lambda0   K-    pi+   pi+         PHSP;
+0.0800    Sigma0  K-    pi+   pi+         PHSP;
+0.8200    gamma  Xi_c+                    PHSP;
+Enddecay
+Decay anti-Xi'_c-
+0.1000    anti-Lambda0  K+    pi-   pi-        PHSP;
+0.0800    anti-Sigma0  K+    pi-   pi-        PHSP;
+0.8200    gamma   anti-Xi_c-                  PHSP;
+Enddecay
+#
+Decay Xi'_c0
+1.0000    gamma Xi_c0                     PHSP;
+Enddecay
+Decay anti-Xi'_c0
+1.0000    gamma anti-Xi_c0                    PHSP;
+Enddecay
+#
+#   Light Baryons
+#
+Decay Lambda0
+0.6390    p+  pi-                       PHSP;
+0.3580    n0  pi0                       PHSP;
+0.0018    n0  gamma                      PHSP;
+0.0005    p+  pi-  gamma                 PHSP;
+0.0006    p+  e-   anti-nu_e           PHOTOS PHSP;
+0.0001    p+  mu-  anti-nu_mu          PHOTOS PHSP;
+Enddecay
+Decay anti-Lambda0
+0.6390    anti-p-  pi+                      PHSP;
+0.3580    anti-n0  pi0                      PHSP;
+0.0018    anti-n0  gamma                     PHSP;
+0.0005    anti-p-  pi+  gamma                PHSP;
+0.0006    anti-p-  e+   anti-nu_e       PHOTOS   PHSP;
+0.0001    anti-p-  mu+  anti-nu_mu      PHOTOS    PHSP;
+Enddecay
+#
+Decay Lambda(1405)0
+0.3333    Sigma+   pi-    PHSP;
+0.3333    Sigma-   pi+    PHSP;
+0.3333    Sigma0   pi0    PHSP;
+Enddecay
+#
+Decay anti-Lambda(1405)0
+0.3333    anti-Sigma+   pi-   PHSP;
+0.3333    anti-Sigma-   pi+   PHSP;
+0.3333    anti-Sigma0   pi0   PHSP;
+Enddecay
+#
+Decay Lambda(1520)0
+0.23   p+     K-    PHSP;
+0.23   n0   anti-K0    PHSP;
+0.14    Sigma+   pi-    PHSP;
+0.14    Sigma-   pi+    PHSP;
+0.14   Sigma0   pi0    PHSP;
+0.0333  Lambda0  pi0  pi0                       PHSP;
+0.0667  Lambda0  pi+  pi-                       PHSP;
+0.003   Sigma+   pi-  pi0   PHSP;
+0.003   Sigma-   pi+  pi0   PHSP;
+0.001   Sigma0   pi0  pi0   PHSP;
+0.002   Sigma0   pi+  pi-   PHSP;
+0.011   Lambda0  gamma    PHSP;
+Enddecay
+#
+Decay anti-Lambda(1520)0
+0.23 anti-p-     K+    PHSP;
+0.23 anti-n0     K0    PHSP;
+0.14    anti-Sigma-   pi+   PHSP;
+0.14    anti-Sigma+   pi-   PHSP;
+0.14    anti-Sigma0   pi0   PHSP;
+0.0333  anti-Lambda0  pi0  pi0                  PHSP;
+0.0667  anti-Lambda0  pi+  pi-                  PHSP;
+0.003   anti-Sigma+   pi-  pi0   PHSP;
+0.003   anti-Sigma-   pi+  pi0   PHSP;
+0.001   anti-Sigma0   pi0  pi0   PHSP;
+0.002   anti-Sigma0   pi+  pi-   PHSP;
+0.011   anti-Lambda0  gamma   PHSP;
+Enddecay
+#
+Decay Lambda(1600)0
+0.176   p+     K-    PHSP;
+0.176   n0   anti-K0    PHSP;
+0.216    Sigma+   pi-    PHSP;
+0.216    Sigma-   pi+    PHSP;
+0.216    Sigma0   pi0    PHSP;
+Enddecay
+#
+Decay anti-Lambda(1600)0
+0.176   anti-p-     K+   PHSP;
+0.176   anti-n0   K0    PHSP;
+0.216    anti-Sigma+   pi-   PHSP;
+0.216   anti-Sigma-   pi+   PHSP;
+0.216   anti-Sigma0   pi0   PHSP;
+Enddecay
+#
+Decay Lambda(1670)0
+0.10   p+     K-    PHSP;
+0.10   n0   anti-K0    PHSP;
+0.16    Sigma+   pi-    PHSP;
+0.16    Sigma-   pi+    PHSP;
+0.16    Sigma0   pi0    PHSP;
+0.32    Lambda0  eta                            PHSP;
+Enddecay
+#
+Decay anti-Lambda(1670)0
+0.10   anti-p-     K+   PHSP;
+0.10   anti-n0   K0    PHSP;
+0.16    anti-Sigma+   pi-   PHSP;
+0.16    anti-Sigma-   pi+   PHSP;
+0.16    anti-Sigma0   pi0   PHSP;
+0.32    anti-Lambda0   eta                       PHSP;
+Enddecay
+#
+Decay Lambda(1690)0
+0.125   p+     K-    PHSP;
+0.125   n0   anti-K0    PHSP;
+0.10    Sigma+   pi-    PHSP;
+0.10    Sigma-   pi+    PHSP;
+0.10    Sigma0   pi0    PHSP;
+0.0833  Lambda0  pi0  pi0                       PHSP;
+0.1667  Lambda0  pi+  pi-                       PHSP;
+0.067   Sigma+   pi-  pi0   PHSP;
+0.067   Sigma-   pi+  pi0   PHSP;
+0.022   Sigma0   pi0  pi0   PHSP;
+0.044   Sigma0   pi+  pi-   PHSP;
+Enddecay
+#
+Decay anti-Lambda(1690)0
+0.125   anti-p-     K+    PHSP;
+0.125   anti-n0   K0    PHSP;
+0.10    anti-Sigma+   pi-    PHSP;
+0.10    anti-Sigma-   pi+    PHSP;
+0.10    anti-Sigma0   pi0    PHSP;
+0.0833  anti-Lambda0  pi0  pi0                       PHSP;
+0.1667  anti-Lambda0  pi+  pi-                       PHSP;
+0.067   anti-Sigma+   pi-  pi0   PHSP;
+0.067   anti-Sigma-   pi+  pi0   PHSP;
+0.022   anti-Sigma0   pi0  pi0   PHSP;
+0.044   anti-Sigma0   pi+  pi-   PHSP;
+Enddecay
+#
+Decay Lambda(1800)0
+0.165   p+     K-    PHSP;
+0.165   n0   anti-K0    PHSP;
+0.08    Sigma+   pi-    PHSP;
+0.08    Sigma-   pi+    PHSP;
+0.08    Sigma0   pi0    PHSP;
+0.003    Sigma*+   pi-    PHSP;
+0.003    Sigma*-   pi+    PHSP;
+0.004    Sigma*0   pi0    PHSP;
+0.21   p+     K*-    PHSP;
+0.21   n0   anti-K*0    PHSP;
+Enddecay
+#
+Decay anti-Lambda(1800)0
+0.165   anti-p-     K+    PHSP;
+0.165   anti-n0   K0    PHSP;
+0.08    anti-Sigma+   pi-    PHSP;
+0.08    anti-Sigma-   pi+    PHSP;
+0.08    anti-Sigma0   pi0    PHSP;
+0.003    anti-Sigma*+   pi-    PHSP;
+0.003    anti-Sigma*-   pi+    PHSP;
+0.004    anti-Sigma*0   pi0    PHSP;
+0.21   anti-p-     K*+    PHSP;
+0.21   anti-n0   K*0    PHSP;
+Enddecay
+#
+Decay Lambda(1810)0
+0.165   p+     K-    PHSP;
+0.165   n0   anti-K0    PHSP;
+0.08    Sigma+   pi-    PHSP;
+0.08    Sigma-   pi+    PHSP;
+0.08    Sigma0   pi0    PHSP;
+0.003    Sigma*+   pi-    PHSP;
+0.003    Sigma*-   pi+    PHSP;
+0.004    Sigma*0   pi0    PHSP;
+0.21   p+     K*-    PHSP;
+0.21   n0   anti-K*0    PHSP;
+Enddecay
+#
+Decay anti-Lambda(1810)0
+0.165   anti-p-     K+    PHSP;
+0.165   anti-n0   K0    PHSP;
+0.08    anti-Sigma+   pi-    PHSP;
+0.08    anti-Sigma-   pi+    PHSP;
+0.08    anti-Sigma0   pi0    PHSP;
+0.003    anti-Sigma*+   pi-    PHSP;
+0.003    anti-Sigma*-   pi+    PHSP;
+0.004    anti-Sigma*0   pi0    PHSP;
+0.21   anti-p-     K*+    PHSP;
+0.21   anti-n0   K*0    PHSP;
+Enddecay
+#
+Decay Lambda(1820)0
+0.34     p+     K-                             PHSP;
+0.34     n0   anti-K0                          PHSP;
+0.06    Sigma+   pi-                            PHSP;
+0.06    Sigma-   pi+                            PHSP;
+0.06    Sigma0   pi0                            PHSP;
+0.04    Sigma*+   pi-                            PHSP;
+0.04    Sigma*-   pi+                            PHSP;
+0.04    Sigma*0   pi0                            PHSP;
+0.01    Lambda0  eta                            PHSP;
+0.003   Sigma+   pi-  pi0                       PHSP;
+0.004   Sigma-   pi+  pi0                       PHSP;
+0.001   Sigma0   pi0  pi0                       PHSP;
+0.002   Sigma0   pi+  pi-                       PHSP;
+Enddecay
+#
+Decay anti-Lambda(1820)0
+0.34     anti-p-     K+                             PHSP;
+0.34     anti-n0   K0                          PHSP;
+0.06    anti-Sigma+   pi-                            PHSP;
+0.06    anti-Sigma-   pi+                            PHSP;
+0.06    anti-Sigma0   pi0                            PHSP;
+0.04    anti-Sigma*+   pi-                            PHSP;
+0.04    anti-Sigma*-   pi+                            PHSP;
+0.04    anti-Sigma*0   pi0                            PHSP;
+0.01    anti-Lambda0  eta                            PHSP;
+0.003  anti-Sigma+   pi-  pi0                       PHSP;
+0.004  anti-Sigma-   pi+  pi0                       PHSP;
+0.001  anti-Sigma0   pi0  pi0                       PHSP;
+0.002  anti-Sigma0   pi+  pi-                       PHSP;
+Enddecay
+#
+Decay Lambda(1830)0
+0.05     p+     K-                             PHSP;
+0.05     n0   anti-K0                          PHSP;
+0.24    Sigma+   pi-                            PHSP;
+0.24    Sigma-   pi+                            PHSP;
+0.24    Sigma0   pi0                            PHSP;
+0.06    Sigma*+   pi-                            PHSP;
+0.06    Sigma*-   pi+                            PHSP;
+0.06    Sigma*0   pi0                            PHSP;
+Enddecay
+#
+Decay anti-Lambda(1830)0
+0.05     anti-p-     K+                             PHSP;
+0.05     anti-n0   K0                          PHSP;
+0.24    anti-Sigma+   pi-                            PHSP;
+0.24    anti-Sigma-   pi+                            PHSP;
+0.24    anti-Sigma0   pi0                            PHSP;
+0.06    anti-Sigma*+   pi-                            PHSP;
+0.06    anti-Sigma*-   pi+                            PHSP;
+0.06    anti-Sigma*0   pi0                            PHSP;
+Enddecay
+#
+#
+Decay Sigma(1660)0
+0.07     p+     K-                             PHSP;
+0.07     n0   anti-K0                          PHSP;
+0.16   Lambda0 pi0                             PHSP;
+0.35    Sigma+   pi-                            PHSP;
+0.35    Sigma-   pi+         PHSP;
+Enddecay
+#
+Decay anti-Sigma(1660)0
+0.07     anti-p-     K+                             PHSP;
+0.07     anti-n0   K0                          PHSP;
+0.16   anti-Lambda0 pi0                             PHSP;
+0.35    anti-Sigma+   pi-                            PHSP;
+0.35    anti-Sigma-   pi+      PHSP;
+Enddecay
+#
+Decay Sigma(1670)0
+0.07     p+     K-                             PHSP;
+0.07     n0   anti-K0                          PHSP;
+0.16   Lambda0 pi0                             PHSP;
+0.35    Sigma+   pi-                            PHSP;
+0.35    Sigma-   pi+         PHSP;
+Enddecay
+#
+Decay anti-Sigma(1670)0
+0.07     anti-p-     K+                             PHSP;
+0.07     anti-n0   K0                          PHSP;
+0.16   anti-Lambda0 pi0                             PHSP;
+0.35    anti-Sigma+   pi-                            PHSP;
+0.35    anti-Sigma-   pi+      PHSP;
+Enddecay
+#
+Decay Sigma(1775)0
+0.215     p+     K-                             PHSP;
+0.215     n0   anti-K0                          PHSP;
+0.20   Lambda0 pi0                             PHSP;
+0.02  Sigma+   pi-                            PHSP;
+0.02  Sigma-   pi+         PHSP;
+0.055  Sigma*+   pi-                            PHSP;
+0.055  Sigma*-   pi+         PHSP;
+0.22   Lambda(1520)0 pi0                             PHSP;
+Enddecay
+#
+Decay anti-Sigma(1775)0
+0.215     anti-p-     K+                             PHSP;
+0.215     anti-n0   K0                          PHSP;
+0.20   anti-Lambda0 pi0                             PHSP;
+0.02  anti-Sigma+   pi-                            PHSP;
+0.02  anti-Sigma-   pi+         PHSP;
+0.055  anti-Sigma*+   pi-                            PHSP;
+0.055  anti-Sigma*-   pi+         PHSP;
+0.22   anti-Lambda(1520)0 pi0                             PHSP;
+Enddecay
+Decay Sigma+
+0.5157    p+  pi0                       PHSP;
+0.4831    n0  pi+                       PHSP;
+0.0012    p+  gamma                      PHSP;
+Enddecay
+Decay anti-Sigma-
+0.5157    anti-p-  pi0                      PHSP;
+0.4831    anti-n0  pi-                      PHSP;
+0.0012    anti-p-  gamma                     PHSP;
+Enddecay
+#
+Decay Delta+
+0.6630    p+  pi0                       PHSP;
+0.3310    n0  pi+                       PHSP;
+0.0060    p+  gamma                      PHSP;
+Enddecay
+Decay anti-Delta-
+0.6630    anti-p-  pi0                      PHSP;
+0.3310    anti-n0  pi-                      PHSP;
+0.0060    anti-p-  gamma                     PHSP;
+Enddecay
+#
+Decay Delta++
+1.0000    p+  pi+                       PHSP;
+Enddecay
+Decay anti-Delta--
+1.0000    anti-p- pi-                       PHSP;
+Enddecay
+#
+Decay Xi*0
+0.3330    Xi0   pi0                     PHSP;
+0.6670    Xi-   pi+                     PHSP;
+Enddecay
+Decay anti-Xi*0
+0.3330    anti-Xi0   pi0                    PHSP;
+0.6670    anti-Xi+   pi-                    PHSP;
+Enddecay
+#
+Decay Delta0
+0.3310    p+    pi-                     PHSP;
+0.6630    n0    pi0                     PHSP;
+0.0060    n0    gamma                    PHSP;
+Enddecay
+Decay anti-Delta0
+0.3310    anti-p-   pi+                     PHSP;
+0.6630    anti-n0   pi0                     PHSP;
+0.0060    anti-n0   gamma                    PHSP;
+Enddecay
+#
+Decay Delta-
+1.0000    n0    pi-                     PHSP;
+Enddecay
+Decay anti-Delta+
+1.0000    anti-n0   pi+                     PHSP;
+Enddecay
+#
+Decay Sigma-
+1.0000    n0    pi-                     PHSP;
+Enddecay
+Decay anti-Sigma+
+1.0000    anti-n0   pi+                     PHSP;
+Enddecay
+#
+Decay Sigma0
+1.0000    gamma  Lambda0                     PHSP;
+Enddecay
+Decay anti-Sigma0
+1.0000    gamma  anti-Lambda0                   PHSP;
+Enddecay
+#
+Decay Sigma*-
+0.8800    Lambda0   pi-                     PHSP;
+0.0600    Sigma0  pi-                     PHSP;
+0.0600    Sigma-  pi0                     PHSP;
+Enddecay
+Decay anti-Sigma*+
+0.8800    anti-Lambda0  pi+                    PHSP;
+0.0600    anti-Sigma0  pi+                    PHSP;
+0.0600    anti-Sigma+  pi0                    PHSP;
+Enddecay
+#
+Decay Sigma*+
+0.8800    Lambda0   pi+                     PHSP;
+0.0600    Sigma+  pi0                     PHSP;
+0.0600    Sigma0  pi+                     PHSP;
+Enddecay
+Decay anti-Sigma*-
+0.8800    anti-Lambda0  pi-                    PHSP;
+0.0600    anti-Sigma-  pi0                    PHSP;
+0.0600    anti-Sigma0  pi-                    PHSP;
+Enddecay
+#
+Decay Sigma*0
+0.8800    Lambda0   pi0                     PHSP;
+0.0600    Sigma+  pi-                     PHSP;
+0.0600    Sigma-  pi+                     PHSP;
+Enddecay
+Decay anti-Sigma*0
+0.8800    anti-Lambda0  pi0                    PHSP;
+0.0600    anti-Sigma-  pi+                    PHSP;
+0.0600    anti-Sigma+  pi-                    PHSP;
+Enddecay
+#
+Decay Xi0
+1.0000    Lambda0   pi0                     PHSP;
+Enddecay
+Decay anti-Xi0
+1.0000    anti-Lambda0 pi0                     PHSP;
+Enddecay
+#
+Decay Xi-
+1.0000    Lambda0   pi-                     PHSP;
+Enddecay
+Decay anti-Xi+
+1.0000    anti-Lambda0 pi+                     PHSP;
+Enddecay
+#
+Decay Xi*-
+0.6670    Xi0   pi-                     PHSP;
+0.3330    Xi-   pi0                     PHSP;
+Enddecay
+Decay anti-Xi*+
+0.6670    anti-Xi0  pi+                     PHSP;
+0.3330    anti-Xi+  pi0                     PHSP;
+Enddecay
+#
+Decay Omega-
+0.6780    Lambda0   K-                      PHSP;
+0.2360    Xi0   pi-                     PHSP;
+0.0860    Xi-   pi0                     PHSP;
+Enddecay
+Decay anti-Omega+
+0.6780    anti-Lambda0  K+                     PHSP;
+0.2360    anti-Xi0   pi+                    PHSP;
+0.0860    anti-Xi+   pi0                    PHSP;
+Enddecay
+#
+#
+Decay Sigma_c*0
+1.0000    Lambda_c+  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*0
+#
+Decay Sigma_c*+
+1.0000    Lambda_c+  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*-
+#
+Decay Sigma_c*++
+1.0000    Lambda_c+  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*--
+#
+Decay Xi_c*0
+0.5000    Xi_c0  pi0                     PHSP;
+0.5000    Xi_c0  gamma                   PHSP;
+Enddecay
+CDecay anti-Xi_c*0
+#
+Decay Xi_c*+
+0.5000    Xi_c+  pi0                     PHSP;
+0.5000    Xi_c+  gamma                   PHSP;
+Enddecay
+CDecay anti-Xi_c*-
+#
+Decay   Omega_c0
+1.00000        JETSET 84;
+Enddecay
+#
+CDecay  anti-Omega_c0
+#
+Decay Omega_c*0
+1.0000    Omega_c0  gamma                   PHSP;
+Enddecay
+#
+CDecay anti-Omega_c*0
+#
+Decay Xu0
+#                    X_u^0 -> u anti-u
+#
+1.0 u anti-u JETSET 11;
+Enddecay
+Decay Xu+
+#                    X_u^+ -> u anti-d
+#
+1.0 u anti-d JETSET 11;
+Enddecay
+CDecay Xu-
+
+#lange - JETSET is making h_c mesons - better add a decay
+# channel for them.
+Decay h_c
+1.0 J/psi pi0 PHSP;
+Enddecay
+
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_noSLemu_noSLemu.dec b/BaBar_2014/B0B0bar_noSLemu_noSLemu.dec
new file mode 100644
index 0000000..34bc780
--- /dev/null
+++ b/BaBar_2014/B0B0bar_noSLemu_noSLemu.dec
@@ -0,0 +1,644 @@
+###############################################################################
+# Decay file for Y(4S) -> B0 B0bar (mixed)
+#                         |   |
+#                         |    -> non-SL
+#                          -----> non-SL
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Last change 15 Nov 1999
+###############################################################################
+
+## use the world average value reported at the Lepton-Photon 99 conference:
+## ( http://www.cern.ch/LEPBOSC/combined_results/stanford_1999/ )
+##
+##  delta(m) = 0.473 +- 0.016 /ps
+
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B0-SL-e   B0
+Alias B0-SL-mu  B0
+Alias B0-no-SL  B0
+
+Alias anti-B0-SL-e   anti-B0
+Alias anti-B0-SL-mu  anti-B0
+Alias anti-B0-no-SL  anti-B0
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B0-SL-e  anti-B0-SL-e
+ChargeConj B0-SL-mu anti-B0-SL-mu
+ChargeConj B0-no-SL anti-B0-no-SL
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  0.823578  B0-no-SL       anti-B0-no-SL    VSS_MIX dm;
+  0.088211  anti-B0-no-SL  anti-B0-no-SL    VSS_MIX dm;
+  0.088211  B0-no-SL       B0-no-SL         VSS_MIX dm;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-e
+
+# b -> c e+ nu (10.4%)
+
+  0.0490   D*-    e+   nu_e           PHOTOS HQET 0.92 1.18 0.72;
+  0.0210   D-     e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0040   D_0*-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D'_1-   e+   nu_e           PHOTOS ISGW2;
+  0.0070   D_2*-   e+   nu_e           PHOTOS ISGW2;
+  0.0010   D*-  pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0030   D-   pi0   e+   nu_e       PHOTOS GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   e+   nu_e       PHOTOS GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0806%)
+
+  0.000064   pi-    e+   nu_e        PHOTOS  ISGW2;
+  0.000250   rho-   e+   nu_e        PHOTOS  ISGW2;
+  0.000274   a_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000170   b_1-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_0-    e+   nu_e        PHOTOS  ISGW2;
+  0.000024   a_2-    e+   nu_e        PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+  0.0490   D*-    mu+  nu_mu       PHOTOS     HQET 0.92 1.18 0.72;
+  0.0210   D-     mu+  nu_mu       PHOTOS     ISGW2;
+  0.0040   D_1-   mu+  nu_mu       PHOTOS     ISGW2;
+  0.0040   D_0*-   mu+  nu_mu      PHOTOS      ISGW2;
+  0.0070   D'_1-   mu+  nu_mu      PHOTOS      ISGW2;
+  0.0070   D_2*-   mu+  nu_mu      PHOTOS      ISGW2;
+  0.0010   D*-  pi0   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+  0.0020   anti-D*0  pi-   mu+  nu_mu  PHOTOS      GOITY_ROBERTS;
+  0.0030   D-   pi0   mu+  nu_mu    PHOTOS    GOITY_ROBERTS;
+  0.0060   anti-D0  pi-   mu+  nu_mu   PHOTOS     GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0806%)
+
+  0.000064   pi-    mu+  nu_mu    PHOTOS      ISGW2;
+  0.000250   rho-   mu+  nu_mu    PHOTOS      ISGW2;
+  0.000274   a_1-    mu+  nu_mu   PHOTOS       ISGW2;
+  0.000170   b_1-    mu+  nu_mu   PHOTOS       ISGW2;
+  0.000024   a_0-    mu+  nu_mu   PHOTOS       ISGW2;
+  0.000024   a_2-    mu+  nu_mu   PHOTOS       ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-e
+
+# b -> c e- nu (10.4%)
+
+  0.0490   D*+    e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+  0.0210   D+     e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0040   D_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0070   D_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+  0.0010   D*+  pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0020   D*0  pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0030   D+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+  0.0060   D0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0806%)
+
+  0.000064   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000250   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000274   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000170   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+  0.000024   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-SL-mu
+
+# b -> c mu- nu (10.4%)
+
+  0.0490   D*+    mu-  anti-nu_mu      PHOTOS     HQET 0.92 1.18 0.72;
+  0.0210   D+     mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0040   D_1+   mu-  anti-nu_mu      PHOTOS     ISGW2;
+  0.0040   D_0*+   mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.0070   D'_1+   mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.0070   D_2*+   mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.0010   D*+  pi0   mu-  anti-nu_mu  PHOTOS     GOITY_ROBERTS;
+  0.0020   D*0  pi+   mu-  anti-nu_mu  PHOTOS     GOITY_ROBERTS;
+  0.0030   D+   pi0   mu-  anti-nu_mu  PHOTOS     GOITY_ROBERTS;
+  0.0060   D0   pi+   mu-  anti-nu_mu  PHOTOS     GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0806%)
+
+  0.000064   pi+    mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000250   rho+   mu-  anti-nu_mu     PHOTOS      ISGW2;
+  0.000274   a_1+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000170   b_1+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000024   a_0+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+  0.000024   a_2+    mu-  anti-nu_mu    PHOTOS       ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B0 which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B0-no-SL
+
+# JETSET misc fragmentation (42.664%)
+
+  0.32474         u       anti-d  anti-c          d       JETSET         48;
+  0.04600         u       anti-d  anti-c          d       JETSET         25;
+  0.02100         u       anti-s  anti-c          d       JETSET         23;
+  0.01800         u       anti-c  anti-d          d       JETSET         48;
+  0.00090         u       anti-c  anti-s          d       JETSET         48;
+  0.00000         c       anti-s  anti-c          d       JETSET         13;
+  0.00600         c       anti-d  anti-c          d       JETSET         13;
+  0.00600         u       anti-d  anti-u          d       JETSET         48;
+  0.00400         c       anti-s  anti-u          d       JETSET         48;
+
+# b -> c (sc=)  -->  D Ds X (10.14%)
+
+  0.0096   D-   D_s+                       PHSP;
+  0.0102   D*-  D_s+                       SVS;
+  0.0120   D_1- D_s+                       SVS;
+  0.0094   D_s*+ D-                        SVS;
+  0.0174   D_s*+ D*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0030   D_s+  D-  pi0                   PHSP;
+  0.0060   D_s+  anti-D0 pi-                   PHSP;
+  0.0030   D_s*+ D-  pi0                   PHSP;
+  0.0060   D_s*+ anti-D0 pi-                   PHSP;
+  0.0050   D_s+  D-  pi-  pi+              PHSP;
+  0.0037   D_s+  D-  pi0  pi0              PHSP;
+  0.0037   D_s+  anti-D0 pi-  pi0              PHSP;
+  0.0050   D_s*+ D-  pi-  pi+              PHSP;
+  0.0037   D_s*+ D-  pi0  pi0              PHSP;
+  0.0037   D_s*+ anti-D0 pi-  pi0              PHSP;
+
+# b -> c (sc=)  -->  D D= K  X (8.0%)
+
+  0.0025   D-  D0   K+                    PHSP;
+  0.0025   D-  D+   K0                    PHSP;
+  0.0025   D-  D0   K*+                   PHSP;
+  0.0025   D-  D+   K*0                   PHSP;
+
+  0.0050   D*- D0   K+                    PHSP;
+  0.0050   D*- D+   K0                    PHSP;
+  0.0050   D-  D*0  K+                    PHSP;
+  0.0050   D-  D*+  K0                    PHSP;
+
+  0.0025   D*- D0   K*+                   PHSP;
+  0.0025   D*- D+   K*0                   PHSP;
+  0.0025   D-  D*0  K*+                   PHSP;
+  0.0025   D-  D*+  K*0                   PHSP;
+
+  0.0150   D*- D*0  K+                    PHSP;
+  0.0150   D*- D*+  K0                    PHSP;
+  0.0050   D*- D*0  K*+                   PHSP;
+  0.0050   D*- D*+  K*0                   PHSP;
+
+# B -> D(*) X  Exclusive modes (6.67%)
+
+  0.0027   D*- pi+                        SVS;
+  0.0030   D-  pi+                        PHSP;
+  0.0082   rho+ D-                        SVS;
+  0.0070   rho+ D*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010   D-  pi+  pi0                   PHSP;
+  0.0070   D*- pi+  pi0                   PHSP;
+  0.0010   anti-D0 pi-  pi+                   PHSP;
+  0.0010   anti-D*0 pi-  pi+                   PHSP;
+  0.0005   anti-D*0 pi0  pi0                   PHSP;
+
+  0.0060   a_1+ D-                         SVS;
+  0.0011   D-  rho0  pi+                  PHSP;
+  0.0011   D-  rho+  pi0                  PHSP;
+  0.0010   D-  pi-  pi+  pi+              PHSP;
+  0.0010   D-  pi0  pi+  pi0              PHSP;
+  0.0010   anti-D0  pi-  pi+  pi0             PHSP;
+  0.0001   anti-D0  pi0  pi0  pi0             PHSP;
+
+  0.0122   a_1+  D*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010   D*-  rho0  pi+                 PHSP;
+  0.0010   D*-  rho+  pi0                 PHSP;
+  0.0077   D*-  pi-  pi+  pi+             PHSP;
+  0.0010   D*-  pi0  pi+  pi0             PHSP;
+  0.0010   anti-D*0  pi-  pi+  pi0             PHSP;
+  0.0001   anti-D*0  pi0  pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+  0.01000        anti-cd_0       ud_0         JETSET 23;
+  0.03000        anti-cd_1       ud_1         JETSET 23;
+
+# b -> c tau+ nu (2.96%)
+
+  0.0160   D*-    tau+ nu_tau                  ISGW2;
+  0.0070   D-     tau+ nu_tau                  ISGW2;
+  0.0013   D_1-   tau+ nu_tau                  ISGW2;
+  0.0013   D_0*-   tau+ nu_tau                  ISGW2;
+  0.0020   D'_1-   tau+ nu_tau                  ISGW2;
+  0.0020   D_2*-   tau+ nu_tau                  ISGW2;
+
+# Xi_c X (2.4%)
+
+  0.00600        anti-cs_0       ud_0         JETSET 23;
+  0.01800        anti-cs_1       ud_1         JETSET 23;
+
+# B -> cc= s (1.94%)
+
+  0.0004     J/psi  K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0004     J/psi  K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00025    J/psi  K*S             SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.00025    J/psi  K*L             SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010     J/psi  K*0T              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010     J/psi  K+  pi-           PHSP;
+  0.0005     J/psi  K0  pi0           PHSP;
+  0.0014     J/psi  K0  pi-  pi+      PHSP;
+  0.0007     J/psi  K0  pi0  pi0      PHSP;
+  0.0007     J/psi  K+  pi-  pi0      PHSP;
+  0.0005     J/psi  anti-K'_10              PHSP;
+  0.0005     J/psi  anti-K_2*0              PHSP;
+
+  0.0003     psi(2S)  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0003     psi(2S)  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00025    psi(2S)  K*S           SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.00025    psi(2S)  K*L           SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0010     psi(2S)  K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0004     psi(2S)  K+  pi-          PHSP;
+  0.0002     psi(2S)  K0  pi0          PHSP;
+  0.0004     psi(2S)  K0  pi-  pi+     PHSP;
+  0.0002     psi(2S)  K0  pi0  pi0     PHSP;
+  0.0002     psi(2S)  K+  pi-  pi0     PHSP;
+
+  0.0001    eta_c K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0001    eta_c K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00005   K*S  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00005   K*L  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.0002    K*0T eta_c              SVS;
+  0.0002    eta_c  K+  pi-          PHSP;
+  0.0001    eta_c  K0  pi0          PHSP;
+  0.0002    eta_c  K0  pi-  pi+     PHSP;
+  0.0001    eta_c  K0  pi0  pi0     PHSP;
+  0.0001    eta_c  K+  pi-  pi0     PHSP;
+
+  0.0001     chi_c0 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.0001     chi_c0 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00005    K*S  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00005    K*L  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0002     K*0T chi_c0              SVS;
+  0.0002     chi_c0  K+  pi-          PHSP;
+  0.0001     chi_c0  K0  pi0          PHSP;
+  0.0002     chi_c0  K0  pi-  pi+     PHSP;
+  0.0001     chi_c0  K0  pi0  pi0     PHSP;
+  0.0001     chi_c0  K+  pi-  pi0     PHSP;
+
+  0.0003     chi_c1 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.0003     chi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.0002     K*S  chi_c1            SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0002     K*L  chi_c1            SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0008     chi_c1  K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0004     chi_c1  K+  pi-          PHSP;
+  0.0002     chi_c1  K0  pi0          PHSP;
+  0.0004     chi_c1  K0  pi-  pi+     PHSP;
+  0.0002     chi_c1  K0  pi0  pi0     PHSP;
+  0.0002     chi_c1  K+  pi-  pi0     PHSP;
+
+  0.0002     chi_c2 K_S0               PHSP;
+  0.0002     chi_c2 K_L0               PHSP;
+  0.00015    K*S  chi_c2              PHSP;
+  0.00015    K*L  chi_c2              PHSP;
+  0.0006     chi_c2  K*0T             PHSP;
+  0.0004     chi_c2  K+  pi-          PHSP;
+  0.0002     chi_c2  K0  pi0          PHSP;
+  0.0004     chi_c2  K0  pi-  pi+     PHSP;
+  0.0002     chi_c2  K0  pi0  pi0     PHSP;
+  0.0002     chi_c2  K+  pi-  pi0     PHSP;
+
+# b-> c (dc=) (0.232%)
+
+  0.00045     D-   D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+  0.00081     D*-  D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00081     D*+  D-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+  0.00025     D*+  D*-           SVV_CP beta  dm -1 0.62 0.0 1.05 0.0 0.25 0.0;
+
+# b -> u tau+ nu (0.0218%)
+
+  0.000021   pi-    tau+ nu_tau                ISGW2;
+  0.000083   rho-   tau+ nu_tau                ISGW2;
+  0.000090   a_1-    tau+ nu_tau                ISGW2;
+  0.000008   b_1-    tau+ nu_tau                ISGW2;
+  0.000008   a_0-    tau+ nu_tau                ISGW2;
+  0.000008   a_2-    tau+ nu_tau                ISGW2;
+
+# B0 -> CP eigenstates (some exclusive b -> u) (0.011%)
+
+  0.00001    pi+  pi-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.00001    pi0  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   pi0  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   pi0  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   pi0  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   pi0  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   omega pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   rho0 pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   b_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   eta  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   eta  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   omega eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   rho0 eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   b_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta' eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   eta' a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   eta' f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   omega eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   rho0 eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   b_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   a_00  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   a_00  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   omega a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   rho0 a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   a_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   b_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   f_0   f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000001   omega f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   rho0 f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   a_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+  0.000001   b_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+  0.000056     pi-   pi+   pi0          BTO3PI_CP dm  alpha;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define an anti-B0 which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay anti-B0-no-SL
+
+# JETSET misc fragmentation (42.664%)
+
+0.32474         anti-u       d  c       anti-d       JETSET         48;
+0.04600         anti-u       d  c       anti-d       JETSET         25;
+0.02100         anti-u       s  c       anti-d       JETSET         23;
+0.01800         anti-u       c  d       anti-d       JETSET         48;
+0.00090         anti-u       c  s       anti-d       JETSET         48;
+0.00000         anti-c       s  c       anti-d       JETSET         13;
+0.00600         anti-c       d  c       anti-d       JETSET         13;
+0.00600         anti-u       d  u       anti-d       JETSET         48;
+0.00400         anti-c       s  u       anti-d       JETSET         48;
+
+# b -> c (sc=)  -->  D Ds X (10.14%)
+
+0.0096   D+  D_s-                        PHSP;
+0.0102   D*+  D_s-                       SVS;
+0.0120   D_1+  D_s-                      SVS;
+0.0094   D_s*- D+                        SVS;
+0.0174   D_s*- D*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0030   D_s-  D+  pi0                   PHSP;
+0.0060   D_s-  D0  pi+                   PHSP;
+0.0030   D_s*- D+  pi0                   PHSP;
+0.0060   D_s*- D0  pi+                   PHSP;
+0.0050   D_s-  D+  pi+  pi-              PHSP;
+0.0037   D_s-  D+  pi0  pi0              PHSP;
+0.0037   D_s-  D0  pi+  pi0              PHSP;
+0.0050   D_s*- D+  pi+  pi-              PHSP;
+0.0037   D_s*- D+  pi0  pi0              PHSP;
+0.0037   D_s*- D0  pi+  pi0              PHSP;
+
+# b -> c (sc=)  -->  D D= K  X (8.0%)
+
+0.0025   D+  anti-D0  K-                    PHSP;
+0.0025   D+  D-   anti-K0                   PHSP;
+0.0025   D+  anti-D0  K*-                   PHSP;
+0.0025   D+  D-   anti-K*0                  PHSP;
+#
+0.0050   D*+ anti-D0  K-                    PHSP;
+0.0050   D*+ D-   anti-K0                   PHSP;
+0.0050   D+  anti-D*0  K-                   PHSP;
+0.0050   D+  D*-  anti-K0                   PHSP;
+#
+0.0025   D*+ anti-D0  K*-                   PHSP;
+0.0025   D*+ D-   anti-K*0                  PHSP;
+0.0025   D+  anti-D*0  K*-                  PHSP;
+0.0025   D+  D*-  anti-K*0                  PHSP;
+#
+0.0150   D*+ anti-D*0  K-                   PHSP;
+0.0150   D*+ D*-   anti-K0                  PHSP;
+0.0050   D*+ anti-D*0  K*-                  PHSP;
+0.0050   D*+ D*-   anti-K*0                 PHSP;
+
+# B -> D(*) X  Exclusive modes (6.67%)
+
+0.0027   D*+ pi-                        SVS;
+0.0030   D+  pi-                        PHSP;
+0.0082   rho- D+                        SVS;
+0.0070   rho- D*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   D+  pi-  pi0                   PHSP;
+0.0070   D*+ pi-  pi0                   PHSP;
+0.0010   D0  pi+  pi-                   PHSP;
+0.0010   D*0 pi+  pi-                   PHSP;
+0.0005   D*0 pi0  pi0                   PHSP;
+#
+0.0060   a_1- D+                         SVS;
+0.0011   D+  rho0  pi-                  PHSP;
+0.0011   D+  rho-  pi0                  PHSP;
+0.0010   D+  pi+  pi-  pi-              PHSP;
+0.0010   D+  pi0  pi-  pi0              PHSP;
+0.0010   D0  pi+  pi-  pi0              PHSP;
+0.0001   D0  pi0  pi0  pi0              PHSP;
+#
+0.0122   a_1-  D*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   D*+  rho0  pi-                 PHSP;
+0.0010   D*+  rho-  pi0                 PHSP;
+0.0077   D*+  pi+  pi-  pi-             PHSP;
+0.0010   D*+  pi0  pi-  pi0             PHSP;
+0.0010   D*0  pi+  pi-  pi0             PHSP;
+0.0001   D*0  pi0  pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+0.01000        cd_0       anti-ud_0         JETSET 23;
+0.03000        cd_1       anti-ud_1         JETSET 23;
+
+# b -> c tau- nu (2.96%)
+
+0.0160   D*+    tau- anti-nu_tau                 ISGW2;
+0.0070   D+     tau- anti-nu_tau                 ISGW2;
+0.0013   D_1+   tau- anti-nu_tau                 ISGW2;
+0.0013   D_0*+   tau- anti-nu_tau                 ISGW2;
+0.0020   D'_1+   tau- anti-nu_tau                 ISGW2;
+0.0020   D_2*+   tau- anti-nu_tau                 ISGW2;
+
+# Xi_c X (2.4%)
+
+0.00600        cs_0       anti-ud_0         JETSET 23;
+0.01800        cs_1       anti-ud_1         JETSET 23;
+
+# B -> cc= s (1.94%)
+
+0.0004     J/psi  K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0004     J/psi  K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00025    J/psi  K*S               SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.00025    J/psi  K*L               SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010     J/psi  anti-K*0T              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010     J/psi  K-  pi+           PHSP;
+0.0005     J/psi  anti-K0   pi0           PHSP;
+0.0014     J/psi  anti-K0   pi+  pi-      PHSP;
+0.0007     J/psi  anti-K0   pi0  pi0      PHSP;
+0.0007     J/psi  K-  pi+  pi0      PHSP;
+0.0005     J/psi  K'_10              PHSP;
+0.0005     J/psi  K_2*0              PHSP;
+#
+0.0003     psi(2S)  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0003     psi(2S)  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00025    psi(2S)  K*S              SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.00025    psi(2S)  K*L              SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010     psi(2S)  anti-K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004     psi(2S)  K-  pi+          PHSP;
+0.0002     psi(2S)  anti-K0   pi0          PHSP;
+0.0004     psi(2S)  anti-K0   pi+  pi-     PHSP;
+0.0002     psi(2S)  anti-K0   pi0  pi0     PHSP;
+0.0002     psi(2S)  K-  pi+  pi0     PHSP;
+#
+0.0001    eta_c K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0001    eta_c K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00005   K*S  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00005   K*L  eta_c              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0002    anti-K*0T eta_c              SVS;
+0.0002    eta_c  K-  pi+          PHSP;
+0.0001    eta_c  anti-K0   pi0          PHSP;
+0.0002    eta_c  anti-K0   pi+  pi-     PHSP;
+0.0001    eta_c  anti-K0   pi0  pi0     PHSP;
+0.0001    eta_c  K-  pi+  pi0     PHSP;
+#
+0.0001     chi_c0 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0001     chi_c0 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00005    K*S  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00005    K*L  chi_c0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0002     anti-K*0T chi_c0              SVS;
+0.0002     chi_c0  K-  pi+          PHSP;
+0.0001     chi_c0  anti-K0   pi0          PHSP;
+0.0002     chi_c0  anti-K0   pi+  pi-     PHSP;
+0.0001     chi_c0  anti-K0   pi0  pi0     PHSP;
+0.0001     chi_c0  K-  pi+  pi0     PHSP;
+#
+0.0003     chi_c1 K_S0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0003     chi_c1 K_L0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.0002     K*S  chi_c1              SVV_CP beta  dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0002     K*L  chi_c1              SVV_CP beta  dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0008     chi_c1  anti-K*0T             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004     chi_c1  K-  pi+          PHSP;
+0.0002     chi_c1  anti-K0   pi0          PHSP;
+0.0004     chi_c1  anti-K0   pi+  pi-     PHSP;
+0.0002     chi_c1  anti-K0   pi0  pi0     PHSP;
+0.0002     chi_c1  K-  pi+  pi0     PHSP;
+#
+0.0002     chi_c2 K_S0               PHSP;
+0.0002     chi_c2 K_L0               PHSP;
+0.00015    K*S  chi_c2              PHSP;
+0.00015    K*L  chi_c2              PHSP;
+0.0006     chi_c2  anti-K*0T             PHSP;
+0.0004     chi_c2  K-  pi+          PHSP;
+0.0002     chi_c2  anti-K0   pi0          PHSP;
+0.0004     chi_c2  anti-K0   pi+  pi-     PHSP;
+0.0002     chi_c2  anti-K0   pi0  pi0     PHSP;
+0.0002     chi_c2  K-  pi+  pi0     PHSP;
+#
+#
+#
+0.0000     phi   anti-K*0T             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     phi   K*S              SVV_CP beta dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     phi   K*L              SVV_CP beta dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000     eta'  K_S0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.0000     eta'  K_L0              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+
+# b-> c (dc=) (0.232%)
+
+0.00045     D-   D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+0.00081     D*-  D+               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00081     D*+  D-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+0.00025     D*+  D*-              SVV_CP beta  dm -1 0.62 0.0 1.05 0.0 0.25 0.0;
+
+# b -> u tau- nu (0.0218%)
+
+0.000021   pi+    tau- anti-nu_tau                 ISGW2;
+0.000083   rho+   tau- anti-nu_tau                 ISGW2;
+0.000090   a_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   b_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_0+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_2+    tau- anti-nu_tau                 ISGW2;
+0.000000   rho(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)+ tau- anti-nu_tau                 ISGW2;
+
+# B0 -> CP eigenstates (some exclusive b -> u) (0.011%)
+
+0.00001    pi+  pi-               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.00001    pi0  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   pi0  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   pi0  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  pi0               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  eta               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta' eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   eta' a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   eta' f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   omega eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   rho0 eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   b_10  eta'              SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_00  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   a_00  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   omega a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   rho0 a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   b_10  a_00               SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   f_0   f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000001   omega f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   rho0 f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   a_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+0.000001   b_10  f_0                SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+0.000056     pi-   pi+   pi0          BTO3PI_CP dm  alpha;
+#0.00000108   K-    pi+   pi0          BTOKPIPI_CP dm  alpha beta;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_nunu.dec b/BaBar_2014/B0B0bar_nunu.dec
new file mode 100644
index 0000000..f5051ea
--- /dev/null
+++ b/BaBar_2014/B0B0bar_nunu.dec
@@ -0,0 +1,37 @@
+###################################################################
+# B0 --> nu nubar, B0bar - > generic                              #
+# +cc                                                             #
+#                                                                 #
+# Author: J. Albert  (July 21, 2002)                           	  #
+#    (for B -> invisible group: R.V. Kowalewski                   #
+#                               C. Hearty                         #
+#                               R. Aleksan                        #
+#                               J. Albert                         #
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+#
+Decay Upsilon(4S)
+0.42000 B0 myantiB0                       VSS_MIX  dm;
+0.42000 myB0 anti-B0                       VSS_MIX  dm;
+0.08000 anti-B0 myantiB0                  VSS_MIX  dm;
+0.08000 B0 myB0                           VSS_MIX dm;
+Enddecay
+#
+Decay myB0
+1.0000 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay myantiB0
+1.0000 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_nunugamma.dec b/BaBar_2014/B0B0bar_nunugamma.dec
new file mode 100644
index 0000000..c372224
--- /dev/null
+++ b/BaBar_2014/B0B0bar_nunugamma.dec
@@ -0,0 +1,37 @@
+###################################################################
+# B0 --> nu nubar gamma, B0bar - > generic                        #
+# +cc                                                             #
+#                                                                 #
+# Author: J. Albert  (July 21, 2002)                           	  #
+#    (for B -> invisible group: R.V. Kowalewski                   #
+#                               C. Hearty                         #
+#                               R. Aleksan                        #
+#                               J. Albert                         #
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+#
+Decay Upsilon(4S)
+0.42000 B0 myantiB0                       VSS_MIX  dm;
+0.42000 myB0 anti-B0                       VSS_MIX  dm;
+0.08000 anti-B0 myantiB0                  VSS_MIX  dm;
+0.08000 B0 myB0                           VSS_MIX dm;
+Enddecay
+#
+Decay myB0
+1.0000 nu_e anti-nu_e gamma    PHOTOS PHSP ;
+Enddecay
+# 
+Decay myantiB0
+1.0000 nu_e anti-nu_e gamma    PHOTOS PHSP ;
+Enddecay
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_omegaD0_k3pi.dec b/BaBar_2014/B0B0bar_omegaD0_k3pi.dec
new file mode 100644
index 0000000..2ba1fcc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaD0_k3pi.dec
@@ -0,0 +1,49 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0   omega             #
+#		              |       |             #
+#                             |        pi+pi-pi0    #
+#			      |	                    #
+#			      |->K-pi+pi+pi-        #
+#          					    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/25/00                                  #
+#                                                   #
+#####################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myomega	      omega	
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    Myomega  MyD0         SVS;     
+Enddecay 
+
+Decay MyB0
+1.00    Myomega  MyantiD0         SVS;         
+Enddecay  
+
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+Decay Myomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_omegaD0_kpi.dec b/BaBar_2014/B0B0bar_omegaD0_kpi.dec
new file mode 100644
index 0000000..a47c98d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaD0_kpi.dec
@@ -0,0 +1,50 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0      omega          #
+#		              |       |             #
+#                             |        pi+pi-pi0    #
+#		              |                     #
+#                             |                     #
+#			      |->K-pi+    	    #
+#          					    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/25/00                                  #
+#                                                   #
+#####################################################
+
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myomega	      omega
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00     Myomega MyD0                      SVS;
+Enddecay 
+
+Decay MyB0
+1.00   Myomega  MyantiD0                      SVS;
+Enddecay 
+
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+Decay Myomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_omegaD0_kpipi0.dec b/BaBar_2014/B0B0bar_omegaD0_kpipi0.dec
new file mode 100644
index 0000000..04d2a31
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaD0_kpipi0.dec
@@ -0,0 +1,47 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0  omega              #
+#		              |       |             #
+#                             |        pi+pi-pi0    #
+#			      |                     #
+#                	      |                     #
+#			      |->K-pi+ pi0          #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myomega	      omega
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00   Myomega  MyD0 			SVS;
+Enddecay 
+
+Decay MyB0
+1.00   Myomega  MyantiD0 			SVS; 
+Enddecay 
+
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+Decay Myomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_omegaDstar0_D0gamma_k3pi.dec b/BaBar_2014/B0B0bar_omegaDstar0_D0gamma_k3pi.dec
new file mode 100644
index 0000000..bde4d26
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaDstar0_D0gamma_k3pi.dec
@@ -0,0 +1,63 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 omega               #
+#		              |          |                 #
+#                             |        pi+pi-pi0           #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 gamma                  #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+pi+pi-	           #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/25/00                                         #
+#                                                  	   #
+###########################################################
+
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myomega	      omega	
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myomega                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myomega                SVV_HELAMP  0.228 0 0.283 0 0.932 0; 
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+Decay Myomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_omegaDstar0_D0gamma_kpi.dec b/BaBar_2014/B0B0bar_omegaDstar0_D0gamma_kpi.dec
new file mode 100644
index 0000000..77fd561
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaDstar0_D0gamma_kpi.dec
@@ -0,0 +1,58 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0   omega             #
+#		              |       |             #
+#                             |        k+pi-        #
+#			      |	                    #
+#			      |->K+ pi-             #
+#          					    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myomega	      omega
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myomega                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myomega                SVV_HELAMP 0.228 0 0.283 0 0.932 0;       
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+Decay Myomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/B0B0bar_omegaDstar0_D0gamma_kpipi0.dec b/BaBar_2014/B0B0bar_omegaDstar0_D0gamma_kpipi0.dec
new file mode 100644
index 0000000..7a2118d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaDstar0_D0gamma_kpipi0.dec
@@ -0,0 +1,63 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 omega               #
+#		              |          |                 #
+#                             |        pi+pi-pi0           #
+#             		      |                            #
+#             	              |                            #      
+#             		      |-> D0 gamma                 #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+ pi0	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myomega	      omega	
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myomega                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myomega               SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+Decay Myomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/B0B0bar_omegaDstar0_D0pi0_k3pi.dec b/BaBar_2014/B0B0bar_omegaDstar0_D0pi0_k3pi.dec
new file mode 100644
index 0000000..b41e261
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaDstar0_D0pi0_k3pi.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 omega               #
+#		              |          |                 #
+#                             |        pi+pi-pi0           #
+#             		      |                            #
+#             	              |                            #      
+#             		      |-> D0 pi0                   #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+pi+pi-	           #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myomega	      omega	
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myomega                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myomega               SVV_HELAMP 0.228 0 0.283 0 0.932 0;       Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+Decay Myomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_omegaDstar0_D0pi0_kpi.dec b/BaBar_2014/B0B0bar_omegaDstar0_D0pi0_kpi.dec
new file mode 100644
index 0000000..1bc6e62
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaDstar0_D0pi0_kpi.dec
@@ -0,0 +1,61 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0  omega              #
+#		              |          |                 #
+#                             |        pi+pi-pi0           #
+#             		      |                            #
+#             	              |                            #      
+#             		      |-> D0 pi0                   #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+	         	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myomega	      omega	
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myomega                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myomega               SVV_HELAMP 0.228 0 0.283 0 0.932 0;   
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+Decay Myomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_omegaDstar0_D0pi0_kpipi0.dec b/BaBar_2014/B0B0bar_omegaDstar0_D0pi0_kpipi0.dec
new file mode 100644
index 0000000..e7331f7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaDstar0_D0pi0_kpipi0.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 omega               #
+#		              |          |                 #
+#                             |        pi+pi-pi0           #
+#             		      |                            #
+#             	              |                            #      
+#             		      |-> D0 pi0                   #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+pi+pi-	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+Alias Myomega	      omega	
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 Myomega                  SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 Myomega               SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+Decay Myomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_omegaKS.dec b/BaBar_2014/B0B0bar_omegaKS.dec
new file mode 100644
index 0000000..504e8fc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaKS.dec
@@ -0,0 +1,56 @@
+###########################################################################
+# This is a DECAY.DEC file for B0(B0bar) -> omega KS  :                   #
+#   Upsilon(4S) -> B0   B0bar                                +CC          #
+#                  |    |                                                 #
+#                  |     ->  omega KS                                     # 
+#                  |          |    |                                      #
+#                  |          |     -> pi+ pi-                            #
+#                   -> X      |                                           #
+#                              -> pi+ pi- pi0                             #
+#                                                                         #
+#                                                                         #
+#                                                                         #
+#   Jean Roy  (jroy@pizero.colorado.edu)       22-MAR-2000                #
+#                                                                         #
+###########################################################################
+#
+# Create our own versions of B0, B0bar which will decay to omega KS
+#
+Alias myB0 B0
+Alias myanti-B0 anti-B0
+#
+# Define CP parameters
+#
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Create our own omega to force it to decay to three pions
+#
+Alias myOmega  omega
+#
+Decay myOmega
+1.000    pi-  pi+  pi0         OMEGA_DALITZ;
+Enddecay
+#
+# Create our own Kshort to force it to decay to pi+ pi-
+#
+Alias myK_S0  K_S0   
+#
+Decay myK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+# Force myB0 and myB0bar to always decay to myOmega myK_S0
+#
+Decay myB0
+1.0000  myOmega    myK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay myanti-B0
+1.0000  myOmega    myK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegaKstar_Kppim.dec b/BaBar_2014/B0B0bar_omegaKstar_Kppim.dec
new file mode 100644
index 0000000..9a65a36
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaKstar_Kppim.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega K*0 -> (pi+pi-pi0)(K+pi-)     #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias Myomega  omega
+Define dm .464e12
+
+
+Decay Upsilon(4S)
+0.415   B0       MyB0bar                  VSS_MIX dm;
+0.415   MyB0     anti-B0                VSS_MIX dm;
+0.085   anti-B0  MyB0bar                  VSS_MIX dm;
+0.085   B0       MyB0                   VSS_MIX dm;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+#
+Decay MyB0
+1.0000  Myomega MyK*0      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+Decay MyB0bar
+1.0000  Myomega MyK*0bar   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegaKstar_Kppim_ln.dec b/BaBar_2014/B0B0bar_omegaKstar_Kppim_ln.dec
new file mode 100644
index 0000000..3fdd634
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaKstar_Kppim_ln.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega K*0 -> (pi+pi-pi0)(K+pi-)     #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias Myomega  omega
+Define dm .464e12
+
+
+Decay Upsilon(4S)
+0.415 MyB0    anti-B0                VSS_MIX dm;
+0.415 MyB0bar B0                     VSS_MIX dm;
+0.085 MyB0bar anti-B0                VSS_MIX dm;
+0.085 MyB0    B0                     VSS_MIX dm;
+Enddecay
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  Myomega MyK*0      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+
+Decay MyB0bar
+1.0000  Myomega MyK*0bar   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegaKstar_Kppim_tr.dec b/BaBar_2014/B0B0bar_omegaKstar_Kppim_tr.dec
new file mode 100644
index 0000000..247104d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaKstar_Kppim_tr.dec
@@ -0,0 +1,56 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega K*0 -> (pi+pi-pi0)(K+pi-)     #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias Myomega  omega
+Define dm .464e12
+
+
+Decay Upsilon(4S)
+0.415 MyB0    anti-B0                VSS_MIX dm;
+0.415 MyB0bar B0                     VSS_MIX dm;
+0.085 MyB0bar anti-B0                VSS_MIX dm;
+0.085 MyB0    B0                     VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  Myomega MyK*0      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+Decay MyB0bar
+1.0000  Myomega MyK*0bar   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegaKstar_Kspi0.dec b/BaBar_2014/B0B0bar_omegaKstar_Kspi0.dec
new file mode 100644
index 0000000..2054dad
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaKstar_Kspi0.dec
@@ -0,0 +1,64 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega K*0 -> (pi+pi-pi0)(Kspi0)     #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias Myomega  omega
+Alias MyK_S0  K_S0
+Define dm .464e12
+Define beta 0.39
+
+
+Decay Upsilon(4S)
+0.415 MyB0    anti-B0                VSS_MIX dm;
+0.415 MyB0bar B0                     VSS_MIX dm;
+0.085 MyB0bar anti-B0                VSS_MIX dm;
+0.085 MyB0    B0                     VSS_MIX dm;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+#
+Decay MyB0
+1.0000  Myomega MyK*0      SVV_CP beta dm 1.0  1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+Decay MyB0bar
+1.0000  Myomega MyK*0bar   SVV_CP beta dm 1.0   1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0             VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000     MyK_S0 pi0          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000     pi+ pi-             PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegaKstar_Kspi0_ln.dec b/BaBar_2014/B0B0bar_omegaKstar_Kspi0_ln.dec
new file mode 100644
index 0000000..a0d6ff2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaKstar_Kspi0_ln.dec
@@ -0,0 +1,64 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega K*0 -> (pi+pi-pi0)(Kspi0)     #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias Myomega  omega
+Alias MyK_S0  K_S0
+Define dm .464e12
+Define beta 0.39
+
+
+Decay Upsilon(4S)
+0.415 MyB0    anti-B0                VSS_MIX dm;
+0.415 MyB0bar B0                     VSS_MIX dm;
+0.085 MyB0bar anti-B0                VSS_MIX dm;
+0.085 MyB0    B0                     VSS_MIX dm;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  Myomega MyK*0      SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+
+Decay MyB0bar
+1.0000  Myomega MyK*0bar   SVV_CP beta dm 1.0   0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0             VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000     MyK_S0 pi0          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000     pi+ pi-             PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegaKstar_Kspi0_tr.dec b/BaBar_2014/B0B0bar_omegaKstar_Kspi0_tr.dec
new file mode 100644
index 0000000..081690c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaKstar_Kspi0_tr.dec
@@ -0,0 +1,64 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega K*0 -> (pi+pi-pi0)(Kspi0)     #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias Myomega  omega
+Alias MyK_S0  K_S0
+Define dm .464e12
+Define beta 0.39
+
+
+Decay Upsilon(4S)
+0.415 MyB0    anti-B0                VSS_MIX dm;
+0.415 MyB0bar B0                     VSS_MIX dm;
+0.085 MyB0bar anti-B0                VSS_MIX dm;
+0.085 MyB0    B0                     VSS_MIX dm;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+#
+Decay MyB0
+1.0000  Myomega MyK*0      SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+Decay MyB0bar
+1.0000  Myomega MyK*0bar   SVV_CP beta dm 1.0   1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0             VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000     MyK_S0 pi0          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000     pi+ pi-             PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegaRho0_ln.dec b/BaBar_2014/B0B0bar_omegaRho0_ln.dec
new file mode 100644
index 0000000..3188d1c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaRho0_ln.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega rho0 -> (pi+pi-pi0)(pi+pi-)   #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Paul C. Bloom                                    #
+# e-mail: bloom@slac.stanford.edu                          #
+# Created:  07/13/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyRho0    rho0
+Alias MyRho0bar rho0
+Alias Myomega  omega
+Define dm .464e12
+
+
+Decay Upsilon(4S)
+0.415 MyB0    anti-B0                VSS_MIX dm;
+0.415 MyB0bar B0                     VSS_MIX dm;
+0.085 MyB0bar anti-B0                VSS_MIX dm;
+0.085 MyB0    B0                     VSS_MIX dm;
+Enddecay
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  Myomega MyRho0      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+
+Decay MyB0bar
+1.0000  Myomega MyRho0bar   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyRho0
+1.0000  pi+ pi-              VSS;
+Enddecay
+#
+Decay MyRho0bar
+1.0000  pi- pi+              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegaRho0_tr.dec b/BaBar_2014/B0B0bar_omegaRho0_tr.dec
new file mode 100644
index 0000000..1e53529
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaRho0_tr.dec
@@ -0,0 +1,56 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega Rho0 -> (pi+pi-pi0)(pi+pi-)   #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Paul C. Bloom                                    #
+# e-mail: bloom@slac.stanford.edu                          #
+# Created:  07/13/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyRho0    rho0
+Alias MyRho0bar rho0
+Alias Myomega  omega
+Define dm .464e12
+
+
+Decay Upsilon(4S)
+0.415 MyB0    anti-B0                VSS_MIX dm;
+0.415 MyB0bar B0                     VSS_MIX dm;
+0.085 MyB0bar anti-B0                VSS_MIX dm;
+0.085 MyB0    B0                     VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  Myomega MyRho0      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+Decay MyB0bar
+1.0000  Myomega MyRho0bar   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyRho0
+1.0000  pi+ pi-              VSS;
+Enddecay
+#
+Decay MyRho0bar
+1.0000  pi- pi+              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegagamma.dec b/BaBar_2014/B0B0bar_omegagamma.dec
new file mode 100644
index 0000000..4fda757
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegagamma.dec
@@ -0,0 +1,27 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                             + CC                      #
+#             |    |                                                          #
+#             |     -> omega gamma                                            #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.0000 omega gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myantiB0
+1.0000 omega gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/B0B0bar_omegam3pi_eta.dec b/BaBar_2014/B0B0bar_omegam3pi_eta.dec
new file mode 100644
index 0000000..f22e4d0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegam3pi_eta.dec
@@ -0,0 +1,43 @@
+           #####################################################
+           #                                                   #
+           # Decay: B0 -> omega eta     B0bar -> X    + c.c.     #
+           #               |                                   #
+           #               |                                   #
+           #               !                                   #
+           #               ! -> pi+ pi- pi0                    #
+           #                                                   #
+           # The eta decay is generic.                         #
+           # The decay is unspecified                          #
+           #                                                   #
+           # Author: John LoSecco                              #
+           # Created:                07/January/01             #
+           # Submitted by J. LoSecco (losecco@nd.edu)          #
+	   # Corrected B decay from PHSP to SVS 12/Feb/01      #
+           #####################################################
+
+
+#
+#
+
+Alias Myomega omega
+Alias myB0  B0
+Alias myantiB0 anti-B0
+#
+Decay Upsilon(4S)
+0.500   myB0     anti-B0                   VSS;
+0.500   B0       myantiB0                  VSS;
+Enddecay
+#
+Decay myB0
+1.0000     Myomega  eta                      SVS;
+Enddecay
+#
+Decay myantiB0
+1.0000     Myomega  eta                      SVS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi+ pi- pi0                      OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegam3pi_pi0.dec b/BaBar_2014/B0B0bar_omegam3pi_pi0.dec
new file mode 100644
index 0000000..a18f491
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegam3pi_pi0.dec
@@ -0,0 +1,43 @@
+           #####################################################
+           #                                                   #
+           # Decay: B0 -> omega pi0     B0bar -> X    + c.c.     #
+           #               |                                   #
+           #               |                                   #
+           #               !                                   #
+           #               ! -> pi+ pi- pi0                    #
+           #                                                   #
+           #                                                   #
+           #                                                   #
+           # Author: John LoSecco                              #
+           # Created:                07/January/01             #
+           # Submitted by J. LoSecco (losecco@nd.edu)          #
+	   # Corrected decay from PHSP to SVS 12/Feb/01        #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myomega omega
+Alias myB0  B0
+Alias myantiB0 anti-B0
+#
+Decay Upsilon(4S)
+0.500   myB0     anti-B0                    VSS;
+0.500   B0       myantiB0                   VSS;
+Enddecay
+#
+Decay myB0
+1.0000     Myomega  pi0                      SVS;
+Enddecay
+#
+Decay myantiB0
+1.0000     Myomega  pi0                      SVS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi+ pi- pi0                       OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegaomega_ln.dec b/BaBar_2014/B0B0bar_omegaomega_ln.dec
new file mode 100644
index 0000000..dd4af56
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaomega_ln.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega omega -> 2(pi+pi-pi0)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias Myomega  omega
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Transverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  Myomega Myomega      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  Myomega Myomega      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_omegaomega_tr.dec b/BaBar_2014/B0B0bar_omegaomega_tr.dec
new file mode 100644
index 0000000..3136b42
--- /dev/null
+++ b/BaBar_2014/B0B0bar_omegaomega_tr.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> omega omega -> 2(pi+pi-pi0)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias Myomega  omega
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Transverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  Myomega Myomega      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  Myomega Myomega      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKL.dec b/BaBar_2014/B0B0bar_phiKL.dec
new file mode 100644
index 0000000..f5747c6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKL.dec
@@ -0,0 +1,36 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> phi        K0L,       B0 -> X          #
+#                   |-> K+K-                               #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: T. Barillari                                     #
+# Created:                   30/Jul/01                     #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPhi   phi
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi    K_L0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyPhi    K_L0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_phiKL_phiK0LK0S.dec b/BaBar_2014/B0B0bar_phiKL_phiK0LK0S.dec
new file mode 100644
index 0000000..edc8807
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKL_phiK0LK0S.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> phi        KL0,       B0 -> X          #
+#                   |-> K0LK0S |->pi+pi-                   #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: Haibo Li                                         #
+# Created:                   11/05/03                      #
+############################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPhi   phi
+Alias MyK_S0  K_S0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi    K_L0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.0000  MyPhi    K_L0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyPhi
+1.0000  MyK_S0 K_L0        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_phiKS.dec b/BaBar_2014/B0B0bar_phiKS.dec
new file mode 100644
index 0000000..8af48c8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKS.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> phi        K0s,       B0 -> X          #
+#                   |-> K+K-   |->pi+pi-                   #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   09/Feb/99                     #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPhi   phi
+Alias MyK_S0  K_S0   
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi    MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyPhi    MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-                     VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_phiKS_00.dec b/BaBar_2014/B0B0bar_phiKS_00.dec
new file mode 100644
index 0000000..a6f9ded
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKS_00.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> phi        K0s,       B0 -> X          #
+#                   |-> K+K-   |->pi0pi0                   #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: D. Dujmic                                        #
+# Created:                   15/Jan/02                     #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPhi   phi
+Alias MyK_S0  K_S0   
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi    MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyPhi    MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-                     VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi0 pi0                   PHSP;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_phiKSpi0.dec b/BaBar_2014/B0B0bar_phiKSpi0.dec
new file mode 100644
index 0000000..8528aac
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKSpi0.dec
@@ -0,0 +1,45 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi KS pi0 (non-resonant)           #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyPhi MyK_S0 pi0          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  MyPhi MyK_S0 pi0          PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKppim.dec b/BaBar_2014/B0B0bar_phiKppim.dec
new file mode 100644
index 0000000..4c35e80
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKppim.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K+ pi- (non-resonant)           #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyPhi K+ pi-          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  MyPhi K- pi+          PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKst1430_KLpi0.dec b/BaBar_2014/B0B0bar_phiKst1430_KLpi0.dec
new file mode 100644
index 0000000..176c6ba
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKst1430_KLpi0.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0(1430) -> (K+K-)(KLpi0)      #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+# Modified by:  Matt Graham				   #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K_2*0
+Alias MyK*0bar K_2*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      PHSP;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   PHSP;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K_L0 pi0              TSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K_L0 pi0              TSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKst1430_Kppim.dec b/BaBar_2014/B0B0bar_phiKst1430_Kppim.dec
new file mode 100644
index 0000000..0430388
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKst1430_Kppim.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0(1430) -> (K+K-)(K+pi-)      #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K_2*0
+Alias MyK*0bar K_2*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      PHSP;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   PHSP;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              TSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              TSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar.dec b/BaBar_2014/B0B0bar_phiKstar.dec
new file mode 100644
index 0000000..d08d792
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar.dec
@@ -0,0 +1,60 @@
+###################################################################
+# B0~ --> phi   K*             B0 --> Generic                     #
+#         |     |-->K0s pi0                                       #
+#         |         |                                             #
+#         |         |-->pi+pi-                                    #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: G. London       9/2/99                                  #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+Define beta 0.39
+#
+#Define the transversity amplitudes
+Define Aplus  1.000
+Define Azero  1.000
+Define Aminus 1.000
+#
+Define phAplus  0.0
+Define phAzero  0.0
+Define phAminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK_S0 K_S0
+Alias MyKstar0 K*0
+Alias MyPhi  phi
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 MyPhi  MyKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyPhi  MyKstar0              SVV_CP beta dm 1.0 Aplus phAplus Azero phAzero Aminus phAminus;
+Enddecay
+#                                       psi --> e+e-/mu+mu- (100%) 
+Decay MyPhi
+1.00000 K+  K-                        VSS;
+Enddecay
+#                                       K* --> K0s pi0 (100%)  
+Decay MyKstar0
+1.0000 MyK_S0 pi0                        VSS;
+Enddecay
+#                                        Ks --> pi+ pi- (100%)
+Decay MyK_S0
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar1430_K0LK0S_KSpi0.dec b/BaBar_2014/B0B0bar_phiKstar1430_K0LK0S_KSpi0.dec
new file mode 100644
index 0000000..0d6e7f2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar1430_K0LK0S_KSpi0.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0(1430) -> (K0LK0S)(K0pi0)    #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Haibo Li                                         #
+# e-mail: lihb@slac.stanford.edu                           #
+# Created:  11/05/2003                                     #
+#                                                          #
+############################################################
+#
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K_2*0
+Alias MyK*0bar K_2*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              TSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              TSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  MyK_S0 K_L0        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_3piKSpi0_ln.dec b/BaBar_2014/B0B0bar_phiKstar_3piKSpi0_ln.dec
new file mode 100644
index 0000000..daeec37
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_3piKSpi0_ln.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (pi+pi-pi0)(K0pi0)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  06/19/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization:  SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+ pi- pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_3piKSpi0_tr.dec b/BaBar_2014/B0B0bar_phiKstar_3piKSpi0_tr.dec
new file mode 100644
index 0000000..f2a4f0d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_3piKSpi0_tr.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (pi+pi-pi0)(K0pi0)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  06/19/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization:  SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+ pi- pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_3piKppim_ln.dec b/BaBar_2014/B0B0bar_phiKstar_3piKppim_ln.dec
new file mode 100644
index 0000000..4a3a064
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_3piKppim_ln.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (pi+pi-pi0)(K+pi-)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  06/19/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization:  SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+ pi- pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_3piKppim_tr.dec b/BaBar_2014/B0B0bar_phiKstar_3piKppim_tr.dec
new file mode 100644
index 0000000..d579b78
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_3piKppim_tr.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (pi+pi-pi0)(K+pi-)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  06/19/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;    ***
+# Longitud. polarization:  SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+ pi- pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_ln.dec b/BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_ln.dec
new file mode 100644
index 0000000..c4a541a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_ln.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (pi+pi-pi0)(K+pi-)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Keith Ulmer                                      #
+# e-mail: keith.ulmer@colorado.edu                         #
+# Created:  03/19/2004                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+  pi- pi0        PHSP;        
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_tr.dec b/BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_tr.dec
new file mode 100644
index 0000000..1183871
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_tr.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (pi+pi-pi0)(K+pi-)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Keith Ulmer                                      #
+# e-mail: keith.ulmer@colorado.edu                         #
+# Created:  03/19/2004                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+  pi- pi0        PHSP;        
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_trodd.dec b/BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_trodd.dec
new file mode 100644
index 0000000..42a0bac
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_3pi_Kppim_trodd.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (pi+pi-pi0)(K+pi-)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Keith Ulmer                                      #
+# e-mail: keith.ulmer@colorado.edu                         #
+# Created:  03/19/2004                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Trans. CP-odd polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;  ***
+# Transverse    polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+# Longitud.     polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+  pi- pi0        PHSP;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_K0LK0S_KSpi0_ln.dec b/BaBar_2014/B0B0bar_phiKstar_K0LK0S_KSpi0_ln.dec
new file mode 100644
index 0000000..cf5f22c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_K0LK0S_KSpi0_ln.dec
@@ -0,0 +1,62 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K0LK0S)(K0pi0)          #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Haibo Li                                         #
+# e-mail: lihb@slac.stanford.edu                           #
+# Created:  11/05/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;
+# Longitud. polarization:  SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  MyK_S0 K_L0        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_K0LK0S_KSpi0_tr.dec b/BaBar_2014/B0B0bar_phiKstar_K0LK0S_KSpi0_tr.dec
new file mode 100644
index 0000000..040908e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_K0LK0S_KSpi0_tr.dec
@@ -0,0 +1,62 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K0LK0S)(K0pi0)          #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Haibo Li                                         #
+# e-mail: lihb@slac.stanford.edu                           #
+# Created:  11/05/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;
+# Longitud. polarization:  SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  MyK_S0 K_L0        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_KLpi0.dec b/BaBar_2014/B0B0bar_phiKstar_KLpi0.dec
new file mode 100644
index 0000000..eb0d7a3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_KLpi0.dec
@@ -0,0 +1,65 @@
+###################################################
+#                                                 #
+# B0 -> phi      K*0  , B0~ -> X  + c.c.          #
+#                 |-> KL pi0                      #
+#       |-> K+K-                                  #
+# Author: Maha Krishnamurthy			  #
+# e-mail: kmaha@slac.stanford.edu                 #
+# Created: 2003/1/08                              #
+###################################################
+#
+#
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes (see for instance B+B-_JpsiKstar.dec 
+#by G. London):
+#       Aplus  0.566
+#       Azero  1.02
+#       Aminus 0.4
+# Hplus = (Aplus + Aminus) / sqrt(2)
+# Hzero = Azero / sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note:  Hzero following convention from Dunietz et al.  To be consistent
+# with CLEO measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyPhi phi
+Alias MyK_L0 K_L0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyPhi MyK*0	   SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyPhi Myanti-K*0     SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+#
+Decay MyK*0
+1.000  MyK_L0 pi0			VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  MyK_L0 pi0			VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_KLpi0_ln.dec b/BaBar_2014/B0B0bar_phiKstar_KLpi0_ln.dec
new file mode 100644
index 0000000..deb5a74
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_KLpi0_ln.dec
@@ -0,0 +1,62 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(KLpi0)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Maha Krishnamurthy                               #
+# e-mail: kmaha@slac.stanford.edu                          #
+# Created:  2003/01/08                                     # 
+#                                                          #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Alias MyK_L0 K_L0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization:  SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_L0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_L0 pi0              VSS;
+Enddecay
+#
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_KLpi0_tr.dec b/BaBar_2014/B0B0bar_phiKstar_KLpi0_tr.dec
new file mode 100644
index 0000000..02100cb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_KLpi0_tr.dec
@@ -0,0 +1,62 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(KLpi0)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Maha Krishnamurthy                               #
+# e-mail: kmaha@slac.stanford.edu                          #
+# Created:  2003/01/08                                     # 
+#                                                          #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Alias MyK_L0 K_L0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;  *** 
+# Longitud. polarization:  SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0; 
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_L0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_L0 pi0              VSS;
+Enddecay
+#
+
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_KSpi0.dec b/BaBar_2014/B0B0bar_phiKstar_KSpi0.dec
new file mode 100644
index 0000000..b97a2bb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_KSpi0.dec
@@ -0,0 +1,68 @@
+###################################################
+#                                                 #
+# B0 -> phi      K*0  , B0~ -> X  + c.c.          #
+#                 |-> KS pi0                      #
+#       |-> K+K-      |-> pi+pi-                  #
+# Author: Paul C. Bloom			          #
+# e-mail: bloom@slac.stanford.edu                 #
+# Created: 2000/03/21                             #
+###################################################
+#
+#
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes (see for instance B+B-_JpsiKstar.dec 
+#by G. London):
+#       Aplus  0.566
+#       Azero  1.02
+#       Aminus 0.4
+# Hplus = (Aplus + Aminus) / sqrt(2)
+# Hzero = Azero / sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note:  Hzero following convention from Dunietz et al.  To be consistent
+# with CLEO measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyPhi MyK*0	   SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyPhi Myanti-K*0     SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+#
+Decay MyK*0
+1.000  MyK_S0 pi0			VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  MyK_S0 pi0			VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-				PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_KSpi0_angle1.dec b/BaBar_2014/B0B0bar_phiKstar_KSpi0_angle1.dec
new file mode 100644
index 0000000..e50dfb4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_KSpi0_angle1.dec
@@ -0,0 +1,81 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K+pi-)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6000, f_perp = 0.2500, 
+# phi_perp = -0.2000, phi_paral = 2.5000
+# all Acp = 0
+#
+Define Hplus1  0.1579
+Define Hzero1  0.7746
+Define Hminus1 0.6124
+Define phHplus1  0.6350
+Define phHzero1  0.0
+Define phHminus1 2.7493
+#
+Define Hplus2  0.1579
+Define Hzero2  0.7746
+Define Hminus2 0.6124
+Define phHplus2  0.6350
+Define phHzero2  0.0
+Define phHminus2 2.7493
+#
+# 'Vector -> Scalar + Scalar'
+# write it in four lines in order to allow direct-CP model
+# (different number of B0->phiK*0 and B0bar->phiK*0bar)
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0 Hplus1 phHplus1 Hzero1 phHzero1 Hminus1 phHminus1;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0 Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_KSpi0_angle2.dec b/BaBar_2014/B0B0bar_phiKstar_KSpi0_angle2.dec
new file mode 100644
index 0000000..67d5cbd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_KSpi0_angle2.dec
@@ -0,0 +1,81 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K+pi-)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/01/2004                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6000, f_perp = 0.1600, 
+# phi_perp = 0.0000, phi_paral = \pi
+# all Acp = 0
+#
+Define Hplus1  0.0636
+Define Hzero1  0.7746
+Define Hminus1 0.6293
+Define phHplus1  3.1415926
+Define phHzero1  0.0
+Define phHminus1 3.1415926
+#
+Define Hplus2  0.0636
+Define Hzero2  0.7746
+Define Hminus2 0.6293
+Define phHplus2  3.1415926
+Define phHzero2  0.0
+Define phHminus2 3.1415926
+#
+# 'Vector -> Scalar + Scalar'
+# write it in four lines in order to allow direct-CP model
+# (different number of B0->phiK*0 and B0bar->phiK*0bar)
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0 Hplus1 phHplus1 Hzero1 phHzero1 Hminus1 phHminus1;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0 Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_KSpi0_angle3.dec b/BaBar_2014/B0B0bar_phiKstar_KSpi0_angle3.dec
new file mode 100644
index 0000000..0c4fb22
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_KSpi0_angle3.dec
@@ -0,0 +1,83 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K+pi-)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/01/2004                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6512, f_perp = 0.2361, 
+# phi_perp = -0.3606, phi_paral = 2.4595
+# Acp_0 = -0.1376, Acp_perp = 0.2508
+# At_parl= -0.0172, At_0 = -0.1603
+# Acp = 0
+#
+Define Hplus1  0.1193
+Define Hzero1  0.8607
+Define Hminus1 0.4949
+Define phHplus1  0.6
+Define phHzero1  0.0
+Define phHminus1 3.1
+#
+Define Hplus2  0.1606
+Define Hzero2  0.7494
+Define Hminus2 0.6424
+Define phHplus2 -0.2
+Define phHzero2  0.0
+Define phHminus2 2.2
+#
+# 'Vector -> Scalar + Scalar'
+# write it in four lines in order to allow direct-CP model
+# (different number of B0->phiK*0 and B0bar->phiK*0bar)
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0 Hplus1 phHplus1 Hzero1 phHzero1 Hminus1 phHminus1;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0 Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_KSpi0_ln.dec b/BaBar_2014/B0B0bar_phiKstar_KSpi0_ln.dec
new file mode 100644
index 0000000..cbd8578
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_KSpi0_ln.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K0pi0)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization:  SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_KSpi0_odd.dec b/BaBar_2014/B0B0bar_phiKstar_KSpi0_odd.dec
new file mode 100644
index 0000000..62c89b9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_KSpi0_odd.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K0pi0)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/18/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Trans. odd polarization: SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 -1.0 0.0;  ***
+# Transverse polarization: SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;
+# Longitud. polarization:  SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0; 
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 -1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_KSpi0_tr.dec b/BaBar_2014/B0B0bar_phiKstar_KSpi0_tr.dec
new file mode 100644
index 0000000..a3e9646
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_KSpi0_tr.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K0pi0)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+Define dm .464e12
+Define beta 0.39
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;  *** 
+# Longitud. polarization:  SVV_CP beta dm 1.0  0.0 0.0 1.0 0.0 0.0 0.0; 
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_CP beta dm 1.0  1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  MyK_S0 pi0              VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_Kppim.dec b/BaBar_2014/B0B0bar_phiKstar_Kppim.dec
new file mode 100644
index 0000000..f5dde08
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_Kppim.dec
@@ -0,0 +1,65 @@
+###################################################
+#                                                 #
+# B0 -> phi      K*0  , B0~ -> X  + c.c.          #
+#                 |-> K+pi-                       #
+#       |-> K+K-                                  #
+# Author: Paul C. Bloom			          #
+# e-mail: bloom@slac.stanford.edu                 #
+# Created: 2000/03/21                             #
+###################################################
+#
+#
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes (see for instance B+B-_JpsiKstar.dec 
+#by G. London):
+#       Aplus  0.566
+#       Azero  1.02
+#       Aminus 0.4
+# Hplus = (Aplus + Aminus) / sqrt(2)
+# Hzero = Azero / sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note:  Hzero following convention from Dunietz et al.  To be consistent
+# with CLEO measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyPhi phi
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  MyPhi MyK*0	   SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Myanti-B0
+1.000  MyPhi Myanti-K*0     SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+#
+Decay MyK*0
+0.500  K+ pi-			VSS;
+0.500  K- pi+			VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.500  K- pi+			VSS;
+0.500  K+ pi-			VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_Kppim_angle1.dec b/BaBar_2014/B0B0bar_phiKstar_Kppim_angle1.dec
new file mode 100644
index 0000000..8860ccc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_Kppim_angle1.dec
@@ -0,0 +1,77 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K+pi-)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+# Patched:  03/24/2004 (change order A+ and A- for B)      #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6000, f_perp = 0.2500, 
+# phi_perp = -0.2000, phi_paral = 2.5000
+# all Acp = 0
+#
+Define Hplus1  0.1579
+Define Hzero1  0.7746
+Define Hminus1 0.6124
+Define phHplus1  0.6350
+Define phHzero1  0.0
+Define phHminus1 2.7493
+#
+Define Hplus2  0.1579
+Define Hzero2  0.7746
+Define Hminus2 0.6124
+Define phHplus2  0.6350
+Define phHzero2  0.0
+Define phHminus2 2.7493
+#
+# 'Vector -> Scalar + Scalar'
+# write it in four lines in order to allow direct-CP model
+# (different number of B0->phiK*0 and B0bar->phiK*0bar)
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB0
+1.0000  MyPhi MyK*0    SVV_HELAMP Hminus1 phHminus1 Hzero1 phHzero1 Hplus1 phHplus1;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar SVV_HELAMP Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_Kppim_angle2.dec b/BaBar_2014/B0B0bar_phiKstar_Kppim_angle2.dec
new file mode 100644
index 0000000..86b0508
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_Kppim_angle2.dec
@@ -0,0 +1,77 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K+pi-)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+# Patched:  03/24/2004 (change order A+ and A- for B)      #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6000, f_perp = 0.1600, 
+# phi_perp = 0.0000, phi_paral = \pi
+# all Acp = 0
+#
+Define Hplus1  0.0636
+Define Hzero1  0.7746
+Define Hminus1 0.6293
+Define phHplus1  3.1415926
+Define phHzero1  0.0
+Define phHminus1 3.1415926
+#
+Define Hplus2  0.0636
+Define Hzero2  0.7746
+Define Hminus2 0.6293
+Define phHplus2  3.1415926
+Define phHzero2  0.0
+Define phHminus2 3.1415926
+#
+# 'Vector -> Scalar + Scalar'
+# write it in four lines in order to allow direct-CP model
+# (different number of B0->phiK*0 and B0bar->phiK*0bar)
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB0
+1.0000  MyPhi MyK*0    SVV_HELAMP Hminus1 phHminus1 Hzero1 phHzero1 Hplus1 phHplus1;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar SVV_HELAMP Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_Kppim_angle3.dec b/BaBar_2014/B0B0bar_phiKstar_Kppim_angle3.dec
new file mode 100644
index 0000000..42566e8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_Kppim_angle3.dec
@@ -0,0 +1,79 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K+pi-)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+# Patched:  03/24/2004 (change order A+ and A- for B)      #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6512, f_perp = 0.2361, 
+# phi_perp = -0.3606, phi_paral = 2.4595
+# Acp_0 = -0.1376, Acp_perp = 0.2508
+# At_parl= -0.0172, At_0 = -0.1603
+# Acp = 0
+#
+Define Hplus1  0.1193
+Define Hzero1  0.8607
+Define Hminus1 0.4949
+Define phHplus1  0.6
+Define phHzero1  0.0
+Define phHminus1 3.1
+#
+Define Hplus2  0.1606
+Define Hzero2  0.7494
+Define Hminus2 0.6424
+Define phHplus2 -0.2
+Define phHzero2  0.0
+Define phHminus2 2.2
+#
+# 'Vector -> Scalar + Scalar'
+# write it in four lines in order to allow direct-CP model
+# (different number of B0->phiK*0 and B0bar->phiK*0bar)
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB0
+1.0000  MyPhi MyK*0    SVV_HELAMP Hminus1 phHminus1 Hzero1 phHzero1 Hplus1 phHplus1;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar SVV_HELAMP Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiKstar_Kppim_ln.dec b/BaBar_2014/B0B0bar_phiKstar_Kppim_ln.dec
new file mode 100644
index 0000000..b7d8ef0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_Kppim_ln.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K+pi-)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_Kppim_odd.dec b/BaBar_2014/B0B0bar_phiKstar_Kppim_odd.dec
new file mode 100644
index 0000000..ec53219
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_Kppim_odd.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K+pi-)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/18/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Trans. odd polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;  ***
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+# Longitud.  polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiKstar_Kppim_tr.dec b/BaBar_2014/B0B0bar_phiKstar_Kppim_tr.dec
new file mode 100644
index 0000000..18eb85e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiKstar_Kppim_tr.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi K*0 -> (K+K-)(K+pi-)            #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyPhi phi
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi MyK*0      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyK*0bar   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phigamma.dec b/BaBar_2014/B0B0bar_phigamma.dec
new file mode 100644
index 0000000..97d2bc0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phigamma.dec
@@ -0,0 +1,39 @@
+###############################################################################
+#                                                                             #
+#   Up(4S) -> B0  B0bar                             + CC                      #
+#             |    |                                                          #
+#             |    `-> phi(K+K-) gamma                                        #
+#             |                                                               #
+#             `-> X                                                           #
+#                                                                             #
+#                                                                             #
+#   Author: Dieter Best (UC Ivine) best@slac.stanford.edu                     #
+#   Date  : 13.July.2001                                                      #
+#                                                                             #
+###############################################################################
+Alias myphi    phi
+Alias myB0     B0
+Alias myantiB0 anti-B0
+#
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.0000 myphi gamma SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myantiB0
+1.0000 myphi gamma SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myphi
+1.0000 K+ K- VSS;                    
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_phigamma_phiK0LK0S.dec b/BaBar_2014/B0B0bar_phigamma_phiK0LK0S.dec
new file mode 100644
index 0000000..74fa823
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phigamma_phiK0LK0S.dec
@@ -0,0 +1,43 @@
+###############################################################################
+#                                                                             #
+#   Up(4S) -> B0  B0bar                             + CC                      #
+#             |    |                                                          #
+#             |    `-> phi(K0L K0S) gamma                                     #
+#             |                 |                                             #
+#             `-> X             `-> pi+ pi-                                   #
+#                                                                             #
+#                                                                             #
+#   Author: Dieter Best (UC Ivine) best@slac.stanford.edu                     #
+#   Date  : 20.July.2001                                                      #
+#                                                                             #
+###############################################################################
+Alias myphi    phi
+Alias myB0     B0
+Alias myantiB0 anti-B0
+Alias myK0S    K_S0
+#
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.0000 myphi gamma SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myantiB0
+1.0000 myphi gamma SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myphi
+1.0000 myK0S K_L0 VSS;                    
+Enddecay
+#
+Decay myK0S
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phigamma_phiRho0Pi0.dec b/BaBar_2014/B0B0bar_phigamma_phiRho0Pi0.dec
new file mode 100644
index 0000000..cedf24c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phigamma_phiRho0Pi0.dec
@@ -0,0 +1,38 @@
+###############################################################################
+#                                                                             #
+#   Up(4S) -> B0  B0bar                             + CC                      #
+#             |    |                                                          #
+#             |    `-> phi(rho0 pi0) gamma                                    #
+#             |                                                               #
+#             `-> X                                                           #
+#                                                                             #
+#                                                                             #
+#   Author: Dieter Best (UC Ivine) best@slac.stanford.edu                     #
+#   Date  : 20.July.2001                                                      #
+#                                                                             #
+###############################################################################
+Alias myphi    phi
+Alias myB0     B0
+Alias myantiB0 anti-B0
+#
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.0000 myphi gamma SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay myantiB0
+1.0000 myphi gamma SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myphi
+1.0000 rho0 pi0 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0 ;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phigamma_phiRhoPi.dec b/BaBar_2014/B0B0bar_phigamma_phiRhoPi.dec
new file mode 100644
index 0000000..ad052eb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phigamma_phiRhoPi.dec
@@ -0,0 +1,39 @@
+###############################################################################
+#                                                                             #
+#   Up(4S) -> B0  B0bar                             + CC                      #
+#             |    |                                                          #
+#             |    `-> phi(rho+- pi+-) gamma                                  #
+#             |                                                               #
+#             `-> X                                                           #
+#                                                                             #
+#                                                                             #
+#   Author: Dieter Best (UC Ivine) best@slac.stanford.edu                     #
+#   Date  : 20.July.2001                                                      #
+#                                                                             #
+###############################################################################
+Alias myphi    phi
+Alias myB0     B0
+Alias myantiB0 anti-B0
+#
+ChargeConj myB0 myantiB0
+#
+Decay Upsilon(4S)
+1.000 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000 myphi gamma SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myantiB0
+1.000 myphi gamma SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myphi
+0.500 rho+ pi- VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0 ;                    
+0.500 rho- pi+ VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0 ;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phim3pimnoint_KS.dec b/BaBar_2014/B0B0bar_phim3pimnoint_KS.dec
new file mode 100644
index 0000000..2704c5d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phim3pimnoint_KS.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay:                                                   #
+#   B0 -> phi             K0S,          anti-B0 -> X       #
+#         |               |                                #
+#          -> pi+pi-pi0    -> pi+pi-                       #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Three pi decay of phi as implemented at the moment       #
+# in DECAY.DEC, i.e., NO INTERFERENCE between rho pi       #
+# final states (this is in preparation...)                 #
+#                                                          #
+# Author: Thomas Schietinger                               #
+# e-mail: schieti@slac.stanford.edu                        #
+# Created:                   2001/07/10                    #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPhi   phi
+Alias MyK_S0  K_S0   
+#
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0         VSS_MIX dm;
+0.415 Myanti-B0  B0         VSS_MIX dm;
+0.085   Myanti-B0 anti-B0   VSS_MIX dm;
+0.085   MyB0  B0            VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi    MyK_S0     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyPhi    MyK_S0     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+0.2800   rho+ pi-           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2800   rho0 pi0           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2800   rho- pi+           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1600   pi+  pi- pi0       PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-             PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_phim3pimphsp_KS.dec b/BaBar_2014/B0B0bar_phim3pimphsp_KS.dec
new file mode 100755
index 0000000..e07b3fb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phim3pimphsp_KS.dec
@@ -0,0 +1,47 @@
+############################################################
+#                                                          #
+# Decay:                                                   #
+#   B0 -> phi             K0S,          anti-B0 -> X       #
+#         |               |                                #
+#          -> pi+pi-pi0    -> pi+pi-                       #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Three pi decay of phi using phsp                         #
+#                                                          #
+# Author: Jonathon Coleman                                 #
+# e-mail: coleman@hep.ph.liv.ac.uk                         #
+# Created:                   2003/12/23                    #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPhi   phi
+Alias MyK_S0  K_S0   
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.0000  MyPhi    MyK_S0     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+
+
+Decay Myanti-B0
+1.0000  MyPhi    MyK_S0     SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+
+Decay MyPhi
+1.0000   pi+  pi- pi0       PHSP;
+Enddecay
+
+Decay MyK_S0
+1.0000  pi+ pi-             PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_phinKS.dec b/BaBar_2014/B0B0bar_phinKS.dec
new file mode 100644
index 0000000..5838ea6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phinKS.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> phi        K0s,       B0 -> X          #
+#                   |-> KL KS   |->pi+pi-                  #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: T. Barillari/S.Spanier                              #
+# Created:                   09/Feb/99                     #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyPhi   phi
+Alias MyK_S0  K_S0   
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  MyPhi    MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000  MyPhi    MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K_L0     MyK_S0           VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_phiomega_ln.dec b/BaBar_2014/B0B0bar_phiomega_ln.dec
new file mode 100644
index 0000000..91e1fc0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiomega_ln.dec
@@ -0,0 +1,51 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi omega -> (K+K-)(pi+pi-pi0)      #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Alias Myomega  omega
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Transverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;   ***
+#
+Decay MyB0
+1.0000  MyPhi Myomega      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi Myomega      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiomega_tr.dec b/BaBar_2014/B0B0bar_phiomega_tr.dec
new file mode 100644
index 0000000..901a5ee
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiomega_tr.dec
@@ -0,0 +1,51 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi omega -> (K+K-)(pi+pi-pi0)      #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Alias Myomega  omega
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Transverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi Myomega      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi Myomega      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phiphi.dec b/BaBar_2014/B0B0bar_phiphi.dec
new file mode 100644
index 0000000..5ec8547
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiphi.dec
@@ -0,0 +1,45 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi phi -> (K+K-)(K+K-)             #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: guoqh@student.physics.upenn.edu                  #
+# Created:  11/16/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Tansverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  MyPhi MyPhi      SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyPhi      SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-                  VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiphi_ln.dec b/BaBar_2014/B0B0bar_phiphi_ln.dec
new file mode 100644
index 0000000..36b3714
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiphi_ln.dec
@@ -0,0 +1,49 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi phi -> (K+K-)(K+K-)             #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: guoqh@student.physics.upenn.edu                  #
+# Created:  11/16/2000                                     #
+# Changed:  09/25/2001 by Andrei Gritsan                   #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Transverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  MyPhi MyPhi      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyPhi      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiphi_tr.dec b/BaBar_2014/B0B0bar_phiphi_tr.dec
new file mode 100644
index 0000000..59f0cd7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiphi_tr.dec
@@ -0,0 +1,49 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi phi -> (K+K-)(K+K-)             #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: guoqh@student.physics.upenn.edu                  #
+# Created:  11/16/2000                                     #
+# Changed:  09/25/2001 by Andrei Gritsan                   #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Transverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi MyPhi      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyPhi      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phiphiks.dec b/BaBar_2014/B0B0bar_phiphiks.dec
new file mode 100644
index 0000000..bb9ec82
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phiphiks.dec
@@ -0,0 +1,55 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi phi -> (K+K-)(K+K-)             #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: guoqh@student.physics.upenn.edu                  #
+# Created:  11/16/2000                                     #
+# Changed:  09/25/2001 by Andrei Gritsan                   #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Alias MyK_S0  K_S0 
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Transverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi MyPhi MyK_S0     PHSP;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi MyPhi  MyK_S0   PHSP;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_phirho0.dec b/BaBar_2014/B0B0bar_phirho0.dec
new file mode 100644
index 0000000..a34d3dc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phirho0.dec
@@ -0,0 +1,43 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi rho0 -> (K+K-)(pi+pi-)          #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Transverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi rho0      SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi rho0      SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phirho0_ln.dec b/BaBar_2014/B0B0bar_phirho0_ln.dec
new file mode 100644
index 0000000..d76d5b7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phirho0_ln.dec
@@ -0,0 +1,47 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi rho0 -> (K+K-)(pi+pi-)          #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Transverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization:  SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB0
+1.0000  MyPhi rho0      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi rho0      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_phirho0_tr.dec b/BaBar_2014/B0B0bar_phirho0_tr.dec
new file mode 100644
index 0000000..1851a24
--- /dev/null
+++ b/BaBar_2014/B0B0bar_phirho0_tr.dec
@@ -0,0 +1,47 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi rho0 -> (K+K-)(pi+pi-)          #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyPhi phi
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Transverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  MyPhi rho0      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  MyPhi rho0      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_pi02K0s.dec b/BaBar_2014/B0B0bar_pi02K0s.dec
new file mode 100644
index 0000000..ff40edb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi02K0s.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B0 -> pi0 K0s K0s (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> pi0 K0s K0s (non-resonant) 
+# using phase space
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000 pi0 K_S0 K_S0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 pi0 K_S0 K_S0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_pi0D0_k3pi.dec b/BaBar_2014/B0B0bar_pi0D0_k3pi.dec
new file mode 100644
index 0000000..9e27179
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0D0_k3pi.dec
@@ -0,0 +1,43 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0 pi0                 #
+#		              |                     #
+#                             |                     #
+#			      |->K-pi+pi+pi-	    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+
+Decay Myanti-B0
+1.00    MyD0 pi0                      PHSP;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD0 pi0                   PHSP;    
+Enddecay 
+
+
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_pi0D0_kpi.dec b/BaBar_2014/B0B0bar_pi0D0_kpi.dec
new file mode 100644
index 0000000..d3683ec
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0D0_kpi.dec
@@ -0,0 +1,43 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0 pi0                 #
+#             	             |                      #              
+#             		     |-> D0 pi0             #
+#		                 |                  #
+#                		 |                  #
+#				 K-pi+   	    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD0 pi0                      PHSP;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD0 pi0                   PHSP;    
+Enddecay 
+
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_pi0D0_kpipi0.dec b/BaBar_2014/B0B0bar_pi0D0_kpipi0.dec
new file mode 100644
index 0000000..ad48ccd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0D0_kpipi0.dec
@@ -0,0 +1,43 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0 pi0                 #
+#             	             |                      #              
+#             		     |-> D0 pi0             #
+#		                 |                  #
+#                		 |                  #
+#				 K-pi+ pi0	    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD0 pi0                      PHSP;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD0 pi0                   PHSP;    
+Enddecay 
+
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_k3pi.dec b/BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_k3pi.dec
new file mode 100644
index 0000000..9f8d2ff
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_k3pi.dec
@@ -0,0 +1,58 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 pi0          #
+#                            |                      #              
+#                            |                      #              
+#                            |                      #              
+#                            |                      #              
+#                            |-> D0 gamma           #
+#                                |                  #
+#                                |                  #
+#                                K- pi+ pi+pi-      #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author:Maha K                                     #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma		    VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_kpi.dec b/BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_kpi.dec
new file mode 100644
index 0000000..feeea23
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_kpi.dec
@@ -0,0 +1,58 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 pi0          #
+#                            |                      #              
+#                            |                      #              
+#                            |                      #              
+#                            |                      #              
+#                            |-> D0 gamma           #
+#                                |                  #
+#                                |                  #
+#                                K-pi+              #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author:Maha K                                     #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma		    VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_kpipi0.dec b/BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_kpipi0.dec
new file mode 100644
index 0000000..11d9d40
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0Dstar0_D0gamma_kpipi0.dec
@@ -0,0 +1,57 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 pi0          #
+#                            |                      #              
+#                            |                      #              
+#                            |                      #              
+#                            |                      #              
+#                            |-> D0 gamma           #
+#                                |                  #
+#                                |                  #
+#                                K-  pi+ pi0        #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author:Maha K                                     #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma		    VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_k3pi.dec b/BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_k3pi.dec
new file mode 100644
index 0000000..ea7f839
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_k3pi.dec
@@ -0,0 +1,54 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 pi0          #
+#           		     |                      #              
+#             	             |                      #              
+#             		     |                      #              
+#             	             |                      #              
+#             		     |-> D0 pi0             #
+#		                 |                  #
+#                		 |                  #
+#				 K+ pi+pi+pi-	    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author:Maha K 	                            #
+# created: 08/09/00                                 #
+#                                                   #
+#####################################################
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_kpi.dec b/BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_kpi.dec
new file mode 100644
index 0000000..62f5e95
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_kpi.dec
@@ -0,0 +1,55 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 pi0          #
+#           		     |                      #              
+#             	             |                      #              
+#             		     |                      #              
+#             	             |                      #              
+#             		     |-> D0 pi0             #
+#		                 |                  #
+#                		 |                  #
+#				 K+ pi-	            #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_kpipi0.dec b/BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_kpipi0.dec
new file mode 100644
index 0000000..339de89
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0Dstar0_D0pi0_kpipi0.dec
@@ -0,0 +1,54 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 pi0          #
+#           		     |                      #              
+#             	             |                      #              
+#             		     |                      #              
+#             	             |                      #              
+#             		     |-> D0 pi0             #
+#		                 |                  #
+#                		 |                  #
+#				 K- pi+ pi0	    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K	                            #
+# created: 08/09/00                                 #
+#                                                   #
+#####################################################
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 pi0                       SVS;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_pi0f0.dec b/BaBar_2014/B0B0bar_pi0f0.dec
new file mode 100644
index 0000000..6e8f196
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0f0.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# B0 -> f0(980) pi0  + c.c.                       #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 07/Aug/01                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f0(980) pi0 using SSS_CP model
+# (scalar -> 2 scalars with CP interference)
+# The f0 decays to pi+ pi- using phase space
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf0 f_0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf0 pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf0 pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myf0
+1.000  pi- pi+             PHSP;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_pi0f2.dec b/BaBar_2014/B0B0bar_pi0f2.dec
new file mode 100644
index 0000000..0063cc9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0f2.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# B0 -> f2(1270) pi0  + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 07/Aug/01                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> f2(1270) pi0 using the SSD_CP model
+# (scalar -> tensor scalar with CP interference)
+# The f2 decays to pi+ pi- using the TSS model
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myf2 f_2
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myf2 pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myf2 pi0            SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay
+#
+Decay Myf2
+1.000  pi- pi+             TSS;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_pi0phi_phiKK.dec b/BaBar_2014/B0B0bar_pi0phi_phiKK.dec
new file mode 100644
index 0000000..4289580
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0phi_phiKK.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# B0 -> phi pi0   + c.c.                          #
+#        |                                        #
+#        |                                        #
+#        `--> K+ K-                               # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> phi pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The phi decays to K+ K- (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myphi phi
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myphi pi0             SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myphi pi0             SVS;
+Enddecay
+#
+Decay Myphi
+1.000  K+ K-                 VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_pi0pi0.dec b/BaBar_2014/B0B0bar_pi0pi0.dec
new file mode 100644
index 0000000..d273fe1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0pi0.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# Decay: B0 -> pi0 pi0 + cc                       #
+#                                                 #
+# Author: G. London                               #
+# Created:                   2/2/99               #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 pi0 pi0                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay MyB0
+1.0000 pi0 pi0                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/B0B0bar_pi0pi0Kstar_Kppim.dec b/BaBar_2014/B0B0bar_pi0pi0Kstar_Kppim.dec
new file mode 100644
index 0000000..325fa95
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0pi0Kstar_Kppim.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> pi0 pi0 K*0 (K+pi-)  (non-resonant) #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Sandrine Emery                                   #
+# e-mail: emery@slac.stanford.edu                          #
+# Created:  23/07/2003                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  pi0 pi0 MyK*0          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  pi0 pi0 MyK*0bar       PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_pi0pi0eta.dec b/BaBar_2014/B0B0bar_pi0pi0eta.dec
new file mode 100644
index 0000000..b02922b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0pi0eta.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B0 -> pi0 pi0 eta                               #
+#                                                 #
+# Author:  Richard Sloane                         #
+# Email:   sloane@slac.stanford.edu               #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> pi0 pi0 eta
+# using phase space model (PHSP)
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   pi0 pi0 eta         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000  pi0 pi0 eta          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_pi0rho0.dec b/BaBar_2014/B0B0bar_pi0rho0.dec
new file mode 100644
index 0000000..f4db748
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0rho0.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# B0 -> rho0 pi0   + c.c.                         #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho0 pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0 decays to pi+ pi- (using a simple VSS model).
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho0 rho0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho0 pi0            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho0 pi0            SVS;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+ pi-               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_pi0rho1450.dec b/BaBar_2014/B0B0bar_pi0rho1450.dec
new file mode 100644
index 0000000..e09851b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0rho1450.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# B0 -> rho0(1450) pi0  + c.c.                    #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 07/Aug/01                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho0(1450) pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0 decays to pi+ pi- (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho0 rho(2S)0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho0 pi0            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho0 pi0            SVS;
+Enddecay
+#
+Decay Myrho0
+1.000  pi- pi+               VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_pi0rho1700.dec b/BaBar_2014/B0B0bar_pi0rho1700.dec
new file mode 100644
index 0000000..a1fefaa
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi0rho1700.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# B0 -> rho0(1700) pi0  + c.c.                    #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 07/Aug/01                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho0(1700) pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0 decays to pi+ pi- (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho0 rho(3S)0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho0 pi0            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho0 pi0            SVS;
+Enddecay
+#
+Decay Myrho0
+1.000  pi- pi+               VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/B0B0bar_pi1300mpip.dec b/BaBar_2014/B0B0bar_pi1300mpip.dec
new file mode 100755
index 0000000..4778348
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi1300mpip.dec
@@ -0,0 +1,52 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> pi(2S)- pi+  + cc             #
+#                                                 #
+# Author: Vincenzo Lombardo(Milano)               #
+# Date:                              11 July 2004 #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias mypi1300+ pi(2S)+
+Alias mypi1300- pi(2S)-
+Alias Myrho0 rho0
+ChargeConj mypi1300+ mypi1300-
+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 mypi1300- pi+                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay mypi1300-      
+1.0000   Myrho0 pi-                    PHSP;                
+Enddecay
+#
+Decay MyB0
+1.0000 mypi1300+ pi-                 SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay mypi1300+
+1.0000   Myrho0 pi+                  PHSP;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+ pi-                       VSS;
+Enddecay
+#
+End              
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_pi_DmKlpi.dec b/BaBar_2014/B0B0bar_pi_DmKlpi.dec
new file mode 100644
index 0000000..2bc6b83
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi_DmKlpi.dec
@@ -0,0 +1,44 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D- pi+   anti-B0 -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  Kl pi- 			    #
+# + cc                                              #
+#                                                   #
+# Author: M Graham				    #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD- 		D-
+Alias MyD+ 		D+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD- pi+      			PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD+ pi-		     	PHSP;
+Enddecay 
+#
+Decay MyD-
+1.0000  K_L0 pi-			PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000  K_L0 pi+	                PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_pi_DmKpipi.dec b/BaBar_2014/B0B0bar_pi_DmKpipi.dec
new file mode 100644
index 0000000..7bdb514
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi_DmKpipi.dec
@@ -0,0 +1,46 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D- pi+   anti-B0 -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  K+ pi- pi-			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD- 		D-
+Alias MyD+ 		D+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD- pi+      			PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD+ pi-		     	PHSP;
+Enddecay 
+#
+Decay MyD-
+1.0000  K+ pi- pi-			D_DALITZ;
+Enddecay
+#
+Decay MyD+
+1.0000  K- pi+ pi+                      D_DALITZ;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_pi_DmKspi.dec b/BaBar_2014/B0B0bar_pi_DmKspi.dec
new file mode 100644
index 0000000..44f9d9d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi_DmKspi.dec
@@ -0,0 +1,52 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D- pi+   anti-B0 -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  Ks pi- 			    #
+#                   |-> pi+ pi-                     #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD- 		D-
+Alias MyD+ 		D+
+Alias MyKs		K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD- pi+      			PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD+ pi-		     	PHSP;
+Enddecay 
+#
+Decay MyD-
+1.0000  MyKs pi-			PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000  MyKs pi+	                PHSP;
+Enddecay
+#
+Decay MyKs
+1.00	pi+ pi-				PHSP;
+Enddecay
+#
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_pi_DstarmpiD0bar_Kmepnu.dec b/BaBar_2014/B0B0bar_pi_DstarmpiD0bar_Kmepnu.dec
new file mode 100644
index 0000000..520f345
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi_DstarmpiD0bar_Kmepnu.dec
@@ -0,0 +1,75 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- pi+   anti-B0 -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> K- e+ nu_bar                 #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: M. D. Sokoloff                            #
+# created: 25 August 01                             #
+#                                                   #
+# derived from:  				    #
+# B0B0bar_pi_Dstar-piD0bar-Kpi.dec		    #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+#						    #
+# and from:					    #
+#                                                   #
+# ccbar_Dstar+_D0pi_K-e+nu.dec			    #
+# Author: Kevin Flood				    #
+# created 04 November 99			    #                                                   
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		B0
+Alias Myanti-B0 	anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- pi+      			SVS;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ e- anti-nu_e			ISGW2;
+Enddecay
+#
+#Decay MyD0
+#1.00	K- pi+				PHSP;
+#Enddecay
+
+Decay MyD0
+1.00 K- e+ nu_e                         ISGW2;
+Enddecay
+#
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_pi_DstarmpiD0barmK3pi.dec b/BaBar_2014/B0B0bar_pi_DstarmpiD0barmK3pi.dec
new file mode 100644
index 0000000..a1522f3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi_DstarmpiD0barmK3pi.dec
@@ -0,0 +1,56 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- pi+   anti-B0 -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> K+ pi- pi+ pi-		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#	|-> D0bar pi-
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- pi+      			SVS;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi- pi+ pi-			PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi- pi+			PHSP;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/B0B0bar_pi_DstarmpiD0barmKpi.dec b/BaBar_2014/B0B0bar_pi_DstarmpiD0barmKpi.dec
new file mode 100644
index 0000000..a1bc0ed
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi_DstarmpiD0barmKpi.dec
@@ -0,0 +1,57 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- pi+   anti-B0 -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> K+ pi-			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- pi+      			SVS;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi-				PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+				PHSP;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_pi_DstarmpiD0barmKpipi0.dec b/BaBar_2014/B0B0bar_pi_DstarmpiD0barmKpipi0.dec
new file mode 100644
index 0000000..573c88d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi_DstarmpiD0barmKpipi0.dec
@@ -0,0 +1,57 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- pi+   anti-B0 -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> K+ pi- pi0		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- pi+      			SVS;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi- pi0			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi0			D_DALITZ;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_pi_DstarmpiD0barmKspipi.dec b/BaBar_2014/B0B0bar_pi_DstarmpiD0barmKspipi.dec
new file mode 100644
index 0000000..3660c8f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pi_DstarmpiD0barmKspipi.dec
@@ -0,0 +1,74 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- pi+   anti-B0 -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> Ks pi+ pi-		    #
+#			|-> pi+ pi-		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+Alias MyKs		K_S0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- pi+      			SVS;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	MyK0  pi- pi+ 			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	Myanti-K0  pi+ pi-		D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00	pi+ pi-				PHSP;
+Enddecay
+#
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_pilnu.dec b/BaBar_2014/B0B0bar_pilnu.dec
new file mode 100644
index 0000000..29c331b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pilnu.dec
@@ -0,0 +1,35 @@
+###############################################################################
+# This is a DECAY.DEC file for B0 (bar) -> pi l nu :                          #
+#   Up(4S) -> B0  B0bar                                   +CC                 #
+#             |    |                                                          #
+#             |     -> pi+  l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+# Mail: NATALIA@SLAC.STANFORD.EDU
+###############################################################################
+# Create our own versions of B0, B0bar which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to pi l nu
+#
+Decay myantiB0
+0.500   pi+   e-   anti-nu_e          PHOTOS   ISGW2;
+0.500   pi+   mu-   anti-nu_mu        PHOTOS   ISGW2;
+Enddecay
+Decay myB0
+0.500   pi-   e+   nu_e          PHOTOS   ISGW2;
+0.500   pi-   mu+  nu_mu         PHOTOS   ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_pilnu_FLATQ2.dec b/BaBar_2014/B0B0bar_pilnu_FLATQ2.dec
new file mode 100644
index 0000000..8bc5c52
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pilnu_FLATQ2.dec
@@ -0,0 +1,37 @@
+###############################################################################
+# This is a DECAY.DEC file for phase space decays of B -> pi+ l nu:           #
+#   Up(4S) -> B0  B0bar                                 + CC                  #
+#             |    |                                                          #
+#             |     -> pi+  l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+# CONTACT: cote@slac.stanford.edu                                             #
+#                                                                             #
+###############################################################################
+# Create our own versions of B0, B0bar which will decay to pi l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to pi l nu
+#
+Decay myantiB0
+0.500   pi+   e-   anti-nu_e          FLATQ2;
+0.500   pi+   mu-   anti-nu_mu        FLATQ2;
+Enddecay
+Decay myB0
+0.500   pi-   e+   nu_e          FLATQ2;
+0.500   pi-   mu+  nu_mu         FLATQ2;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_pilnu_phsp.dec b/BaBar_2014/B0B0bar_pilnu_phsp.dec
new file mode 100644
index 0000000..dbc4a81
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pilnu_phsp.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for phase space decays of B -> pi+ l nu:           #
+#   Up(4S) -> B0  B0bar                                 + CC                  #
+#             |    |                                                          #
+#             |     -> pi+  l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+#                                                                             #
+# CONTACT: cote@slac.stanford.edu                                             #
+###############################################################################
+# Create our own versions of B0, B0bar which will decay to pi l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to pi l nu
+#
+Decay myantiB0
+0.500   pi+   e-   anti-nu_e          PHOTOS   PHSP;
+0.500   pi+   mu-   anti-nu_mu        PHOTOS   PHSP;
+Enddecay
+Decay myB0
+0.500   pi-   e+   nu_e          PHOTOS   PHSP;
+0.500   pi-   mu+  nu_mu        PHOTOS   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_pimrho1450p.dec b/BaBar_2014/B0B0bar_pimrho1450p.dec
new file mode 100644
index 0000000..1001dde
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pimrho1450p.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> rho+(1450) pi-   + c.c.                   #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 07/Aug/01                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho+(1450) pi-
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho+ rho(2S)+
+Alias Myrho- rho(2S)-
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho+ pi-            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho- pi+            SVS;
+Enddecay
+#
+Decay Myrho+
+1.000  pi+ pi0               VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_pimrho1700p.dec b/BaBar_2014/B0B0bar_pimrho1700p.dec
new file mode 100644
index 0000000..2114388
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pimrho1700p.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> rho+(1700) pi-   + c.c.                   #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 07/Aug/01                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho+(1700) pi-
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho+ rho(3S)+
+Alias Myrho- rho(3S)-
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho+ pi-            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho- pi+            SVS;
+Enddecay
+#
+Decay Myrho+
+1.000  pi+ pi0               VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_pippim.dec b/BaBar_2014/B0B0bar_pippim.dec
new file mode 100644
index 0000000..890c06e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pippim.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> pi+ pi-,     B0 -> X          # 
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Adil Hasan                              #
+# Date:                    12/April/98            #
+# Modified/corrected       10/May/98              #
+# Modified/corrected G.London 2/2/99              #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 pi+ pi-                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 pi+ pi-                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/B0B0bar_pippim2pi0.dec b/BaBar_2014/B0B0bar_pippim2pi0.dec
new file mode 100644
index 0000000..bf39feb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pippim2pi0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B0 -> pi+ pi- pi0 pi0                           #
+#                                                 #
+# Author:  Richard Sloane                         #
+# Email:   sloane@slac.stanford.edu               #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> pi+ pi- pi0 pi0
+# using phase space model (PHSP)
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   pi+ pi- pi0 pi0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000   pi+ pi- pi0 pi0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_pippimKstar_Kppim.dec b/BaBar_2014/B0B0bar_pippimKstar_Kppim.dec
new file mode 100644
index 0000000..ff5c37c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pippimKstar_Kppim.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> pi+ pi- K*0 (K+pi-)  (non-resonant) #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar anti-K*0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  pi+ pi- MyK*0          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  pi+ pi- MyK*0bar       PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_pippim_direct.p0.41.p0.78.dec b/BaBar_2014/B0B0bar_pippim_direct.p0.41.p0.78.dec
new file mode 100644
index 0000000..bd0d654
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pippim_direct.p0.41.p0.78.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+#  Decay: anti-B0 -> pi+ pi-,   B0 -> X + cc      # 
+#                                                 #
+#                                                 #
+# Author:                                         #
+# Date:                                           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Define alpha  0.7854 
+Define lambda 0.414  
+#
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  pi+ pi-            SSS_CP alpha  dm 1  1.0 0.0 lambda 0.0 ;    
+Enddecay 
+Decay Myanti-B0
+1.0000  pi+ pi-            SSS_CP alpha  dm 1  1.0 0.0 lambda 0.0 ;
+Enddecay
+
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_pippim_direct.p2.41.p0.78.dec b/BaBar_2014/B0B0bar_pippim_direct.p2.41.p0.78.dec
new file mode 100644
index 0000000..520b2c8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pippim_direct.p2.41.p0.78.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+#  Decay: anti-B0 -> pi+ pi-,   B0 -> X + cc      # 
+#                                                 #
+#                                                 #
+# Author:                                         #
+# Date:                                           #
+###################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Define alpha  0.7854 
+Define lambda 2.41 
+#
+#
+Decay Upsilon(4S)
+0.415 MyB0  anti-B0                     VSS_MIX dm;
+0.415 Myanti-B0  B0                     VSS_MIX dm;
+0.085   Myanti-B0 anti-B0               VSS_MIX dm;
+0.085   MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000  pi+ pi-            SSS_CP alpha  dm 1  1.0 0.0 lambda 0.0 ;    
+Enddecay 
+Decay Myanti-B0
+1.0000  pi+ pi-            SSS_CP alpha  dm 1  1.0 0.0 lambda 0.0 ;
+Enddecay
+
+#
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_pippim_m0.57_m0.82.dec b/BaBar_2014/B0B0bar_pippim_m0.57_m0.82.dec
new file mode 100644
index 0000000..be25554
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pippim_m0.57_m0.82.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> pi+ pi-,     B0 -> X          # 
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Adil Hasan                              #
+# Date:                    12/April/98            #
+# Modified/corrected       10/May/98              #
+# Modified/corrected G.London 2/2/99              #
+# Modified N. Danielson    28/May/03 - Generate C=-0.57, S=-0.82
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Assuming 
+# Define beta  0.39
+# Define gamma 1.387
+# These numbers will change if you change beta or gamma.
+# As it is, they give C=-0.57, S=-0.82
+Decay MyB0
+1.0000 pi+ pi-                    SSD_CP dm 0.0 1.0 minusTwoBeta 0.8850 0.1414 1.691 -0.71271;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 pi+ pi-                    SSD_CP dm 0.0 1.0 minusTwoBeta 0.8850 0.1414 1.691 -0.71271;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/B0B0bar_pippim_p0.57_m0.82.dec b/BaBar_2014/B0B0bar_pippim_p0.57_m0.82.dec
new file mode 100644
index 0000000..e9809b8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pippim_p0.57_m0.82.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> pi+ pi-,     B0 -> X          # 
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Adil Hasan                              #
+# Date:                    12/April/98            #
+# Modified/corrected       10/May/98              #
+# Modified/corrected G.London 2/2/99              #
+# Modified N. Danielson    28/May/03 - Generate C=+0.57, S=-0.82
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+# Assuming 
+# Define beta  0.39
+# Define gamma 1.387
+# These numbers will change if you change beta or gamma.
+# As it is, they give C=+0.57, S=-0.82
+Decay MyB0
+1.0000 pi+ pi-                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.691 0.71271 0.885 -0.1437;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 pi+ pi-                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.691 0.71271 0.885 -0.1437;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/B0B0bar_pippimpi0pi0.dec b/BaBar_2014/B0B0bar_pippimpi0pi0.dec
new file mode 100644
index 0000000..bf39feb
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pippimpi0pi0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B0 -> pi+ pi- pi0 pi0                           #
+#                                                 #
+# Author:  Richard Sloane                         #
+# Email:   sloane@slac.stanford.edu               #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> pi+ pi- pi0 pi0
+# using phase space model (PHSP)
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   pi+ pi- pi0 pi0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000   pi+ pi- pi0 pi0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_piprho1450m.dec b/BaBar_2014/B0B0bar_piprho1450m.dec
new file mode 100644
index 0000000..e1877e3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_piprho1450m.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> rho-(1450) pi+  + c.c.                    #
+#        |                                        #
+#        |                                        #
+#        ---> pi- pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 07/Aug/01                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho-(1450) pi+
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho+ rho(2S)+
+Alias Myrho- rho(2S)-
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho- pi+            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho+ pi-            SVS;
+Enddecay
+#
+Decay Myrho+
+1.000  pi+ pi0               VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_piprho1700m.dec b/BaBar_2014/B0B0bar_piprho1700m.dec
new file mode 100644
index 0000000..dfec800
--- /dev/null
+++ b/BaBar_2014/B0B0bar_piprho1700m.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> rho-(1700) pi+  + c.c.                    #
+#        |                                        #
+#        |                                        #
+#        ---> pi- pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 07/Aug/01                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho-(1700) pi+
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho+ rho(3S)+
+Alias Myrho- rho(3S)-
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho- pi+            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho+ pi-            SVS;
+Enddecay
+#
+Decay Myrho+
+1.000  pi+ pi0               VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_pirho_1.dec b/BaBar_2014/B0B0bar_pirho_1.dec
new file mode 100644
index 0000000..6aff4d7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pirho_1.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> rho+ pi-   + c.c.                         #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho+ pi-
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho+ rho+
+Alias Myrho- rho-
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho+ pi-            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho- pi+            SVS;
+Enddecay
+#
+Decay Myrho+
+1.000  pi+ pi0               VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_pirho_2.dec b/BaBar_2014/B0B0bar_pirho_2.dec
new file mode 100644
index 0000000..810ca49
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pirho_2.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B0 -> rho- pi+   + c.c.                         #
+#        |                                        #
+#        |                                        #
+#        ---> pi- pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho- pi+
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho- decays to pi- pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Myrho+ rho+
+Alias Myrho- rho-
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Myrho- pi+            SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Myrho+ pi-            SVS;
+Enddecay
+#
+Decay Myrho+
+1.000  pi+ pi0               VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_pmLambda_cp.dec b/BaBar_2014/B0B0bar_pmLambda_cp.dec
new file mode 100644
index 0000000..cf609c8
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pmLambda_cp.dec
@@ -0,0 +1,58 @@
+####################################################
+#                                                  #
+# Decay: anti-B0 -> Lambda_c+ anti-p-,     B0 -> X # 
+#			|			   #
+#			|-> p+ K pi		   #
+#                       |-> p+ Ks                  #
+# + cc                  |-> p+ K*0                 #
+#                                                  #
+# Initial version modified from B0B0bar_p+p-.dec   #
+# Use phase space for now                          #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+Alias MyK_S0  K_S0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 p+ Myanti-Lc                    PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 MyLc anti-p-                    PHSP;
+Enddecay 
+#
+Decay MyLc
+0.02800	   	p+      K-      pi+     PHSP;
+0.01150         p+      MyK_S0          PHSP;
+0.01600         p+      MyantiKstar0    PHSP;
+Enddecay
+# 
+Decay Myanti-Lc
+0.02800	   	anti-p-      K+      pi-     PHSP;
+0.01150         anti-p-      MyK_S0          PHSP;
+0.01600         anti-p-      MyKstar0        PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_pmLambda_cppippim_Lambda3pi.dec b/BaBar_2014/B0B0bar_pmLambda_cppippim_Lambda3pi.dec
new file mode 100644
index 0000000..6924b16
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pmLambda_cppippim_Lambda3pi.dec
@@ -0,0 +1,52 @@
+##############################################################
+#                                                            #
+# Decay: B0 -> Lambda_c- proton pi+pi-,  anti-B0->X          #
+#                   |                                        #
+#                   |-> Lambdabar pi+ pi- pi- (100%)         #
+#                           |                                #
+#                           |->  anti-proton pi+ (100%)      #
+# Comments:                                                  #
+# Author: Haibo Li, Wisconsin                                #
+# Date:   April 11 2004                                      #
+# Use phase space for now                                    #
+##############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+Alias My-anti-Lambda0 anti-Lambda0
+Alias My-Lambda0 Lambda0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#                     // Phase Space model
+Decay MyB0
+ 1.00000  Myanti-Lc p+ pi+ pi-         PHSP;
+Enddecay
+#   // phase space here
+Decay Myanti-B0
+ 1.00000  MyLc anti-p- pi+ pi-         PHSP;
+Enddecay
+#   
+Decay MyLc         
+ 1.00000  My-Lambda0 pi+ pi+ pi-       PHSP;
+Enddecay
+#
+Decay Myanti-Lc
+ 1.00000  My-anti-Lambda0 pi+ pi- pi-  PHSP;
+Enddecay
+#
+Decay My-Lambda0
+ 1.00000   p+ pi-                       PHSP;
+Enddecay
+#
+Decay My-anti-Lambda0
+ 1.00000   anti-p- pi+                  PHSP;
+Enddecay
+#
+End
+
+ 
\ No newline at end of file
diff --git a/BaBar_2014/B0B0bar_pmLambda_cppippim_Lambdapip.dec b/BaBar_2014/B0B0bar_pmLambda_cppippim_Lambdapip.dec
new file mode 100644
index 0000000..32343c2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pmLambda_cppippim_Lambdapip.dec
@@ -0,0 +1,52 @@
+##############################################################
+#                                                            #
+# Decay: B0 -> Lambda_c- proton pi+pi-,  anti-B0->X          #
+#                   |                                        #
+#                   |-> Lambdabar pi- (100%)                 #
+#                             |                              #
+#                             |-> anti-proton pi+ (100%)     #
+# Comments:                                                  #
+# Author: Haibo Li, Wisconsin                                #
+# Date:   April 11 2004                                      #
+# Use phase space for now                                    #
+##############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+Alias My-anti-Lambda0 anti-Lambda0
+Alias My-Lambda0 Lambda0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#                     // Phase Space model
+Decay MyB0
+ 1.00000  Myanti-Lc p+ pi+ pi-         PHSP;
+Enddecay
+#   // phase space here
+Decay Myanti-B0
+ 1.00000  MyLc anti-p- pi+ pi-         PHSP;
+Enddecay
+#   
+Decay MyLc         
+ 1.00000  My-Lambda0 pi+               PHSP;
+Enddecay
+#
+Decay Myanti-Lc
+ 1.00000  My-anti-Lambda0 pi-          PHSP;
+Enddecay
+#
+Decay My-Lambda0
+ 1.00000   p+ pi-                       PHSP;
+Enddecay
+#
+Decay My-anti-Lambda0
+ 1.00000   anti-p- pi+                  PHSP;
+Enddecay
+#
+End
+
+ 
\ No newline at end of file
diff --git a/BaBar_2014/B0B0bar_pmLambda_cppippim_protonkpi.dec b/BaBar_2014/B0B0bar_pmLambda_cppippim_protonkpi.dec
new file mode 100644
index 0000000..138429c
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pmLambda_cppippim_protonkpi.dec
@@ -0,0 +1,40 @@
+####################################################
+#                                                  #
+# Decay: B0 -> Lambda_c- proton pi+pi-,  anti-B0->X#
+#                       |                          #
+#                       |-> anti-p K+ pi-          #
+# Comments:                                        #
+# Author: Haibo Li, Wisconsin                      #
+# Date:   April 11 2004                            #
+# Use phase space for now                          #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#                     // Phase Space model
+Decay MyB0
+ 1.00000  Myanti-Lc p+ pi+ pi-         PHSP;
+Enddecay
+#   
+Decay Myanti-B0
+ 1.00000  MyLc anti-p- pi+ pi-         PHSP;
+Enddecay
+#   // resonance structure in Dalitz not modeled
+Decay MyLc          
+ 1.00000  p+ K- pi+                    PHSP;
+Enddecay
+#
+Decay Myanti-Lc
+ 1.00000  anti-p- K+ pi-               PHSP;
+Enddecay
+#
+End
+
+ 
\ No newline at end of file
diff --git a/BaBar_2014/B0B0bar_pmLambda_cppippim_protonks.dec b/BaBar_2014/B0B0bar_pmLambda_cppippim_protonks.dec
new file mode 100644
index 0000000..0f9677f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pmLambda_cppippim_protonks.dec
@@ -0,0 +1,57 @@
+####################################################
+#                                                  #
+# Decay: B0 -> Lambda_c- proton pi+pi-,  anti-B0->X#
+#                       |                          #
+#                       |-> anti-p K_0S (100%)     #
+#                                  |               #
+#                                  |-> pi+pi-(100%)#
+# Comments:                                        #
+# Author: Haibo Li, Wisconsin                      #
+# Date:   April 11 2004                            #
+# Use phase space for now                          #
+####################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+Alias MyK0      K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#                     // Phase Space model
+Decay MyB0
+ 1.00000  Myanti-Lc p+ pi+ pi-         PHSP;
+Enddecay
+#   // phase space here
+Decay Myanti-B0
+ 1.00000  MyLc anti-p- pi+ pi-         PHSP;
+Enddecay
+#   
+Decay MyLc         
+ 1.00000  p+ Myanti-K0                 PHSP;
+Enddecay
+#
+Decay Myanti-Lc
+ 1.00000  anti-p- MyK0                 PHSP;
+Enddecay
+#
+Decay MyK0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay Myanti-K0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay MyK_S0
+ 1.0000   pi+ pi-                      PHSP;
+Enddecay
+#
+End
+
+ 
\ No newline at end of file
diff --git a/BaBar_2014/B0B0bar_pmLambda_cppippim_protonks2pi.dec b/BaBar_2014/B0B0bar_pmLambda_cppippim_protonks2pi.dec
new file mode 100644
index 0000000..02adefc
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pmLambda_cppippim_protonks2pi.dec
@@ -0,0 +1,57 @@
+##############################################################
+#                                                            #
+# Decay: B0 -> Lambda_c- proton pi+pi-,  anti-B0->X          #
+#                   |                                        #
+#                   |-> anti-proton K_0S pi+ pi- (100%)      #
+#                                   |                        #
+#                                   |->  pi+ pi- (100%)      #
+# Comments:                                                  #
+# Author: Haibo Li, Wisconsin                                #
+# Date:   April 11 2004                                      #
+# Use phase space for now                                    #
+##############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+Alias MyK0      K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+#                     // Phase Space model
+Decay MyB0
+ 1.00000  Myanti-Lc p+ pi+ pi-         PHSP;
+Enddecay
+#   // phase space here
+Decay Myanti-B0
+ 1.00000  MyLc anti-p- pi+ pi-         PHSP;
+Enddecay
+#   
+Decay MyLc         
+ 1.00000  p+ Myanti-K0 pi+ pi-         PHSP;
+Enddecay
+#
+Decay Myanti-Lc
+ 1.00000  anti-p- MyK0 pi+ pi-         PHSP;
+Enddecay
+#
+Decay MyK0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay Myanti-K0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay MyK_S0
+ 1.0000   pi+ pi-                      PHSP;
+Enddecay
+#
+End
+
+ 
\ No newline at end of file
diff --git a/BaBar_2014/B0B0bar_ppbarK0star1430_chrg.dec b/BaBar_2014/B0B0bar_ppbarK0star1430_chrg.dec
new file mode 100644
index 0000000..65b83d7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_ppbarK0star1430_chrg.dec
@@ -0,0 +1,42 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#             -> p pbar K0star0(1430)                 #     
+#                          |			      #	
+#		            -> K pi                   #
+# Author:  Tetiana Hrynova, SLAC		      #	 
+#			(thrynova@slac.stanford.edu)  #
+# Created: Dec16 2003                                 #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+Alias MyKstar0 K_0*0
+Alias MyantiKstar0 anti-K_0*0
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   p+ anti-p-  MyKstar0        PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   p+ anti-p-  MyantiKstar0       PHSP;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_ppbarK1270.dec b/BaBar_2014/B0B0bar_ppbarK1270.dec
new file mode 100644
index 0000000..bce0e78
--- /dev/null
+++ b/BaBar_2014/B0B0bar_ppbarK1270.dec
@@ -0,0 +1,30 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#             -> p pbar K(1270)                       #     
+# Author:  Tetiana Hrynova, SLAC		      #	 
+#			(thrynova@slac.stanford.edu)  #
+# Created: Dec16 2003                                 #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   p+ anti-p-  K_10       PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   p+ anti-p-  anti-K_10      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_ppbarK2star1430_chrg.dec b/BaBar_2014/B0B0bar_ppbarK2star1430_chrg.dec
new file mode 100644
index 0000000..e0b7c03
--- /dev/null
+++ b/BaBar_2014/B0B0bar_ppbarK2star1430_chrg.dec
@@ -0,0 +1,42 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#             -> p pbar K2star0(1430)                 #     
+#                          |			      #	
+#		            -> K pi                   #
+# Author:  Tetiana Hrynova, SLAC		      #	 
+#			(thrynova@slac.stanford.edu)  #
+# Created: Dec16 2003                                 #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+Alias MyKstar0 K_2*0
+Alias MyantiKstar0 anti-K_2*0
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   p+ anti-p-  MyKstar0        PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             TSS;
+Enddecay
+#
+Decay myAntiB0
+1.000   p+ anti-p-  MyantiKstar0       PHSP;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             TSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_ppbarK3star1780_chrg.dec b/BaBar_2014/B0B0bar_ppbarK3star1780_chrg.dec
new file mode 100644
index 0000000..7f83378
--- /dev/null
+++ b/BaBar_2014/B0B0bar_ppbarK3star1780_chrg.dec
@@ -0,0 +1,42 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#             -> p pbar K3star0(1780)                 #     
+#                          |			      #	
+#		            -> K pi                   #
+# Author:  Tetiana Hrynova, SLAC		      #	 
+#			(thrynova@slac.stanford.edu)  #
+# Created: Dec16 2003                                 #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+Alias MyKstar0 K_3*0
+Alias MyantiKstar0 anti-K_3*0
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   p+ anti-p-  MyKstar0        PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   p+ anti-p-  MyantiKstar0       PHSP;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_ppbarKS.dec b/BaBar_2014/B0B0bar_ppbarKS.dec
new file mode 100644
index 0000000..271804a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_ppbarKS.dec
@@ -0,0 +1,35 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> p pbar K0S                          #     
+#                                                     #
+# Author:  Dieter Best, UCI (best@slac.stanford.edu)  #
+# Created: 17.July.2002                               #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+Alias MyK_S0        K_S0   
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   p+ anti-p-  MyK_S0        PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   p+ anti-p-  MyK_S0        PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_ppbarKpi.dec b/BaBar_2014/B0B0bar_ppbarKpi.dec
new file mode 100644
index 0000000..34b670d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_ppbarKpi.dec
@@ -0,0 +1,31 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> p pbar K+ pi-                       #     
+#						      #	
+# Author:  Tetiana Hrynova, SLAC		      #	 
+#			(thrynova@slac.stanford.edu)  #
+# Created: 30 June 03                                 #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   p+ anti-p-  K+ pi-        PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   p+ anti-p-  K- pi+       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_ppbarKstar.dec b/BaBar_2014/B0B0bar_ppbarKstar.dec
new file mode 100644
index 0000000..754bac4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_ppbarKstar.dec
@@ -0,0 +1,42 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> p pbar Kstar0                       #     
+#                          |			      #	
+#		            -> K pi                   #
+# Author:  Tetiana Hrynova, SLAC		      #	 
+#			(thrynova@slac.stanford.edu)  #
+# Created: 30 June 03                                 #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   p+ anti-p-  MyKstar0        PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay myAntiB0
+1.000   p+ anti-p-  MyantiKstar0       PHSP;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_ppbarKstar1680_chrg.dec b/BaBar_2014/B0B0bar_ppbarKstar1680_chrg.dec
new file mode 100644
index 0000000..32202b7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_ppbarKstar1680_chrg.dec
@@ -0,0 +1,42 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#             -> p pbar Kstar0(1680)                  #     
+#                          |			      #	
+#		            -> K pi                   #
+# Author:  Tetiana Hrynova, SLAC		      #	 
+#			(thrynova@slac.stanford.edu)  #
+# Created: Dec16 2003                                 #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+Alias MyKstar0 K''*0
+Alias MyantiKstar0 anti-K''*0
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   p+ anti-p-  MyKstar0        PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000 K+   pi-             VSS;
+Enddecay
+#
+Decay myAntiB0
+1.000   p+ anti-p-  MyantiKstar0       PHSP;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 K-   pi+             VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_ppbarKstar_Kspi0.dec b/BaBar_2014/B0B0bar_ppbarKstar_Kspi0.dec
new file mode 100644
index 0000000..8c58082
--- /dev/null
+++ b/BaBar_2014/B0B0bar_ppbarKstar_Kspi0.dec
@@ -0,0 +1,47 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> p pbar Kstar0                       #     
+#                          |			      #	
+#		            -> K_S0 pi0               #
+# Author:  Tetiana Hrynova, SLAC		      #	 
+#			(thrynova@slac.stanford.edu)  #
+# Created:  13 Dec 03                                 #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias MyK_S0  K_S0
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   p+ anti-p-  MyKstar0        PHSP;
+Enddecay
+#
+Decay MyKstar0
+1.000 MyK_S0 pi0             VSS;
+Enddecay
+#
+Decay myAntiB0
+1.000   p+ anti-p-  MyantiKstar0       PHSP;
+Enddecay
+#
+Decay MyantiKstar0
+1.000 MyK_S0 pi0             VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_ppbarrho.dec b/BaBar_2014/B0B0bar_ppbarrho.dec
new file mode 100644
index 0000000..0ed2aa4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_ppbarrho.dec
@@ -0,0 +1,30 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B0  B0bar + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> p pbar rho0                         #     
+# Author:  Tetiana Hrynova, SLAC		      #	 
+#			(thrynova@slac.stanford.edu)  #
+# Created: 30 June 03                                 #
+#                                                     #
+#######################################################
+#
+Alias myB0            B0
+Alias myAntiB0   anti-B0
+ChargeConj myB0 myAntiB0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myAntiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.000   p+ anti-p-  rho0        PHSP;
+Enddecay
+#
+Decay myAntiB0
+1.000   p+ anti-p-  rho0       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_pppm.dec b/BaBar_2014/B0B0bar_pppm.dec
new file mode 100644
index 0000000..f2bf850
--- /dev/null
+++ b/BaBar_2014/B0B0bar_pppm.dec
@@ -0,0 +1,35 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> p+ anti-p-,     B0 -> X       # 
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Joe Izen                                #
+# Date:                    11/July/00             #
+# Initial version modified from B0Bar_pipi-.dec   #
+# Note that SSS_CP balks at p pbar.               #
+# Use phase space for now                         #
+###################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+#1.0000 p+ anti-p-                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+1.0000 p+ anti-p-                    PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+#1.0000 p+ anti-p-                    SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+1.0000 p+ anti-p-                    PHSP;
+Enddecay 
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_psi2sXKS.dec b/BaBar_2014/B0B0bar_psi2sXKS.dec
new file mode 100644
index 0000000..3b6fd76
--- /dev/null
+++ b/BaBar_2014/B0B0bar_psi2sXKS.dec
@@ -0,0 +1,49 @@
+###################################################################
+# B0~ --> psi2s K0s            B0 --> Generic                     #
+#         |      |                                                #
+#         |      |-->pi+pi-                                       #
+#         |                                                       #
+#         |                                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->J/psi pi+pi-                                        #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: G. London      17/11/99                                 #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias Mypsi(2S) psi(2S)
+Alias MyK0s K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Myanti-B0
+1.000  Mypsi(2S)  MyK0s        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay Mypsi(2S)
+#0.700  J/psi  pi+ pi-                   PHSP;
+0.700  J/psi  pi+ pi-                   VVPIPI;
+Enddecay 
+#                                       Ks --> pi+ pi- (100%)
+Decay MyK0s
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/B0B0bar_rho0D0_k3pi.dec b/BaBar_2014/B0B0bar_rho0D0_k3pi.dec
new file mode 100644
index 0000000..2af1071
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0D0_k3pi.dec
@@ -0,0 +1,42 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0 rho0                #
+#		              |                     #
+#                             |                     #
+#			      |->K-pi+pi+pi-        #
+#          					    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00     rho0  MyD0                    SVS;
+Enddecay 
+
+Decay MyB0
+1.00    rho0 MyantiD0                 SVS;    
+Enddecay  
+
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_rho0D0_kpi.dec b/BaBar_2014/B0B0bar_rho0D0_kpi.dec
new file mode 100644
index 0000000..a502bf4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0D0_kpi.dec
@@ -0,0 +1,43 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0 rho0                #
+#		              |                     #
+#                             |                     #
+#			      |->K-pi+    	    #
+#          					    #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00     rho0 MyD0                      SVS;
+Enddecay 
+
+Decay MyB0
+1.00    rho0 MyantiD0                      SVS;
+Enddecay 
+
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_rho0D0_kpipi0.dec b/BaBar_2014/B0B0bar_rho0D0_kpipi0.dec
new file mode 100644
index 0000000..7b4684e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0D0_kpipi0.dec
@@ -0,0 +1,40 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> X  anti-B0 -> D0 rho0                #
+#			      |                     #
+#                	      |                     #
+#			      |->K-pi+ pi           #
+#                                                   #
+#                                                   #
+#                                                   #
+# Author: Maha K 	                            #
+# created:08/09/00                                  #
+#                                                   #
+#####################################################
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00   rho0  MyD0 			SVS;
+Enddecay 
+
+Decay MyB0
+1.00   rho0  MyantiD0 			SVS; 
+Enddecay 
+
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_rho0Dstar0_D0gamma_k3pi.dec b/BaBar_2014/B0B0bar_rho0Dstar0_D0gamma_k3pi.dec
new file mode 100644
index 0000000..f2e2e3e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0Dstar0_D0gamma_k3pi.dec
@@ -0,0 +1,52 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 rho0                #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 gamma                  #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+pi+pi-	           #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 rho0                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 rho0               SVV_HELAMP 0.228 0 0.283 0 0.932 0;       Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_rho0Dstar0_D0gamma_kpi.dec b/BaBar_2014/B0B0bar_rho0Dstar0_D0gamma_kpi.dec
new file mode 100644
index 0000000..674ffd6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0Dstar0_D0gamma_kpi.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 rho0                #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 gamma                   #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+	         	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 rho0                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 rho0               SVV_HELAMP 0.228 0 0.283 0 0.932 0;       
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_rho0Dstar0_D0gamma_kpipi0.dec b/BaBar_2014/B0B0bar_rho0Dstar0_D0gamma_kpipi0.dec
new file mode 100644
index 0000000..0fc3ee6
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0Dstar0_D0gamma_kpipi0.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 rho0                #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 gamma                  #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+ pi0	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 rho0                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 rho0               SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyD*0
+0.3810 MyD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyantiD*0
+0.3810 MyantiD0    gamma			VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_k3pi.dec b/BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_k3pi.dec
new file mode 100644
index 0000000..049b00b
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_k3pi.dec
@@ -0,0 +1,52 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 rho0                #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 pi0                    #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+pi+pi-	           #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 rho0                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 rho0               SVV_HELAMP 0.228 0 0.283 0 0.932 0;       Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.076    K- pi+ pi+ pi-           PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.076    K+ pi- pi- pi+           PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_kpi.dec b/BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_kpi.dec
new file mode 100644
index 0000000..63c23ec
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_kpi.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 rho0                #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 pi0                    #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+	         	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 rho0                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 rho0               SVV_HELAMP 0.228 0 0.283 0 0.932 0;       
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.0391   K-  pi+		PHSP;
+Enddecay 
+
+Decay MyantiD0
+0.0391   K+  pi-		PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_kpipi0.dec b/BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_kpipi0.dec
new file mode 100644
index 0000000..46dd919
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0Dstar0_D0pi0_kpipi0.dec
@@ -0,0 +1,52 @@
+############################################################
+#                                                          #
+# Decay: B0 -> X  anti-B0 -> D*(2007)0 rho0                #
+#             		     |                             #
+#             	             |                             #      
+#             		     |-> D0 pi0                    #
+#		                 |                         #
+#                		 |                  	   #
+#				 K- pi+pi+pi-	  	   #
+#                                                 	   #
+#                                                   	   #
+#                                                   	   #
+# Author: Maha K	                                   #
+# created:08/09/00                                         #
+#                                                  	   #
+###########################################################
+
+Alias MyB0             B0
+Alias Myanti-B0        anti-B0
+Alias MyD*0            D*0
+Alias MyantiD*0       anti-D*0
+Alias MyD0             D0
+Alias MyantiD0        anti-D0
+
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay Myanti-B0
+1.00    MyD*0 rho0                   SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyB0
+1.00    MyantiD*0 rho0               SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay 
+
+Decay MyD*0
+0.6190  MyD0   pi0                      VSS;
+Enddecay
+
+Decay MyantiD*0
+0.6190  MyantiD0   pi0                      VSS;
+Enddecay
+
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay 
+
+Decay MyantiD0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+End
diff --git a/BaBar_2014/B0B0bar_rho0Kppim.dec b/BaBar_2014/B0B0bar_rho0Kppim.dec
new file mode 100644
index 0000000..0299a09
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0Kppim.dec
@@ -0,0 +1,35 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho0 K+ pi- (non-resonant)           #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  rho0 K+ pi-          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  rho0 K- pi+          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_rho0Kstar_Kppim.dec b/BaBar_2014/B0B0bar_rho0Kstar_Kppim.dec
new file mode 100644
index 0000000..bd9430f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0Kstar_Kppim.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho0 K*0 -> (pi+pi-)(K+pi-)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  rho0 MyK*0      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho0 MyK*0bar   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rho0Kstar_Kppim_ln.dec b/BaBar_2014/B0B0bar_rho0Kstar_Kppim_ln.dec
new file mode 100644
index 0000000..2fbcabd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0Kstar_Kppim_ln.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho0 K*0 -> (pi+pi-)(K+pi-)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  rho0 MyK*0      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho0 MyK*0bar   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rho0Kstar_Kppim_tr.dec b/BaBar_2014/B0B0bar_rho0Kstar_Kppim_tr.dec
new file mode 100644
index 0000000..c4e61ce
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0Kstar_Kppim_tr.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho0 K*0 -> (pi+pi-)(K+pi-)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  rho0 MyK*0      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho0 MyK*0bar   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rho0gamma.dec b/BaBar_2014/B0B0bar_rho0gamma.dec
new file mode 100644
index 0000000..f835332
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0gamma.dec
@@ -0,0 +1,27 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                             + CC                      #
+#             |    |                                                          #
+#             |     -> rho gamma                                              #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+1.0000 rho0  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myantiB0
+1.0000 rho0  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rho0pi0pi0.dec b/BaBar_2014/B0B0bar_rho0pi0pi0.dec
new file mode 100644
index 0000000..38c3160
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0pi0pi0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B0 -> rho0 pi0 pi0                              #
+#                                                 #
+# Author:  Richard Sloane                         #
+# Email:   sloane@slac.stanford.edu               #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> rho0 pi0 pi0
+# using phase space model (PHSP)
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   rho0 pi0 pi0          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000   rho0 pi0 pi0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_rho0pippim.dec b/BaBar_2014/B0B0bar_rho0pippim.dec
new file mode 100644
index 0000000..cb476e1
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0pippim.dec
@@ -0,0 +1,35 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho0 pi+ pi- (non-resonant)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  rho0 pi+ pi-         PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  rho0 pi- pi+         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_rho0rho0.dec b/BaBar_2014/B0B0bar_rho0rho0.dec
new file mode 100644
index 0000000..968110f
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0rho0.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho0 rho0 -> (pi+pi-)(pi+pi-)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Tansverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  rho0 rho0      SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho0 rho0      SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rho0rho0_ln.dec b/BaBar_2014/B0B0bar_rho0rho0_ln.dec
new file mode 100644
index 0000000..09cbb78
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0rho0_ln.dec
@@ -0,0 +1,44 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho0 rho0 -> (pi+pi-)(pi+pi-)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/10/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Tansverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  rho0 rho0      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho0 rho0      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rho0rho0_tr.dec b/BaBar_2014/B0B0bar_rho0rho0_tr.dec
new file mode 100644
index 0000000..7b7c5d4
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho0rho0_tr.dec
@@ -0,0 +1,44 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho0 rho0 -> (pi+pi-)(pi+pi-)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/10/2000                                     #
+# Changed:  09/25/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Tansverse polarization: SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0; ***
+# Longitud. polarization: SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  rho0 rho0      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho0 rho0      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhoClnu_FLATQ2.dec b/BaBar_2014/B0B0bar_rhoClnu_FLATQ2.dec
new file mode 100644
index 0000000..162bfe2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhoClnu_FLATQ2.dec
@@ -0,0 +1,41 @@
+###############################################################################
+# This is a DECAY.DEC file for B0 -> rhoC l nu:                               #
+#   Up(4S) -> B0  B0bar                                 + CC                  #
+#             |    |                                                          #
+#             |     -> rho+  l- nu_bar (l = e or mu)                          # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# CONTACT: cote@slac.stanford.edu                                             #
+#                                                                             #
+###############################################################################
+# Create our own versions of B0, B0bar which will decay to rhoC l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to rhoC l nu
+#
+Decay myantiB0
+0.500   rho+   e-   anti-nu_e          FLATQ2;
+0.500   rho+   mu-   anti-nu_mu        FLATQ2;
+Enddecay
+Decay myB0
+0.500   rho-   e+   nu_e         FLATQ2;
+0.500   rho-   mu+  nu_mu        FLATQ2;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0B0bar_rho_DmKpipi.dec b/BaBar_2014/B0B0bar_rho_DmKpipi.dec
new file mode 100644
index 0000000..26e26a7
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho_DmKpipi.dec
@@ -0,0 +1,46 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D- rho+   anti-B0 -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  K+ pi- pi-			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD- 		D-
+Alias MyD+ 		D+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	rho+ MyD-    			SVS;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	rho- MyD+		     	SVS;
+Enddecay 
+#
+Decay MyD-
+1.0000  K+ pi- pi-			D_DALITZ;
+Enddecay
+#
+Decay MyD+
+1.0000  K- pi+ pi+                      D_DALITZ;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_rho_DmKspi.dec b/BaBar_2014/B0B0bar_rho_DmKspi.dec
new file mode 100644
index 0000000..b175126
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho_DmKspi.dec
@@ -0,0 +1,46 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D- rho+   anti-B0 -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  K_S0 pi-			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: Kelly E. Ford                             #
+# created: 11 Mar 2003   			    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD- 		D-
+Alias MyD+ 		D+
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	rho+ MyD-    			SVS;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	rho- MyD+		     	SVS;
+Enddecay 
+#
+Decay MyD-
+1.0000  K_S0 pi-			PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000  K_S0 pi+                        PHSP;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_rho_DstarmpiD0barmK3pi.dec b/BaBar_2014/B0B0bar_rho_DstarmpiD0barmK3pi.dec
new file mode 100644
index 0000000..3408045
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho_DstarmpiD0barmK3pi.dec
@@ -0,0 +1,56 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- rho+   anti-B0 -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> K pi+ pi- pi+		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- rho+      		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ rho-		     	SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi- pi+ pi-			PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi- pi+			PHSP;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/B0B0bar_rho_DstarmpiD0barmKpi.dec b/BaBar_2014/B0B0bar_rho_DstarmpiD0barmKpi.dec
new file mode 100644
index 0000000..b6f84b2
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho_DstarmpiD0barmKpi.dec
@@ -0,0 +1,57 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- rho+   anti-B0 -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> K+ pi-			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- rho+      		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ rho-		     	SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi-				PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+				PHSP;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_rho_DstarmpiD0barmKpipi0.dec b/BaBar_2014/B0B0bar_rho_DstarmpiD0barmKpipi0.dec
new file mode 100644
index 0000000..2b0838e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho_DstarmpiD0barmKpipi0.dec
@@ -0,0 +1,56 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- rho+   anti-B0 -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> K+ pi- pi0		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- rho+      		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ rho-		     	SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi- pi0			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi0			D_DALITZ;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/B0B0bar_rho_DstarmpiD0barmKspipi.dec b/BaBar_2014/B0B0bar_rho_DstarmpiD0barmKspipi.dec
new file mode 100644
index 0000000..85f4f33
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rho_DstarmpiD0barmKspipi.dec
@@ -0,0 +1,74 @@
+#####################################################
+#                                                   #
+# Decay: B0 -> D*(2010)- rho+   anti-B0 -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0bar pi-			    #
+#		   |-> Ks pi+ pi-		    #
+#			|-> pi+ pi-		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+#
+Alias MyB0 		 B0
+Alias Myanti-B0 	 anti-B0
+Alias MyD*- 		D*-
+Alias MyD*+ 		D*+
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+Alias MyKs		K_S0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.00	MyD*- rho+      		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-B0
+1.00	MyD*+ rho-		     	SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*-
+1.0000  Myanti-D0   pi-			VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	MyK0  pi- pi+ 			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	Myanti-K0  pi+ pi- 			D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00	pi+ pi-				PHSP;
+Enddecay
+#
+
+#
+End
+
diff --git a/BaBar_2014/B0B0bar_rhogamma.dec b/BaBar_2014/B0B0bar_rhogamma.dec
new file mode 100644
index 0000000..f51935e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhogamma.dec
@@ -0,0 +1,29 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B0  B0bar                             + CC                      #
+#             |    |                                                          #
+#             |     -> rho gamma, omega gamma                                 #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+###############################################################################
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+Decay myB0
+0.5000 rho0  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+0.5000 omega gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myantiB0
+0.5000 rho0  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+0.5000 omega gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rholnu.dec b/BaBar_2014/B0B0bar_rholnu.dec
new file mode 100644
index 0000000..2baac46
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rholnu.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for B -> rho l nu:                                 #
+#   Up(4S) -> B0  B0bar                                 + CC                  #
+#             |    |                                                          #
+#             |     -> rho+  l- nu_bar (l = e or mu)                          # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+#                                                                             #
+# Mail: NATALIA@SLAC.STANFORD.EDU
+###############################################################################
+# Create our own versions of B0, B0bar which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to rho l nu
+#
+Decay myantiB0
+0.500   rho+   e-   anti-nu_e          PHOTOS   ISGW2;
+0.500   rho+   mu-   anti-nu_mu        PHOTOS   ISGW2;
+Enddecay
+Decay myB0
+0.500   rho-   e+   nu_e          PHOTOS   ISGW2;
+0.500   rho-   mu+  nu_mu        PHOTOS   ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_rholnu_lcsr.dec b/BaBar_2014/B0B0bar_rholnu_lcsr.dec
new file mode 100644
index 0000000..212204a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rholnu_lcsr.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for B -> rho l nu:                                 #
+#   Up(4S) -> B0  B0bar                                 + CC                  #
+#             |    |                                                          #
+#             |     -> rho+  l- nu_bar (l = e or mu)                          # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+#                                                                             #
+# LCSR model
+###############################################################################
+# Create our own versions of B0, B0bar which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to rho l nu
+#
+Decay myantiB0
+0.500   rho+   e-   anti-nu_e          PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+0.500   rho+   mu-   anti-nu_mu        PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+Enddecay
+Decay myB0
+0.500   rho-   e+   nu_e          PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+0.500   rho-   mu+  nu_mu         PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_rholnu_phsp.dec b/BaBar_2014/B0B0bar_rholnu_phsp.dec
new file mode 100644
index 0000000..8156e2e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rholnu_phsp.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for B -> rho l nu:                                 #
+#   Up(4S) -> B0  B0bar                                 + CC                  #
+#             |    |                                                          #
+#             |     -> rho+  l- nu_bar (l = e or mu)                          # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+#                                                                             #
+# Phase space
+###############################################################################
+# Create our own versions of B0, B0bar which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 myB0 myantiB0 VSS_BMIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to rho l nu
+#
+Decay myantiB0
+0.500   rho+   e-   anti-nu_e          PHOTOS   PHSP;
+0.500   rho+   mu-   anti-nu_mu        PHOTOS   PHSP;
+Enddecay
+Decay myB0
+0.500   rho-   e+   nu_e          PHOTOS   PHSP;
+0.500   rho-   mu+  nu_mu        PHOTOS   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_rhomKSpip.dec b/BaBar_2014/B0B0bar_rhomKSpip.dec
new file mode 100644
index 0000000..eaee123
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhomKSpip.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho- KS pi+ (non-resonant)          #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  rho- MyK_S0 pi+          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  rho+ MyK_S0 pi-          PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_rhomKppi0.dec b/BaBar_2014/B0B0bar_rhomKppi0.dec
new file mode 100644
index 0000000..52c7a3d
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhomKppi0.dec
@@ -0,0 +1,35 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho- K+ pi0 (non-resonant)          #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  rho- K+ pi0          PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  rho+ K- pi0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_rhomKstar_K0Lpip_ln.dec b/BaBar_2014/B0B0bar_rhomKstar_K0Lpip_ln.dec
new file mode 100644
index 0000000..4042a94
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhomKstar_K0Lpip_ln.dec
@@ -0,0 +1,52 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho- K*+ -> (pi-pi0)(K0Lpi+)        #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Mathew Graham                                    #
+# Created:  04/19/2004                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+#  Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  rho- MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K_L0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K_L0 pi-          VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhomKstar_K0pip.dec b/BaBar_2014/B0B0bar_rhomKstar_K0pip.dec
new file mode 100644
index 0000000..4fa1641
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhomKstar_K0pip.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho- K*+ -> (pi-pi0)(K0pi+)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+#  Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  rho- MyK*+      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ MyK*-      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhomKstar_K0pip_ln.dec b/BaBar_2014/B0B0bar_rhomKstar_K0pip_ln.dec
new file mode 100644
index 0000000..41c945a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhomKstar_K0pip_ln.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho- K*+ -> (pi-pi0)(K0pi+)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+#  Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  rho- MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhomKstar_K0pip_tr.dec b/BaBar_2014/B0B0bar_rhomKstar_K0pip_tr.dec
new file mode 100644
index 0000000..b98cd57
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhomKstar_K0pip_tr.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho- K*+ -> (pi-pi0)(K0pi+)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+#  Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  rho- MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhomKstar_Kppi0.dec b/BaBar_2014/B0B0bar_rhomKstar_Kppi0.dec
new file mode 100644
index 0000000..ac0e091
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhomKstar_Kppi0.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho- K*+ -> (pi-pi0)(K+pi0)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+#  Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  rho- MyK*+      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ MyK*-      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhomKstar_Kppi0_ln.dec b/BaBar_2014/B0B0bar_rhomKstar_Kppi0_ln.dec
new file mode 100644
index 0000000..9d2c2d9
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhomKstar_Kppi0_ln.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho- K*+ -> (pi-pi0)(K+pi0)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+#  Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  rho- MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhomKstar_Kppi0_tr.dec b/BaBar_2014/B0B0bar_rhomKstar_Kppi0_tr.dec
new file mode 100644
index 0000000..8b18105
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhomKstar_Kppi0_tr.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho- K*+ -> (pi-pi0)(K+pi0)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+#  Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  rho- MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhompippi0.dec b/BaBar_2014/B0B0bar_rhompippi0.dec
new file mode 100644
index 0000000..5c131bd
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhompippi0.dec
@@ -0,0 +1,35 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho- pi+ pi0 (non-resonant)         #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.000  rho- pi+ pi0         PHSP;
+Enddecay
+#
+Decay MyB0bar
+1.000  rho+ pi- pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_rhopDm_Dtoepi0nue.dec b/BaBar_2014/B0B0bar_rhopDm_Dtoepi0nue.dec
new file mode 100644
index 0000000..32e272e
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhopDm_Dtoepi0nue.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B0 -> rho+  D-                                  #
+#             |                                   #
+#             ----> pi0 e- anti-nu_e              #
+#                                                 #
+# Author:  Richard Sloane                         #
+# Email:   sloane@slac.stanford.edu               #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B0 -> pi0 e- nu_e
+# using Scalar to Vector Scalar model (SVS)
+# forcing D- -> pi0 e- nu_e
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD- D-
+Alias MyD+ D+
+#
+# include B0 B0bar mixing
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.000   rho+ MyD-             SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.000   rho- MyD+             SVS;
+Enddecay
+#
+Decay MyD-
+1.000   pi0  e-  anti-nu_e    PHOTOS    ISGW2;
+Enddecay
+#
+Decay MyD+
+1.000   pi0  e+  nu_e         PHOTOS    ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_rhoprho0pim.dec b/BaBar_2014/B0B0bar_rhoprho0pim.dec
new file mode 100644
index 0000000..5c196b0
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhoprho0pim.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# Decay: B0 -> rho+ rho0 pi- + cc                 #
+#                                                 #
+# Author: I. Forster                              #
+# Created:                   13/05/03             #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay Myanti-B0
+1.0000 rho+ rho0 pi-                   PHSP;
+1.0000 rho- rho0 pi+                   PHSP;
+Enddecay 
+#
+Decay MyB0
+1.0000 rho0 rho+ pi-                   PHSP ;
+1.0000 rho0 rho- pi+                   PHSP;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/B0B0bar_rhoprhom.dec b/BaBar_2014/B0B0bar_rhoprhom.dec
new file mode 100644
index 0000000..fcbe1e3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhoprhom.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho+ rho- -> (pi+pi0)(pi-pi0)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/10/2000                                     #
+# Changed:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#Decay Upsilon(4S)
+#1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+#Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Tansverse polarization: SVV_CP alpha dm 1  1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_CP alpha dm 1  0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  rho+ rho-      SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ rho-      SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhoprhom_ln.dec b/BaBar_2014/B0B0bar_rhoprhom_ln.dec
new file mode 100644
index 0000000..cc94eaf
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhoprhom_ln.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho+ rho- -> (pi+pi0)(pi-pi0)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/10/2000                                     #
+# Changed:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+# 
+# Decay Upsilon(4S)
+# 1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+# Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Tansverse polarization: SVV_CP alpha dm 1  1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_CP alpha dm 1  0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  rho+ rho-      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ rho-      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhoprhom_ln_C0.8.dec b/BaBar_2014/B0B0bar_rhoprhom_ln_C0.8.dec
new file mode 100644
index 0000000..b4888d3
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhoprhom_ln_C0.8.dec
@@ -0,0 +1,56 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho+ rho- -> (pi+pi0)(pi-pi0)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Adrian Bevan 
+# e-mail: bevan@slac.stanford.edu                          #
+# Created:  15/12/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+#S=0.4
+Define alpha 1.365
+# C = 0.8
+#   C = -Acp.  Acp = (Nbbar - Nb)/(       +      )
+# -> Pr(MyB0) = 0.5 ---> Pr(MyB0) = 0.9  
+# -> Pr(MyB0bar) = 0.5 ---> Pr(MyB0bar) = 0.1  
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.747 MyB0  anti-B0                   VSS_MIX dm;
+0.083 MyB0bar B0                      VSS_MIX dm;
+0.017 MyB0bar anti-B0                 VSS_MIX dm;
+0.153 MyB0  B0                        VSS_MIX dm;
+#0.4150 MyB0  anti-B0                   VSS_MIX dm;
+#0.4150 MyB0bar B0                      VSS_MIX dm;
+#0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+#0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+# 
+# Decay Upsilon(4S)
+# 1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+# Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Tansverse polarization: SVV_CP alpha dm 1  1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_CP alpha dm 1  0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  rho+ rho-      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ rho-      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhoprhom_ln_S0.8.dec b/BaBar_2014/B0B0bar_rhoprhom_ln_S0.8.dec
new file mode 100644
index 0000000..8afd6d5
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhoprhom_ln_S0.8.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho+ rho- -> (pi+pi0)(pi-pi0)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Adrian Bevan
+# e-mail: bevan@slac.stanford.edu                        #
+# Created:  15/12/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+# S = 0.8 
+Define alpha 0.46365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+# 
+# Decay Upsilon(4S)
+# 1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+# Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Tansverse polarization: SVV_CP alpha dm 1  1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_CP alpha dm 1  0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB0
+1.0000  rho+ rho-      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ rho-      SVV_CP alpha dm 1 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhoprhom_tr.dec b/BaBar_2014/B0B0bar_rhoprhom_tr.dec
new file mode 100644
index 0000000..c2e7619
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhoprhom_tr.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> rho+ rho- -> (pi+pi0)(pi-pi0)       #
+#             B0bar -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/10/2000                                     #
+# Changed:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB0 B0
+Alias MyB0bar anti-B0
+Define dm .464e12
+Define alpha 1.365
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.4150 MyB0  anti-B0                   VSS_MIX dm;
+0.4150 MyB0bar B0                      VSS_MIX dm;
+0.0850 MyB0bar anti-B0                 VSS_MIX dm;
+0.0850 MyB0  B0                        VSS_MIX dm;
+Enddecay
+#
+#Decay Upsilon(4S)
+#1.000 B0 anti-B0 MyB0 MyB0bar VSS_BMIX dm;
+#Enddecay
+#
+# 'Scalar -> Vector Vector'
+# Tansverse polarization: SVV_CP alpha dm 1  1.0 0.0 0.0 0.0 1.0 0.0; ***
+# Longitud. polarization: SVV_CP alpha dm 1  0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB0
+1.0000  rho+ rho-      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB0bar
+1.0000  rho+ rho-      SVV_CP alpha dm 1 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/B0B0bar_rhoprhompi0.dec b/BaBar_2014/B0B0bar_rhoprhompi0.dec
new file mode 100644
index 0000000..e2acb12
--- /dev/null
+++ b/BaBar_2014/B0B0bar_rhoprhompi0.dec
@@ -0,0 +1,25 @@
+###################################################
+#                                                 #
+# Decay: B0 -> rho+ rho - pi0 + cc                #
+#                                                 #
+# Author: I. Forster                              #
+# Created:                   13/5/03              #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0     VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 rho+ rho- pi0     PHSP;
+Enddecay
+#
+Decay MyB0
+1.0000 rho- rho+ pi0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0B0bar_tauptaum.dec b/BaBar_2014/B0B0bar_tauptaum.dec
new file mode 100644
index 0000000..1fb4c9a
--- /dev/null
+++ b/BaBar_2014/B0B0bar_tauptaum.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> tau+ tau-,      B0 -> X       # 
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Joe Izen                                #
+# Date:                    Sep 28, 2000           #
+###################################################
+#
+#
+Define alpha 1.365
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+#
+Decay MyB0
+1.0000 tau+ tau-                    SLL;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 tau+ tau-                    SLL;
+Enddecay 
+#
+End
+
diff --git a/BaBar_2014/B0Bch_Breco_DK_Cocktail.dec b/BaBar_2014/B0Bch_Breco_DK_Cocktail.dec
new file mode 100644
index 0000000..607ff0d
--- /dev/null
+++ b/BaBar_2014/B0Bch_Breco_DK_Cocktail.dec
@@ -0,0 +1,362 @@
+##########################################################################
+#                                                                        #
+# Cocktail for B -> DK decays                                            #
+#                                                                        #
+# D*+,D0 decays taken directly from B0B0bar_Breco_DX+DstarX_cocktail.dec #
+#                                                                        #
+# In order to avoid re-weighting of D0 decays from breco cocktail,       #
+# some particles have been given two aliases.  These allow us to define  #
+# different decay modes of the particle depending on its mother (i.e.,   #
+# we are only interested in the K+pi- decay of the K*0 when it           #
+# contributes to the D0 -> K3pi branching fraction, but we'd like to     #
+# have it also decay to Ks pi0 in B -> D K* decays)                      #
+# The most overlap occurs with D0cp daughters where we care about        #
+# reconstructing different final states than were used to make the       #
+# D0->K3pi branching ratio correct                                       #
+#                                                                        #
+#                                                                        #
+# Author: Stephen Levy, UCSB                                             #
+# Date:   October 14, 2002                                               #
+#                                                                        #
+##########################################################################
+#
+# Define alias
+#
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyB+       B+
+Alias MyB-       B-
+Alias MyD*-      D*-
+Alias MyD*+      D*+
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD-       D-
+Alias MyD+       D+
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+#
+Alias NewK*+      K*+
+Alias NewK*-      K*-
+Alias NewK*0      K*0
+Alias NewAnti-K*0 anti-K*0
+Alias NewOmega    omega
+Alias NewEta      eta
+Alias NewEtap     eta'
+Alias NewPhi      phi
+#
+###################################################
+# Begin the decays
+###################################################
+#
+Decay Upsilon(4S)
+0.20698 MyB0  anti-B0                   VSS_MIX dm;
+0.20698 Myanti-B0  B0                   VSS_MIX dm;
+0.04301 Myanti-B0 anti-B0               VSS_MIX dm;
+0.04301 MyB0  B0                        VSS_MIX dm;
+0.250 MyB+ B-                          VSS;
+0.250 MyB- B+                          VSS;
+Enddecay
+#
+####
+#
+Decay MyB0
+# Total Branching Frac = 5.62e-3
+###################################################
+# B0 -> D- K+; From PDG 2002 (same for conj. below)
+# Partial Br Fr = 1.15e-3
+###################################################
+0.00020   MyD-        K+               PHSP;
+0.00020   MyD*-       K+               SVS;
+0.00037   NewK*+      MyD-             SVS;
+# helicity amplitude taken from D*- rho+
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+0.00038   MyD*-       NewK*+           SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+###################################################
+# B0 -> D0bar K0; Estimate from D0bar pi0 PDG 2002
+# Partial Br Fr = 8.0e-5
+###################################################
+#
+# bf(B0 -> D0bar pi0) = 2.9e-4
+# bf(B0 -> D0bar Ks)  = 2.9e-4 * |Vus/Vud|^2 * bf(Ks->pi+pi-)
+#                     = 1.0e-5
+0.000010  Myanti-D0   MyK0             PHSP;
+0.000010  Myanti-D*0  MyK0             SVS;
+0.000030  NewK*0      MyD0             SVS;
+0.000030  Myanti-D*0  NewK*0           SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+#########################################################
+# Three body decays estimated by Troels Petersen
+#  Ks decays have been corrected by (1/2)*(0.686) ~ (1/3)
+# Partial Br Fr = 2.98e-3
+#########################################################
+0.0005    MyD-        K+          pi0  PHSP;
+0.0002    MyD-        MyKs        pi+  PHSP;
+0.0001    Myanti-D0   K+          pi-  PHSP;
+0.00003   Myanti-D0   MyKs        pi0  PHSP;
+0.0004    MyD*-       K+          pi0  PHSP;
+0.0001    MyD*-       MyKs        pi+  PHSP;
+0.00008   Myanti-D*0  K+          pi-  PHSP;
+0.00002   Myanti-D*0  MyKs        pi0  PHSP;
+0.0012    MyD-        NewK*+      pi0  PHSP;
+0.00005   MyD-        NewK*0      pi+  PHSP;
+0.0001    Myanti-D0   NewK*+      pi-  PHSP;
+0.0001    Myanti-D0   NewK*0      pi0  PHSP;
+#########################################################
+# Four body decays estimated by Troels Petersen
+#  Ks decays have been corrected by (1/2)*(0.686) ~ (1/3)
+# Partial Br Fr = 1.41e-3
+#########################################################
+0.00001   Myanti-D0  MyKs  pi0  pi0    PHSP;
+0.0001    Myanti-D0  MyKs  pi+  pi-    PHSP;
+0.0004    Myanti-D0  K+    pi-  pi0    PHSP;
+0.0003    MyD-       MyKs  pi+  pi0    PHSP;
+0.0004    MyD-       K+    pi0  pi0    PHSP;
+0.0002    MyD-       K+    pi+  pi-    PHSP;
+Enddecay
+#
+Decay Myanti-B0
+# D+ K-
+0.00020   MyD+        K-               PHSP;
+0.00020   MyD*+       K-               SVS;
+0.00037   NewK*-      MyD+             SVS;
+0.00038   MyD*+       NewK*-           SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+# D0 K0bar
+0.000010  MyD0        Myanti-K0        PHSP;
+0.000010  MyD*0       Myanti-K0        SVS;
+0.000030  NewAnti-K*0 Myanti-D0        SVS;
+0.000030  MyD*0       NewAnti-K*0      SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+# Three Body
+0.0005    MyD+        K-          pi0  PHSP;
+0.0002    MyD+        MyKs        pi-  PHSP;
+0.0001    MyD0        K-          pi+  PHSP;
+0.00003   MyD0        MyKs        pi0  PHSP;
+0.0004    MyD*+       K-          pi0  PHSP;
+0.0001    MyD*+       MyKs        pi-  PHSP;
+0.00008   MyD*0       K-          pi+  PHSP;
+0.00002   MyD*0       MyKs        pi0  PHSP;
+0.0012    MyD+        NewK*-      pi0  PHSP;
+0.00005   MyD+        NewAnti-K*0 pi-  PHSP;
+0.0001    MyD0        NewK*-      pi+  PHSP;
+0.0001    MyD0        NewAnti-K*0 pi0  PHSP;
+# Four Body
+0.00001   MyD0       MyKs  pi0  pi0    PHSP;
+0.0001    MyD0       MyKs  pi-  pi+    PHSP;
+0.0004    MyD0       K-    pi+  pi0    PHSP;
+0.0003    MyD+       MyKs  pi-  pi0    PHSP;
+0.0004    MyD+       K-    pi0  pi0    PHSP;
+0.0002    MyD+       K-    pi-  pi+    PHSP;
+Enddecay
+#
+####
+#
+Decay MyB+
+# Total Br Fr = 5.61e-3
+###################################################
+# B+ -> D0bar K+; From PDG 2002
+# Partial Br Fr = 2.06e-3
+###################################################
+0.00037   Myanti-D0   K+               PHSP;
+0.00036   Myanti-D*0  K+               SVS;
+0.00061   NewK*+      Myanti-D0        SVS;
+0.00072   Myanti-D*0  NewK*+           SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+###################################################
+# Three body decays estimated by Troels Petersen
+# Partial Br Fr = 2.55e-3
+###################################################
+0.0002    Myanti-D0   MyKs    pi+      PHSP;
+0.00010   Myanti-D0   K+      pi0      PHSP;
+0.00005   MyD-        K+      pi+      PHSP;
+0.0004    Myanti-D*0  K+      pi0      PHSP;
+0.0001    Myanti-D*0  MyKs    pi+      PHSP;
+0.0002    MyD*-       K+      pi+      PHSP;
+0.0012    Myanti-D0   NewK*+  pi0      PHSP;
+0.0002    Myanti-D0   NewK*0  pi+      PHSP;
+0.0001    MyD-        NewK*+  pi+      PHSP;
+###################################################
+# Four body decays estimated by Troels Petersen
+# Partial Br Fr = 1.0e-3
+###################################################
+0.0003   Myanti-D0  MyKs  pi+  pi0     PHSP;
+0.0004   Myanti-D0  K+    pi0  pi0     PHSP;
+0.0001   MyD-       MyKs  pi+  pi+     PHSP;
+0.0002   MyD-       K+    pi+  pi0     PHSP;
+Enddecay
+#
+Decay MyB-
+# D0 K-
+0.00037   MyD0        K-               PHSP;
+0.00036   MyD*0       K-               SVS;
+0.00061   NewK*-      MyD0             SVS;
+0.00072   MyD*0       NewK*-           SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+# Three body
+0.0002    MyD0    MyKs        pi-      PHSP;
+0.00010   MyD0    K-          pi0      PHSP;
+0.00005   MyD+    K-          pi-      PHSP;
+0.0004    MyD*0   K-          pi0      PHSP;
+0.0001    MyD*0   MyKs        pi-      PHSP;
+0.0002    MyD*+   K-          pi-      PHSP;
+0.0012    MyD0    NewK*-      pi0      PHSP;
+0.0002    MyD0    NewAnti-K*0 pi-      PHSP;
+0.0001    MyD+    NewK*-      pi-      PHSP;
+# Four body
+0.0003    MyD0    MyKs  pi-  pi0       PHSP;
+0.0004    MyD0    K-    pi0  pi0       PHSP;
+0.0001    MyD+    MyKs  pi-  pi-       PHSP;
+0.0002    MyD+    K-    pi-  pi0       PHSP;
+Enddecay
+#
+####
+#
+Decay MyD*0
+0.6190    MyD0  pi0           VSS;
+0.3810    MyD0  gamma         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0      VSS;
+0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+#
+####
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-        VSS;
+0.312  MyD-  pi0              VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+             VSS;
+0.312  MyD+   pi0             VSS;
+Enddecay
+#
+####
+#
+Decay NewK*+
+# bf(Ks pi+) = (2/3) * (1/2) * bf(ks->pipi)
+0.2287  MyKs  pi+             VSS;
+0.3333  K+    pi0             VSS;
+Enddecay
+#
+Decay NewK*-
+0.2287  MyKs  pi-             VSS;
+0.3333  K-    pi0             VSS;
+Enddecay
+#
+####
+#
+Decay NewK*0
+0.6667  K+    pi-             VSS;
+# bf(Ks pi0) = (1/3) * (1/2) * bf(ks->pipi)
+0.1143  MyKs  pi0             VSS;
+Enddecay
+#
+Decay NewAnti-K*0
+0.6667  K-    pi+             VSS;
+0.1143  MyKs  pi0             VSS;
+Enddecay
+#
+####
+#
+Decay MyD-
+0.901  K+ pi- pi-             D_DALITZ;
+0.099  MyKs pi-               PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+             D_DALITZ;
+0.099  MyKs pi+               PHSP;
+Enddecay
+#
+####
+#
+Decay MyD0
+0.142     K-  pi+             PHSP;
+0.513     K-  pi+  pi0        D_DALITZ;
+0.068     Myanti-K0 pi+ pi-   D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-           SVS;
+0.0123    MyK_1- pi+          SVS;
+0.0375    Myanti-K*0 pi+ pi-  PHSP;
+0.0194    K- pi+ rho0         PHSP;
+0.0462    K- pi+ pi+ pi-      PHSP;
+0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-           PHSP;
+0.513     K+    pi-  pi0      D_DALITZ;
+0.068     MyK0 pi- pi+        D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+           SVS;
+0.0123    MyK_1+ pi-          SVS;
+0.0375    MyK*0 pi- pi+       PHSP;
+0.0194    K+ pi- rho0         PHSP;
+0.0462    K+ pi- pi- pi+      PHSP;
+0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+####
+#
+Decay MyK0
+1.000     MyKs                PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-             PHSP;
+Enddecay
+#
+####
+#
+Decay Mya_1+
+1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+####
+#
+Decay MyK_1+
+0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+            PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-            PHSP;
+Enddecay
+#
+####
+#
+Decay MyK*0
+1.0000  K+ pi-                VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                VSS;
+Enddecay
+#
+####
+#
+Decay Myomega
+1.0000  pi- pi+               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/B0Bch_Breco_DK_D0CP_Cocktail.dec b/BaBar_2014/B0Bch_Breco_DK_D0CP_Cocktail.dec
new file mode 100644
index 0000000..e90562e
--- /dev/null
+++ b/BaBar_2014/B0Bch_Breco_DK_D0CP_Cocktail.dec
@@ -0,0 +1,394 @@
+##########################################################################
+#                                                                        #
+# Cocktail for B -> DK decays                                            #
+#                                                                        #
+# D*+,D0 decays taken directly from B0B0bar_Breco_DX+DstarX_cocktail.dec #
+#                                                                        #
+# In order to avoid re-weighting of D0 decays from breco cocktail,       #
+# some particles have been given two aliases.  These allow us to define  #
+# different decay modes of the particle depending on its mother (i.e.,   #
+# we are only interested in the K+pi- decay of the K*0 when it           #
+# contributes to the D0 -> K3pi branching fraction, but we'd like to     #
+# have it also decay to Ks pi0 in B -> D K* decays)                      #
+# The most overlap occurs with D0cp daughters where we care about        #
+# reconstructing different final states than were used to make the       #
+# D0->K3pi branching ratio correct                                       #
+#                                                                        #
+#                                                                        #
+# Author: Stephen Levy, UCSB                                             #
+# Date:   October 14, 2002                                               #
+#                                                                        #
+##########################################################################
+#
+# Define alias
+#
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyB+       B+
+Alias MyB-       B-
+Alias MyD*-      D*-
+Alias MyD*+      D*+
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD-       D-
+Alias MyD+       D+
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+#
+Alias NewK*+      K*+
+Alias NewK*-      K*-
+Alias NewK*0      K*0
+Alias NewAnti-K*0 anti-K*0
+Alias NewOmega    omega
+Alias NewEta      eta
+Alias NewEtap     eta'
+Alias NewPhi      phi
+#
+###################################################
+# Begin the decays
+###################################################
+#
+Decay Upsilon(4S)
+0.20698 MyB0  anti-B0                   VSS_MIX dm;
+0.20698 Myanti-B0  B0                   VSS_MIX dm;
+0.04301 Myanti-B0 anti-B0               VSS_MIX dm;
+0.04301 MyB0  B0                        VSS_MIX dm;
+0.250 MyB+ B-                          VSS;
+0.250 MyB- B+                          VSS;
+Enddecay
+#
+####
+#
+Decay MyB0
+# Total Branching Frac = 5.62e-3
+###################################################
+# B0 -> D- K+; From PDG 2002 (same for conj. below)
+# Partial Br Fr = 1.15e-3
+###################################################
+0.00020   MyD-        K+               PHSP;
+0.00020   MyD*-       K+               SVS;
+0.00037   NewK*+      MyD-             SVS;
+# helicity amplitude taken from D*- rho+
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+0.00038   MyD*-       NewK*+           SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+###################################################
+# B0 -> D0bar K0; Estimate from D0bar pi0 PDG 2002
+# Partial Br Fr = 8.0e-5
+###################################################
+#
+# bf(B0 -> D0bar pi0) = 2.9e-4
+# bf(B0 -> D0bar Ks)  = 2.9e-4 * |Vus/Vud|^2 * bf(Ks->pi+pi-)
+#                     = 1.0e-5
+0.000010  Myanti-D0   MyK0             PHSP;
+0.000010  Myanti-D*0  MyK0             SVS;
+0.000030  NewK*0      MyD0             SVS;
+0.000030  Myanti-D*0  NewK*0           SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+#########################################################
+# Three body decays estimated by Troels Petersen
+#  Ks decays have been corrected by (1/2)*(0.686) ~ (1/3)
+# Partial Br Fr = 2.98e-3
+#########################################################
+0.0005    MyD-        K+          pi0  PHSP;
+0.0002    MyD-        MyKs        pi+  PHSP;
+0.0001    Myanti-D0   K+          pi-  PHSP;
+0.00003   Myanti-D0   MyKs        pi0  PHSP;
+0.0004    MyD*-       K+          pi0  PHSP;
+0.0001    MyD*-       MyKs        pi+  PHSP;
+0.00008   Myanti-D*0  K+          pi-  PHSP;
+0.00002   Myanti-D*0  MyKs        pi0  PHSP;
+0.0012    MyD-        NewK*+      pi0  PHSP;
+0.00005   MyD-        NewK*0      pi+  PHSP;
+0.0001    Myanti-D0   NewK*+      pi-  PHSP;
+0.0001    Myanti-D0   NewK*0      pi0  PHSP;
+#########################################################
+# Four body decays estimated by Troels Petersen
+#  Ks decays have been corrected by (1/2)*(0.686) ~ (1/3)
+# Partial Br Fr = 1.41e-3
+#########################################################
+0.00001   Myanti-D0  MyKs  pi0  pi0    PHSP;
+0.0001    Myanti-D0  MyKs  pi+  pi-    PHSP;
+0.0004    Myanti-D0  K+    pi-  pi0    PHSP;
+0.0003    MyD-       MyKs  pi+  pi0    PHSP;
+0.0004    MyD-       K+    pi0  pi0    PHSP;
+0.0002    MyD-       K+    pi+  pi-    PHSP;
+Enddecay
+#
+Decay Myanti-B0
+# D+ K-
+0.00020   MyD+        K-               PHSP;
+0.00020   MyD*+       K-               SVS;
+0.00037   NewK*-      MyD+             SVS;
+0.00038   MyD*+       NewK*-           SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+# D0 K0bar
+0.000010  MyD0        Myanti-K0        PHSP;
+0.000010  MyD*0       Myanti-K0        SVS;
+0.000030  NewAnti-K*0 Myanti-D0        SVS;
+0.000030  MyD*0       NewAnti-K*0      SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+# Three Body
+0.0005    MyD+        K-          pi0  PHSP;
+0.0002    MyD+        MyKs        pi-  PHSP;
+0.0001    MyD0        K-          pi+  PHSP;
+0.00003   MyD0        MyKs        pi0  PHSP;
+0.0004    MyD*+       K-          pi0  PHSP;
+0.0001    MyD*+       MyKs        pi-  PHSP;
+0.00008   MyD*0       K-          pi+  PHSP;
+0.00002   MyD*0       MyKs        pi0  PHSP;
+0.0012    MyD+        NewK*-      pi0  PHSP;
+0.00005   MyD+        NewAnti-K*0 pi-  PHSP;
+0.0001    MyD0        NewK*-      pi+  PHSP;
+0.0001    MyD0        NewAnti-K*0 pi0  PHSP;
+# Four Body
+0.00001   MyD0       MyKs  pi0  pi0    PHSP;
+0.0001    MyD0       MyKs  pi-  pi+    PHSP;
+0.0004    MyD0       K-    pi+  pi0    PHSP;
+0.0003    MyD+       MyKs  pi-  pi0    PHSP;
+0.0004    MyD+       K-    pi0  pi0    PHSP;
+0.0002    MyD+       K-    pi-  pi+    PHSP;
+Enddecay
+#
+####
+#
+Decay MyB+
+# Total Br Fr = 5.61e-3
+###################################################
+# B+ -> D0bar K+; From PDG 2002
+# Partial Br Fr = 2.06e-3
+###################################################
+0.00037   Myanti-D0   K+               PHSP;
+0.00036   Myanti-D*0  K+               SVS;
+0.00061   NewK*+      Myanti-D0        SVS;
+0.00072   Myanti-D*0  NewK*+           SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+###################################################
+# Three body decays estimated by Troels Petersen
+# Partial Br Fr = 2.55e-3
+###################################################
+0.0002    Myanti-D0   MyKs    pi+      PHSP;
+0.00010   Myanti-D0   K+      pi0      PHSP;
+0.00005   MyD-        K+      pi+      PHSP;
+0.0004    Myanti-D*0  K+      pi0      PHSP;
+0.0001    Myanti-D*0  MyKs    pi+      PHSP;
+0.0002    MyD*-       K+      pi+      PHSP;
+0.0012    Myanti-D0   NewK*+  pi0      PHSP;
+0.0002    Myanti-D0   NewK*0  pi+      PHSP;
+0.0001    MyD-        NewK*+  pi+      PHSP;
+###################################################
+# Four body decays estimated by Troels Petersen
+# Partial Br Fr = 1.0e-3
+###################################################
+0.0003   Myanti-D0  MyKs  pi+  pi0     PHSP;
+0.0004   Myanti-D0  K+    pi0  pi0     PHSP;
+0.0001   MyD-       MyKs  pi+  pi+     PHSP;
+0.0002   MyD-       K+    pi+  pi0     PHSP;
+Enddecay
+#
+Decay MyB-
+# D0 K-
+0.00037   MyD0        K-               PHSP;
+0.00036   MyD*0       K-               SVS;
+0.00061   NewK*-      MyD0             SVS;
+0.00072   MyD*0       NewK*-           SVV_HELAMP  0.228 0.0 0.283 0.0 0.932 0;
+# Three body
+0.0002    MyD0    MyKs        pi-      PHSP;
+0.00010   MyD0    K-          pi0      PHSP;
+0.00005   MyD+    K-          pi-      PHSP;
+0.0004    MyD*0   K-          pi0      PHSP;
+0.0001    MyD*0   MyKs        pi-      PHSP;
+0.0002    MyD*+   K-          pi-      PHSP;
+0.0012    MyD0    NewK*-      pi0      PHSP;
+0.0002    MyD0    NewAnti-K*0 pi-      PHSP;
+0.0001    MyD+    NewK*-      pi-      PHSP;
+# Four body
+0.0003    MyD0    MyKs  pi-  pi0       PHSP;
+0.0004    MyD0    K-    pi0  pi0       PHSP;
+0.0001    MyD+    MyKs  pi-  pi-       PHSP;
+0.0002    MyD+    K-    pi-  pi0       PHSP;
+Enddecay
+#
+####
+#
+Decay MyD*0
+0.6190    MyD0  pi0           VSS;
+0.3810    MyD0  gamma         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0      VSS;
+0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+#
+####
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-        VSS;
+0.312  MyD-  pi0              VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+             VSS;
+0.312  MyD+   pi0             VSS;
+Enddecay
+#
+####
+#
+Decay NewK*+
+# bf(Ks pi+) = (2/3) * (1/2) * bf(ks->pipi)
+0.2287  MyKs  pi+             VSS;
+0.3333  K+    pi0             VSS;
+Enddecay
+#
+Decay NewK*-
+0.2287  MyKs  pi-             VSS;
+0.3333  K-    pi0             VSS;
+Enddecay
+#
+####
+#
+Decay NewK*0
+0.6667  K+    pi-             VSS;
+# bf(Ks pi0) = (1/3) * (1/2) * bf(ks->pipi)
+0.1143  MyKs  pi0             VSS;
+Enddecay
+#
+Decay NewAnti-K*0
+0.6667  K-    pi+             VSS;
+0.1143  MyKs  pi0             VSS;
+Enddecay
+#
+####
+#
+Decay MyD-
+0.901  K+ pi- pi-             D_DALITZ;
+0.099  MyKs pi-               PHSP;
+Enddecay
+#
+Decay MyD+
+0.901  K- pi+ pi+             D_DALITZ;
+0.099  MyKs pi+               PHSP;
+Enddecay
+#
+####
+#
+Decay MyD0
+# CP Even
+0.00143   pi+      pi-        PHSP;
+0.00412   K+       K-         PHSP;
+0.00017   MyKs     MyKs       PHSP;
+0.00084   pi0      pi0        PHSP;
+# CP Odd
+0.00782   MyKs     pi0        PHSP;
+0.00504   rho0     MyKs       SVS;
+0.0016    NewPhi   MyKs       SVS;
+0.0016    MyKs     NewEta     PHSP;
+0.00365   MyKs     NewEtap    PHSP;
+0.0067    NewOmega MyKs       SVS;
+0.004     rho0     pi0        SVS;
+Enddecay
+#
+Decay Myanti-D0
+# CP Even
+0.00143   pi+      pi-        PHSP;
+0.00412   K+       K-         PHSP;
+0.00017   MyKs     MyKs       PHSP;
+0.00084   pi0      pi0        PHSP;
+# CP Odd
+0.00782   MyKs     pi0        PHSP;
+0.00504   rho0     MyKs       SVS;
+0.0016    NewPhi   MyKs       SVS;
+0.0016    MyKs     NewEta     PHSP;
+0.00365   MyKs     NewEtap    PHSP;
+0.0067    NewOmega MyKs       SVS;
+0.004     rho0     pi0        SVS;
+Enddecay
+#
+####
+#
+Decay MyK0
+1.000     MyKs                PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-             PHSP;
+Enddecay
+#
+####
+#
+Decay Mya_1+
+1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+####
+#
+Decay MyK_1+
+0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+            PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-            PHSP;
+Enddecay
+#
+####
+#
+Decay MyK*0
+1.0000  K+ pi-                VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                VSS;
+Enddecay
+#
+####
+#
+Decay Myomega
+1.0000  pi- pi+               VSS;
+Enddecay
+#
+####
+#
+Decay NewPhi
+1.0000  K+ K-                 VSS;
+Enddecay
+#
+####
+#
+Decay NewOmega
+1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+#
+####
+#
+Decay NewEta
+0.3943  gamma gamma           PHSP;
+0.226   pi- pi+ pi0           ETA_DALITZ;
+Enddecay
+#
+####
+#
+Decay NewEtap
+0.443   pi+ pi- NewEta        PHSP;
+0.295   rho0 gamma            SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+End
diff --git a/BaBar_2014/B0Pq_KstkLam.dec b/BaBar_2014/B0Pq_KstkLam.dec
new file mode 100644
index 0000000..1ac3410
--- /dev/null
+++ b/BaBar_2014/B0Pq_KstkLam.dec
@@ -0,0 +1,86 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Pq(anti-Xi_c0) anti-Lambda0               #
+#              Ds(1968)- p+ anti-p- pi+,   anti-B0 -> X  #
+#              -> anti-Ds- p-                            #
+#              -> phi pi-                                #
+# Author: Valerie Halyo                                  #
+##########################################################
+
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s-     D_s-
+Alias MyD_s+     D_s+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+
+ChargeConj MyK*0 Myanti-K*0
+
+Particle Xi_c0      3.06 0.001 
+Particle anti-Xi_c0 3.06 0.001 
+ 
+ChangeMassMin anti-Xi_c0 2.2  
+ChangeMassMin Xi_c0 2.2
+  
+  
+ChangeMassMax anti-Xi_c0 3.3  
+ChangeMassMax Xi_c0 3.3  
+
+Alias MyPq anti-Xi_c0 
+Alias Myanti-Pq Xi_c0
+
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+
+
+## 
+Decay Myanti-Pq
+1.000 MyD_s+ anti-p- PHSP; 
+Enddecay 
+ 
+## 
+Decay MyPq
+1.000 MyD_s- p+ PHSP; 
+Enddecay 
+ 
+
+Decay MyB0
+ 1.00000  MyPq myanti-Lambda0         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  Myanti-Pq   myLambda0        PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.000  Myanti-K*0   K+                SVS;
+Enddecay
+#
+Decay MyD_s-
+1.000  MyK*0   K-                SVS;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+#
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0Pq_KstkLamps.dec b/BaBar_2014/B0Pq_KstkLamps.dec
new file mode 100644
index 0000000..e897926
--- /dev/null
+++ b/BaBar_2014/B0Pq_KstkLamps.dec
@@ -0,0 +1,62 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Pq(anti-Xi_c0) anti-Lambda0               #
+#              Ds(1968)- p+ anti-p- pi+,   anti-B0 -> X  #
+#              -> anti-Ds- p-                            #
+#              -> phi pi-                                #
+# Author: Valerie Halyo                                  #
+##########################################################
+
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s-     D_s-
+Alias MyD_s+     D_s+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+
+ChargeConj MyD_s+ MyD_s- 
+ChargeConj Myanti-K*0 MyK*0 
+
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+
+Decay MyB0
+ 1.00000  MyD_s- p+ myanti-Lambda0         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD_s+ anti-p-   myLambda0        PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.000  Myanti-K*0   K+                SVS;
+Enddecay
+#
+Decay MyD_s-
+1.000  MyK*0   K-                SVS;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+#
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0Pq_kskLam.dec b/BaBar_2014/B0Pq_kskLam.dec
new file mode 100644
index 0000000..d9b3412
--- /dev/null
+++ b/BaBar_2014/B0Pq_kskLam.dec
@@ -0,0 +1,81 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Pq(anti-Xi_c0) anti-Lambda0               #
+#              Ds(1968)- p+ anti-p- pi+,   anti-B0 -> X  #
+#              -> anti-Ds- p-                            #
+#              -> phi pi-                                #
+# Authur Valerie Halyo                                   #
+##########################################################
+
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s-     D_s-
+Alias MyD_s+     D_s+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+Alias MyK0  K0
+Alias Myanti-K0 anti-K0
+
+
+ChargeConj MyD_s+ MyD_s-
+ChargeConj Myanti-K0 MyK0
+
+Particle Xi_c0      3.06 0.001 
+Particle anti-Xi_c0 3.06 0.001 
+ 
+ChangeMassMin anti-Xi_c0 2.2  
+ChangeMassMin Xi_c0 2.2
+  
+ChangeMassMax anti-Xi_c0 3.3  
+ChangeMassMax Xi_c0 3.3  
+
+Alias MyPq anti-Xi_c0 
+Alias Myanti-Pq Xi_c0
+
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+Decay Myanti-Pq
+1.000 MyD_s+ anti-p- PHSP; 
+Enddecay 
+## 
+Decay MyPq
+1.000 MyD_s- p+ PHSP; 
+Enddecay 
+# 
+Decay MyB0
+ 1.00000  MyPq myanti-Lambda0         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  Myanti-Pq   myLambda0        PHSP;
+Enddecay
+#
+Decay MyD_s-
+1.000  MyK0    K-                     PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.000  Myanti-K0    K+                     PHSP;
+Enddecay
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+#
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+#
+##
+Decay Myanti-K0
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+End
diff --git a/BaBar_2014/B0Pq_kskLamps.dec b/BaBar_2014/B0Pq_kskLamps.dec
new file mode 100644
index 0000000..7bb116f
--- /dev/null
+++ b/BaBar_2014/B0Pq_kskLamps.dec
@@ -0,0 +1,69 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Pq(anti-Xi_c0) anti-Lambda0               #
+#              Ds(1968)- p+ anti-p- pi+,   anti-B0 -> X  #
+#              -> anti-Ds- p-                            #
+#              -> phi pi-                                #
+# Authur Valerie Halyo                                   #
+##########################################################
+
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s-     D_s-
+Alias MyD_s+     D_s+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+Alias MyK0  K0
+Alias Myanti-K0 anti-K0
+
+
+ChargeConj MyD_s+ MyD_s-
+ChargeConj Myanti-K0 MyK0
+
+
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+
+Decay MyB0
+ 1.00000  MyD_s- p+ myanti-Lambda0         PHSP;
+Enddecay
+#
+
+Decay Myanti-B0
+ 1.00000  MyD_s+ anti-p-   myLambda0        PHSP;
+Enddecay
+#
+
+Decay MyD_s-
+1.000  MyK0    K-                     PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.000  Myanti-K0    K+                     PHSP;
+Enddecay
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+#
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+#
+##
+Decay Myanti-K0
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+End
+
+
+
+
diff --git a/BaBar_2014/B0Pq_phipiLam.dec b/BaBar_2014/B0Pq_phipiLam.dec
new file mode 100644
index 0000000..f5eefc0
--- /dev/null
+++ b/BaBar_2014/B0Pq_phipiLam.dec
@@ -0,0 +1,79 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Pq(anti-Xi_c0) anti-Lambda0               #
+#              Ds(1968)- p+ anti-p- pi+,   anti-B0 -> X  #
+#              -> anti-Ds- p-                            #
+#              -> phi pi-                                #
+# Author: Valerie Halyo                                  #
+##########################################################
+
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s-     D_s-
+Alias MyD_s+     D_s+
+Alias Myphi     phi
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+
+ChargeConj MyD_s+ MyD_s-
+
+Particle Xi_c0      3.06 0.001 
+Particle anti-Xi_c0 3.06 0.001 
+ 
+ChangeMassMin anti-Xi_c0 2.2
+ChangeMassMin Xi_c0 2.2
+  
+  
+ChangeMassMax anti-Xi_c0 3.3  
+ChangeMassMax Xi_c0 3.3  
+
+Alias MyPq anti-Xi_c0 
+Alias Myanti-Pq Xi_c0
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+
+
+## 
+Decay Myanti-Pq
+1.000 MyD_s+ anti-p- PHSP; 
+Enddecay 
+ 
+## 
+Decay MyPq
+1.000 MyD_s- p+ PHSP; 
+Enddecay 
+ 
+
+Decay MyB0
+ 1.00000  MyPq myanti-Lambda0         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  Myanti-Pq   myLambda0        PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.000 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+#
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/B0Pq_phipiLamps.dec b/BaBar_2014/B0Pq_phipiLamps.dec
new file mode 100644
index 0000000..f551aa0
--- /dev/null
+++ b/BaBar_2014/B0Pq_phipiLamps.dec
@@ -0,0 +1,58 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Pq(anti-Xi_c0) anti-Lambda0               #
+#              Ds(1968)- p+ anti-p- pi+,   anti-B0 -> X  #
+#              -> anti-Ds- p-                            #
+#              -> phi pi-                                #
+# Author: Valerie Halyo                                  #
+##########################################################
+
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD_s-     D_s-
+Alias MyD_s+     D_s+
+Alias Myphi     phi
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+
+ChargeConj MyD_s+ MyD_s-
+
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+
+
+Decay MyB0
+ 1.00000 MyD_s- p+  myanti-Lambda0         PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  MyD_s+ anti-p-   myLambda0        PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.000 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+#
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/B0Thetac.dec b/BaBar_2014/B0Thetac.dec
new file mode 100644
index 0000000..b93b640
--- /dev/null
+++ b/BaBar_2014/B0Thetac.dec
@@ -0,0 +1,84 @@
+
+#########################################################
+#                                                        #
+# Decay: B0 -> Thetac(Anti-Sigma_c0) anti-p- pi+         #
+#              D*(2010)- p+ anti-p- pi+,   anti-B0 -> X  #
+#              +-> anti-D0 pi-        (  BF  )  Relative #
+#                  +-> K+ pi-         ( 3.80%)  15.599%  #
+#                  +-> K+ pi- pi0     (13.1% )  53.777%  #
+#                  +-> K+ pi- pi- pi+ ( 7.46%)  30.624%  #
+#                      Sum            (24.36%) 100.000%  #
+# Author Valerie Halyo                                   #
+##########################################################
+
+#
+Alias MyB0      B0
+Alias Myanti-B0 anti-B0
+Alias MyD*-     D*-
+Alias MyD*+     D*+
+Alias Myanti-D0 anti-D0
+Alias MyD0      D0
+
+
+Particle Sigma_c0      3.099 0.001 
+Particle anti-Sigma_c0 3.099 0.001 
+
+ChangeMassMin anti-Sigma_c0 2.997  
+ChangeMassMin Sigma_c0 2.997
+  
+  
+ChangeMassMax anti-Sigma_c0 3.3  
+ChangeMassMax Sigma_c0 3.3  
+ 
+
+Alias Mythetac anti-Sigma_c0 
+Alias Myanti-thetac Sigma_c0 
+#
+# Always one B0 that decays to the signal 
+#     // Vector to Two Scalars with B0 mixing, dm=deltaM
+Decay Upsilon(4S)
+ 1.00000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#                                    // Phase Space model
+
+
+## 
+Decay Myanti-thetac
+1.000 MyD*+ anti-p- PHSP; 
+Enddecay 
+ 
+## 
+Decay Mythetac
+1.000 MyD*- p+ PHSP; 
+Enddecay 
+ 
+
+Decay MyB0
+ 1.00000  Mythetac anti-p- pi+          PHSP;
+Enddecay
+#
+Decay Myanti-B0
+ 1.00000  Myanti-thetac p+ pi-          PHSP;
+Enddecay
+#
+Decay MyD*-
+ 1.00000  Myanti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+ 1.00000  MyD0 pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 0.15599  K+ pi-                        PHSP;
+ 0.53777  K+ pi- pi0                    D_DALITZ;
+ 0.30624  K+ pi- pi- pi+                PHSP;
+Enddecay
+#             // resonance structure in Dalitz modelled
+Decay MyD0
+ 0.15599  K- pi+                        PHSP;
+ 0.53777  K- pi+ pi0                    D_DALITZ;
+ 0.30624  K- pi+ pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0ToDlnuX_D0KpimormDpKpipi_B0barToKstar0nunu_Kpi.dec b/BaBar_2014/B0ToDlnuX_D0KpimormDpKpipi_B0barToKstar0nunu_Kpi.dec
new file mode 100644
index 0000000..5fcdcd7
--- /dev/null
+++ b/BaBar_2014/B0ToDlnuX_D0KpimormDpKpipi_B0barToKstar0nunu_Kpi.dec
@@ -0,0 +1,251 @@
+###################################################
+#                                                 #
+# B0ToDlnuX_D0Kpi-or-D+Kpipi_B0barToKstar0nunu_Kpi#
+#                                                 #
+# Decay: B0 -> D0bar l+ nu X  B0bar -> K*0nunubar #
+#              |                       |          #
+#              |->K+ pi-               |->K- pi+  #
+# or                                              #
+#        B0 -> D- l+ nu X  B0bar -> K*0nunubar    #
+#              |                    |             #
+#              |->K+ pi- pi-        |->K- pi+     #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# The semileptonic B BRs and excited charm BRs    #
+# have been taken from the analysis-8 version of  #
+# DECAY.DEC; they may need to be changed in future#
+# versions of this decay file.                    #
+#                                                 #
+# Author: Bob Kowalewski   kowalews@uvic.ca       #
+# 2001/04/30                                      #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MySB0 B0
+Alias MySanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*0     D*0
+Alias MyD0      D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD*-     D*-
+Alias Myanti-D*0     anti-D*0
+Alias Myanti-D0      anti-D0
+Alias MyD_1+    D_1+
+Alias MyD_1-    D_1-
+Alias MyD_10    D_10
+Alias Myanti-D_10    anti-D_10
+Alias MyD'_1+    D'_1+
+Alias MyD'_1-    D'_1-
+Alias MyD'_10    D'_10
+Alias Myanti-D'_10    anti-D'_10
+Alias MyD_0*+    D_0*+
+Alias MyD_0*-    D_0*-
+Alias MyD_0*0    D_0*0
+Alias Myanti-D_0*0    anti-D_0*0
+Alias MyD_2*+    D_2*+
+Alias MyD_2*-    D_2*-
+Alias MyD_2*0    D_2*0
+Alias Myanti-D_2*0    anti-D_2*0
+Alias MyK*0     K*0
+Alias Myanti-K*0     anti-K*0
+#
+Decay Upsilon(4S)
+0.420 MyB0  MySanti-B0                   VSS_MIX dm;
+0.420 Myanti-B0  MySB0                   VSS_MIX dm;
+0.080 Myanti-B0 MySanti-B0               VSS_MIX dm;
+0.080 MyB0  MySB0                        VSS_MIX dm;
+Enddecay
+#
+Decay MySB0
+1.0000 MyK*0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+Decay MySanti-B0
+1.0000 Myanti-K*0 nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+Decay MyK*0
+0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay Myanti-B0
+#                   b -> c semileptonic
+#
+0.0560   MyD*+     e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   MyD+        e-   anti-nu_e          PHOTOS  ISGW2;
+0.0056   MyD_1+    e-   anti-nu_e          PHOTOS  ISGW2;
+0.0020   MyD_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   MyD'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   MyD_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0010   MyD*+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0020   MyD*0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0030   MyD+      pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0060   MyD0    pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0560   MyD*+     mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   MyD+        mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0056   MyD_1+    mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0020   MyD_0*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   MyD'_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   MyD_2*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0010   MyD*+    pi0   mu-  anti-nu_mu    PHOTOS  GOITY_ROBERTS;
+0.0020   MyD*0    pi+   mu-  anti-nu_mu    PHOTOS  GOITY_ROBERTS;
+0.0030   MyD+       pi0   mu-  anti-nu_mu    PHOTOS  GOITY_ROBERTS;
+0.0060   MyD0     pi+   mu-  anti-nu_mu    PHOTOS  GOITY_ROBERTS;
+Enddecay 
+#
+Decay MyB0
+#                   b -> c semileptonic
+0.0560   MyD*-     e+   nu_e           PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   MyD-        e+   nu_e           PHOTOS  ISGW2;
+0.0056   MyD_1-    e+   nu_e           PHOTOS  ISGW2;
+0.0020   MyD_0*-   e+   nu_e           PHOTOS  ISGW2;
+0.0037   MyD'_1-   e+   nu_e           PHOTOS  ISGW2;
+0.0037   MyD_2*-   e+   nu_e           PHOTOS  ISGW2;
+0.0010   MyD*-   pi0   e+   nu_e       PHOTOS  GOITY_ROBERTS;
+0.0020   Myanti-D*0  pi-   e+   nu_e   PHOTOS  GOITY_ROBERTS;
+0.0030   MyD-      pi0   e+   nu_e       PHOTOS  GOITY_ROBERTS;
+0.0060   Myanti-D0  pi-   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0560   MyD*-    mu+  nu_mu           PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   MyD-       mu+  nu_mu           PHOTOS  ISGW2;
+0.0056   MyD_1-   mu+  nu_mu           PHOTOS  ISGW2;
+0.0020   MyD_0*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   MyD'_1-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   MyD_2*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0010   MyD*-  pi0   mu+  nu_mu       PHOTOS  GOITY_ROBERTS;
+0.0020   Myanti-D*0  pi-   mu+  nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0030   MyD-     pi0   mu+  nu_mu       PHOTOS  GOITY_ROBERTS;
+0.0060   Myanti-D0  pi-   mu+  nu_mu   PHOTOS  GOITY_ROBERTS;
+Enddecay 
+#
+Decay MyD0
+1.0000   K-   pi+        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000   K+   pi-        PHSP;
+Enddecay
+#
+#   Vector Mesons
+#
+Decay MyD*+
+0.6830    MyD0  pi+                      VSS;
+0.3060    MyD+  pi0                        VSS;
+0.0110    MyD+  gamma                      VSP_PWAVE;
+Enddecay
+Decay MyD*-
+0.6830    Myanti-D0 pi-                  VSS;
+0.3060    MyD-  pi0                        VSS;
+0.0110    MyD-  gamma                      VSP_PWAVE;
+Enddecay
+Decay MyD*0
+0.6190    MyD0  pi0                      VSS;
+0.3810    MyD0  gamma                    VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                 VSS;
+0.3810    Myanti-D0  gamma               VSP_PWAVE;
+Enddecay
+#
+#   D**
+#
+Decay MyD_0*+
+0.3333   MyD+  pi0                         PHSP;
+0.6667   MyD0  pi+                       PHSP;
+Enddecay
+Decay MyD_0*-
+0.3333   MyD-  pi0                         PHSP;
+0.6667   Myanti-D0 pi-                   PHSP;
+Enddecay
+Decay MyD_0*0
+0.3333   MyD0  pi0                       PHSP;
+0.6667   MyD+  pi-                         PHSP;
+Enddecay
+Decay Myanti-D_0*0
+0.3333   Myanti-D0 pi0                   PHSP;
+0.6667   MyD-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD_1+
+0.3333    MyD*+ pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    MyD*0 pi+                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay MyD_1-
+0.3333    MyD*- pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    Myanti-D*0 pi-                 VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0
+;
+Enddecay
+Decay MyD_10
+0.3333    MyD*0 pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    MyD*+ pi-                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay Myanti-D_10
+0.3333    Myanti-D*0 pi0                 VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0
+;
+0.6667    MyD*- pi+                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD'_1+
+0.3333    MyD*+ pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    MyD*0 pi+                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1-
+0.3333    MyD*- pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    Myanti-D*0 pi-                 VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0
+;
+Enddecay
+Decay MyD'_10
+0.6667    MyD*+ pi-                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.3333    MyD*0 pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay Myanti-D'_10
+0.3333    Myanti-D*0 pi0                 VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    MyD*- pi+                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+0.1030    MyD*+ pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    MyD*0 pi+                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    MyD+  pi0                        TSS;
+0.4590    MyD0  pi+                      TSS;
+Enddecay
+Decay MyD_2*-
+0.1030    MyD*- pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    Myanti-D*0 pi-                 TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    MyD-  pi0                        TSS;
+0.4590    Myanti-D0 pi-                  TSS;
+Enddecay
+Decay MyD_2*0
+0.2090    MyD*+ pi-                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.1030    MyD*0 pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    MyD0  pi0                      TSS;
+0.4590    MyD+  pi-                        TSS;
+Enddecay
+Decay Myanti-D_2*0
+0.1030    Myanti-D*0 pi0                 TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0
+;
+0.2090    MyD*- pi+                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    Myanti-D0 pi0                  TSS;
+0.4590    MyD-  pi+                        TSS;
+Enddecay
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/B0ToDs_DsmDsToKsK.dec b/BaBar_2014/B0ToDs_DsmDsToKsK.dec
new file mode 100644
index 0000000..86788d7
--- /dev/null
+++ b/BaBar_2014/B0ToDs_DsmDsToKsK.dec
@@ -0,0 +1,61 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> D_s-        D_s+,      : anti-B0 -> X     # 
+#              |            |                            #
+#              |->K0 K-     |->K0bar K+                  #
+#                 |            |                         #
+#                 -> Ks        -> Ks                     #
+#                     |           |                      #
+#                     -> pi+ pi-  -> pi+ pi-             #
+#                                                        #
+# Author: Asish Satpathy                                 #
+# Date: 23/April/2004                                    #
+##########################################################
+#
+## B0 -> Ds Ds -> Ks K
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD_s+     D_s+
+Alias MyD_s-     D_s-
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+ChargeConj MyB0     Myanti-B0
+ChargeConj MyD_s+   MyD_s-
+ChargeConj MyK0     Myanti-K0
+ChargeConj MyKs     MyKs
+
+Decay Upsilon(4S)
+1.000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.000  MyD_s-   MyD_s+           PHSP;
+Enddecay
+
+CDecay Myanti-B0
+
+Decay MyD_s-
+1.000  MyK0     K-               PHSP;
+Enddecay
+
+CDecay MyD_s+
+
+Decay MyK0
+1.000   MyKs                     PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyKs
+1.000    pi+  pi-                PHSP;
+Enddecay
+
+End
+
+
+
+
+
diff --git a/BaBar_2014/B0ToDs_DsmDsToKstar0K.dec b/BaBar_2014/B0ToDs_DsmDsToKstar0K.dec
new file mode 100644
index 0000000..02e84ac
--- /dev/null
+++ b/BaBar_2014/B0ToDs_DsmDsToKstar0K.dec
@@ -0,0 +1,65 @@
+#######################################################################
+#                                                                     #
+# Decay: B0 -> D_s-             D_s+,               : anti-B0 -> X    # 
+#              |->K*0(892) K-   |->K*0(892)_bar K+                    #
+#                  |                |                                 #
+#                  -> K+ pi-        -> K- pi+                         #
+#                                                       	      #
+# Author: Asish Satpathy                                	      #
+# Date: 24/April/2004                                      	      #
+#######################################################################
+#
+## B0 -> Ds Ds -> K*0(892) K
+
+Alias MyB0          B0
+Alias Myanti-B0     anti-B0
+Alias MyD_s+        D_s+
+Alias MyD_s-        D_s-
+Alias MyKstar       K*0
+Alias MyantiKstar   anti-K*0
+
+ChargeConj MyB0     Myanti-B0
+ChargeConj MyD_s+   MyD_s-
+ChargeConj MyKstar  MyantiKstar
+
+Decay Upsilon(4S)
+1.000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+
+Decay MyB0
+1.000  MyD_s-   MyD_s+           PHSP;
+Enddecay
+
+CDecay Myanti-B0
+
+Decay MyD_s-
+1.000  MyKstar   K-              SVS;
+Enddecay
+
+CDecay MyD_s+
+
+Decay MyKstar
+1.000      K+  pi-               VSS;
+Enddecay
+
+CDecay MyantiKstar
+
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0ToDs_starDs_star.dec b/BaBar_2014/B0ToDs_starDs_star.dec
new file mode 100644
index 0000000..bc8c3ca
--- /dev/null
+++ b/BaBar_2014/B0ToDs_starDs_star.dec
@@ -0,0 +1,68 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Ds*+          Ds*-      : anti-B0 -> X    # 
+#              |->D_s+ gamma  |->D_s- gamma              #
+#                  |              |                      #
+#                  |-> phi pi+    |-> phi pi-            #
+#                                                        #
+# Author: Asish Satpathy                                 #
+# Date: 17/March/2004                                    #
+##########################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD_s*+  D_s*+
+Alias MyD_s*-  D_s*-
+Alias MyD_s+   D_s+
+Alias MyD_s-   D_s-
+Alias Myphi    phi
+
+ChargeConj MyB0      Myanti-B0
+ChargeConj MyD_s*+   MyD_s*-
+ChargeConj MyD_s+    MyD_s-
+ChargeConj Myphi     Myphi
+
+#
+Decay Upsilon(4S)
+1.000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+Decay MyB0
+1.000  MyD_s*+     MyD_s*-       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD_s*+
+1.000  MyD_s+     gamma          VSP_PWAVE;
+Enddecay
+#
+
+CDecay MyD_s*-
+
+#
+Decay MyD_s+
+1.000  Myphi      pi+            SVS;
+Enddecay
+#
+
+CDecay MyD_s-
+
+#
+Decay Myphi
+1.000  K+   K-                   VSS;
+Enddecay
+#
+
+End
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0ToDs_starDs_starmDsToKsK.dec b/BaBar_2014/B0ToDs_starDs_starmDsToKsK.dec
new file mode 100644
index 0000000..b72bf6c
--- /dev/null
+++ b/BaBar_2014/B0ToDs_starDs_starmDsToKsK.dec
@@ -0,0 +1,77 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Ds*+          Ds*-      : anti-B0 -> X    # 
+#              |->D_s+ gamma  |->D_s- gamma              #
+#                  |              |                      #
+#                  |-> K0_bar K+  |-> K0 K-              #
+#                       |              |                 #
+#                       -> Ks          ->Ks              #
+#                          |             |               #
+#                          -> pi+ pi-    -> pi+ pi-      #
+# Author: Asish Satpathy                                 #
+# Date: 10/March/2004                                    #
+##########################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD_s*+  D_s*+
+Alias MyD_s*-  D_s*-
+Alias MyD_s+   D_s+
+Alias MyD_s-   D_s-
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+ChargeConj MyB0      Myanti-B0
+ChargeConj MyD_s*+   MyD_s*-
+ChargeConj MyD_s+    MyD_s-
+ChargeConj MyK0      Myanti-K0
+ChargeConj MyKs      MyKs
+
+#
+Decay Upsilon(4S)
+1.000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+Decay MyB0
+1.000  MyD_s*+     MyD_s*-       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD_s*-
+1.000  MyD_s-     gamma          VSP_PWAVE;
+Enddecay
+#
+
+CDecay MyD_s*+
+
+#
+Decay MyD_s-
+1.000  MyK0   K-                 PHSP;
+Enddecay
+#
+
+CDecay MyD_s+
+
+#
+Decay MyK0
+1.000   MyKs                     PHSP;
+Enddecay
+#
+CDecay Myanti-K0
+#
+
+#
+Decay MyKs
+1.000    pi+  pi-                PHSP;
+Enddecay
+#
+
+End
+
+
diff --git a/BaBar_2014/B0ToDs_starDs_starmDsToKstar0K.dec b/BaBar_2014/B0ToDs_starDs_starmDsToKstar0K.dec
new file mode 100644
index 0000000..e152c87
--- /dev/null
+++ b/BaBar_2014/B0ToDs_starDs_starmDsToKstar0K.dec
@@ -0,0 +1,71 @@
+####################################################################
+#                                                                  #
+# Decay: B0 -> Ds*+             Ds*-             : anti-B0 -> X    # 
+#              |->D_s+ gamma    |->D_s- gamma                      #
+#                  |                 |                             #
+#                  |-> K*0_bar K+    |-> K*0 K-                    #
+#                        |                |                        #
+#                        -> K- pi+        -> K+ pi-                #
+# Author: Asish Satpathy                                           #
+# Date: 23/April/2004                                              #
+####################################################################
+
+Alias MyB0           B0
+Alias Myanti-B0      anti-B0
+Alias MyD_s*+        D_s*+
+Alias MyD_s*-        D_s*-
+Alias MyD_s+         D_s+
+Alias MyD_s-         D_s-
+Alias Myphi          phi
+Alias MyKstar        K*0
+Alias MyantiKstar    anti-K*0
+
+
+ChargeConj MyB0      Myanti-B0
+ChargeConj MyD_s*+   MyD_s*-
+ChargeConj MyD_s+    MyD_s-
+ChargeConj MyKstar   MyantiKstar
+
+#
+Decay Upsilon(4S)
+1.000  B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+Decay MyB0
+1.000  MyD_s*+     MyD_s*-       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD_s*-
+1.000  MyD_s-     gamma          VSP_PWAVE;
+Enddecay
+#
+
+CDecay MyD_s*+
+
+#
+Decay MyD_s-
+1.000  MyKstar     K-            SVS;
+Enddecay
+#
+
+CDecay MyD_s+
+
+#
+Decay MyKstar
+1.000      K+    pi-             VSS;
+Enddecay
+#
+
+CDecay MyantiKstar
+
+End
+
+
+
+
diff --git a/BaBar_2014/B0ToDs_star_Ds.dec b/BaBar_2014/B0ToDs_star_Ds.dec
new file mode 100644
index 0000000..411733f
--- /dev/null
+++ b/BaBar_2014/B0ToDs_star_Ds.dec
@@ -0,0 +1,67 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Ds*+          Ds-      : anti-B0 -> X     # 
+#              |->D_s+ gamma  |                          #
+#                  |          |-> phi pi-                #
+#                  |-> phi pi+                           #
+#                                                        #
+# Author: Asish Satpathy                                 #
+# Date: 17/March/2004                                    #
+##########################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD_s*+    D_s*+
+Alias MyD_s*-    D_s*-
+Alias MyD_s+     D_s+
+Alias MyD_s-     D_s-
+Alias Myphi      phi
+
+ChargeConj MyB0     Myanti-B0
+ChargeConj MyD_s*+  MyD_s*-
+ChargeConj MyD_s+   MyD_s-
+ChargeConj Myphi    Myphi
+
+#
+Decay Upsilon(4S)
+1.000  B0 anti-B0   MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+Decay MyB0
+1.000  MyD_s*+      MyD_s-       SVS;
+Enddecay
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD_s*+
+1.000  MyD_s+       gamma        VSP_PWAVE;
+Enddecay
+#
+
+CDecay MyD_s*-
+
+#
+Decay MyD_s+
+1.000  Myphi        pi+          SVS;
+Enddecay
+#
+
+CDecay MyD_s-
+
+#
+Decay Myphi
+1.000  K+   K-                   VSS;
+Enddecay
+#
+
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0ToDs_star_DsmDsToKsK.dec b/BaBar_2014/B0ToDs_star_DsmDsToKsK.dec
new file mode 100644
index 0000000..4e95dcd
--- /dev/null
+++ b/BaBar_2014/B0ToDs_star_DsmDsToKsK.dec
@@ -0,0 +1,77 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Ds*+          Ds-      : anti-B0 -> X     # 
+#              |->D_s+ gamma  |                          #
+#                  |          |-> K0  K-                 #
+#                  |-> K0_bar K+      |                  #
+#                       |             -> Ks              #
+#                       -> Ks            |               #
+#                           |            -> pi+ pi-      # 
+#                           -> pi+ pi-                   #
+# Author: Asish Satpathy                                 #
+# Date: 23/April/2004                                    #
+##########################################################
+
+Alias MyB0       B0
+Alias Myanti-B0  anti-B0
+Alias MyD_s*+    D_s*+
+Alias MyD_s*-    D_s*-
+Alias MyD_s+     D_s+
+Alias MyD_s-     D_s-
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+ChargeConj MyB0     Myanti-B0
+ChargeConj MyD_s*+  MyD_s*-
+ChargeConj MyD_s+   MyD_s-
+ChargeConj MyK0     Myanti-K0
+ChargeConj MyKs     MyKs
+
+#
+Decay Upsilon(4S)
+1.000  B0 anti-B0   MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+Decay MyB0
+1.000  MyD_s*+      MyD_s-       SVS;
+Enddecay
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD_s*-
+1.000  MyD_s-       gamma        VSP_PWAVE;
+Enddecay
+#
+
+CDecay MyD_s*+
+
+#
+Decay MyD_s-
+1.000  MyK0   K-                 PHSP;
+Enddecay
+#
+
+CDecay MyD_s+
+
+#
+Decay MyK0
+1.000   MyKs                     PHSP;
+Enddecay
+#
+CDecay Myanti-K0
+#
+
+Decay MyKs
+1.000    pi+  pi-                PHSP;
+Enddecay
+
+End
+
+
+
+
diff --git a/BaBar_2014/B0ToDs_star_DsmDsToKstar0K.dec b/BaBar_2014/B0ToDs_star_DsmDsToKstar0K.dec
new file mode 100644
index 0000000..42959e1
--- /dev/null
+++ b/BaBar_2014/B0ToDs_star_DsmDsToKstar0K.dec
@@ -0,0 +1,68 @@
+#############################################################
+#                                                           #
+# Decay: B0 -> Ds*+             Ds-      : anti-B0 -> X     # 
+#              |->D_s+ gamma    |                           #
+#                  |            |-> K*0 K-                  #
+#                  |-> K*0bar K+      |                     #
+#                       |	      -> K+ pi-	            #
+#			-> K- pi+                           #
+# Author: Asish Satpathy                                    #
+# Date: 23/April/2004                                       #
+#############################################################
+
+Alias MyB0          B0
+Alias Myanti-B0     anti-B0
+Alias MyD_s*+       D_s*+
+Alias MyD_s*-       D_s*-
+Alias MyD_s+        D_s+
+Alias MyD_s-        D_s-
+Alias MyKstar       K*0
+Alias MyantiKstar   anti-K*0
+
+ChargeConj MyB0     Myanti-B0
+ChargeConj MyD_s*+  MyD_s*-
+ChargeConj MyD_s+   MyD_s-
+ChargeConj MyKstar  MyantiKstar
+
+#
+Decay Upsilon(4S)
+1.000  B0 anti-B0   MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+
+#
+Decay MyB0
+1.000  MyD_s*+      MyD_s-       SVS;
+Enddecay
+#
+
+CDecay Myanti-B0
+
+#
+Decay MyD_s*-
+1.000  MyD_s-       gamma        VSP_PWAVE;
+Enddecay
+#
+
+CDecay MyD_s*+
+
+#
+Decay MyD_s-
+1.000  MyKstar       K-          SVS;
+Enddecay
+#
+
+CDecay MyD_s+
+
+#
+Decay MyKstar
+1.000      K+        pi-         VSS;
+Enddecay
+#
+
+CDecay MyantiKstar
+
+End
+
+
+
diff --git a/BaBar_2014/B0_Dch2pi.dec b/BaBar_2014/B0_Dch2pi.dec
new file mode 100644
index 0000000..7c52022
--- /dev/null
+++ b/BaBar_2014/B0_Dch2pi.dec
@@ -0,0 +1,50 @@
+#########################################################
+# Decay: B0 -> D- (pi0pi+);   B0bar -> X; + cc          #
+#               \   \                                   #
+#                \   \____rho+, pi0pi                   #
+#                 \                                     #
+#                  \__Kpipi                             #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   05/01/2003                                    #
+#########################################################
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD-              D-
+Alias MyD+              D+
+Alias Myrho+            rho+
+Alias Myrho-            rho-
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0                  VSS;
+0.500 Myanti-B0 B0                  VSS;
+Enddecay
+#
+Decay MyB0
+0.60   MyD-   pi0 pi+               PHSP;
+0.40   Myrho+ MyD-                  SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.60   MyD+   pi0  pi-              PHSP;
+0.40   Myrho- MyD+                  SVS;
+Enddecay
+#
+Decay MyD-
+1.0  K+ pi- pi-                     D_DALITZ;
+Enddecay
+#
+Decay MyD+
+1.0  K- pi+ pi+                     D_DALITZ;
+Enddecay
+#
+Decay Myrho-
+1.0  pi0 pi-                        VSS;
+Enddecay
+#
+Decay Myrho+
+1.0  pi0 pi+                        VSS;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/B0_Dch3pi.dec b/BaBar_2014/B0_Dch3pi.dec
new file mode 100644
index 0000000..6d509f6
--- /dev/null
+++ b/BaBar_2014/B0_Dch3pi.dec
@@ -0,0 +1,64 @@
+#########################################################
+# Decay: B0 -> D- (3pi)+;   B0bar -> X; + cc            #
+#               \   \                                   #
+#                \   \____pipipi, rho0pi, a1+;          #
+#                 \                                     #
+#                  \__Kpipi, Kspi                       #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   05/01/2003                                    #
+#########################################################
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD-              D-
+Alias MyD+              D+
+Alias Mya_1+            a_1+
+Alias Mya_1-            a_1-
+Alias Myrho0            rho0
+Alias MyKs              K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0                  VSS;
+0.500 Myanti-B0 B0                  VSS;
+Enddecay
+#
+Decay MyB0
+0.40   MyD-   pi-  pi+  pi+         PHSP;
+0.40   MyD-   Myrho0  pi+           PHSP;
+0.20   Mya_1+ MyD-                  SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.40   MyD+   pi+  pi-  pi-         PHSP;
+0.40   MyD+   Myrho0  pi-           PHSP;
+0.20   Mya_1- MyD+                  SVS;
+Enddecay
+#
+Decay MyD-
+0.5  K+ pi- pi-                     D_DALITZ;
+0.5  MyKs pi-                       PHSP;
+Enddecay
+#
+Decay MyD+
+0.5  K- pi+ pi+                     D_DALITZ;
+0.5  MyKs pi+                       PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-                   PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                     VSS;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/B0_DchPiPiPi.dec b/BaBar_2014/B0_DchPiPiPi.dec
new file mode 100644
index 0000000..905039d
--- /dev/null
+++ b/BaBar_2014/B0_DchPiPiPi.dec
@@ -0,0 +1,59 @@
+#########################################################
+# Decay: B0 -> D- (3pi)+;   B0bar -> X; + cc            #
+#               \   \                                   #
+#                \   \____pipipi, rho0pi, a1+;          #
+#                 \                                     #
+#                  \__Kpipi                             #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   04/26/2004                                    #
+#########################################################
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD-              D-
+Alias MyD+              D+
+Alias Mya_1+            a_1+
+Alias Mya_1-            a_1-
+Alias Myrho0            rho0
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0                  VSS;
+0.500 Myanti-B0 B0                  VSS;
+Enddecay
+#
+Decay MyB0
+0.40   MyD-   pi-  pi+  pi+         PHSP;
+0.40   MyD-   Myrho0  pi+           PHSP;
+0.20   Mya_1+ MyD-                  SVS;
+Enddecay
+#
+Decay Myanti-B0
+0.40   MyD+   pi+  pi-  pi-         PHSP;
+0.40   MyD+   Myrho0  pi-           PHSP;
+0.20   Mya_1- MyD+                  SVS;
+Enddecay
+#
+Decay MyD-
+1.0  K+ pi- pi-                     D_DALITZ;
+Enddecay
+#
+Decay MyD+
+1.0  K- pi+ pi+                     D_DALITZ;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                     VSS;
+Enddecay
+
+End
+
+
+
diff --git a/BaBar_2014/B0_Dstar2pi.dec b/BaBar_2014/B0_Dstar2pi.dec
new file mode 100644
index 0000000..1da9d57
--- /dev/null
+++ b/BaBar_2014/B0_Dstar2pi.dec
@@ -0,0 +1,67 @@
+#########################################################
+# Decay: B0 -> D*- (pi0pi)+;   B0bar -> X; + cc         #
+#               \    \                                  #
+#                \    \____rho+, pi0pi                  #
+#                 \                                     #
+#                  \__D0pi-, (D0->Kpi)                  #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   05/01/2003                                    #
+#########################################################
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD0              D0
+Alias Myanti-D0         anti-D0
+Alias Myrho+            rho+
+Alias Myrho-            rho-
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0            VSS;
+0.500 Myanti-B0 B0            VSS;
+Enddecay
+#
+Decay MyB0
+0.60   MyD*-  pi0  pi+        PHSP;
+0.40   Myrho+ MyD*-           SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+Enddecay
+#
+Decay Myanti-B0
+0.60   MyD*+  pi0  pi-        PHSP;
+0.40   Myrho- MyD*+           SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0  pi-              VSS;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0   pi+                  VSS;
+Enddecay
+#
+Decay MyD0
+1.0        K-  pi+                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0        K+  pi-                 PHSP;
+Enddecay
+#
+Decay Myrho-
+1.0  pi0 pi-                        VSS;
+Enddecay
+#
+Decay Myrho+
+1.0  pi0 pi+                        VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0_Dstar3pi.dec b/BaBar_2014/B0_Dstar3pi.dec
new file mode 100644
index 0000000..0c1bac4
--- /dev/null
+++ b/BaBar_2014/B0_Dstar3pi.dec
@@ -0,0 +1,125 @@
+#########################################################
+# Decay: B0 -> D*- (3pi)+;   B0bar -> X; + cc           #
+#               \    \                                  #
+#                \    \____pipipi, rho0pi, a1+;         #
+#                 \                                     #
+#                  \__D0pi-, (D0->Kpi, Kpipi0, Kpipipi) #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   05/01/2003                                    #
+#########################################################
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD0              D0
+Alias Myanti-D0         anti-D0
+Alias Mya_1+            a_1+
+Alias Mya_1-            a_1-
+Alias Myrho0            rho0
+Alias MyK_1+            K_1+
+Alias MyK_1-            K_1-
+Alias MyK*0             K*0
+Alias Myanti-K*0        anti-K*0
+Alias Myomega           omega
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0                     VSS;
+0.500 Myanti-B0 B0                     VSS;
+Enddecay
+#
+Decay MyB0
+0.40   MyD*-  pi-  pi+  pi+        PHSP;
+0.40   MyD*-  Myrho0  pi+          PHSP;
+0.20   MyD*-  Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+Enddecay
+#
+Decay Myanti-B0
+0.40   MyD*+  pi+  pi-  pi-        PHSP;
+0.40   MyD*+  Myrho0  pi-          PHSP;
+0.20   MyD*+  Mya_1-               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0   pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay MyD0
+0.3        K-  pi+                 PHSP;
+0.3122     K-  pi+  pi0            D_DALITZ;
+## K 3pi  (0.277*1.4 total)
+0.1778     Mya_1+ K-               SVS;
+0.01722    MyK_1- pi+              SVS;
+0.0525     Myanti-K*0 pi+ pi-      PHSP;
+0.02716    K- pi+ rho0             PHSP;
+0.06468    K- pi+ pi+ pi-          PHSP;
+0.04844    Myanti-K*0 rho0         SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.3        K+  pi-                 PHSP;
+0.3122     K+  pi-  pi0            D_DALITZ;
+## K 3pi  (0.277*1.4 total)
+0.1778     Mya_1- K+               SVS;
+0.01722    MyK_1+ pi-              SVS;
+0.0525     MyK*0 pi- pi+           PHSP;
+0.02716    K+ pi- rho0             PHSP;
+0.06468    K+ pi- pi- pi+          PHSP;
+0.04844    MyK*0 rho0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                    VSS;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0_DstarPiPiPi.dec b/BaBar_2014/B0_DstarPiPiPi.dec
new file mode 100644
index 0000000..b7eb293
--- /dev/null
+++ b/BaBar_2014/B0_DstarPiPiPi.dec
@@ -0,0 +1,76 @@
+#########################################################
+# Decay: B0 -> D*- (3pi)+;   B0bar -> X; + cc           #
+#               \    \                                  #
+#                \    \____pipipi, rho0pi, a1+;         #
+#                 \                                     #
+#                  \__D0pi-, D0->Kpi                    #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   04/26/2003                                    #
+#########################################################
+Alias MyB0              B0
+Alias Myanti-B0         anti-B0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD0              D0
+Alias Myanti-D0         anti-D0
+Alias Mya_1+            a_1+
+Alias Mya_1-            a_1-
+Alias Myrho0            rho0
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0                     VSS;
+0.500 Myanti-B0 B0                     VSS;
+Enddecay
+#
+Decay MyB0
+0.40   MyD*-  pi-  pi+  pi+        PHSP;
+0.40   MyD*-  Myrho0  pi+          PHSP;
+0.20   MyD*-  Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+Enddecay
+#
+Decay Myanti-B0
+0.40   MyD*+  pi+  pi-  pi-        PHSP;
+0.40   MyD*+  Myrho0  pi-          PHSP;
+0.20   MyD*+  Mya_1-               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+Enddecay
+#
+Decay MyD*-
+1.000  Myanti-D0   pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+1.000  MyD0   pi+                      VSS;
+Enddecay
+#
+Decay MyD0
+1.0   K-  pi+                          PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0   K+  pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                    VSS;
+Enddecay
+
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/B0_XKs_XTOJPsiOmega.dec b/BaBar_2014/B0_XKs_XTOJPsiOmega.dec
new file mode 100644
index 0000000..dc792a3
--- /dev/null
+++ b/BaBar_2014/B0_XKs_XTOJPsiOmega.dec
@@ -0,0 +1,56 @@
+###################################################################
+# B0  --> X3870  Ks            B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) Omega                                 #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Eric Eckhart                                            #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyOmega omega
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi omega   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-    PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0_hcKs_3had_pm.dec b/BaBar_2014/B0_hcKs_3had_pm.dec
new file mode 100644
index 0000000..29a603b
--- /dev/null
+++ b/BaBar_2014/B0_hcKs_3had_pm.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Decay:      B0 -> h_c        KS,        B0bar -> X       #
+#                   |          |                           #
+#                   ->3 mesons ->pi+pi-                    #
+#             + cc                                         #
+#                                                          #
+# Author: S. Tosi        18/06/01                          #
+############################################################
+#
+Define beta 0.34
+Define minusTwoBeta -0.68
+#
+Alias MyB0 B0
+Alias MyAnti-B0 anti-B0
+Alias MyK_S0 K_S0
+Alias MyH_c h_c
+#
+Decay Upsilon(4S)
+  1.0000  B0 anti-B0 MyB0 MyAnti-B0  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+  1.000  MyH_c MyK_S0        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyAnti-B0
+  1.000  MyH_c MyK_S0        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+#
+Decay MyH_c
+  0.25  MyK_S0 K+ pi-      PHSP;
+  0.25  MyK_S0 K- pi+      PHSP;
+  0.5  K+ K- pi0          PHSP;
+Enddecay 
+# 
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay 
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0_hcKs_4had_pm.dec b/BaBar_2014/B0_hcKs_4had_pm.dec
new file mode 100644
index 0000000..23a7b98
--- /dev/null
+++ b/BaBar_2014/B0_hcKs_4had_pm.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Decay:      B0 -> h_c        Ks,        B0bar -> X       #
+#                   |          |                           #
+#                   ->4 mesons ->pi+ pi-                   #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: S. Tosi        18/06/01                          #
+############################################################
+#
+Define beta 0.34
+Define minusTwoBeta -0.68
+#
+Alias MyB0 B0
+Alias MyAnti-B0 anti-B0
+Alias MyK_S0 K_S0
+Alias MyH_c h_c
+#
+Decay Upsilon(4S)
+  1.0000  B0 anti-B0 MyB0 MyAnti-B0  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+  1.000  MyH_c MyK_S0        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyAnti-B0
+  1.000  MyH_c MyK_S0        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyH_c
+  0.33333  pi+ pi- K+ K-          PHSP;
+  0.33333  K+ K- K+ K-          PHSP;
+  0.33333  pi+ pi- pi+ pi-          PHSP;
+Enddecay 
+# 
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0_hcKs_JpsiX_pm.dec b/BaBar_2014/B0_hcKs_JpsiX_pm.dec
new file mode 100644
index 0000000..dbe44d9
--- /dev/null
+++ b/BaBar_2014/B0_hcKs_JpsiX_pm.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay:      B0 -> h_c      Ks,        B0bar -> X         #
+#                    |       |                             #
+#               J/psi X     ->pi+ pi-                      #
+#                  |-> e+e-                                #
+#                  |-> mu+mu-                              #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: E. Robutti                                       #
+# Created:                   May 22 2001                   #
+############################################################
+#
+Define beta 0.34
+Define minusTwoBeta -0.68
+#
+Alias MyB0 B0
+Alias MyAnti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0 K_S0
+Alias MyH_c h_c
+#
+Decay Upsilon(4S)
+  1.0000  B0 anti-B0 MyB0 MyAnti-B0  VSS_BMIX dm;
+Enddecay
+#
+#
+Decay MyB0
+  1.000  MyH_c MyK_S0        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyAnti-B0
+  1.000  MyH_c MyK_S0        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+#
+Decay MyH_c
+  0.5000  MyJ/psi pi+ pi-    PHSP;
+  0.5000  MyJ/psi pi0        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+#
+#
+Decay MyJ/psi
+  0.5000  e+  e-             PHOTOS VLL;
+  0.5000  mu+ mu-            PHOTOS VLL;
+Enddecay
+#
+#
+Decay MyK_S0
+  1.00000 pi+ pi-           PHSP;
+Enddecay
+# 
+End
diff --git a/BaBar_2014/B0_hcKs_etacGam_X_pm.dec b/BaBar_2014/B0_hcKs_etacGam_X_pm.dec
new file mode 100644
index 0000000..be5513b
--- /dev/null
+++ b/BaBar_2014/B0_hcKs_etacGam_X_pm.dec
@@ -0,0 +1,68 @@
+############################################################
+#                                                          #
+# Decay:      B0 -> h_c            KS,        B0bar -> X   #
+#                   |              |                       #
+#                   ->eta_c gamma  ->pi+pi-                #
+#                     |                                    #
+#                     -> X                                 #
+#             + cc                                         #
+#                                                          #
+# Author: S. Tosi        18/06/01                          #
+############################################################
+#
+Define beta 0.34
+Define minusTwoBeta -0.68
+#
+Alias MyB0 B0
+Alias MyAnti-B0 anti-B0
+Alias MyK_S0 K_S0
+Alias MyEta_c eta_c
+Alias MyH_c h_c
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+  1.0000  B0 anti-B0 MyB0 MyAnti-B0  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+  1.000  MyH_c MyK_S0        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyAnti-B0
+  1.000  MyH_c MyK_S0        SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 1.0 0.0;
+Enddecay
+#
+#
+Decay MyH_c
+  1.0000  MyEta_c gamma      VSP_PWAVE;
+Enddecay 
+# 
+Decay MyEta_c
+0.0012    p+  anti-p-                        PHSP;
+0.0071    MyPhi MyPhi                        SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+0.0120    pi+ pi- pi+ pi-                PHSP;
+0.0210    K+  K-  K+ K-                  PHSP;
+0.0200    K+  K-  pi+ pi-                PHSP;
+0.0092    pi0  K+  K-                    PHSP;
+0.0184    K+ MyK_S0 pi-                      PHSP;
+0.0184    K- MyK_S0 pi+                      PHSP;
+Enddecay
+#
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                VSS;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0allB0barpipi_crn.dec b/BaBar_2014/B0allB0barpipi_crn.dec
new file mode 100644
index 0000000..8f53134
--- /dev/null
+++ b/BaBar_2014/B0allB0barpipi_crn.dec
@@ -0,0 +1,21 @@
+###################################################
+#                                                 #
+# Decay: B0 -> X 	anti-B0->Pi Pi		  #
+#                                                 #
+# Comments: Cornelius training NO mixing          #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Created:                  21/Feb/99             #
+###################################################
+#
+Alias MyB0B  anti-B0
+#
+Decay Upsilon(4S)
+1.000   B0       MyB0B                  VSS_MIX dm;
+Enddecay
+#
+Decay MyB0B
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0barallB0pipi_crn.dec b/BaBar_2014/B0barallB0pipi_crn.dec
new file mode 100644
index 0000000..b69e6f9
--- /dev/null
+++ b/BaBar_2014/B0barallB0pipi_crn.dec
@@ -0,0 +1,21 @@
+###################################################
+#                                                 #
+# Decay: B0 -> pi pi 	anti-B0->X	          #
+#                                                 #
+# Comments: Cornelius training NO mixing          #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Created:                  21/Feb/99             #
+###################################################
+#
+Alias MyB0  B0
+#
+Decay Upsilon(4S)
+1.000   MyB0       anti-B0                  VSS_MIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0baretapD0.dec b/BaBar_2014/B0baretapD0.dec
new file mode 100644
index 0000000..268dd90
--- /dev/null
+++ b/BaBar_2014/B0baretapD0.dec
@@ -0,0 +1,50 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. D0 Myetap          PHSP;
+Enddecay
+
+Decay MyB0
+1. anti-D0 Myetap          PHSP;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+ 
+End 
diff --git a/BaBar_2014/B0baretapD0K3Pietapipigg.dec b/BaBar_2014/B0baretapD0K3Pietapipigg.dec
new file mode 100644
index 0000000..b1f5183
--- /dev/null
+++ b/BaBar_2014/B0baretapD0K3Pietapipigg.dec
@@ -0,0 +1,104 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --eta pi pi, D0->K- pi+ pi- pi+
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0k3pi Myetap          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bk3pi Myetap          PHSP;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0baretapD0KPiPi0etapipigg.dec b/BaBar_2014/B0baretapD0KPiPi0etapipigg.dec
new file mode 100644
index 0000000..b7efdc3
--- /dev/null
+++ b/BaBar_2014/B0baretapD0KPiPi0etapipigg.dec
@@ -0,0 +1,60 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --eta pi pi, D0->K- pi+ pi0
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpipi0 Myetap          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpipi0 Myetap          PHSP;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0baretapD0KPietapipigg.dec b/BaBar_2014/B0baretapD0KPietapipigg.dec
new file mode 100644
index 0000000..db9c158
--- /dev/null
+++ b/BaBar_2014/B0baretapD0KPietapipigg.dec
@@ -0,0 +1,60 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --eta pi pi, D0->K- pi+ 
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpi Myetap          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpi Myetap          PHSP;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0baretapDstar0.dec b/BaBar_2014/B0baretapDstar0.dec
new file mode 100644
index 0000000..774510a
--- /dev/null
+++ b/BaBar_2014/B0baretapDstar0.dec
@@ -0,0 +1,65 @@
+###################################################################
+# 
+#B0->Eta'D*0 Bbar -> X                                               ##     |
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0
+Alias MyD*0B anti-D*0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myetap          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myetap          SVS;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+Decay MyD*0
+0.619 D0 pi0  VSS;
+0.381 D0  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 anti-D0 pi0  VSS;
+0.381 anti-D0  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+
+End 
diff --git a/BaBar_2014/B0etaD0K3Pigg.dec b/BaBar_2014/B0etaD0K3Pigg.dec
new file mode 100644
index 0000000..fb8df4f
--- /dev/null
+++ b/BaBar_2014/B0etaD0K3Pigg.dec
@@ -0,0 +1,100 @@
+###################################################################
+# 
+#B0->Eta D0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+ pi- pi+
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Myeta eta
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0k3pi Myeta          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bk3pi Myeta          PHSP;
+Enddecay
+
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+ 
+End 
diff --git a/BaBar_2014/B0etaD0K3Pipipipi0.dec b/BaBar_2014/B0etaD0K3Pipipipi0.dec
new file mode 100644
index 0000000..fa4ec13
--- /dev/null
+++ b/BaBar_2014/B0etaD0K3Pipipipi0.dec
@@ -0,0 +1,101 @@
+###################################################################
+# 
+#B0->Eta D0 Bbar -> X                                               ##     |
+#      --pi+ pi- pi0, D0->K- pi+ pi- pi+
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Myeta eta
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0k3pi Myeta          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bk3pi Myeta          PHSP;
+Enddecay
+
+
+Decay Myeta
+1.0000  pi+ pi- pi0          ETA_DALITZ;             
+Enddecay
+
+#
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+ 
+End 
diff --git a/BaBar_2014/B0etaD0KPiPi0gg.dec b/BaBar_2014/B0etaD0KPiPi0gg.dec
new file mode 100644
index 0000000..2bfb2fb
--- /dev/null
+++ b/BaBar_2014/B0etaD0KPiPi0gg.dec
@@ -0,0 +1,57 @@
+###################################################################
+# 
+#B0->Eta D0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+ pi0
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpipi0 Myeta          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpipi0 Myeta          PHSP;
+Enddecay
+
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+
+ 
+End 
diff --git a/BaBar_2014/B0etaD0KPiPi0pipipi0.dec b/BaBar_2014/B0etaD0KPiPi0pipipi0.dec
new file mode 100644
index 0000000..9a83f45
--- /dev/null
+++ b/BaBar_2014/B0etaD0KPiPi0pipipi0.dec
@@ -0,0 +1,57 @@
+###################################################################
+# 
+#B0->Eta D0 Bbar -> X                                               ##     |
+#      --pi+ pi- pi0, D0->K- pi+ pi0
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpipi0 Myeta          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpipi0 Myeta          PHSP;
+Enddecay
+
+Decay Myeta
+1.0000  pi+ pi- pi0          ETA_DALITZ;             
+Enddecay
+
+#
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+
+ 
+End 
diff --git a/BaBar_2014/B0etaD0KPigg.dec b/BaBar_2014/B0etaD0KPigg.dec
new file mode 100644
index 0000000..802071d
--- /dev/null
+++ b/BaBar_2014/B0etaD0KPigg.dec
@@ -0,0 +1,54 @@
+###################################################################
+# 
+#B0->Eta D0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpi Myeta          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpi Myeta          PHSP;
+Enddecay
+
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0etaD0KPipipipi0.dec b/BaBar_2014/B0etaD0KPipipipi0.dec
new file mode 100644
index 0000000..1e2cb93
--- /dev/null
+++ b/BaBar_2014/B0etaD0KPipipipi0.dec
@@ -0,0 +1,55 @@
+###################################################################
+# 
+#B0->Eta D0 Bbar -> X                                               ##     |
+#      --pi+ pi- pi0, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpi Myeta          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpi Myeta          PHSP;
+Enddecay
+
+
+Decay Myeta
+1.0000  pi+ pi- pi0          ETA_DALITZ;             
+Enddecay
+
+#
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0etaD0star_D0K3Pi_gg.dec b/BaBar_2014/B0etaD0star_D0K3Pi_gg.dec
new file mode 100644
index 0000000..3e710dc
--- /dev/null
+++ b/BaBar_2014/B0etaD0star_D0K3Pi_gg.dec
@@ -0,0 +1,112 @@
+###################################################################
+# 
+#B0->Eta D*0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+ pi- pi+
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Myeta eta
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myeta          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myeta          SVS;
+Enddecay
+
+Decay Myeta
+1.0000  gamma gamma          PHSP;             
+Enddecay
+#
+Decay MyD*0
+0.619 MyD0k3pi pi0  VSS;
+0.381 MyD0k3pi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bk3pi pi0  VSS;
+0.381 MyD0Bk3pi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+
+ 
+End 
diff --git a/BaBar_2014/B0etaD0star_D0K3Pi_pipipi0.dec b/BaBar_2014/B0etaD0star_D0K3Pi_pipipi0.dec
new file mode 100644
index 0000000..27aa4bc
--- /dev/null
+++ b/BaBar_2014/B0etaD0star_D0K3Pi_pipipi0.dec
@@ -0,0 +1,112 @@
+###################################################################
+# 
+#B0->Eta D*0 Bbar -> X                                               ##     |
+#      --pi+ pi- pi0, D0->K- pi+ pi- pi+
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Myeta eta
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myeta          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myeta          SVS;
+Enddecay
+
+Decay Myeta
+1.0000  pi+ pi- pi0          ETA_DALITZ;       
+Enddecay
+#
+Decay MyD*0
+0.619 MyD0k3pi pi0  VSS;
+0.381 MyD0k3pi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bk3pi pi0  VSS;
+0.381 MyD0Bk3pi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+
+ 
+End 
diff --git a/BaBar_2014/B0etaD0star_D0KPiPi0_gg.dec b/BaBar_2014/B0etaD0star_D0KPiPi0_gg.dec
new file mode 100644
index 0000000..2bd387b
--- /dev/null
+++ b/BaBar_2014/B0etaD0star_D0KPiPi0_gg.dec
@@ -0,0 +1,71 @@
+###################################################################
+# 
+#B0->Eta D*0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+ pi0
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+Alias Myeta eta
+############################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myeta          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myeta          SVS;
+Enddecay
+
+Decay Myeta
+1.0000  gamma gamma          PHSP;             
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0kpipi0 pi0  VSS;
+0.381 MyD0kpipi0  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpipi0 pi0  VSS;
+0.381 MyD0Bkpipi0  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+
+ 
+End 
diff --git a/BaBar_2014/B0etaD0star_D0KPiPi0_pipipi0.dec b/BaBar_2014/B0etaD0star_D0KPiPi0_pipipi0.dec
new file mode 100644
index 0000000..95b034f
--- /dev/null
+++ b/BaBar_2014/B0etaD0star_D0KPiPi0_pipipi0.dec
@@ -0,0 +1,71 @@
+###################################################################
+# 
+#B0->Eta D*0 Bbar -> X                                               ##     |
+#      --pi+ pi- pi0, D0->K- pi+ pi0
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+Alias Myeta eta
+############################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myeta          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myeta          SVS;
+Enddecay
+
+Decay Myeta
+1.0000  pi+ pi- pi0          ETA_DALITZ;
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0kpipi0 pi0  VSS;
+0.381 MyD0kpipi0  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpipi0 pi0  VSS;
+0.381 MyD0Bkpipi0  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+
+ 
+End 
diff --git a/BaBar_2014/B0etaD0star_D0KPi_gg.dec b/BaBar_2014/B0etaD0star_D0KPi_gg.dec
new file mode 100644
index 0000000..752af78
--- /dev/null
+++ b/BaBar_2014/B0etaD0star_D0KPi_gg.dec
@@ -0,0 +1,66 @@
+###################################################################
+# 
+#B0->Eta D*0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myeta          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myeta          SVS;
+Enddecay
+
+Decay Myeta
+1.0000  gamma gamma          PHSP;             
+Enddecay
+#
+Decay MyD*0
+0.619 MyD0kpi pi0  VSS;
+0.381 MyD0kpi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpi pi0  VSS;
+0.381 MyD0Bkpi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0etaD0star_D0KPi_pipipi0.dec b/BaBar_2014/B0etaD0star_D0KPi_pipipi0.dec
new file mode 100644
index 0000000..e686aec
--- /dev/null
+++ b/BaBar_2014/B0etaD0star_D0KPi_pipipi0.dec
@@ -0,0 +1,66 @@
+###################################################################
+# 
+#B0->Eta D*0 Bbar -> X                                               ##     |
+#      --pi+ pi- pi0, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myeta          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myeta          SVS;
+Enddecay
+
+Decay Myeta
+1.0000  pi+ pi- pi0          ETA_DALITZ; 
+Enddecay
+#
+Decay MyD*0
+0.619 MyD0kpi pi0  VSS;
+0.381 MyD0kpi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpi pi0  VSS;
+0.381 MyD0Bkpi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0etapD0K3Pietapipigg.dec b/BaBar_2014/B0etapD0K3Pietapipigg.dec
new file mode 100644
index 0000000..d8fea1e
--- /dev/null
+++ b/BaBar_2014/B0etapD0K3Pietapipigg.dec
@@ -0,0 +1,53 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --eta pi pi, D0->K- pi+ pi- pi+
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+#
+Alias MyB0B anti-B0
+Alias MyB0 B0
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. D0 eta'          PHSP;
+Enddecay
+
+Decay MyB0
+1. anti-D0 eta'          PHSP;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay D0
+1. K-     pi+   pi-   pi+      PHSP;
+Enddecay
+
+Decay anti-D0
+1. K+    pi-   pi+   pi-    PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0etapD0K3Pirho0g.dec b/BaBar_2014/B0etapD0K3Pirho0g.dec
new file mode 100644
index 0000000..42d3e68
--- /dev/null
+++ b/BaBar_2014/B0etapD0K3Pirho0g.dec
@@ -0,0 +1,99 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --rho0 g, D0->K- pi+ pi- pi+
+#        
+#                  
+# Author: A.Hicheur           Sept 2001
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0k3pi Myetap          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bk3pi Myetap          PHSP;
+Enddecay
+
+Decay Myetap
+1.     rho0 gamma                      SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0etapD0KPiPi0etapipigg.dec b/BaBar_2014/B0etapD0KPiPi0etapipigg.dec
new file mode 100644
index 0000000..fcaaf70
--- /dev/null
+++ b/BaBar_2014/B0etapD0KPiPi0etapipigg.dec
@@ -0,0 +1,53 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --eta pi pi, D0->K- pi+ pi0
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+#
+Alias MyB0B anti-B0
+Alias MyB0 B0
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. D0 eta'          PHSP;
+Enddecay
+
+Decay MyB0
+1. anti-D0 eta'          PHSP;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay D0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay anti-D0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0etapD0KPiPi0rho0g.dec b/BaBar_2014/B0etapD0KPiPi0rho0g.dec
new file mode 100644
index 0000000..348b8f2
--- /dev/null
+++ b/BaBar_2014/B0etapD0KPiPi0rho0g.dec
@@ -0,0 +1,55 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --rho0 g, D0->K- pi+ pi0
+#        |
+#         -pipi
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpipi0 Myetap          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpipi0 Myetap          PHSP;
+Enddecay
+
+Decay Myetap
+1.     rho0 gamma                      SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0etapD0KPietapipigg.dec b/BaBar_2014/B0etapD0KPietapipigg.dec
new file mode 100644
index 0000000..b0ae851
--- /dev/null
+++ b/BaBar_2014/B0etapD0KPietapipigg.dec
@@ -0,0 +1,53 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --eta pi pi, D0->K- pi+ 
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+#
+Alias MyB0B anti-B0
+Alias MyB0 B0
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. D0 eta'          PHSP;
+Enddecay
+
+Decay MyB0
+1. anti-D0 eta'          PHSP;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay D0
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay anti-D0
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0etapD0KPirho0g.dec b/BaBar_2014/B0etapD0KPirho0g.dec
new file mode 100644
index 0000000..4a5ae14
--- /dev/null
+++ b/BaBar_2014/B0etapD0KPirho0g.dec
@@ -0,0 +1,56 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --rho0 g, D0->K- pi+ 
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpi Myetap          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpi Myetap          PHSP;
+Enddecay
+
+Decay Myetap
+1.     rho0 gamma                      SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0etapD0etapipigg.dec b/BaBar_2014/B0etapD0etapipigg.dec
new file mode 100644
index 0000000..cc9094d
--- /dev/null
+++ b/BaBar_2014/B0etapD0etapipigg.dec
@@ -0,0 +1,50 @@
+###################################################################
+# 
+#B0->Eta'D0 Bbar -> X                                               ##     |
+#      --eta pi pi, D0->K- pi+ 
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           16 Feb 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+#
+Alias MyB0B anti-B0
+Alias MyB0 B0
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+
+Decay MyB0B
+1. D0 eta'          PHSP;
+Enddecay
+
+Decay MyB0
+1. anti-D0 eta'          PHSP;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay D0
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay anti-D0
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0etapD0star_D0K3Pi_etapipigg.dec b/BaBar_2014/B0etapD0star_D0K3Pi_etapipigg.dec
new file mode 100644
index 0000000..39e0268
--- /dev/null
+++ b/BaBar_2014/B0etapD0star_D0K3Pi_etapipigg.dec
@@ -0,0 +1,122 @@
+###################################################################
+# 
+#B0->Eta'D*0 Bbar -> X                                               ##     |
+#      --eta pi pi, D0->K- pi+ pi- pi+
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myetap          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myetap          SVS;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0k3pi pi0  VSS;
+0.381 MyD0k3pi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bk3pi pi0  VSS;
+0.381 MyD0Bk3pi  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+ 
+End 
+
diff --git a/BaBar_2014/B0etapD0star_D0K3Pi_rho0g.dec b/BaBar_2014/B0etapD0star_D0K3Pi_rho0g.dec
new file mode 100644
index 0000000..202c9c9
--- /dev/null
+++ b/BaBar_2014/B0etapD0star_D0K3Pi_rho0g.dec
@@ -0,0 +1,116 @@
+###################################################################
+# 
+#B0->Eta'D*0 Bbar -> X                                               ##     |
+#      --rho0 g, D0->K- pi+ pi- pi+
+#        |
+#         -pi pi
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myetap          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myetap          SVS;
+Enddecay
+
+Decay Myetap
+1.     rho0 gamma                      SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0k3pi pi0  VSS;
+0.381 MyD0k3pi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bk3pi pi0  VSS;
+0.381 MyD0Bk3pi  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+ 
+End 
+
diff --git a/BaBar_2014/B0etapD0star_D0KPiPi0_etapipigg.dec b/BaBar_2014/B0etapD0star_D0KPiPi0_etapipigg.dec
new file mode 100644
index 0000000..94dd0c4
--- /dev/null
+++ b/BaBar_2014/B0etapD0star_D0KPiPi0_etapipigg.dec
@@ -0,0 +1,74 @@
+###################################################################
+# 
+#B0->Eta'D*0 Bbar -> X                                               ##     |
+#      --eta pi pi, D0->K- pi+ pi0
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myetap          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myetap          SVS;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0kpipi0 pi0  VSS;
+0.381 MyD0kpipi0  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpipi0 pi0  VSS;
+0.381 MyD0Bkpipi0  gamma                      VSP_PWAVE;
+Enddecay
+#
+#
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+ 
+End 
+
diff --git a/BaBar_2014/B0etapD0star_D0KPiPi0_rho0g.dec b/BaBar_2014/B0etapD0star_D0KPiPi0_rho0g.dec
new file mode 100644
index 0000000..fbe22ab
--- /dev/null
+++ b/BaBar_2014/B0etapD0star_D0KPiPi0_rho0g.dec
@@ -0,0 +1,70 @@
+###################################################################
+# 
+#B0->Eta'D*0 Bbar -> X                                               ##     |
+#      --rho0 g, D0->K- pi+ pi0
+#        |
+#         -pi pi
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myetap          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myetap          SVS;
+Enddecay
+
+Decay Myetap
+1.     rho0 gamma                      SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0kpipi0 pi0  VSS;
+0.381 MyD0kpipi0  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpipi0 pi0  VSS;
+0.381 MyD0Bkpipi0  gamma                      VSP_PWAVE;
+Enddecay
+#
+#
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+ 
+End 
+
diff --git a/BaBar_2014/B0etapD0star_D0KPi_etapipigg.dec b/BaBar_2014/B0etapD0star_D0KPi_etapipigg.dec
new file mode 100644
index 0000000..d2cd4df
--- /dev/null
+++ b/BaBar_2014/B0etapD0star_D0KPi_etapipigg.dec
@@ -0,0 +1,73 @@
+###################################################################
+# 
+#B0->Eta'D*0 Bbar -> X                                               ##     |
+#      --eta pi pi, D0->K- pi+
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myetap          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myetap          SVS;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0kpi pi0  VSS;
+0.381 MyD0kpi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpi pi0  VSS;
+0.381 MyD0Bkpi  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+
+End 
diff --git a/BaBar_2014/B0etapD0star_D0KPi_rho0g.dec b/BaBar_2014/B0etapD0star_D0KPi_rho0g.dec
new file mode 100644
index 0000000..a3ca3ab
--- /dev/null
+++ b/BaBar_2014/B0etapD0star_D0KPi_rho0g.dec
@@ -0,0 +1,68 @@
+###################################################################
+# 
+#B0->Eta'D*0 Bbar -> X                                               ##     |
+#      --rho0 g, D0->K- pi+
+#        |
+#         -pi pi
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 Myetap          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B Myetap          SVS;
+Enddecay
+
+Decay Myetap
+1.     rho0 gamma                      SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0kpi pi0  VSS;
+0.381 MyD0kpi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpi pi0  VSS;
+0.381 MyD0Bkpi  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
+
diff --git a/BaBar_2014/B0etapD0staretapipigg.dec b/BaBar_2014/B0etapD0staretapipigg.dec
new file mode 100644
index 0000000..d7f3756
--- /dev/null
+++ b/BaBar_2014/B0etapD0staretapipigg.dec
@@ -0,0 +1,60 @@
+###################################################################
+# 
+#B0->Eta'D*0 Bbar -> X                                               ##     |
+#      --eta pi pi, D*0->D0pi0, D0->K- pi+
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           16 Feb 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+#
+Alias MyB0B anti-B0
+Alias MyB0 B0
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+
+Decay MyB0B
+1. D*0 eta'          SVS;
+Enddecay
+
+Decay MyB0
+1. anti-D*0 eta'          SVS;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+Decay D*0
+1. D0 pi0  VSS;
+Enddecay
+
+Decay anti-D*0
+1. anti-D0 pi0  VSS;
+Enddecay
+#
+
+Decay D0
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay anti-D0
+1. K+    pi-     PHSP;
+Enddecay
+
+End 
diff --git a/BaBar_2014/B0omegaD0K3Pi.dec b/BaBar_2014/B0omegaD0K3Pi.dec
new file mode 100644
index 0000000..b825adc
--- /dev/null
+++ b/BaBar_2014/B0omegaD0K3Pi.dec
@@ -0,0 +1,98 @@
+###################################################################
+# 
+#B0->omega D0 Bbar -> X                                               ##     |
+#      --pipipi0, D0->K- pi+ pi- pi+
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Myomega omega
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. Myomega MyD0k3pi          SVS;
+Enddecay
+
+Decay MyB0
+1. Myomega MyD0Bk3pi         SVS;
+Enddecay
+
+Decay Myomega
+1.    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0omegaD0KPi.dec b/BaBar_2014/B0omegaD0KPi.dec
new file mode 100644
index 0000000..74a4369
--- /dev/null
+++ b/BaBar_2014/B0omegaD0KPi.dec
@@ -0,0 +1,54 @@
+###################################################################
+# 
+#B0->omega D0 Bbar -> X                                               ##     |
+#      --pipipi0, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+Alias Myomega omega
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. Myomega MyD0kpi          SVS;
+Enddecay
+
+Decay MyB0
+1. Myomega MyD0Bkpi         SVS;
+Enddecay
+
+Decay Myomega
+1.    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0omegaD0KPiPi0.dec b/BaBar_2014/B0omegaD0KPiPi0.dec
new file mode 100644
index 0000000..736e684
--- /dev/null
+++ b/BaBar_2014/B0omegaD0KPiPi0.dec
@@ -0,0 +1,55 @@
+###################################################################
+# 
+#B0->omega D0 Bbar -> X                                               ##     |
+#      --pipipi0, D0->K- pi+ pi0
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+Alias Myomega omega
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. Myomega MyD0kpipi0         SVS;
+Enddecay
+
+Decay MyB0
+1. Myomega MyD0Bkpipi0        SVS;
+Enddecay
+
+Decay Myomega
+1.    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0omegaD0star_D0K3Pi.dec b/BaBar_2014/B0omegaD0star_D0K3Pi.dec
new file mode 100644
index 0000000..89d5074
--- /dev/null
+++ b/BaBar_2014/B0omegaD0star_D0K3Pi.dec
@@ -0,0 +1,110 @@
+###################################################################
+# 
+#B0->omega D*0 Bbar -> X                                               ##     |
+#      --pipipi0, D0->K- pi+  pi-  pi+
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Myomega omega
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0  Myomega        SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+Decay MyB0
+1. MyD*0B  Myomega       SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+Decay Myomega
+1.    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+Decay MyD*0
+0.619 MyD0k3pi pi0  VSS;
+0.381 MyD0k3pi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bk3pi pi0  VSS;
+0.381 MyD0Bk3pi  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0omegaD0star_D0KPi.dec b/BaBar_2014/B0omegaD0star_D0KPi.dec
new file mode 100644
index 0000000..feca715
--- /dev/null
+++ b/BaBar_2014/B0omegaD0star_D0KPi.dec
@@ -0,0 +1,67 @@
+###################################################################
+# 
+#B0->omega D*0 Bbar -> X                                               ##     |
+#      --pipipi0, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+Alias Myomega omega
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0  Myomega        SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+Decay MyB0
+1. MyD*0B  Myomega       SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+Decay Myomega
+1.    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+Decay MyD*0
+0.619 MyD0kpi pi0  VSS;
+0.381 MyD0kpi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpi pi0  VSS;
+0.381 MyD0Bkpi gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0kpi
+1. K-     pi+   PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-   PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0omegaD0star_D0KPiPi0.dec b/BaBar_2014/B0omegaD0star_D0KPiPi0.dec
new file mode 100644
index 0000000..42a74a4
--- /dev/null
+++ b/BaBar_2014/B0omegaD0star_D0KPiPi0.dec
@@ -0,0 +1,68 @@
+###################################################################
+# 
+#B0->omega D*0 Bbar -> X                                               ##     |
+#      --pipipi0, D0->K- pi+  pi0
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+Alias Myomega omega
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0  Myomega        SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+Decay MyB0
+1. MyD*0B  Myomega       SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+Decay Myomega
+1.    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+
+Decay MyD*0
+0.619 MyD0kpipi0 pi0  VSS;
+0.381 MyD0kpipi0 gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpipi0 pi0  VSS;
+0.381 MyD0Bkpipi0 gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0pi0D0K3Pi.dec b/BaBar_2014/B0pi0D0K3Pi.dec
new file mode 100644
index 0000000..4027e32
--- /dev/null
+++ b/BaBar_2014/B0pi0D0K3Pi.dec
@@ -0,0 +1,98 @@
+###################################################################
+# 
+#B0->pi0  D0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+ pi- pi+
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0k3pi pi0          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bk3pi pi0          PHSP;
+Enddecay
+
+
+Decay pi0
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0pi0D0KPi.dec b/BaBar_2014/B0pi0D0KPi.dec
new file mode 100644
index 0000000..b8a446c
--- /dev/null
+++ b/BaBar_2014/B0pi0D0KPi.dec
@@ -0,0 +1,53 @@
+###################################################################
+# 
+#B0->pi0  D0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpi pi0          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpi pi0          PHSP;
+Enddecay
+
+
+Decay pi0
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0pi0D0KPiPi0.dec b/BaBar_2014/B0pi0D0KPiPi0.dec
new file mode 100644
index 0000000..1a57b83
--- /dev/null
+++ b/BaBar_2014/B0pi0D0KPiPi0.dec
@@ -0,0 +1,54 @@
+###################################################################
+# 
+#B0->pi0  D0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpipi0 pi0          PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpipi0 pi0          PHSP;
+Enddecay
+
+
+Decay pi0
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0pi0D0star_D0K3Pi.dec b/BaBar_2014/B0pi0D0star_D0K3Pi.dec
new file mode 100644
index 0000000..cd71cdc
--- /dev/null
+++ b/BaBar_2014/B0pi0D0star_D0K3Pi.dec
@@ -0,0 +1,115 @@
+###################################################################
+# 
+#B0->pi0  D0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+  pi-  pi+
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 pi0          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B pi0          SVS;
+Enddecay
+
+
+Decay pi0
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0k3pi pi0  VSS;
+0.381 MyD0k3pi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bk3pi pi0  VSS;
+0.381 MyD0Bk3pi  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+ 
+End 
diff --git a/BaBar_2014/B0pi0D0star_D0KPi.dec b/BaBar_2014/B0pi0D0star_D0KPi.dec
new file mode 100644
index 0000000..51ffcca
--- /dev/null
+++ b/BaBar_2014/B0pi0D0star_D0KPi.dec
@@ -0,0 +1,69 @@
+###################################################################
+# 
+#B0->pi0  D0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 pi0          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B pi0          SVS;
+Enddecay
+
+
+Decay pi0
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0kpi pi0  VSS;
+0.381 MyD0kpi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpi pi0  VSS;
+0.381 MyD0Bkpi gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0kpi
+1. K-     pi+   PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-   PHSP;
+Enddecay
+
+
+ 
+End 
diff --git a/BaBar_2014/B0pi0D0star_D0KPiPi0.dec b/BaBar_2014/B0pi0D0star_D0KPiPi0.dec
new file mode 100644
index 0000000..092bb0d
--- /dev/null
+++ b/BaBar_2014/B0pi0D0star_D0KPiPi0.dec
@@ -0,0 +1,70 @@
+###################################################################
+# 
+#B0->pi0  D0 Bbar -> X                                               ##     |
+#      --gamma gamma, D0->K- pi+  pi0
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0 pi0          SVS;
+Enddecay
+
+Decay MyB0
+1. MyD*0B pi0          SVS;
+Enddecay
+
+
+Decay pi0
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+Decay MyD*0
+0.619 MyD0kpipi0 pi0  VSS;
+0.381 MyD0kpipi0 gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpipi0 pi0  VSS;
+0.381 MyD0Bkpipi0 gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+
+
+ 
+End 
diff --git a/BaBar_2014/B0pipiD0K3Pi.dec b/BaBar_2014/B0pipiD0K3Pi.dec
new file mode 100755
index 0000000..d1d0e85
--- /dev/null
+++ b/BaBar_2014/B0pipiD0K3Pi.dec
@@ -0,0 +1,93 @@
+###################################################################
+# 
+#    B0-> pi pi D0 Bbar -> X 
+#      	 D0->K- pi+ pi- pi+
+#        
+#         
+#                  
+# Author: V. Tisserand           Oct 2002  
+# tisserav@lapp.in2p3.fr                      
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+###################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+###################################################################
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0k3pi   pi+  pi-                   PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bk3pi   pi-  pi+                   PHSP;
+Enddecay
+
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0pipiD0KPi.dec b/BaBar_2014/B0pipiD0KPi.dec
new file mode 100755
index 0000000..7cfe842
--- /dev/null
+++ b/BaBar_2014/B0pipiD0KPi.dec
@@ -0,0 +1,47 @@
+###################################################################
+# 
+#B0->pipi D0 Bbar -> X                                                   
+#       D0->K- pi+ 
+#        
+#         
+#                  
+# Author: V. Tisserand           Oct 2002  
+# tisserav@lapp.in2p3.fr                                            
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+##################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+##################################################################
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+##################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpi  pi+  pi-                   PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpi  pi-  pi+                   PHSP;        
+Enddecay
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0pipiD0KPiPi0.dec b/BaBar_2014/B0pipiD0KPiPi0.dec
new file mode 100755
index 0000000..880acc4
--- /dev/null
+++ b/BaBar_2014/B0pipiD0KPiPi0.dec
@@ -0,0 +1,49 @@
+###################################################################
+# 
+#  B0-> pi pi D0 Bbar -> X   
+#      		D0->K- pi+ pi0
+#        
+#         
+#                  
+# Author: V. Tisserand           Oct 2002  
+# tisserav@lapp.in2p3.fr         
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+##################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+##################################################################
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+##################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD0kpipi0    pi+  pi-                   PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD0Bkpipi0   pi-  pi+                   PHSP;
+Enddecay
+
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0pipiD0star_D0K3Pi.dec b/BaBar_2014/B0pipiD0star_D0K3Pi.dec
new file mode 100755
index 0000000..d3d0683
--- /dev/null
+++ b/BaBar_2014/B0pipiD0star_D0K3Pi.dec
@@ -0,0 +1,108 @@
+###################################################################
+# 
+#   B0-> pi pi D*0 Bbar -> X 
+#      		D0->K- pi+ pi-  pi+
+#        
+#         
+#               
+# Author: V. Tisserand           Oct 2002  
+# tisserav@lapp.in2p3.fr         
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+###################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+###################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+###################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0   pi+  pi-                   PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD*0B  pi-  pi+                   PHSP;
+Enddecay
+
+
+Decay MyD*0
+0.619 MyD0k3pi pi0  VSS;
+0.381 MyD0k3pi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bk3pi pi0  VSS;
+0.381 MyD0Bk3pi  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0pipiD0star_D0KPi.dec b/BaBar_2014/B0pipiD0star_D0KPi.dec
new file mode 100755
index 0000000..30e5b9a
--- /dev/null
+++ b/BaBar_2014/B0pipiD0star_D0KPi.dec
@@ -0,0 +1,62 @@
+###################################################################
+# 
+#B0-> pi pi D*0 Bbar -> X 
+#      		D0->K- pi+ 
+#        
+#         
+#                  
+# Author: V. Tisserand           Oct 2002  
+# tisserav@lapp.in2p3.fr            
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0   pi+  pi-                   PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD*0B   pi-  pi+                   PHSP;
+Enddecay
+
+
+Decay MyD*0
+0.619 MyD0kpi pi0  VSS;
+0.381 MyD0kpi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpi pi0  VSS;
+0.381 MyD0Bkpi gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0kpi
+1. K-     pi+   PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-   PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0pipiD0star_D0KPiPi0.dec b/BaBar_2014/B0pipiD0star_D0KPiPi0.dec
new file mode 100755
index 0000000..b646919
--- /dev/null
+++ b/BaBar_2014/B0pipiD0star_D0KPiPi0.dec
@@ -0,0 +1,63 @@
+###################################################################
+# 
+#B0-> pi pi D*0 Bbar -> X                                
+#      		 D0->K- pi+ pi0
+#        
+#         
+#                  
+# Author: V. Tisserand           Oct 2002  
+# tisserav@lapp.in2p3.fr         
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+###################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+###################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+###################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0   pi+  pi-                   PHSP;
+Enddecay
+
+Decay MyB0
+1. MyD*0B   pi-  pi+                   PHSP;
+Enddecay
+
+
+Decay MyD*0
+0.619 MyD0kpipi0 pi0  VSS;
+0.381 MyD0kpipi0 gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpipi0 pi0  VSS;
+0.381 MyD0Bkpipi0 gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0pm_hcK_X.dec b/BaBar_2014/B0pm_hcK_X.dec
new file mode 100644
index 0000000..931e798
--- /dev/null
+++ b/BaBar_2014/B0pm_hcK_X.dec
@@ -0,0 +1,121 @@
+############################################################
+#                                                          #
+# Decay:      B0 -> h_c        X,        B0bar -> X        #
+#                   |                                      #
+#                   ->X                                    #
+#                                                          #
+#             + cc                                         #
+#             + charged modes                              #                                       
+#                                                          #
+# Author: E.Robutti, S.Tosi        18/06/01                #
+############################################################
+#
+Define beta 0.34
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyB0 B0
+Alias MyAnti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyEta_c eta_c
+Alias MyH_c h_c
+#
+Decay Upsilon(4S)
+  0.2500  MyB+      B-       VSS;
+  0.2500  MyB-      B+       VSS;
+  0.5000  B0 anti-B0 MyB0 MyAnti-B0  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+  0.0006     MyH_c  K+        SVS;
+  0.0012     MyH_c  K*+       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0004     MyH_c  K0  pi+          PHSP;
+  0.0002     MyH_c  K+   pi0          PHSP;
+  0.0004     MyH_c  K+   pi+  pi-     PHSP;
+  0.0002     MyH_c  K+   pi0  pi0     PHSP;
+  0.0002     MyH_c  K0  pi+  pi0     PHSP;
+Enddecay
+#
+Decay MyB-
+  0.0006     MyH_c  K-        SVS;
+  0.0012     MyH_c  K*-       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0004     MyH_c  anti-K0  pi-          PHSP;
+  0.0002     MyH_c  K-   pi0          PHSP;
+  0.0004     MyH_c  K-   pi+  pi-     PHSP;
+  0.0002     MyH_c  K-   pi0  pi0     PHSP;
+  0.0002     MyH_c  anti-K0  pi-  pi0     PHSP;
+Enddecay
+#
+Decay MyB0
+  0.0006     MyH_c  K0        SVS;
+  0.0012     MyH_c  K*0       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0004     MyH_c  K-  pi+          PHSP;
+  0.0002     MyH_c  K0   pi0          PHSP;
+  0.0004     MyH_c  K0   pi+  pi-     PHSP;
+  0.0002     MyH_c  K0   pi0  pi0     PHSP;
+  0.0002     MyH_c  K-  pi+  pi0     PHSP;
+Enddecay
+#
+Decay MyAnti-B0
+  0.0006     MyH_c  anti-K0        SVS;
+  0.0012     MyH_c  anti-K*0       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+  0.0004     MyH_c  K-  pi+          PHSP;
+  0.0002     MyH_c  anti-K0   pi0          PHSP;
+  0.0004     MyH_c  anti-K0   pi+  pi-     PHSP;
+  0.0002     MyH_c  anti-K0   pi0  pi0     PHSP;
+  0.0002     MyH_c  K-  pi+  pi0     PHSP;
+Enddecay
+#
+#
+Decay MyH_c
+  0.1  K+ K- K+ K-          PHSP;
+  0.1  K+ K- pi0          PHSP;
+  0.1  pi+ pi- K+ K-          PHSP;
+  0.1  pi+ pi- pi+ pi-          PHSP;
+  0.05  K_S0 K+ pi-      PHSP;
+  0.05  K_S0 K- pi+      PHSP;
+  0.05  K_L0 K- pi+      PHSP;
+  0.05  K_L0 K+ pi-      PHSP;
+  0.1  MyJ/psi pi+ pi-    PHSP;
+  0.1  MyJ/psi pi0        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1  p+ anti-p-   PHSP;
+  0.1  MyEta_c gamma      VSP_PWAVE;
+Enddecay 
+# 
+Decay MyJ/psi
+  0.5000  e+  e-             PHOTOS VLL;
+  0.5000  mu+ mu-            PHOTOS VLL;
+Enddecay
+#
+Decay MyEta_c
+0.0012    p+  anti-p-                        PHSP;
+0.0071    phi phi                        SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+0.0087    rho0 rho0                      PHSP;
+0.0173    rho+ rho-                      PHSP;
+0.0120    pi+ pi- pi+ pi-                PHSP;
+0.0210    K+  K-  K+ K-                  PHSP;
+0.0200    K+  K-  pi+ pi-                PHSP;
+0.0327    eta  pi+ pi-                   PHSP;
+0.0163    eta  pi0 pi0                   PHSP;
+0.0273    eta' pi+ pi-                   PHSP;
+0.0137    eta' pi0 pi0                   PHSP;
+0.0092    pi0  K+  K-                    PHSP;
+0.0184    K+ anti-K0  pi-                      PHSP;
+0.0184    K- K0 pi+                      PHSP;
+0.0092    K0 anti-K0 pi0                 PHSP;
+0.0043    K*+ K*-                        PHSP;
+0.0042    K*0 anti-K*0                        PHSP;
+0.0100    K*0 K- pi+                     PHSP;
+0.0100    anti-K*0 K+ pi-                     PHSP;
+Enddecay
+
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/B0rho0D0K3Pi.dec b/BaBar_2014/B0rho0D0K3Pi.dec
new file mode 100644
index 0000000..4e1792c
--- /dev/null
+++ b/BaBar_2014/B0rho0D0K3Pi.dec
@@ -0,0 +1,93 @@
+###################################################################
+# 
+#B0->rho0 D0 Bbar -> X                                               ##     |
+#      --pipi, D0->K- pi+ pi- pi+
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. rho0 MyD0k3pi          SVS;
+Enddecay
+
+Decay MyB0
+1. rho0 MyD0Bk3pi         SVS;
+Enddecay
+
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0rho0D0KPi.dec b/BaBar_2014/B0rho0D0KPi.dec
new file mode 100644
index 0000000..018a0e3
--- /dev/null
+++ b/BaBar_2014/B0rho0D0KPi.dec
@@ -0,0 +1,49 @@
+###################################################################
+# 
+#B0->rho0 D0 Bbar -> X                                               ##     |
+#      --pipi, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. rho0 MyD0kpi         SVS;
+Enddecay
+
+Decay MyB0
+1. rho0  MyD0Bkpi        SVS;
+Enddecay
+
+
+
+Decay MyD0kpi
+1. K-     pi+       PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-     PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0rho0D0KPiPi0.dec b/BaBar_2014/B0rho0D0KPiPi0.dec
new file mode 100644
index 0000000..058c157
--- /dev/null
+++ b/BaBar_2014/B0rho0D0KPiPi0.dec
@@ -0,0 +1,49 @@
+###################################################################
+# 
+#B0->rho0 D0 Bbar -> X                                               ##     |
+#      --pipi, D0->K- pi+ pi0
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. rho0 MyD0kpipi0          SVS;
+Enddecay
+
+Decay MyB0
+1. rho0 MyD0Bkpipi0        SVS;
+Enddecay
+
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0rho0D0star_D0K3Pi.dec b/BaBar_2014/B0rho0D0star_D0K3Pi.dec
new file mode 100644
index 0000000..2def6ed
--- /dev/null
+++ b/BaBar_2014/B0rho0D0star_D0K3Pi.dec
@@ -0,0 +1,108 @@
+###################################################################
+# 
+#B0->rho0 D*0 Bbar -> X                                               ##     |
+#      --pipi, D0->K- pi+ pi-  pi+
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0k3pi   D0
+Alias MyD0Bk3pi  anti-D0
+############################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+############################################################################
+
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0  rho0        SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+Decay MyB0
+1. MyD*0B  rho0       SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+
+Decay MyD*0
+0.619 MyD0k3pi pi0  VSS;
+0.381 MyD0k3pi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bk3pi pi0  VSS;
+0.381 MyD0Bk3pi  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+Decay MyD0Bk3pi
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi+  pi-                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+
+Decay MyK*0B
+1.0000      K-  pi+                      VSS;
+Enddecay
+
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0rho0D0star_D0KPi.dec b/BaBar_2014/B0rho0D0star_D0KPi.dec
new file mode 100644
index 0000000..3149b0e
--- /dev/null
+++ b/BaBar_2014/B0rho0D0star_D0KPi.dec
@@ -0,0 +1,62 @@
+###################################################################
+# 
+#B0->rho0 D*0 Bbar -> X                                               ##     |
+#      --pipi, D0->K- pi+ 
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpi   D0
+Alias MyD0Bkpi  anti-D0
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0  rho0        SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+Decay MyB0
+1. MyD*0B  rho0       SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+
+Decay MyD*0
+0.619 MyD0kpi pi0  VSS;
+0.381 MyD0kpi  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpi pi0  VSS;
+0.381 MyD0Bkpi gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0kpi
+1. K-     pi+   PHSP;
+Enddecay
+
+Decay MyD0Bkpi
+1. K+    pi-   PHSP;
+Enddecay
+ 
+End 
diff --git a/BaBar_2014/B0rho0D0star_D0KPiPi0.dec b/BaBar_2014/B0rho0D0star_D0KPiPi0.dec
new file mode 100644
index 0000000..3f58ef0
--- /dev/null
+++ b/BaBar_2014/B0rho0D0star_D0KPiPi0.dec
@@ -0,0 +1,63 @@
+###################################################################
+# 
+#B0->rho0 D*0 Bbar -> X                                               ##     |
+#      --pipi, D0->K- pi+ pi0
+#        
+#         
+#                  
+# Author: A.Hicheur           Sept 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+Define dm .464e12
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+############################################################################
+Alias MyD*0 D*0  
+Alias MyD*0B anti-D*0 
+Alias MyD0kpipi0   D0
+Alias MyD0Bkpipi0  anti-D0
+############################################################################
+#ChargeConj MyB0 MyB0B
+#
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+Enddecay
+
+Decay MyB0B
+1. MyD*0  rho0        SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+Decay MyB0
+1. MyD*0B  rho0       SVV_HELAMP 0.228 0 0.283 0 0.932 0;
+Enddecay
+
+
+Decay MyD*0
+0.619 MyD0kpipi0 pi0  VSS;
+0.381 MyD0kpipi0 gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD*0B
+0.619 MyD0Bkpipi0 pi0  VSS;
+0.381 MyD0Bkpipi0 gamma                      VSP_PWAVE;
+Enddecay
+#
+
+
+Decay MyD0kpipi0
+1. K-     pi+   pi0      D_DALITZ;
+Enddecay
+
+Decay MyD0Bkpipi0
+1. K+    pi-   pi0    D_DALITZ;
+Enddecay
+
+ 
+End 
diff --git a/BaBar_2014/B0toA0Ks_A0toJpsipi0_width45.dec b/BaBar_2014/B0toA0Ks_A0toJpsipi0_width45.dec
new file mode 100644
index 0000000..6a30b56
--- /dev/null
+++ b/BaBar_2014/B0toA0Ks_A0toJpsipi0_width45.dec
@@ -0,0 +1,59 @@
+###################################################################
+# B0  --> A0  Ks            B- --> Generic  xx                    #
+#         |   |                                                   #
+#         |   |--> pi+ pi-                                        #
+#         |                                                       #
+#         |-- With a width of 45 MeV                              #
+#         |-->J/psi pi0                                           #
+#             |                                                   #
+#             |--> e+e-, mu+mu-                                   #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+#         mokhtar@slac.stanford.edu                               #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 4.430 0.045
+ChangeMassMin  dummy00_1 3.2
+ChangeMassMax  dummy00_1 4.8
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+Alias MyA0        dummy00_1
+Alias MyJpsi      J/psi
+Alias Mypi0       pi0
+Alias MyK_S0      K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0      VSS;
+0.5000 Myanti-B0     B0      VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyA0 MyK_S0            PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyA0 MyK_S0            PHSP;
+Enddecay
+#
+Decay MyA0
+1.000  MyJpsi  Mypi0         PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.50 e+   e-                PHOTOS VLL;
+0.50 mu+  mu-               VLL;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toAchKch_AchtoJpsipich_width45.dec b/BaBar_2014/B0toAchKch_AchtoJpsipich_width45.dec
new file mode 100644
index 0000000..a066996
--- /dev/null
+++ b/BaBar_2014/B0toAchKch_AchtoJpsipich_width45.dec
@@ -0,0 +1,65 @@
+###################################################################
+# B0  --> Ach  Kch            B- --> Generic  xx                  #
+#         |                                                       #
+#         |-- With a width of 45 MeV                              #
+#         |-->J/psi  pi+ , J/psi  pi-                             #
+#             |                                                   #
+#             |--> e+e-, mu+mu-                                   #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+#         mokhtar@slac.stanford.edu                               #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name>       <mass> <width>
+Particle dummy10_1      4.430  0.045
+Particle anti-dummy10_1 4.430  0.045
+#
+ChangeMassMin  dummy10_1 3.2
+ChangeMassMax  dummy10_1 4.8
+#
+ChangeMassMin  anti-dummy10_1 3.2
+ChangeMassMax  anti-dummy10_1 4.8
+
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+Alias MyA+        dummy10_1
+Alias MyA-        anti-dummy10_1
+Alias MyJpsi      J/psi
+Alias Mypi0       pi0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0    VSS;
+0.5000 Myanti-B0     B0    VSS;
+Enddecay
+#
+Decay MyB0
+0.500 MyA+   K-            PHSP;
+0.500 MyA-   K+            PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.500 MyA+   K-            PHSP;
+0.500 MyA-   K+            PHSP;
+Enddecay
+#
+Decay MyA+
+1.000  MyJpsi  pi+         PHSP;
+Enddecay
+#
+Decay MyA-
+1.000  MyJpsi  pi-         PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-              PHOTOS VLL;
+0.500 mu+  mu-             VLL;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD1Pi_D0toKPi.dec b/BaBar_2014/B0toD1Pi_D0toKPi.dec
new file mode 100644
index 0000000..9fc9e26
--- /dev/null
+++ b/BaBar_2014/B0toD1Pi_D0toKPi.dec
@@ -0,0 +1,60 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D1(2420)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 pi0            #
+#                                   |-> K- pi+        #
+#                                                     #
+#                       +CC                           #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_1- D_1-
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_1+ D_1+
+Alias MyD*0 D*0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_1- pi+                    SVS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_1+ pi-                    SVS;
+Enddecay
+#
+Decay MyD_1-
+1.0000    MyD*0B pi-                    VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1+
+1.0000    MyD*0 pi+                     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*0B
+1.0000    MyD0B  pi0                    VSS;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  pi0                     VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+                        PHSP;
+Enddecay
+#
+Decay MyD0B
+1.0000   K+  pi-                        PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD1Pi_D0toKPiPi0.dec b/BaBar_2014/B0toD1Pi_D0toKPiPi0.dec
new file mode 100644
index 0000000..4bae4dc
--- /dev/null
+++ b/BaBar_2014/B0toD1Pi_D0toKPiPi0.dec
@@ -0,0 +1,61 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D1(2420)+ pi-              #
+#                           |->D*0 pi+                #
+#                               |-> D0 pi0            #
+#                                   |-> K- pi+ pi0    #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_1- D_1-
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_1+ D_1+
+Alias MyD*0 D*0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_1- pi+                    SVS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_1+ pi-                    SVS;
+Enddecay
+#
+Decay MyD_1-
+1.0000    MyD*0B pi-                    VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1+
+1.0000    MyD*0 pi+                     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*0B
+1.0000    MyD0B  pi0                    VSS;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  pi0                     VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+ pi0                    D_DALITZ;
+Enddecay
+#
+Decay MyD0B
+1.0000   K+  pi- pi0                    D_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD1Pi_D0toKPiPiPi.dec b/BaBar_2014/B0toD1Pi_D0toKPiPiPi.dec
new file mode 100644
index 0000000..cbaed19
--- /dev/null
+++ b/BaBar_2014/B0toD1Pi_D0toKPiPiPi.dec
@@ -0,0 +1,61 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D1(2420)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 pi0            #
+#                                   |-> K- pi+ pi- pi+#
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_1- D_1-
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_1+ D_1+
+Alias MyD*0 D*0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_1- pi+                    SVS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_1+ pi-                    SVS;
+Enddecay
+#
+Decay MyD_1-
+1.0000    MyD*0B pi-                    VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1+
+1.0000    MyD*0 pi+                     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*0B
+1.0000    MyD0B  pi0                    VSS;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  pi0                     VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+ pi+ pi-                PHSP;
+Enddecay
+#
+Decay MyD0B
+1.0000   K+  pi- pi+ pi-                PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD1Pi_D0toKsPiPi.dec b/BaBar_2014/B0toD1Pi_D0toKsPiPi.dec
new file mode 100644
index 0000000..057e2df
--- /dev/null
+++ b/BaBar_2014/B0toD1Pi_D0toKsPiPi.dec
@@ -0,0 +1,71 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D1(2420)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 pi0            #
+#                                   |-> K_S0 pi+ pi-  #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_1- D_1-
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_1+ D_1+
+Alias MyD*0 D*0
+Alias MyD0  D0
+Alias MyK0  K0  
+Alias MyK0B anti-K0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_1- pi+                    SVS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_1+ pi-                    SVS;
+Enddecay
+#
+Decay MyD_1-
+1.0000    MyD*0B pi-                    VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_1+
+1.0000    MyD*0 pi+                     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*0B
+1.0000    MyD0B  pi0                    VSS;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  pi0                     VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   MyK0B  pi+ pi-                 D_DALITZ;
+Enddecay
+#
+Decay MyD0B
+1.0000   MyK0  pi- pi+                  D_DALITZ;
+Enddecay
+
+Decay MyK0B
+1.0000 K_S0                             PHSP;
+Enddecay
+
+Decay MyK0
+1.0000 K_S0                             PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKPi.dec b/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKPi.dec
new file mode 100644
index 0000000..6c7d553
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKPi.dec
@@ -0,0 +1,50 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                               |-> D0 pi+            #
+#                                   |-> K- pi+        #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_2*- D_2*-
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_2*+ D_2*+
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                    STS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_2*+ pi-                    STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyD0B pi-                    TSS;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD0 pi+                     TSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+                        PHSP;
+Enddecay
+#
+Decay MyD0B
+1.0000   K+  pi-                        PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKPiPi0.dec b/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKPiPi0.dec
new file mode 100644
index 0000000..afa7511
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKPiPi0.dec
@@ -0,0 +1,50 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                               |-> D0 pi-            #
+#                                   |-> K- pi+ pi0    #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_2*- D_2*-
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_2*+ D_2*+
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                    STS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_2*+ pi-                    STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyD0B pi-                    TSS;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD0 pi+                     TSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+ pi0                    D_DALITZ;
+Enddecay
+#
+Decay MyD0B
+1.0000   K+  pi- pi0                    D_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKPiPiPi.dec b/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKPiPiPi.dec
new file mode 100644
index 0000000..00963df
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKPiPiPi.dec
@@ -0,0 +1,50 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                               |-> D0 pi+            #
+#                                   |-> K- pi+ pi- pi+#
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_2*- D_2*-
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_2*+ D_2*+
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                    STS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_2*+ pi-                    STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyD0B pi-                    TSS;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD0 pi+                     TSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+ pi+ pi-                PHSP;
+Enddecay
+#
+Decay MyD0B
+1.0000   K+  pi- pi+ pi-                PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKsPiPi.dec b/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKsPiPi.dec
new file mode 100644
index 0000000..b8d0db5
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_D2StartoD0Pi_D0toKsPiPi.dec
@@ -0,0 +1,60 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                               |-> D0 pi0            #
+#                                   |-> K_S0 pi+ pi-  #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_2*- D_2*-
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_2*+ D_2*+
+Alias MyD0  D0
+Alias MyK0  K0  
+Alias MyK0B anti-K0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                    STS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_2*+ pi-                    STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyD0B pi-                    TSS;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD0 pi+                     TSS;
+Enddecay
+#
+Decay MyD0
+1.0000   MyK0B  pi+ pi-                 D_DALITZ;
+Enddecay
+#
+Decay MyD0B
+1.0000   MyK0  pi- pi+                  D_DALITZ;
+Enddecay
+
+Decay MyK0B
+1.0000 K_S0                             PHSP;
+Enddecay
+
+Decay MyK0
+1.0000 K_S0                             PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKPi.dec b/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKPi.dec
new file mode 100644
index 0000000..8601416
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKPi.dec
@@ -0,0 +1,61 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 pi0            #
+#                                   |-> K- pi+        #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_2*- D_2*-
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_2*+ D_2*+
+Alias MyD*0 D*0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                    STS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_2*+ pi-                    STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyD*0B pi-                    TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD*0 pi+                     TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*0B
+1.0000    MyD0B  pi0                    VSS;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  pi0                     VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+                        PHSP;
+Enddecay
+#
+Decay MyD0B
+1.0000   K+  pi-                        PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKPiPi0.dec b/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKPiPi0.dec
new file mode 100644
index 0000000..d7df96a
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKPiPi0.dec
@@ -0,0 +1,61 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 pi0            #
+#                                   |-> K- pi+ pi0    #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_2*- D_2*-
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_2*+ D_2*+
+Alias MyD*0 D*0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                    STS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_2*+ pi-                    STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyD*0B pi-                    TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD*0 pi+                     TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*0B
+1.0000    MyD0B  pi0                    VSS;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  pi0                     VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+ pi0                    D_DALITZ;
+Enddecay
+#
+Decay MyD0B
+1.0000   K+  pi- pi0                    D_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKPiPiPi.dec b/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKPiPiPi.dec
new file mode 100644
index 0000000..fed8f2a
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKPiPiPi.dec
@@ -0,0 +1,61 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 pi0            #
+#                                   |-> K- pi+ pi- pi+#
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_2*- D_2*-
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_2*+ D_2*+
+Alias MyD*0 D*0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                    STS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_2*+ pi-                    STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyD*0B pi-                    TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD*0 pi+                     TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*0B
+1.0000    MyD0B  pi0                    VSS;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  pi0                     VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+ pi+ pi-                PHSP;
+Enddecay
+#
+Decay MyD0B
+1.0000   K+  pi- pi+ pi-                PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKsPiPi.dec b/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKsPiPi.dec
new file mode 100644
index 0000000..33f75df
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_D2StartoDstar0Pi_D0toKsPiPi.dec
@@ -0,0 +1,71 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 pi0            #
+#                                   |-> K_S0 pi+ pi-  #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 12.22.02                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyD_2*- D_2*-
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+Alias MyB0B  anti-B0
+Alias MyD_2*+ D_2*+
+Alias MyD*0 D*0
+Alias MyD0  D0
+Alias MyK0  K0  
+Alias MyK0B anti-K0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyB0B                      VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                    STS;
+Enddecay
+#
+Decay MyB0B
+1.0000   MyD_2*+ pi-                    STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyD*0B pi-                    TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD*0 pi+                     TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*0B
+1.0000    MyD0B  pi0                    VSS;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  pi0                     VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   MyK0B  pi+ pi-                 D_DALITZ;
+Enddecay
+#
+Decay MyD0B
+1.0000   MyK0  pi- pi+                  D_DALITZ;
+Enddecay
+
+Decay MyK0B
+1.0000 K_S0                             PHSP;
+Enddecay
+
+Decay MyK0
+1.0000 K_S0                             PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKPi.dec b/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKPi.dec
new file mode 100644
index 0000000..4a47155
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKPi.dec
@@ -0,0 +1,61 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 gamma          #
+#                                   |-> K- pi+        #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 04.15.03                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyAntiB0 anti-B0
+Alias MyD_2*- D_2*-
+Alias MyD_2*+ D_2*+
+Alias MyAntiD*0 anti-D*0
+Alias MyD*0 D*0
+Alias MyAntiD0 anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyAntiB0                   VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                   STS;
+Enddecay
+#
+Decay MyAntiB0
+1.0000   MyD_2*+ pi-                   STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyAntiD*0 pi-                TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD*0 pi+                    TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyAntiD*0
+1.0000    MyAntiD0  gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  gamma                  VSP_PWAVE; 
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+                       PHSP;
+Enddecay
+#
+Decay MyAntiD0
+1.0000   K+  pi-                       PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKPiPi0.dec b/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKPiPi0.dec
new file mode 100644
index 0000000..e9e77b1
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKPiPi0.dec
@@ -0,0 +1,61 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 gamma          #
+#                                   |-> K- pi+ pi0    #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 04.15.03                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyAntiB0 anti-B0
+Alias MyD_2*- D_2*-
+Alias MyD_2*+ D_2*+
+Alias MyAntiD*0 anti-D*0
+Alias MyD*0 D*0
+Alias MyAntiD0 anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyAntiB0                   VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                   STS;
+Enddecay
+#
+Decay MyAntiB0
+1.0000   MyD_2*+ pi-                   STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyAntiD*0 pi-                TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD*0 pi+                    TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyAntiD*0
+1.0000    MyAntiD0  gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  gamma                  VSP_PWAVE; 
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+ pi0                   D_DALITZ;
+Enddecay
+#
+Decay MyAntiD0
+1.0000   K+  pi- pi0                   D_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKPiPiPi.dec b/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKPiPiPi.dec
new file mode 100644
index 0000000..74ccd57
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKPiPiPi.dec
@@ -0,0 +1,61 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 gamma          #
+#                                   |-> K- pi+ pi- pi+#
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 04.15.03                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyAntiB0 anti-B0
+Alias MyD_2*- D_2*-
+Alias MyD_2*+ D_2*+
+Alias MyAntiD*0 anti-D*0
+Alias MyD*0 D*0
+Alias MyAntiD0 anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyAntiB0                   VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                   STS;
+Enddecay
+#
+Decay MyAntiB0
+1.0000   MyD_2*+ pi-                   STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyAntiD*0 pi-                TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD*0 pi+                    TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyAntiD*0
+1.0000    MyAntiD0  gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  gamma                  VSP_PWAVE; 
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+ pi- pi+               PHSP;
+Enddecay
+#
+Decay MyAntiD0
+1.0000   K+  pi- pi+ pi-               PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKsPiPi.dec b/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKsPiPi.dec
new file mode 100644
index 0000000..2407dac
--- /dev/null
+++ b/BaBar_2014/B0toD2StarPi_Dstar0toD0Gamma_D0toKsPiPi.dec
@@ -0,0 +1,71 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> X    Bbar0->D2(2460)*+ pi-             #
+#                           |->D*0 pi+                #
+#                               |-> D0 gamma          #
+#                                   |-> Ks pi+ pi-    #
+#                                                     #
+#                       +CC                           #
+#                                                     #
+# onno@slac.stanford.edu                              #
+# 04.15.03                                            #
+#######################################################
+#
+Alias MyB0  B0
+Alias MyAntiB0 anti-B0
+Alias MyD_2*- D_2*-
+Alias MyD_2*+ D_2*+
+Alias MyAntiD*0 anti-D*0
+Alias MyD*0 D*0
+Alias MyAntiD0 anti-D0
+Alias MyD0  D0
+Alias MyK0  K0  
+Alias MyAntiK0 anti-K0
+#
+Decay Upsilon(4S)
+0.50000 B0  MyAntiB0                   VSS_BMIX dm;
+0.50000 anti-B0  MyB0                  VSS_BMIX dm;
+Enddecay
+#
+Decay MyB0
+1.0000   MyD_2*- pi+                   STS;
+Enddecay
+#
+Decay MyAntiB0
+1.0000   MyD_2*+ pi-                   STS;
+Enddecay
+#
+Decay MyD_2*-
+1.0000    MyAntiD*0 pi-                TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+1.0000    MyD*0 pi+                    TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyAntiD*0
+1.0000    MyAntiD0  gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  gamma                  VSP_PWAVE; 
+Enddecay
+#
+Decay MyD0
+1.0000   MyAntiK0  pi+ pi-             D_DALITZ;
+Enddecay
+#
+Decay MyAntiD0
+1.0000   MyK0  pi- pi+                 D_DALITZ;
+Enddecay
+
+Decay MyAntiK0
+1.0000 K_S0                            PHSP;
+Enddecay
+
+Decay MyK0
+1.0000 K_S0                            PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toJPsiK1.dec b/BaBar_2014/B0toJPsiK1.dec
new file mode 100644
index 0000000..de1ce24
--- /dev/null
+++ b/BaBar_2014/B0toJPsiK1.dec
@@ -0,0 +1,48 @@
+###################################################################
+# B0  --> JPsi K1(1273)        anti-B0 --> Generic  xx            #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu)                                       #
+#               						  # 
+#         with K1 -> K+  rho-                                     #
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Frank Winklmeier Feb 09, 2004                           #
+#								  #
+###################################################################
+#
+#Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0 
+Alias MyK_10 K_10 
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0   VSS;
+0.500 Myanti-B0 B0   VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi MyK_10 PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi MyK_10 PHSP;
+Enddecay
+#
+Decay MyK_10
+0.500 K+ rho-    PHSP;
+0.500 K- rho+    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoKstar0Ks0_Kstar0toKmpip.dec b/BaBar_2014/B0toJpsiKs0_JpsitoKstar0Ks0_Kstar0toKmpip.dec
new file mode 100644
index 0000000..31366a1
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoKstar0Ks0_Kstar0toKmpip.dec
@@ -0,0 +1,64 @@
+###################################################################
+# anti-B0  --> J/psi     K_S0         B0 --> Generic              #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 K_S0                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K- pi+                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias Myanti-K*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  Myanti-K*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K- pi+     PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000 K+ pi-     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-Jpsi K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoKstar0Ks0_Kstar0toKppim.dec b/BaBar_2014/B0toJpsiKs0_JpsitoKstar0Ks0_Kstar0toKppim.dec
new file mode 100644
index 0000000..0bda646
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoKstar0Ks0_Kstar0toKppim.dec
@@ -0,0 +1,64 @@
+###################################################################
+# anti-B0  --> J/psi     K_S0         B0 --> Generic              #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 K_S0                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K+ pi-                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias Myanti-K*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  Myanti-K*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K+ pi-     PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000 K- pi+     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-Jpsi K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoKstar0Ks0_Kstar0toKs0pi0.dec b/BaBar_2014/B0toJpsiKs0_JpsitoKstar0Ks0_Kstar0toKs0pi0.dec
new file mode 100644
index 0000000..04dd8d9
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoKstar0Ks0_Kstar0toKs0pi0.dec
@@ -0,0 +1,64 @@
+###################################################################
+# anti-B0  --> J/psi     K_S0         B0 --> Generic              #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 K_S0                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi0                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias Myanti-K*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  Myanti-K*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K_S0 pi0     PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000 K_S0 pi0     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-Jpsi K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoKstarK_Ks0topippim.dec b/BaBar_2014/B0toJpsiKs0_JpsitoKstarK_Ks0topippim.dec
new file mode 100644
index 0000000..b9fae86
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoKstarK_Ks0topippim.dec
@@ -0,0 +1,92 @@
+###################################################################
+#     B0  --> J/psi     K_S0         B+ --> Generic               #
+#              |        |                                         #           
+#              |        +--> pi+ pi-                              #
+#              |                                                  # 
+#          30% +-->K*+ K-                                         #
+#              |    |                                             #
+#              |    +--> K+    pi0   (50%)                        #
+#              |    +--> K_S0  pi+   (50%)                        #
+#              |         |                                        #
+#              |         +--> pi+ pi-                             #
+#              |                                                  #
+#          30% +-->K*- K+                                         #
+#              |    |                                             #
+#              |    +--> K-    pi0  (50%)                         #
+#              |    +--> K_S0  pi-  (50%)                         #
+#              |         |                                        #
+#              |         +--> pi+ pi-                             #
+#              |                                                  #
+#          40% +-->K*0  K_S0                                      #
+#                   |    |                                        #
+#                   |    +--> pi+ pi-                             #
+#                   |                                             #
+#                   +--> K+    pi- (30%)                          #
+#                   +--> K-    pi+ (30%)                          #
+#                   +--> K_S0  pi0 (40%)                          #
+#                        |                                        #
+#                        +--> pi+ pi-                             #
+#                                                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0       anti-B0              VSS;
+0.5000 Myanti-B0  B0                   VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi MyK_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi MyK_S0     PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.300  MyK*+   K-      PHSP;
+0.300  MyK*-   K+      PHSP;
+0.400  MyK*0   MyK_S0  PHSP;
+Enddecay
+#
+Decay MyK*+
+0.500 K+ pi0     PHSP;
+0.500 MyK_S0 pi+     PHSP;
+Enddecay
+#
+Decay MyK*-
+0.500 K- pi0     PHSP;
+0.500 MyK_S0 pi-     PHSP;
+Enddecay
+#
+Decay MyK*0
+0.400 MyK_S0 pi0     PHSP;
+0.300 K+ pi-     PHSP;
+0.300 K- pi+     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoKstarmKp_KstarmtoKmpi0.dec b/BaBar_2014/B0toJpsiKs0_JpsitoKstarmKp_KstarmtoKmpi0.dec
new file mode 100644
index 0000000..1186dce
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoKstarmKp_KstarmtoKmpi0.dec
@@ -0,0 +1,63 @@
+###################################################################
+# anti-B0  --> J/psi     K_S0             B0 --> Generic          #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*- K+                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K- pi0                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K+ pi0     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K- pi0     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-Jpsi K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoKstarmKp_KstarmtoKs0pim.dec b/BaBar_2014/B0toJpsiKs0_JpsitoKstarmKp_KstarmtoKs0pim.dec
new file mode 100644
index 0000000..e4953ac
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoKstarmKp_KstarmtoKs0pim.dec
@@ -0,0 +1,63 @@
+###################################################################
+# anti-B0  --> J/psi     K_S0         B0 --> Generic              #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*- K+                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi-                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K_S0 pi-     PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K_S0 pi+     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-Jpsi K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoKstarpKm_KstarptoKppi0.dec b/BaBar_2014/B0toJpsiKs0_JpsitoKstarpKm_KstarptoKppi0.dec
new file mode 100644
index 0000000..81bf2c6
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoKstarpKm_KstarptoKppi0.dec
@@ -0,0 +1,63 @@
+###################################################################
+#     anti-B0  --> J/psi     K_S0         B0 --> Generic          #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*+ K-                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K+ pi0                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K+ pi0     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K- pi0     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-Jpsi K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoKstarpKm_KstarptoKs0pip.dec b/BaBar_2014/B0toJpsiKs0_JpsitoKstarpKm_KstarptoKs0pip.dec
new file mode 100644
index 0000000..a3d6925
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoKstarpKm_KstarptoKs0pip.dec
@@ -0,0 +1,63 @@
+###################################################################
+#     anti-B0  --> J/psi     K_S0         B0 --> Generic          #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*+ K-                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi+                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K_S0 pi+     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K_S0 pi-     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-Jpsi K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoRho0Pi0_Ks0topippim.dec b/BaBar_2014/B0toJpsiKs0_JpsitoRho0Pi0_Ks0topippim.dec
new file mode 100644
index 0000000..9b83c43
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoRho0Pi0_Ks0topippim.dec
@@ -0,0 +1,53 @@
+###################################################################
+#anti-B0  --> J/psi     K_S0         B0 --> Generic               #
+#              |          |                                       #           
+#              |          +---->pi+ pi-                           # 
+#              +-->rho0 pi0                                       #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Aidong Chen Jan 8, 2004                                 #
+#           Adjust the mass to 3.782 GeV                          #
+#                                                                 #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0          anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  rho0 pi0  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  rho0 pi0  PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi MyK_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-Jpsi MyK_S0     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+  pi-         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoRho0pip_Ks0topippim.dec b/BaBar_2014/B0toJpsiKs0_JpsitoRho0pip_Ks0topippim.dec
new file mode 100644
index 0000000..7b43e32
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoRho0pip_Ks0topippim.dec
@@ -0,0 +1,55 @@
+###################################################################
+#anti-B0  --> J/psi     K_S0         B0 --> Generic               #
+#              |          |                                       #           
+#              |          +---->pi+ pi-                           # 
+#              +-->rho- pi+                                       #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0          anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  rho- pi+  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  rho+ pi-  PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi MyK_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi MyK_S0     PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-Jpsi MyK_S0     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+  pi-         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoRhoPi_Ks0topippim.dec b/BaBar_2014/B0toJpsiKs0_JpsitoRhoPi_Ks0topippim.dec
new file mode 100644
index 0000000..45487cd
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoRhoPi_Ks0topippim.dec
@@ -0,0 +1,50 @@
+###################################################################
+#anti-B0  --> J/psi     K_S0         B0 --> Generic               #
+#              |          |                                       #           
+#              |          +---->pi+ pi-                           # 
+#              +-->rho- pi+                                       #
+#              +-->rho+ pi-                                       #
+#              +-->rho0 pi0                                       #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0          anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.328  rho0 pi0  PHSP;
+0.336  rho+ pi-  PHSP;
+0.336  rho- pi+  PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi MyK_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyJpsi MyK_S0     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+  pi-         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toJpsiKs0_JpsitoRhoppim_Ks0topippim.dec b/BaBar_2014/B0toJpsiKs0_JpsitoRhoppim_Ks0topippim.dec
new file mode 100644
index 0000000..7548051
--- /dev/null
+++ b/BaBar_2014/B0toJpsiKs0_JpsitoRhoppim_Ks0topippim.dec
@@ -0,0 +1,51 @@
+###################################################################
+#anti-B0  --> J/psi     K_S0         B0 --> Generic               #
+#              |          |                                       #           
+#              |          +---->pi+ pi-                           # 
+#              +-->rho+ pi-                                       #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0          anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  rho+ pi-  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  rho- pi+  PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyJpsi MyK_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-Jpsi MyK_S0     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+  pi-         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toLamPD.dec b/BaBar_2014/B0toLamPD.dec
new file mode 100644
index 0000000..205eaf3
--- /dev/null
+++ b/BaBar_2014/B0toLamPD.dec
@@ -0,0 +1,53 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# B0->anti Lambda D- p  (AKA) pentaquark state
+#                    
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Valerie Halyo Jan 1 04
+#                                                                             #
+###############################################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+Alias MyD-       D-
+Alias MyD+       D+
+
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 MyB0B VSS_BMIX dm;
+Enddecay
+##
+Decay MyB0
+  1.   myanti-Lambda0 MyD-  p+     PHSP;
+Enddecay
+##
+Decay MyB0B
+  1.   myLambda0 MyD+ anti-p-    PHSP;
+Enddecay
+##
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+#
+Decay MyD-
+  1.  K+ pi- pi-             D_DALITZ;
+Enddecay
+#
+Decay MyD+
+  1.  K- pi+ pi+             D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs0_XtoKstar0Ks0_Kstar0toKmpip.dec b/BaBar_2014/B0toXKs0_XtoKstar0Ks0_Kstar0toKmpip.dec
new file mode 100644
index 0000000..f153b03
--- /dev/null
+++ b/BaBar_2014/B0toXKs0_XtoKstar0Ks0_Kstar0toKmpip.dec
@@ -0,0 +1,65 @@
+###################################################################
+# anti-B0  --> x3872     K_S0         B0 --> Generic              #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 K_S0                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K- pi+                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias Myanti-K*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  Myanti-K*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K- pi+     PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000 K+ pi-     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyX K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-X K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs0_XtoKstar0Ks0_Kstar0toKppim.dec b/BaBar_2014/B0toXKs0_XtoKstar0Ks0_Kstar0toKppim.dec
new file mode 100644
index 0000000..bf45ac9
--- /dev/null
+++ b/BaBar_2014/B0toXKs0_XtoKstar0Ks0_Kstar0toKppim.dec
@@ -0,0 +1,65 @@
+###################################################################
+# anti-B0  --> x3872     K_S0         B0 --> Generic              #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 K_S0                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K+ pi-                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias Myanti-K*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  Myanti-K*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K+ pi-     PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000 K- pi+     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyX K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-X K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs0_XtoKstar0Ks0_Kstar0toKs0pi0.dec b/BaBar_2014/B0toXKs0_XtoKstar0Ks0_Kstar0toKs0pi0.dec
new file mode 100644
index 0000000..0ea77b4
--- /dev/null
+++ b/BaBar_2014/B0toXKs0_XtoKstar0Ks0_Kstar0toKs0pi0.dec
@@ -0,0 +1,60 @@
+###################################################################
+# anti-B0  --> x3872     K_S0         B0 --> Generic              #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 K_S0                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi0                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K_S0 pi0     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyX K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-X K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs0_XtoKstarmKp_KstarmtoKmpi0.dec b/BaBar_2014/B0toXKs0_XtoKstarmKp_KstarmtoKmpi0.dec
new file mode 100644
index 0000000..87c1755
--- /dev/null
+++ b/BaBar_2014/B0toXKs0_XtoKstarmKp_KstarmtoKmpi0.dec
@@ -0,0 +1,64 @@
+###################################################################
+# anti-B0  --> x3872     K_S0             B0 --> Generic          #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*- K+                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K- pi0                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K- pi0     PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K+ pi0     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyX K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-X K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs0_XtoKstarmKp_KstarmtoKs0pim.dec b/BaBar_2014/B0toXKs0_XtoKstarmKp_KstarmtoKs0pim.dec
new file mode 100644
index 0000000..cdb3fb8
--- /dev/null
+++ b/BaBar_2014/B0toXKs0_XtoKstarmKp_KstarmtoKs0pim.dec
@@ -0,0 +1,64 @@
+###################################################################
+# anti-B0  --> x3872     K_S0         B0 --> Generic              #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*- K+                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi-                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K_S0 pi-     PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K_S0 pi+     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyX K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-X K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs0_XtoKstarpKm_KstarptoKppi0.dec b/BaBar_2014/B0toXKs0_XtoKstarpKm_KstarptoKppi0.dec
new file mode 100644
index 0000000..15fe3ca
--- /dev/null
+++ b/BaBar_2014/B0toXKs0_XtoKstarpKm_KstarptoKppi0.dec
@@ -0,0 +1,64 @@
+###################################################################
+#     anti-B0  --> x3872     K_S0         B0 --> Generic          #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*+ K-                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K+ pi0                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K+ pi0     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K- pi0     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyX K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-X K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs0_XtoKstarpKm_KstarptoKs0pip.dec b/BaBar_2014/B0toXKs0_XtoKstarpKm_KstarptoKs0pip.dec
new file mode 100644
index 0000000..104d602
--- /dev/null
+++ b/BaBar_2014/B0toXKs0_XtoKstarpKm_KstarptoKs0pip.dec
@@ -0,0 +1,64 @@
+###################################################################
+#     anti-B0  --> x3872     K_S0         B0 --> Generic          #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*+ K-                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi+                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K_S0 pi+     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K_S0 pi-     PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyX K_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-X K_S0     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs0_XtoRho0Pi0_Ks0topippim.dec b/BaBar_2014/B0toXKs0_XtoRho0Pi0_Ks0topippim.dec
new file mode 100644
index 0000000..3df93f7
--- /dev/null
+++ b/BaBar_2014/B0toXKs0_XtoRho0Pi0_Ks0topippim.dec
@@ -0,0 +1,60 @@
+###################################################################
+#anti-B0  --> x3872     K_S0         B0 --> Generic               #
+#              |          |                                       #           
+#              |          +---->pi+ pi-                           # 
+#              +-->rho0 pi0                                       #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Aidong Chen Jan 8, 2004                                 #
+#           Adjust the mass to 3.782 GeV                          #
+#                                                                 #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0          anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyX
+1.000  rho0 pi0  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  rho0 pi0  PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB0
+1.000 MyX MyK_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-X MyK_S0     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+  pi-         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs0_XtoRho0pip_Ks0topippim.dec b/BaBar_2014/B0toXKs0_XtoRho0pip_Ks0topippim.dec
new file mode 100644
index 0000000..2f331d8
--- /dev/null
+++ b/BaBar_2014/B0toXKs0_XtoRho0pip_Ks0topippim.dec
@@ -0,0 +1,52 @@
+###################################################################
+#anti-B0  --> x3872     K_S0         B0 --> Generic               #
+#              |          |                                       #           
+#              |          +---->pi+ pi-                           # 
+#              +-->rho- pi+                                       #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0          anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyX
+1.000  rho- pi+  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  rho+ pi-  PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyX MyK_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-X MyK_S0     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+  pi-         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs0_XtoRhoppim_Ks0topippim.dec b/BaBar_2014/B0toXKs0_XtoRhoppim_Ks0topippim.dec
new file mode 100644
index 0000000..b07f0dd
--- /dev/null
+++ b/BaBar_2014/B0toXKs0_XtoRhoppim_Ks0topippim.dec
@@ -0,0 +1,52 @@
+###################################################################
+#anti-B0  --> x3872     K_S0         B0 --> Generic               #
+#              |          |                                       #           
+#              |          +---->pi+ pi-                           # 
+#              +-->rho+ pi-                                       #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0          anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyX
+1.000  rho+ pi-  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  rho- pi+  PHSP;
+Enddecay
+#
+Decay MyB0
+1.000 MyX MyK_S0      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 Myanti-X MyK_S0     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+  pi-         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs_XtoJpsiPi0Pi0.dec b/BaBar_2014/B0toXKs_XtoJpsiPi0Pi0.dec
new file mode 100644
index 0000000..0fcdc33
--- /dev/null
+++ b/BaBar_2014/B0toXKs_XtoJpsiPi0Pi0.dec
@@ -0,0 +1,53 @@
+###################################################################
+# B0  --> X3872  K0            B0 --> Generic                     #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) pi0 pi0                               #
+#                                                                 #
+#                                                                 #
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Frank Winklmeier, 23 Feb 2004                           #
+###################################################################
+#
+#Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+
+Particle dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias MyantiB0 anti-B0
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0   VSS;
+0.500 MyantiB0 B0   VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi pi0 pi0   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay MyantiB0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs_XtoJpsiRho0.dec b/BaBar_2014/B0toXKs_XtoJpsiRho0.dec
new file mode 100644
index 0000000..7851e9c
--- /dev/null
+++ b/BaBar_2014/B0toXKs_XtoJpsiRho0.dec
@@ -0,0 +1,55 @@
+###################################################################
+# B0  --> X3872  K0            B0 --> Generic                     #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) rho                                   #
+#                            |                                    # 
+#                            |--> pi+ pi-                         #
+#                                                                 #
+#                                                                 #
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Frank Winklmeier, 23 Feb 2004                           #
+###################################################################
+#
+#Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+
+Particle dummy00_1 3.872 0.0
+Alias MyB0 B0
+Alias MyantiB0 anti-B0
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0   VSS;
+0.500 MyantiB0 B0   VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi rho0   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay MyantiB0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXKs_XtoJpsiRho0_Rho0toPi0Pi0.dec b/BaBar_2014/B0toXKs_XtoJpsiRho0_Rho0toPi0Pi0.dec
new file mode 100644
index 0000000..67783d3
--- /dev/null
+++ b/BaBar_2014/B0toXKs_XtoJpsiRho0_Rho0toPi0Pi0.dec
@@ -0,0 +1,56 @@
+###################################################################
+# B0  --> X3872  Ks            B0 --> Generic  xx                 #
+#         |                                                       #
+#         +-->jpsi(ee,mumu) rho=> pi0pi0, NOTE this is forbidden  #   
+#                                                                 #
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Walter Toki Feb. 23, 2004                               #
+###################################################################
+#
+#Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.872 0.0
+Alias MyB0 B0 
+Alias MyantiB0 anti-B0 
+Alias MyX dummy00_1
+Alias MyK_S0 K_S0
+Alias MyJpsi J/psi
+Alias Myrho rho0
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0   VSS;
+0.500 MyantiB0 B0   VSS;
+Enddecay
+#
+#
+Decay Myrho
+1.000  pi0 pi0   PHSP;   
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi Myrho   PHSP;   
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay MyantiB0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+  pi-         PHSP;   
+Enddecay
+#
+End
diff --git a/BaBar_2014/B0toXpKm_XptoJpsiRhop.dec b/BaBar_2014/B0toXpKm_XptoJpsiRhop.dec
new file mode 100644
index 0000000..eacc4d3
--- /dev/null
+++ b/BaBar_2014/B0toXpKm_XptoJpsiRhop.dec
@@ -0,0 +1,53 @@
+###################################################################
+# B0  --> X3872  K-            B0 --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) rho+                                  #
+#                                                                 #
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Walter Toki Sept 8, 2003                                #
+###################################################################
+#
+#Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle B_c+ 3.872 0.0
+Particle B_c- 3.872 0.0
+Alias MyB0 B0
+Alias MyantiB0 anti-B0
+Alias MyX+ B_c+
+Alias MyX- B_c-
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.500 MyB0 anti-B0   VSS;
+0.500 MyantiB0 B0   VSS;
+Enddecay
+#
+Decay MyX+
+1.000  MyJpsi rho+   PHSP;
+Enddecay
+#
+Decay MyX-
+1.000  MyJpsi rho-   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB0
+1.000 MyX- K+ PHSP;
+Enddecay
+#
+Decay MyantiB0
+1.000 MyX+ K- PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toY3915Ks_Y3915toJPsiOmega.dec b/BaBar_2014/B0toY3915Ks_Y3915toJPsiOmega.dec
new file mode 100644
index 0000000..a8f4fcf
--- /dev/null
+++ b/BaBar_2014/B0toY3915Ks_Y3915toJPsiOmega.dec
@@ -0,0 +1,51 @@
+###################################################################
+# B+  --> Y3915  K+            B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) Omega                                 #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.915 0.0
+Alias MyB+ B+
+Alias MyB- B- 
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyOmega omega
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX K- PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi omega   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toY3915Ks_Y3915toJPsiOmega_wid_20MeV.dec b/BaBar_2014/B0toY3915Ks_Y3915toJPsiOmega_wid_20MeV.dec
new file mode 100644
index 0000000..5c80c84
--- /dev/null
+++ b/BaBar_2014/B0toY3915Ks_Y3915toJPsiOmega_wid_20MeV.dec
@@ -0,0 +1,59 @@
+###################################################################
+# B0  --> Y3915  Ks            B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) Omega                                 #
+#         | the width of Y(3915) is 20 MeV                        # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+###################################################################
+#
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.915 0.02
+ChangeMassMin  dummy00_1 3.6
+ChangeMassMax  dummy00_1 4.3
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyOmega omega
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi omega   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-    PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toY3925Ks_Y3925toJPsiOmega.dec b/BaBar_2014/B0toY3925Ks_Y3925toJPsiOmega.dec
new file mode 100644
index 0000000..df619f8
--- /dev/null
+++ b/BaBar_2014/B0toY3925Ks_Y3925toJPsiOmega.dec
@@ -0,0 +1,51 @@
+###################################################################
+# B+  --> Y3925  K+            B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) Omega                                 #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.925 0.0
+Alias MyB+ B+
+Alias MyB- B- 
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyOmega omega
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX K- PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi omega   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toY3925Ks_Y3925toJPsiOmega_wid_30MeV.dec b/BaBar_2014/B0toY3925Ks_Y3925toJPsiOmega_wid_30MeV.dec
new file mode 100644
index 0000000..f5c64d4
--- /dev/null
+++ b/BaBar_2014/B0toY3925Ks_Y3925toJPsiOmega_wid_30MeV.dec
@@ -0,0 +1,59 @@
+###################################################################
+# B0  --> Y3925  Ks            B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) Omega                                 #
+#         | the width of Y(3925) is 30 MeV                        # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+###################################################################
+#
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.925 0.03
+ChangeMassMin  dummy00_1 3.6
+ChangeMassMax  dummy00_1 4.3
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyOmega omega
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0              VSS;
+0.5000 Myanti-B0     B0              VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyX MyK_S0 PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi omega   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-    PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toZ0Ks_Z0toPsi2Spi0_width45.dec b/BaBar_2014/B0toZ0Ks_Z0toPsi2Spi0_width45.dec
new file mode 100644
index 0000000..1534c2e
--- /dev/null
+++ b/BaBar_2014/B0toZ0Ks_Z0toPsi2Spi0_width45.dec
@@ -0,0 +1,68 @@
+###################################################################
+# B0  --> Z0  Ks            B- --> Generic  xx                    #
+#         |   |                                                   #
+#         |   |--> pi+ pi-                                        #
+#         |                                                       #
+#         |-- With a width of 45 MeV                              #
+#         |-->psi(2S) pi0                                          #
+#             |                                                   #
+#             |--> e+e-, mu+mu-, Jpsi pi+ pi-                     #
+#                                 |                               #
+#                                 |--> e+e-, mu+mu-               #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+#         mokhtar@slac.stanford.edu                               #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 4.430 0.045
+ChangeMassMin  dummy00_1 3.8
+ChangeMassMax  dummy00_1 4.8
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+Alias MyZ0        dummy00_1
+Alias Mypsi2S     psi(2S)
+Alias Mypi0       pi0
+Alias MyJpsi      J/psi
+Alias MyK_S0      K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0      VSS;
+0.5000 Myanti-B0     B0      VSS;
+Enddecay
+#
+Decay MyB0
+1.000 MyZ0 MyK_S0            PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.000 MyZ0 MyK_S0            PHSP;
+Enddecay
+#
+Decay MyZ0
+1.000  Mypsi2S  Mypi0        PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+#
+Decay Mypsi2S
+0.700 MyJpsi pi+ pi-         VVPIPI;
+0.150 e+   e-                PHOTOS VLL;
+0.150 mu+  mu-               VLL;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-                PHOTOS VLL;
+0.500 mu+  mu-               VLL;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/B0toZchKch_ZchtoPsi2Spich_width45.dec b/BaBar_2014/B0toZchKch_ZchtoPsi2Spich_width45.dec
new file mode 100644
index 0000000..56590e5
--- /dev/null
+++ b/BaBar_2014/B0toZchKch_ZchtoPsi2Spich_width45.dec
@@ -0,0 +1,74 @@
+###################################################################
+# B0  --> Zch  Kch            B- --> Generic  xx                  #
+#         |                                                       #
+#         |-- With a width of 45 MeV                              #
+#         |-->psi(2S) pi+ , psi(2S)  pi-                          #
+#             |                                                   #
+#             |--> e+e-, mu+mu-, Jpsi pi+ pi-                     #
+#                                 |                               #
+#                                 |--> e+e-, mu+mu-               #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+#         mokhtar@slac.stanford.edu                               #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name>       <mass> <width>
+Particle dummy10_1      4.430  0.045
+Particle anti-dummy10_1 4.430  0.045
+#
+ChangeMassMin  dummy10_1 3.8
+ChangeMassMax  dummy10_1 4.8
+#
+ChangeMassMin  anti-dummy10_1 3.8
+ChangeMassMax  anti-dummy10_1 4.8
+
+Alias MyB0        B0
+Alias Myanti-B0   anti-B0
+Alias MyZ+        dummy10_1
+Alias MyZ-        anti-dummy10_1
+Alias Mypsi2S     psi(2S)
+Alias Mypi0       pi0
+Alias MyJpsi      J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB0     anti-B0      VSS;
+0.5000 Myanti-B0     B0      VSS;
+Enddecay
+#
+Decay MyB0
+0.500 MyZ+   K-             PHSP;
+0.500 MyZ-   K+             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+0.500 MyZ+   K-            PHSP;
+0.500 MyZ-   K+            PHSP;
+Enddecay
+#
+Decay MyZ+
+1.000  Mypsi2S  pi+        PHSP;
+Enddecay
+#
+Decay MyZ-
+1.000  Mypsi2S  pi-        PHSP;
+Enddecay
+#
+Decay Mypsi2S
+0.700 MyJpsi pi+ pi-         VVPIPI;
+0.150 e+   e-                PHOTOS VLL;
+0.150 mu+  mu-               VLL;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-                PHOTOS VLL;
+0.500 mu+  mu-               VLL;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BB_BrecoCocktail_Kstargamma.dec b/BaBar_2014/BB_BrecoCocktail_Kstargamma.dec
new file mode 100644
index 0000000..a1583ab
--- /dev/null
+++ b/BaBar_2014/BB_BrecoCocktail_Kstargamma.dec
@@ -0,0 +1,469 @@
+##
+## BB_BrecoCocktail_Kstargamma.dec
+##
+##
+## one side B->K* gamma , other side Breco cocktail for B0/+ mesons
+##
+## (from B+B-_Kstargamma.dec, B0B0bar_Kstargamma.dec and 
+## BrecoCocktail [adjusted])
+##
+## Author: Clare Brown
+##
+######################################################################
+#
+#
+# K* gamma side
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+# Breco side
+
+Alias CmyB-  B-
+Alias CmyB+  B+
+
+Alias CmyB0  B0
+Alias CmyantiB0 anti-B0
+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+
+# Y(4S)
+#
+Decay Upsilon(4S)
+0.25000 myB+  CmyB-                          VSS;
+0.25000 myB-  CmyB+                          VSS;
+0.21000 myB0 CmyantiB0                       VSS_MIX  dm;
+0.21000 CmyB0 myantiB0                       VSS_MIX  dm;
+0.04000 myantiB0 CmyantiB0                  VSS_MIX  dm;
+0.04000 myB0 CmyB0                           VSS_MIX dm;
+Enddecay
+#
+#
+#
+# K* gamma side
+#
+Decay myantiB0
+1.0000 anti-K*0   gamma                SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB0
+1.0000 K*0   gamma                SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+# 
+Decay myB-
+1.0000 K*-  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB+
+1.0000 K*+  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+#
+#
+# Reco side
+#
+Decay CmyB- 
+#
+0.0046   MyD*0 pi-                        SVS;
+0.0053   MyD0   pi-                       PHSP;
+0.0134   rho-   MyD0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   MyD*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   MyD0  pi0  pi-                   PHSP;
+0.0005   MyD*0 pi0  pi-                   PHSP;
+#
+0.0050   Mya_1- MyD0                         SVS;
+0.0021   MyD0  rho0 pi-                   PHSP;
+0.0050   MyD0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   MyD*0 Mya_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   MyD*0 rho0 pi-                   PHSP;
+0.0005   MyD*0 pi+  pi-  pi-              PHSP;
+#
+0.0005   MyD*0 rho-  pi0                  PHSP;
+0.0005   MyD*0 pi- pi0  pi0               PHSP;
+#
+Enddecay
+#
+#
+#
+Decay CmyB+
+#
+0.0046   Myanti-D*0  pi+                       SVS;
+0.0053   Myanti-D0  pi+                        PHSP;
+0.0134   rho+  Myanti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   Myanti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   Myanti-D0  pi0  pi+                   PHSP;
+0.0005   Myanti-D*0  pi0  pi+                  PHSP;
+#
+0.0050   Mya_1+ Myanti-D0                        SVS;
+0.0021   Myanti-D0 rho0 pi+                   PHSP;
+0.0050   Myanti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   Myanti-D*0 Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   Myanti-D*0 rho0 pi+                   PHSP;
+0.0005   Myanti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0005   Myanti-D*0 rho+  pi0                  PHSP;
+0.0005   Myanti-D*0 pi+   pi0  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyB0
+#
+0.0027   MyD*- pi+                        SVS;
+0.0030   MyD-  pi+                        PHSP;
+0.0082   rho+ MyD-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ MyD*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD-  pi+  pi0                   PHSP;
+0.0070   MyD*- pi+  pi0                   PHSP;
+#
+0.0060   Mya_1+ MyD-                         SVS;
+0.0011   MyD-  rho0  pi+                  PHSP;
+0.0011   MyD-  rho+  pi0                  PHSP;
+0.0022   MyD-  pi-  pi+  pi+              PHSP;
+0.0010   MyD-  pi0  pi+  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*-  Mya_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*-  rho0  pi+                 PHSP;
+0.0010   MyD*-  rho+  pi0                 PHSP;
+0.0000   MyD*-  pi-  pi+  pi+             PHSP;
+0.0010   MyD*-  pi0  pi+  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyantiB0
+#
+0.0027   MyD*+ pi-                        SVS;
+0.0030   MyD+  pi-                        PHSP;
+0.0082   rho- MyD+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- MyD*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD+  pi-  pi0                   PHSP;
+0.0070   MyD*+ pi-  pi0                   PHSP;
+#
+0.0060   Mya_1- MyD+                         SVS;
+0.0011   MyD+  rho0  pi-                  PHSP;
+0.0011   MyD+  rho-  pi0                  PHSP;
+0.0022   MyD+  pi+  pi-  pi-              PHSP;
+0.0010   MyD+  pi0  pi-  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*+  Mya_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*+  rho0  pi-                 PHSP;
+0.0010   MyD*+  rho-  pi0                 PHSP;
+0.0000   MyD*+  pi+  pi-  pi-             PHSP;
+0.0010   MyD*+  pi0  pi-  pi0             PHSP;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+#
+# Ks pi
+0.0098   MyK0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- MyK0                       SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   MyK0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   MyK*0 rho-                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   MyK*0 pi0  pi-                  PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   Mya_1- MyK0                    SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   MyK0  rho0  pi-                 PHSP;   
+0.0027   MyK0   pi-  pi-   pi+           PHSP;   
+Enddecay
+#
+Decay MyD+
+#
+# Ks pi
+0.0098   Myanti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    Myanti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   Myanti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   Myanti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   Myanti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   Mya_1+ Myanti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   Myanti-K0  rho0  pi+           PHSP;    
+0.0027   Myanti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0   	    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay my2-K*0				
+0.3323      MyK0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      Myanti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   MyK*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   Myanti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      MyK0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      Myanti-K0  pi-              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BB_BrecoCocktail_XsudgammaExp465.dec b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp465.dec
new file mode 100644
index 0000000..c1059a8
--- /dev/null
+++ b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp465.dec
@@ -0,0 +1,521 @@
+##
+## BB_BrecoCocktail_XsudgammaExp465.dec
+##
+##
+## one side B->Xs gamma, other side Breco cocktail for B0/+ mesons
+##
+## (from BrecoCocktail [adjusted] and B+B-_XsugammaExp465.dec and 
+## B0B0bar_XsdgammaExp465.dec, using:
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.)) 
+#
+##
+## Author: Clare Brown
+##
+######################################################################
+#
+#
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+
+# Xs gamma side
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+# Breco side
+
+Alias CmyB-  B-
+Alias CmyB+  B+
+
+Alias CmyB0  B0
+Alias CmyantiB0 anti-B0
+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+
+# Y(4S)
+#
+Decay Upsilon(4S)
+0.25000 myB+  CmyB-                          VSS;
+0.25000 myB-  CmyB+                          VSS;
+0.21000 myB0 CmyantiB0                       VSS_MIX  dm;
+0.21000 CmyB0 myantiB0                       VSS_MIX  dm;
+0.04000 myantiB0 CmyantiB0                  VSS_MIX  dm;
+0.04000 myB0 CmyB0                           VSS_MIX dm;
+Enddecay
+#
+#
+#
+# signal side
+#
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.27885 4.65 4.65 -0.52 0.9 0.0841 100 80;
+Enddecay
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.27885 4.65 4.65 -0.52 0.9 0.0841 100 80;
+Enddecay
+#
+#
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.27885 4.65 4.65 -0.52 0.9 0.0841 100 80;
+Enddecay
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.27885 4.65 4.65 -0.52 0.9 0.0841 100 80;
+Enddecay
+#
+#
+#
+# Reco side
+#
+#
+Decay CmyB- 
+#
+0.0046   MyD*0 pi-                        SVS;
+0.0053   MyD0   pi-                       PHSP;
+0.0134   rho-   MyD0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   MyD*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   MyD0  pi0  pi-                   PHSP;
+0.0005   MyD*0 pi0  pi-                   PHSP;
+#
+0.0050   Mya_1- MyD0                         SVS;
+0.0021   MyD0  rho0 pi-                   PHSP;
+0.0050   MyD0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   MyD*0 Mya_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   MyD*0 rho0 pi-                   PHSP;
+0.0005   MyD*0 pi+  pi-  pi-              PHSP;
+#
+0.0005   MyD*0 rho-  pi0                  PHSP;
+0.0005   MyD*0 pi- pi0  pi0               PHSP;
+#
+Enddecay
+#
+#
+#
+Decay CmyB+
+#
+0.0046   Myanti-D*0  pi+                       SVS;
+0.0053   Myanti-D0  pi+                        PHSP;
+0.0134   rho+  Myanti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   Myanti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   Myanti-D0  pi0  pi+                   PHSP;
+0.0005   Myanti-D*0  pi0  pi+                  PHSP;
+#
+0.0050   Mya_1+ Myanti-D0                        SVS;
+0.0021   Myanti-D0 rho0 pi+                   PHSP;
+0.0050   Myanti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   Myanti-D*0 Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   Myanti-D*0 rho0 pi+                   PHSP;
+0.0005   Myanti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0005   Myanti-D*0 rho+  pi0                  PHSP;
+0.0005   Myanti-D*0 pi+   pi0  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyB0
+#
+0.0027   MyD*- pi+                        SVS;
+0.0030   MyD-  pi+                        PHSP;
+0.0082   rho+ MyD-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ MyD*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD-  pi+  pi0                   PHSP;
+0.0070   MyD*- pi+  pi0                   PHSP;
+#
+0.0060   Mya_1+ MyD-                         SVS;
+0.0011   MyD-  rho0  pi+                  PHSP;
+0.0011   MyD-  rho+  pi0                  PHSP;
+0.0022   MyD-  pi-  pi+  pi+              PHSP;
+0.0010   MyD-  pi0  pi+  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*-  Mya_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*-  rho0  pi+                 PHSP;
+0.0010   MyD*-  rho+  pi0                 PHSP;
+0.0000   MyD*-  pi-  pi+  pi+             PHSP;
+0.0010   MyD*-  pi0  pi+  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyantiB0
+#
+0.0027   MyD*+ pi-                        SVS;
+0.0030   MyD+  pi-                        PHSP;
+0.0082   rho- MyD+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- MyD*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD+  pi-  pi0                   PHSP;
+0.0070   MyD*+ pi-  pi0                   PHSP;
+#
+0.0060   Mya_1- MyD+                         SVS;
+0.0011   MyD+  rho0  pi-                  PHSP;
+0.0011   MyD+  rho-  pi0                  PHSP;
+0.0022   MyD+  pi+  pi-  pi-              PHSP;
+0.0010   MyD+  pi0  pi-  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*+  Mya_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*+  rho0  pi-                 PHSP;
+0.0010   MyD*+  rho-  pi0                 PHSP;
+0.0000   MyD*+  pi+  pi-  pi-             PHSP;
+0.0010   MyD*+  pi0  pi-  pi0             PHSP;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+#
+# Ks pi
+0.0098   MyK0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- MyK0                       SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   MyK0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   MyK*0 rho-                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   MyK*0 pi0  pi-                  PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   Mya_1- MyK0                    SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   MyK0  rho0  pi-                 PHSP;   
+0.0027   MyK0   pi-  pi-   pi+           PHSP;   
+Enddecay
+#
+Decay MyD+
+#
+# Ks pi
+0.0098   Myanti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    Myanti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   Myanti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   Myanti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   Myanti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   Mya_1+ Myanti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   Myanti-K0  rho0  pi+           PHSP;    
+0.0027   Myanti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0   	    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay my2-K*0				
+0.3323      MyK0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      Myanti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   MyK*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   Myanti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      MyK0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      Myanti-K0  pi-              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BB_BrecoCocktail_XsudgammaExp465_JetSet02.dec b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp465_JetSet02.dec
new file mode 100644
index 0000000..0a1667c
--- /dev/null
+++ b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp465_JetSet02.dec
@@ -0,0 +1,524 @@
+##
+## BB_BrecoCocktail_XsudgammaExp465_JetSet02.dec
+##
+##
+## one side B->Xs gamma, other side Breco cocktail for B0/+ mesons
+##
+## (from BrecoCocktail [adjusted] and B+B-_Xsgamma_Kagan99_mb465_JetSet02.dec
+## and B0B0B_Xsgamma_Kagan99_mb465_JetSet02.dec, using:
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.)) 
+#
+##
+## Author: Clare Brown
+##
+######################################################################
+#
+#
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+
+# Xs gamma side
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+# Breco side
+
+Alias CmyB-  B-
+Alias CmyB+  B+
+
+Alias CmyB0  B0
+Alias CmyantiB0 anti-B0
+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+
+# Y(4S)
+#
+Decay Upsilon(4S)
+0.25000 myB+  CmyB-                          VSS;
+0.25000 myB-  CmyB+                          VSS;
+0.21000 myB0 CmyantiB0                       VSS_MIX  dm;
+0.21000 CmyB0 myantiB0                       VSS_MIX  dm;
+0.04000 myantiB0 CmyantiB0                  VSS_MIX  dm;
+0.04000 myB0 CmyB0                           VSS_MIX dm;
+Enddecay
+#
+#
+#
+# signal side
+#
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+#
+#
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+#
+#
+#
+# Reco side
+#
+#
+Decay CmyB- 
+#
+0.0046   MyD*0 pi-                        SVS;
+0.0053   MyD0   pi-                       PHSP;
+0.0134   rho-   MyD0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   MyD*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   MyD0  pi0  pi-                   PHSP;
+0.0005   MyD*0 pi0  pi-                   PHSP;
+#
+0.0050   Mya_1- MyD0                         SVS;
+0.0021   MyD0  rho0 pi-                   PHSP;
+0.0050   MyD0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   MyD*0 Mya_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   MyD*0 rho0 pi-                   PHSP;
+0.0005   MyD*0 pi+  pi-  pi-              PHSP;
+#
+0.0005   MyD*0 rho-  pi0                  PHSP;
+0.0005   MyD*0 pi- pi0  pi0               PHSP;
+#
+Enddecay
+#
+#
+#
+Decay CmyB+
+#
+0.0046   Myanti-D*0  pi+                       SVS;
+0.0053   Myanti-D0  pi+                        PHSP;
+0.0134   rho+  Myanti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   Myanti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   Myanti-D0  pi0  pi+                   PHSP;
+0.0005   Myanti-D*0  pi0  pi+                  PHSP;
+#
+0.0050   Mya_1+ Myanti-D0                        SVS;
+0.0021   Myanti-D0 rho0 pi+                   PHSP;
+0.0050   Myanti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   Myanti-D*0 Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   Myanti-D*0 rho0 pi+                   PHSP;
+0.0005   Myanti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0005   Myanti-D*0 rho+  pi0                  PHSP;
+0.0005   Myanti-D*0 pi+   pi0  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyB0
+#
+0.0027   MyD*- pi+                        SVS;
+0.0030   MyD-  pi+                        PHSP;
+0.0082   rho+ MyD-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ MyD*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD-  pi+  pi0                   PHSP;
+0.0070   MyD*- pi+  pi0                   PHSP;
+#
+0.0060   Mya_1+ MyD-                         SVS;
+0.0011   MyD-  rho0  pi+                  PHSP;
+0.0011   MyD-  rho+  pi0                  PHSP;
+0.0022   MyD-  pi-  pi+  pi+              PHSP;
+0.0010   MyD-  pi0  pi+  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*-  Mya_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*-  rho0  pi+                 PHSP;
+0.0010   MyD*-  rho+  pi0                 PHSP;
+0.0000   MyD*-  pi-  pi+  pi+             PHSP;
+0.0010   MyD*-  pi0  pi+  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyantiB0
+#
+0.0027   MyD*+ pi-                        SVS;
+0.0030   MyD+  pi-                        PHSP;
+0.0082   rho- MyD+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- MyD*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD+  pi-  pi0                   PHSP;
+0.0070   MyD*+ pi-  pi0                   PHSP;
+#
+0.0060   Mya_1- MyD+                         SVS;
+0.0011   MyD+  rho0  pi-                  PHSP;
+0.0011   MyD+  rho-  pi0                  PHSP;
+0.0022   MyD+  pi+  pi-  pi-              PHSP;
+0.0010   MyD+  pi0  pi-  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*+  Mya_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*+  rho0  pi-                 PHSP;
+0.0010   MyD*+  rho-  pi0                 PHSP;
+0.0000   MyD*+  pi+  pi-  pi-             PHSP;
+0.0010   MyD*+  pi0  pi-  pi0             PHSP;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+#
+# Ks pi
+0.0098   MyK0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- MyK0                       SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   MyK0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   MyK*0 rho-                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   MyK*0 pi0  pi-                  PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   Mya_1- MyK0                    SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   MyK0  rho0  pi-                 PHSP;   
+0.0027   MyK0   pi-  pi-   pi+           PHSP;   
+Enddecay
+#
+Decay MyD+
+#
+# Ks pi
+0.0098   Myanti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    Myanti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   Myanti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   Myanti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   Myanti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   Mya_1+ Myanti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   Myanti-K0  rho0  pi+           PHSP;    
+0.0027   Myanti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0   	    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay my2-K*0				
+0.3323      MyK0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      Myanti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   MyK*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   Myanti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      MyK0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      Myanti-K0  pi-              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BB_BrecoCocktail_XsudgammaExp480.dec b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp480.dec
new file mode 100644
index 0000000..6d9031f
--- /dev/null
+++ b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp480.dec
@@ -0,0 +1,521 @@
+##
+## BB_BrecoCocktail_XsudgammaExp480.dec
+##
+##
+## one side B->Xs gamma, other side Breco cocktail for B0/+ mesons
+##
+## (from BrecoCocktail [adjusted] and B+B-_XsugammaExp480.dec and 
+## B0B0bar_XsdgammaExp480.dec, using:
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.)) 
+#
+##
+## Author: Clare Brown
+##
+######################################################################
+#
+#
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+
+# Xs gamma side
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+# Breco side
+
+Alias CmyB-  B-
+Alias CmyB+  B+
+
+Alias CmyB0  B0
+Alias CmyantiB0 anti-B0
+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+
+# Y(4S)
+#
+Decay Upsilon(4S)
+0.25000 myB+  CmyB-                          VSS;
+0.25000 myB-  CmyB+                          VSS;
+0.21000 myB0 CmyantiB0                       VSS_MIX  dm;
+0.21000 CmyB0 myantiB0                       VSS_MIX  dm;
+0.04000 myantiB0 CmyantiB0                  VSS_MIX  dm;
+0.04000 myB0 CmyB0                           VSS_MIX dm;
+Enddecay
+#
+#
+#
+# signal side
+#
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.27885 4.8 4.8 -0.3 0.9 0.0841 100 80;
+Enddecay
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.27885 4.8 4.8 -0.3 0.9 0.0841 100 80;
+Enddecay
+#
+#
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.27885 4.8 4.8 -0.3 0.9 0.0841 100 80;
+Enddecay
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.27885 4.8 4.8 -0.3 0.9 0.0841 100 80;
+Enddecay
+#
+#
+#
+# Reco side
+#
+#
+Decay CmyB- 
+#
+0.0046   MyD*0 pi-                        SVS;
+0.0053   MyD0   pi-                       PHSP;
+0.0134   rho-   MyD0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   MyD*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   MyD0  pi0  pi-                   PHSP;
+0.0005   MyD*0 pi0  pi-                   PHSP;
+#
+0.0050   Mya_1- MyD0                         SVS;
+0.0021   MyD0  rho0 pi-                   PHSP;
+0.0050   MyD0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   MyD*0 Mya_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   MyD*0 rho0 pi-                   PHSP;
+0.0005   MyD*0 pi+  pi-  pi-              PHSP;
+#
+0.0005   MyD*0 rho-  pi0                  PHSP;
+0.0005   MyD*0 pi- pi0  pi0               PHSP;
+#
+Enddecay
+#
+#
+#
+Decay CmyB+
+#
+0.0046   Myanti-D*0  pi+                       SVS;
+0.0053   Myanti-D0  pi+                        PHSP;
+0.0134   rho+  Myanti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   Myanti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   Myanti-D0  pi0  pi+                   PHSP;
+0.0005   Myanti-D*0  pi0  pi+                  PHSP;
+#
+0.0050   Mya_1+ Myanti-D0                        SVS;
+0.0021   Myanti-D0 rho0 pi+                   PHSP;
+0.0050   Myanti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   Myanti-D*0 Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   Myanti-D*0 rho0 pi+                   PHSP;
+0.0005   Myanti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0005   Myanti-D*0 rho+  pi0                  PHSP;
+0.0005   Myanti-D*0 pi+   pi0  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyB0
+#
+0.0027   MyD*- pi+                        SVS;
+0.0030   MyD-  pi+                        PHSP;
+0.0082   rho+ MyD-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ MyD*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD-  pi+  pi0                   PHSP;
+0.0070   MyD*- pi+  pi0                   PHSP;
+#
+0.0060   Mya_1+ MyD-                         SVS;
+0.0011   MyD-  rho0  pi+                  PHSP;
+0.0011   MyD-  rho+  pi0                  PHSP;
+0.0022   MyD-  pi-  pi+  pi+              PHSP;
+0.0010   MyD-  pi0  pi+  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*-  Mya_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*-  rho0  pi+                 PHSP;
+0.0010   MyD*-  rho+  pi0                 PHSP;
+0.0000   MyD*-  pi-  pi+  pi+             PHSP;
+0.0010   MyD*-  pi0  pi+  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyantiB0
+#
+0.0027   MyD*+ pi-                        SVS;
+0.0030   MyD+  pi-                        PHSP;
+0.0082   rho- MyD+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- MyD*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD+  pi-  pi0                   PHSP;
+0.0070   MyD*+ pi-  pi0                   PHSP;
+#
+0.0060   Mya_1- MyD+                         SVS;
+0.0011   MyD+  rho0  pi-                  PHSP;
+0.0011   MyD+  rho-  pi0                  PHSP;
+0.0022   MyD+  pi+  pi-  pi-              PHSP;
+0.0010   MyD+  pi0  pi-  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*+  Mya_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*+  rho0  pi-                 PHSP;
+0.0010   MyD*+  rho-  pi0                 PHSP;
+0.0000   MyD*+  pi+  pi-  pi-             PHSP;
+0.0010   MyD*+  pi0  pi-  pi0             PHSP;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+#
+# Ks pi
+0.0098   MyK0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- MyK0                       SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   MyK0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   MyK*0 rho-                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   MyK*0 pi0  pi-                  PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   Mya_1- MyK0                    SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   MyK0  rho0  pi-                 PHSP;   
+0.0027   MyK0   pi-  pi-   pi+           PHSP;   
+Enddecay
+#
+Decay MyD+
+#
+# Ks pi
+0.0098   Myanti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    Myanti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   Myanti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   Myanti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   Myanti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   Mya_1+ Myanti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   Myanti-K0  rho0  pi+           PHSP;    
+0.0027   Myanti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0   	    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay my2-K*0				
+0.3323      MyK0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      Myanti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   MyK*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   Myanti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      MyK0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      Myanti-K0  pi-              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BB_BrecoCocktail_XsudgammaExp480_JetSet02.dec b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp480_JetSet02.dec
new file mode 100644
index 0000000..73428f3
--- /dev/null
+++ b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp480_JetSet02.dec
@@ -0,0 +1,524 @@
+##
+## BB_BrecoCocktail_XsudgammaExp480_JetSet02.dec
+##
+##
+## one side B->Xs gamma, other side Breco cocktail for B0/+ mesons
+##
+## (from BrecoCocktail [adjusted] and B+B-_Xsgamma_Kagan99_mb480_JetSet02.dec
+## and B0B0B_Xsgamma_Kagan99_mb480_JetSet02.dec, using: 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.)) 
+#
+##
+## Author: Clare Brown
+##
+######################################################################
+#
+#
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+
+# Xs gamma side
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+# Breco side
+
+Alias CmyB-  B-
+Alias CmyB+  B+
+
+Alias CmyB0  B0
+Alias CmyantiB0 anti-B0
+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+
+# Y(4S)
+#
+Decay Upsilon(4S)
+0.25000 myB+  CmyB-                          VSS;
+0.25000 myB-  CmyB+                          VSS;
+0.21000 myB0 CmyantiB0                       VSS_MIX  dm;
+0.21000 CmyB0 myantiB0                       VSS_MIX  dm;
+0.04000 myantiB0 CmyantiB0                  VSS_MIX  dm;
+0.04000 myB0 CmyB0                           VSS_MIX dm;
+Enddecay
+#
+#
+#
+# signal side
+#
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+#
+#
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+#
+#
+#
+# Reco side
+#
+#
+Decay CmyB- 
+#
+0.0046   MyD*0 pi-                        SVS;
+0.0053   MyD0   pi-                       PHSP;
+0.0134   rho-   MyD0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   MyD*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   MyD0  pi0  pi-                   PHSP;
+0.0005   MyD*0 pi0  pi-                   PHSP;
+#
+0.0050   Mya_1- MyD0                         SVS;
+0.0021   MyD0  rho0 pi-                   PHSP;
+0.0050   MyD0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   MyD*0 Mya_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   MyD*0 rho0 pi-                   PHSP;
+0.0005   MyD*0 pi+  pi-  pi-              PHSP;
+#
+0.0005   MyD*0 rho-  pi0                  PHSP;
+0.0005   MyD*0 pi- pi0  pi0               PHSP;
+#
+Enddecay
+#
+#
+#
+Decay CmyB+
+#
+0.0046   Myanti-D*0  pi+                       SVS;
+0.0053   Myanti-D0  pi+                        PHSP;
+0.0134   rho+  Myanti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   Myanti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   Myanti-D0  pi0  pi+                   PHSP;
+0.0005   Myanti-D*0  pi0  pi+                  PHSP;
+#
+0.0050   Mya_1+ Myanti-D0                        SVS;
+0.0021   Myanti-D0 rho0 pi+                   PHSP;
+0.0050   Myanti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   Myanti-D*0 Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   Myanti-D*0 rho0 pi+                   PHSP;
+0.0005   Myanti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0005   Myanti-D*0 rho+  pi0                  PHSP;
+0.0005   Myanti-D*0 pi+   pi0  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyB0
+#
+0.0027   MyD*- pi+                        SVS;
+0.0030   MyD-  pi+                        PHSP;
+0.0082   rho+ MyD-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ MyD*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD-  pi+  pi0                   PHSP;
+0.0070   MyD*- pi+  pi0                   PHSP;
+#
+0.0060   Mya_1+ MyD-                         SVS;
+0.0011   MyD-  rho0  pi+                  PHSP;
+0.0011   MyD-  rho+  pi0                  PHSP;
+0.0022   MyD-  pi-  pi+  pi+              PHSP;
+0.0010   MyD-  pi0  pi+  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*-  Mya_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*-  rho0  pi+                 PHSP;
+0.0010   MyD*-  rho+  pi0                 PHSP;
+0.0000   MyD*-  pi-  pi+  pi+             PHSP;
+0.0010   MyD*-  pi0  pi+  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyantiB0
+#
+0.0027   MyD*+ pi-                        SVS;
+0.0030   MyD+  pi-                        PHSP;
+0.0082   rho- MyD+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- MyD*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD+  pi-  pi0                   PHSP;
+0.0070   MyD*+ pi-  pi0                   PHSP;
+#
+0.0060   Mya_1- MyD+                         SVS;
+0.0011   MyD+  rho0  pi-                  PHSP;
+0.0011   MyD+  rho-  pi0                  PHSP;
+0.0022   MyD+  pi+  pi-  pi-              PHSP;
+0.0010   MyD+  pi0  pi-  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*+  Mya_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*+  rho0  pi-                 PHSP;
+0.0010   MyD*+  rho-  pi0                 PHSP;
+0.0000   MyD*+  pi+  pi-  pi-             PHSP;
+0.0010   MyD*+  pi0  pi-  pi0             PHSP;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+#
+# Ks pi
+0.0098   MyK0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- MyK0                       SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   MyK0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   MyK*0 rho-                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   MyK*0 pi0  pi-                  PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   Mya_1- MyK0                    SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   MyK0  rho0  pi-                 PHSP;   
+0.0027   MyK0   pi-  pi-   pi+           PHSP;   
+Enddecay
+#
+Decay MyD+
+#
+# Ks pi
+0.0098   Myanti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    Myanti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   Myanti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   Myanti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   Myanti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   Mya_1+ Myanti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   Myanti-K0  rho0  pi+           PHSP;    
+0.0027   Myanti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0   	    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay my2-K*0				
+0.3323      MyK0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      Myanti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   MyK*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   Myanti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      MyK0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      Myanti-K0  pi-              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BB_BrecoCocktail_XsudgammaExp495.dec b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp495.dec
new file mode 100644
index 0000000..7d62e41
--- /dev/null
+++ b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp495.dec
@@ -0,0 +1,521 @@
+##
+## BB_BrecoCocktail_XsudgammaExp495.dec
+##
+##
+## one side B->Xs gamma, other side Breco cocktail for B0/+ mesons
+##
+## (from BrecoCocktail [adjusted] and B+B-_XsugammaExp495.dec and 
+## B0B0bar_XsdgammaExp495.dec, using:
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.)) 
+#
+##
+## Author: Clare Brown
+##
+######################################################################
+#
+#
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+
+# Xs gamma side
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+# Breco side
+
+Alias CmyB-  B-
+Alias CmyB+  B+
+
+Alias CmyB0  B0
+Alias CmyantiB0 anti-B0
+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+
+# Y(4S)
+#
+Decay Upsilon(4S)
+0.25000 myB+  CmyB-                          VSS;
+0.25000 myB-  CmyB+                          VSS;
+0.21000 myB0 CmyantiB0                       VSS_MIX  dm;
+0.21000 CmyB0 myantiB0                       VSS_MIX  dm;
+0.04000 myantiB0 CmyantiB0                  VSS_MIX  dm;
+0.04000 myB0 CmyB0                           VSS_MIX dm;
+Enddecay
+#
+#
+#
+# signal side
+#
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.27885 4.95 4.95 -0.14 0.9 0.0841 100 80;
+Enddecay
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.27885 4.95 4.95 -0.14 0.9 0.0841 100 80;
+Enddecay
+#
+#
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.27885 4.95 4.95 -0.14 0.9 0.0841 100 80;
+Enddecay
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.27885 4.95 4.95 -0.14 0.9 0.0841 100 80;
+Enddecay
+#
+#
+#
+# Reco side
+#
+#
+Decay CmyB- 
+#
+0.0046   MyD*0 pi-                        SVS;
+0.0053   MyD0   pi-                       PHSP;
+0.0134   rho-   MyD0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   MyD*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   MyD0  pi0  pi-                   PHSP;
+0.0005   MyD*0 pi0  pi-                   PHSP;
+#
+0.0050   Mya_1- MyD0                         SVS;
+0.0021   MyD0  rho0 pi-                   PHSP;
+0.0050   MyD0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   MyD*0 Mya_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   MyD*0 rho0 pi-                   PHSP;
+0.0005   MyD*0 pi+  pi-  pi-              PHSP;
+#
+0.0005   MyD*0 rho-  pi0                  PHSP;
+0.0005   MyD*0 pi- pi0  pi0               PHSP;
+#
+Enddecay
+#
+#
+#
+Decay CmyB+
+#
+0.0046   Myanti-D*0  pi+                       SVS;
+0.0053   Myanti-D0  pi+                        PHSP;
+0.0134   rho+  Myanti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   Myanti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   Myanti-D0  pi0  pi+                   PHSP;
+0.0005   Myanti-D*0  pi0  pi+                  PHSP;
+#
+0.0050   Mya_1+ Myanti-D0                        SVS;
+0.0021   Myanti-D0 rho0 pi+                   PHSP;
+0.0050   Myanti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   Myanti-D*0 Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   Myanti-D*0 rho0 pi+                   PHSP;
+0.0005   Myanti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0005   Myanti-D*0 rho+  pi0                  PHSP;
+0.0005   Myanti-D*0 pi+   pi0  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyB0
+#
+0.0027   MyD*- pi+                        SVS;
+0.0030   MyD-  pi+                        PHSP;
+0.0082   rho+ MyD-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ MyD*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD-  pi+  pi0                   PHSP;
+0.0070   MyD*- pi+  pi0                   PHSP;
+#
+0.0060   Mya_1+ MyD-                         SVS;
+0.0011   MyD-  rho0  pi+                  PHSP;
+0.0011   MyD-  rho+  pi0                  PHSP;
+0.0022   MyD-  pi-  pi+  pi+              PHSP;
+0.0010   MyD-  pi0  pi+  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*-  Mya_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*-  rho0  pi+                 PHSP;
+0.0010   MyD*-  rho+  pi0                 PHSP;
+0.0000   MyD*-  pi-  pi+  pi+             PHSP;
+0.0010   MyD*-  pi0  pi+  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyantiB0
+#
+0.0027   MyD*+ pi-                        SVS;
+0.0030   MyD+  pi-                        PHSP;
+0.0082   rho- MyD+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- MyD*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD+  pi-  pi0                   PHSP;
+0.0070   MyD*+ pi-  pi0                   PHSP;
+#
+0.0060   Mya_1- MyD+                         SVS;
+0.0011   MyD+  rho0  pi-                  PHSP;
+0.0011   MyD+  rho-  pi0                  PHSP;
+0.0022   MyD+  pi+  pi-  pi-              PHSP;
+0.0010   MyD+  pi0  pi-  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*+  Mya_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*+  rho0  pi-                 PHSP;
+0.0010   MyD*+  rho-  pi0                 PHSP;
+0.0000   MyD*+  pi+  pi-  pi-             PHSP;
+0.0010   MyD*+  pi0  pi-  pi0             PHSP;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+#
+# Ks pi
+0.0098   MyK0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- MyK0                       SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   MyK0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   MyK*0 rho-                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   MyK*0 pi0  pi-                  PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   Mya_1- MyK0                    SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   MyK0  rho0  pi-                 PHSP;   
+0.0027   MyK0   pi-  pi-   pi+           PHSP;   
+Enddecay
+#
+Decay MyD+
+#
+# Ks pi
+0.0098   Myanti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    Myanti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   Myanti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   Myanti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   Myanti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   Mya_1+ Myanti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   Myanti-K0  rho0  pi+           PHSP;    
+0.0027   Myanti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0   	    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay my2-K*0				
+0.3323      MyK0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      Myanti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   MyK*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   Myanti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      MyK0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      Myanti-K0  pi-              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BB_BrecoCocktail_XsudgammaExp495_JetSet02.dec b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp495_JetSet02.dec
new file mode 100644
index 0000000..ca83539
--- /dev/null
+++ b/BaBar_2014/BB_BrecoCocktail_XsudgammaExp495_JetSet02.dec
@@ -0,0 +1,525 @@
+##
+## BB_BrecoCocktail_XsudgammaExp495_JetSet02.dec
+##
+##
+## one side B->Xs gamma, other side Breco cocktail for B0/+ mesons
+##
+## (from BrecoCocktail [adjusted] and B+B-_Xsgamma_Kagan99_mb495_JetSet02.dec
+## and B0B0B_Xsgamma_Kagan99_mb495_JetSet02.dec, using:
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.)) 
+#
+##
+## Author: Clare Brown
+##
+######################################################################
+#
+#
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+#   Xsd meson  (sbar-d system, introduced for b->s gamma decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+
+# Xs gamma side
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+# Breco side
+
+Alias CmyB-  B-
+Alias CmyB+  B+
+
+Alias CmyB0  B0
+Alias CmyantiB0 anti-B0
+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+
+# Y(4S)
+#
+Decay Upsilon(4S)
+0.25000 myB+  CmyB-                          VSS;
+0.25000 myB-  CmyB+                          VSS;
+0.21000 myB0 CmyantiB0                       VSS_MIX  dm;
+0.21000 CmyB0 myantiB0                       VSS_MIX  dm;
+0.04000 myantiB0 CmyantiB0                  VSS_MIX  dm;
+0.04000 myB0 CmyB0                           VSS_MIX dm;
+Enddecay
+#
+#
+#
+# signal side
+#
+Decay myB0
+1.00000      Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+Decay myantiB0
+1.00000     anti-Xsd    gamma     BTOXSGAMMA 2 1 5.2794 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+#
+#
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+#
+#
+#
+#
+# Reco side
+#
+#
+Decay CmyB- 
+#
+0.0046   MyD*0 pi-                        SVS;
+0.0053   MyD0   pi-                       PHSP;
+0.0134   rho-   MyD0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   MyD*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   MyD0  pi0  pi-                   PHSP;
+0.0005   MyD*0 pi0  pi-                   PHSP;
+#
+0.0050   Mya_1- MyD0                         SVS;
+0.0021   MyD0  rho0 pi-                   PHSP;
+0.0050   MyD0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   MyD*0 Mya_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   MyD*0 rho0 pi-                   PHSP;
+0.0005   MyD*0 pi+  pi-  pi-              PHSP;
+#
+0.0005   MyD*0 rho-  pi0                  PHSP;
+0.0005   MyD*0 pi- pi0  pi0               PHSP;
+#
+Enddecay
+#
+#
+#
+Decay CmyB+
+#
+0.0046   Myanti-D*0  pi+                       SVS;
+0.0053   Myanti-D0  pi+                        PHSP;
+0.0134   rho+  Myanti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   Myanti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   Myanti-D0  pi0  pi+                   PHSP;
+0.0005   Myanti-D*0  pi0  pi+                  PHSP;
+#
+0.0050   Mya_1+ Myanti-D0                        SVS;
+0.0021   Myanti-D0 rho0 pi+                   PHSP;
+0.0050   Myanti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   Myanti-D*0 Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   Myanti-D*0 rho0 pi+                   PHSP;
+0.0005   Myanti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0005   Myanti-D*0 rho+  pi0                  PHSP;
+0.0005   Myanti-D*0 pi+   pi0  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyB0
+#
+0.0027   MyD*- pi+                        SVS;
+0.0030   MyD-  pi+                        PHSP;
+0.0082   rho+ MyD-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ MyD*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD-  pi+  pi0                   PHSP;
+0.0070   MyD*- pi+  pi0                   PHSP;
+#
+0.0060   Mya_1+ MyD-                         SVS;
+0.0011   MyD-  rho0  pi+                  PHSP;
+0.0011   MyD-  rho+  pi0                  PHSP;
+0.0022   MyD-  pi-  pi+  pi+              PHSP;
+0.0010   MyD-  pi0  pi+  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*-  Mya_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*-  rho0  pi+                 PHSP;
+0.0010   MyD*-  rho+  pi0                 PHSP;
+0.0000   MyD*-  pi-  pi+  pi+             PHSP;
+0.0010   MyD*-  pi0  pi+  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyantiB0
+#
+0.0027   MyD*+ pi-                        SVS;
+0.0030   MyD+  pi-                        PHSP;
+0.0082   rho- MyD+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- MyD*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD+  pi-  pi0                   PHSP;
+0.0070   MyD*+ pi-  pi0                   PHSP;
+#
+0.0060   Mya_1- MyD+                         SVS;
+0.0011   MyD+  rho0  pi-                  PHSP;
+0.0011   MyD+  rho-  pi0                  PHSP;
+0.0022   MyD+  pi+  pi-  pi-              PHSP;
+0.0010   MyD+  pi0  pi-  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*+  Mya_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*+  rho0  pi-                 PHSP;
+0.0010   MyD*+  rho-  pi0                 PHSP;
+0.0000   MyD*+  pi+  pi-  pi-             PHSP;
+0.0010   MyD*+  pi0  pi-  pi0             PHSP;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+#
+# Ks pi
+0.0098   MyK0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- MyK0                       SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   MyK0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   MyK*0 rho-                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   MyK*0 pi0  pi-                  PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   Mya_1- MyK0                    SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   MyK0  rho0  pi-                 PHSP;   
+0.0027   MyK0   pi-  pi-   pi+           PHSP;   
+Enddecay
+#
+Decay MyD+
+#
+# Ks pi
+0.0098   Myanti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    Myanti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   Myanti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   Myanti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   Myanti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   Mya_1+ Myanti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   Myanti-K0  rho0  pi+           PHSP;    
+0.0027   Myanti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0   	    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay my2-K*0				
+0.3323      MyK0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      Myanti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   MyK*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   Myanti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      MyK0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      Myanti-K0  pi-              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BB_BrecoCocktail_Xulnu.dec b/BaBar_2014/BB_BrecoCocktail_Xulnu.dec
new file mode 100644
index 0000000..5d0a0c5
--- /dev/null
+++ b/BaBar_2014/BB_BrecoCocktail_Xulnu.dec
@@ -0,0 +1,662 @@
+##
+## BB_BrecoCocktail_Xulnu.dec
+##
+##
+## one side B->Xulnu, other side Breco cocktail for B0/+ mesons
+##
+## (from B_Xulnu.dec and BrecoCocktail [adjusted])
+##
+## Author Daniele del Re 
+##
+######################################################################
+#
+#
+# Vub side
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+# Breco side
+
+Alias CmyB-  B-
+Alias CmyB+  B+
+
+Alias CmyB0  B0
+Alias CmyantiB0 anti-B0
+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+
+# Y(4S)
+#
+Decay Upsilon(4S)
+0.25000 myB+  CmyB-                          VSS;
+0.25000 myB-  CmyB+                          VSS;
+0.21000 myB0 CmyantiB0                       VSS_MIX  dm;
+0.21000 CmyB0 myantiB0                       VSS_MIX  dm;
+0.04000 myantiB0 CmyantiB0                  VSS_MIX  dm;
+0.04000 myB0 CmyB0                           VSS_MIX dm;
+Enddecay
+#
+#
+#
+# Vub side
+#
+Decay myantiB0
+#                    b -> u l nu
+#
+# 03/28/01 S.Menke included inclusive B -> X_u l nu decays for m(X_u) > 1.26 GeV.
+#                  with some thresholds to gradually switch from excl. to incl.
+#                  modeling without big jumps keeping the better known excl.
+#                  Brs at their actual values and constrain the incl. Br and 
+#                  weights in a way that ~40% of the total BR belongs to 
+#                  the mass region > 1.5 GeV
+#
+0.000180   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000260   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000165   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000102   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   rho(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.001365   Xu+  e-  anti-nu_e          PHOTOS   VUB 4.8 1.29 0.22 20 
+0.00 0.55 1.20 0.61 1.26 0.85 1.34 1.08 1.41 1.21 1.48 1.30 1.55 1.30 1.61 1.33 1.67 1.36 1.73 1.39 1.79 1.33 1.84 1.42 1.90 1.39 1.95 1.39 2.00 1.37 2.50 1.30 3.00 0.74 3.50 0.99 4.00 1.09 4.50 1.00;
+
+0.000180   pi+    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000260   rho+   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000165   a_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000102   b_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_0+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_2+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   rho(2S)+ mu-  anti-nu_mu      PHOTOS     ISGW2;
+0.000000   D(2S)+ mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000000   D*(2S)+ mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.001365   Xu+  mu-  anti-nu_e          PHOTOS   VUB 4.8 1.29 0.22 20 
+0.00 0.55 1.20 0.61 1.26 0.85 1.34 1.08 1.41 1.21 1.48 1.30 1.55 1.30 1.61 1.33 1.67 1.36 1.73 1.39 1.79 1.33 1.84 1.42 1.90 1.39 1.95 1.39 2.00 1.37 2.50 1.30 3.00 0.74 3.50 0.99 4.00 1.09 4.50 1.00;
+#
+0.000060   pi+    tau- anti-nu_tau                 ISGW2;
+0.000083   rho+   tau- anti-nu_tau                 ISGW2;
+0.000090   a_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   b_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_0+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_2+    tau- anti-nu_tau                 ISGW2;
+0.000000   rho(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)+ tau- anti-nu_tau                 ISGW2;
+#
+Enddecay
+#
+#
+Decay myB0
+#                    b -> u l nu
+#
+0.000180   pi-    e+   nu_e        PHOTOS  ISGW2;
+0.000260   rho-   e+   nu_e        PHOTOS  ISGW2;
+0.000165   a_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000102   b_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_0-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_2-    e+   nu_e        PHOTOS  ISGW2;
+0.000000   rho(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000000   D(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000000   D*(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.001365   Xu-  e+  nu_e          PHOTOS   VUB 4.8 1.29 0.22 20 
+0.00 0.55 1.20 0.61 1.26 0.85 1.34 1.08 1.41 1.21 1.48 1.30 1.55 1.30 1.61 1.33 1.67 1.36 1.73 1.39 1.79 1.33 1.84 1.42 1.90 1.39 1.95 1.39 2.00 1.37 2.50 1.30 3.00 0.74 3.50 0.99 4.00 1.09 4.50 1.00;
+0.000180   pi-    mu+  nu_mu        PHOTOS  ISGW2;
+0.000260   rho-   mu+  nu_mu        PHOTOS  ISGW2;
+0.000165   a_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000102   b_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_0-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_2-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000000   rho(2S)- mu+  nu_mu      PHOTOS    ISGW2;
+0.000000   D(2S)- mu+  nu_mu        PHOTOS  ISGW2;
+0.000000   D*(2S)- mu+  nu_mu       PHOTOS   ISGW2;
+0.001365   Xu-  mu+  anti-nu_e          PHOTOS   VUB 4.8 1.29 0.22 20 
+0.00 0.55 1.20 0.61 1.26 0.85 1.34 1.08 1.41 1.21 1.48 1.30 1.55 1.30 1.61 1.33 1.67 1.36 1.73 1.39 1.79 1.33 1.84 1.42 1.90 1.39 1.95 1.39 2.00 1.37 2.50 1.30 3.00 0.74 3.50 0.99 4.00 1.09 4.50 1.00;
+#
+#
+0.000060   pi-    tau+ nu_tau                ISGW2;
+0.000083   rho-   tau+ nu_tau                ISGW2;
+0.000090   a_1-    tau+ nu_tau                ISGW2;
+0.000008   b_1-    tau+ nu_tau                ISGW2;
+0.000008   a_0-    tau+ nu_tau                ISGW2;
+0.000008   a_2-    tau+ nu_tau                ISGW2;
+0.000000   rho(2S)- tau+ nu_tau                ISGW2;
+0.000000   D(2S)- tau+ nu_tau                ISGW2;
+0.000000   D*(2S)- tau+ nu_tau                ISGW2;
+#
+#
+Enddecay
+#
+#
+# force B- to always decay to X_u l nu
+#
+Decay myB-
+#
+0.000090   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000082   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_20    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000048   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.001365   Xu0   e-  anti-nu_e        PHOTOS VUB 4.8 1.29 0.22 20
+0.00 0.54 1.20 0.95 1.26 0.78 1.34 0.98 1.41 0.91 1.48 1.23 1.55 1.36 1.61 1.39 1.67 1.38 1.73 1.43 1.79 1.41 1.84 1.42 1.90 1.45 1.95 1.40 2.00 1.42 2.50 1.31 3.00 1.36 3.50 1.15 4.00 1.01 4.50 1.51;
+#
+0.000090   pi0    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000030   eta    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000130   rho0   mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.000130   omega   mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000060   eta'   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000082   a_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_20    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000048   b_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_00    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_0     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_0    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_2     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_2    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.001365   Xu0   mu-  anti-nu_mu        PHOTOS VUB 4.8 1.29 0.22 20
+0.00 0.54 1.20 0.95 1.26 0.78 1.34 0.98 1.41 0.91 1.48 1.23 1.55 1.36 1.61 1.39 1.67 1.38 1.73 1.43 1.79 1.41 1.84 1.42 1.90 1.45 1.95 1.40 2.00 1.42 2.50 1.31 3.00 1.36 3.50 1.15 4.00 1.01 4.50 1.51;
+#
+0.000030   pi0    tau- anti-nu_tau                 ISGW2;
+0.000012   eta    tau- anti-nu_tau                 ISGW2;
+0.000042   rho0   tau- anti-nu_tau                 ISGW2;
+0.000042   omega   tau- anti-nu_tau                 ISGW2;
+0.000018   eta'   tau- anti-nu_tau                 ISGW2;
+0.000046   a_10    tau- anti-nu_tau                 ISGW2;
+0.000027   b_10    tau- anti-nu_tau                 ISGW2;
+0.000004   a_00    tau- anti-nu_tau                 ISGW2;
+0.000002   f_0     tau- anti-nu_tau                 ISGW2;
+0.000002   f'_0    tau- anti-nu_tau                 ISGW2;
+0.000023   f_1     tau- anti-nu_tau                 ISGW2;
+0.000023   f'_1    tau- anti-nu_tau                 ISGW2;
+0.000013   h_1     tau- anti-nu_tau                 ISGW2;
+0.000013   h'_1    tau- anti-nu_tau                 ISGW2;
+0.000020   f_2     tau- anti-nu_tau                 ISGW2;
+0.000020   f'_2    tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)0 tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)0 tau- anti-nu_tau                 ISGW2;
+#
+Enddecay
+#
+Decay myB+
+#                   b -> u l nu
+#
+0.000090   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000030   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000130   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000130   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000060   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000082   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_20    e+   nu_e      PHOTOS  ISGW2;
+0.000048   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000041   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000041   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000024   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000024   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.001365   Xu0   e+  nu_e        PHOTOS VUB 4.8 1.29 0.22 20
+0.00 0.54 1.20 0.95 1.26 0.78 1.34 0.98 1.41 0.91 1.48 1.23 1.55 1.36 1.61 1.39 1.67 1.38 1.73 1.43 1.79 1.41 1.84 1.42 1.90 1.45 1.95 1.40 2.00 1.42 2.50 1.31 3.00 1.36 3.50 1.15 4.00 1.01 4.50 1.51;
+
+#
+0.000090   pi0    mu+  nu_mu      PHOTOS  ISGW2;
+0.000030   eta    mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   rho0   mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   omega   mu+  nu_mu     PHOTOS   ISGW2;
+0.000060   eta'   mu+  nu_mu      PHOTOS  ISGW2;
+0.000082   a_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_20    mu+  nu_mu     PHOTOS   ISGW2;
+0.000048   b_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_00    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_0     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_0    mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_2     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_2    mu+  nu_mu     PHOTOS   ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu  PHOTOS      ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu  PHOTOS      ISGW2;
+0.001365   Xu0   mu+  nu_mu        PHOTOS VUB 4.8 1.29 0.22 20
+0.00 0.54 1.20 0.95 1.26 0.78 1.34 0.98 1.41 0.91 1.48 1.23 1.55 1.36 1.61 1.39 1.67 1.38 1.73 1.43 1.79 1.41 1.84 1.42 1.90 1.45 1.95 1.40 2.00 1.42 2.50 1.31 3.00 1.36 3.50 1.15 4.00 1.01 4.50 1.51;
+#
+0.000030   pi0    tau+ nu_tau              ISGW2;
+0.000012   eta    tau+ nu_tau              ISGW2;
+0.000042   rho0   tau+ nu_tau              ISGW2;
+0.000042   omega   tau+ nu_tau              ISGW2;
+0.000018   eta'   tau+ nu_tau              ISGW2;
+0.000046   a_10    tau+ nu_tau              ISGW2;
+0.000027   b_10    tau+ nu_tau              ISGW2;
+0.000004   a_00    tau+ nu_tau              ISGW2;
+0.000002   f_0     tau+ nu_tau              ISGW2;
+0.000002   f'_0    tau+ nu_tau              ISGW2;
+0.000023   f_1     tau+ nu_tau              ISGW2;
+0.000023   f'_1    tau+ nu_tau              ISGW2;
+0.000013   h_1     tau+ nu_tau              ISGW2;
+0.000013   h'_1    tau+ nu_tau              ISGW2;
+0.000020   f_2     tau+ nu_tau              ISGW2;
+0.000020   f'_2    tau+ nu_tau              ISGW2;
+0.000000   anti-D(2S)0 tau+ nu_tau              ISGW2;
+0.000000   anti-D*(2S)0 tau+ nu_tau              ISGW2;
+#
+Enddecay
+#
+#
+#
+# Reco side
+#
+#
+Decay CmyB- 
+#
+0.0046   MyD*0 pi-                        SVS;
+0.0053   MyD0   pi-                       PHSP;
+0.0134   rho-   MyD0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   MyD*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   MyD0  pi0  pi-                   PHSP;
+0.0005   MyD*0 pi0  pi-                   PHSP;
+#
+0.0050   Mya_1- MyD0                         SVS;
+0.0021   MyD0  rho0 pi-                   PHSP;
+0.0050   MyD0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   MyD*0 Mya_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   MyD*0 rho0 pi-                   PHSP;
+0.0005   MyD*0 pi+  pi-  pi-              PHSP;
+#
+0.0005   MyD*0 rho-  pi0                  PHSP;
+0.0005   MyD*0 pi- pi0  pi0               PHSP;
+#
+Enddecay
+#
+#
+#
+Decay CmyB+
+#
+0.0046   Myanti-D*0  pi+                       SVS;
+0.0053   Myanti-D0  pi+                        PHSP;
+0.0134   rho+  Myanti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   Myanti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   Myanti-D0  pi0  pi+                   PHSP;
+0.0005   Myanti-D*0  pi0  pi+                  PHSP;
+#
+0.0050   Mya_1+ Myanti-D0                        SVS;
+0.0021   Myanti-D0 rho0 pi+                   PHSP;
+0.0050   Myanti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   Myanti-D*0 Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   Myanti-D*0 rho0 pi+                   PHSP;
+0.0005   Myanti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0005   Myanti-D*0 rho+  pi0                  PHSP;
+0.0005   Myanti-D*0 pi+   pi0  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyB0
+#
+0.0027   MyD*- pi+                        SVS;
+0.0030   MyD-  pi+                        PHSP;
+0.0082   rho+ MyD-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ MyD*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD-  pi+  pi0                   PHSP;
+0.0070   MyD*- pi+  pi0                   PHSP;
+#
+0.0060   Mya_1+ MyD-                         SVS;
+0.0011   MyD-  rho0  pi+                  PHSP;
+0.0011   MyD-  rho+  pi0                  PHSP;
+0.0022   MyD-  pi-  pi+  pi+              PHSP;
+0.0010   MyD-  pi0  pi+  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*-  Mya_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*-  rho0  pi+                 PHSP;
+0.0010   MyD*-  rho+  pi0                 PHSP;
+0.0000   MyD*-  pi-  pi+  pi+             PHSP;
+0.0010   MyD*-  pi0  pi+  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyantiB0
+#
+0.0027   MyD*+ pi-                        SVS;
+0.0030   MyD+  pi-                        PHSP;
+0.0082   rho- MyD+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- MyD*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD+  pi-  pi0                   PHSP;
+0.0070   MyD*+ pi-  pi0                   PHSP;
+#
+0.0060   Mya_1- MyD+                         SVS;
+0.0011   MyD+  rho0  pi-                  PHSP;
+0.0011   MyD+  rho-  pi0                  PHSP;
+0.0022   MyD+  pi+  pi-  pi-              PHSP;
+0.0010   MyD+  pi0  pi-  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*+  Mya_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*+  rho0  pi-                 PHSP;
+0.0010   MyD*+  rho-  pi0                 PHSP;
+0.0000   MyD*+  pi+  pi-  pi-             PHSP;
+0.0010   MyD*+  pi0  pi-  pi0             PHSP;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+#
+# Ks pi
+0.0098   MyK0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- MyK0                       SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   MyK0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   MyK*0 rho-                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   MyK*0 pi0  pi-                  PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   Mya_1- MyK0                    SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   MyK0  rho0  pi-                 PHSP;   
+0.0027   MyK0   pi-  pi-   pi+           PHSP;   
+Enddecay
+#
+Decay MyD+
+#
+# Ks pi
+0.0098   Myanti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    Myanti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   Myanti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   Myanti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   Myanti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   Mya_1+ Myanti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   Myanti-K0  rho0  pi+           PHSP;    
+0.0027   Myanti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0   	    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay my2-K*0				
+0.3323      MyK0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      Myanti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   MyK*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   Myanti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      MyK0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      Myanti-K0  pi-              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BB_BrecoCocktail_Xulnu_VUB.dec b/BaBar_2014/BB_BrecoCocktail_Xulnu_VUB.dec
new file mode 100644
index 0000000..05a97cd
--- /dev/null
+++ b/BaBar_2014/BB_BrecoCocktail_Xulnu_VUB.dec
@@ -0,0 +1,455 @@
+##
+## BB_BrecoCocktail_Xulnu_VUB.dec
+##
+##
+## one side B->Xulnu (not res), other side Breco cocktail for B0/+ mesons
+##
+## (from B_Xulnu_VUB.dec and BrecoCocktail [adjusted])
+##
+## Author Daniele del Re 
+##
+######################################################################
+#
+#
+# Vub side
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+# Breco side
+
+Alias CmyB-  B-
+Alias CmyB+  B+
+
+Alias CmyB0  B0
+Alias CmyantiB0 anti-B0
+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+
+# Y(4S)
+#
+Decay Upsilon(4S)
+0.25000 myB+  CmyB-                          VSS;
+0.25000 myB-  CmyB+                          VSS;
+0.21000 myB0 CmyantiB0                       VSS_MIX  dm;
+0.21000 CmyB0 myantiB0                       VSS_MIX  dm;
+0.04000 myantiB0 CmyantiB0                  VSS_MIX  dm;
+0.04000 myB0 CmyB0                           VSS_MIX dm;
+Enddecay
+#
+#
+#
+# Vub side
+#
+Decay myantiB0
+#
+.5 Xu+ e-  anti-nu_e  PHOTOS VUB 4.8 1.29 0.22 -1 0.28 1;
+.5 Xu+ mu- anti-nu_mu        VUB 4.8 1.29 0.22 -1 0.28 1;
+Enddecay
+CDecay myB0
+
+#
+# force B+ to always decay to X_u l nu
+#
+Decay myB+
+#                    b -> u l nu
+#
+.5 Xu0 e+  nu_e       PHOTOS VUB 4.8 1.29 0.22 -1 0.28 1;
+.5 Xu0 mu+ nu_mu             VUB 4.8 1.29 0.22 -1 0.28 1;
+Enddecay
+CDecay myB-
+
+#
+#
+#
+# Reco side
+#
+#
+Decay CmyB- 
+#
+0.0046   MyD*0 pi-                        SVS;
+0.0053   MyD0   pi-                       PHSP;
+0.0134   rho-   MyD0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   MyD*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   MyD0  pi0  pi-                   PHSP;
+0.0005   MyD*0 pi0  pi-                   PHSP;
+#
+0.0050   Mya_1- MyD0                         SVS;
+0.0021   MyD0  rho0 pi-                   PHSP;
+0.0050   MyD0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   MyD*0 Mya_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   MyD*0 rho0 pi-                   PHSP;
+0.0005   MyD*0 pi+  pi-  pi-              PHSP;
+#
+0.0005   MyD*0 rho-  pi0                  PHSP;
+0.0005   MyD*0 pi- pi0  pi0               PHSP;
+#
+Enddecay
+#
+#
+#
+Decay CmyB+
+#
+0.0046   Myanti-D*0  pi+                       SVS;
+0.0053   Myanti-D0  pi+                        PHSP;
+0.0134   rho+  Myanti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   Myanti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   Myanti-D0  pi0  pi+                   PHSP;
+0.0005   Myanti-D*0  pi0  pi+                  PHSP;
+#
+0.0050   Mya_1+ Myanti-D0                        SVS;
+0.0021   Myanti-D0 rho0 pi+                   PHSP;
+0.0050   Myanti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   Myanti-D*0 Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   Myanti-D*0 rho0 pi+                   PHSP;
+0.0005   Myanti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0005   Myanti-D*0 rho+  pi0                  PHSP;
+0.0005   Myanti-D*0 pi+   pi0  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyB0
+#
+0.0027   MyD*- pi+                        SVS;
+0.0030   MyD-  pi+                        PHSP;
+0.0082   rho+ MyD-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ MyD*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD-  pi+  pi0                   PHSP;
+0.0070   MyD*- pi+  pi0                   PHSP;
+#
+0.0060   Mya_1+ MyD-                         SVS;
+0.0011   MyD-  rho0  pi+                  PHSP;
+0.0011   MyD-  rho+  pi0                  PHSP;
+0.0022   MyD-  pi-  pi+  pi+              PHSP;
+0.0010   MyD-  pi0  pi+  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*-  Mya_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*-  rho0  pi+                 PHSP;
+0.0010   MyD*-  rho+  pi0                 PHSP;
+0.0000   MyD*-  pi-  pi+  pi+             PHSP;
+0.0010   MyD*-  pi0  pi+  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyantiB0
+#
+0.0027   MyD*+ pi-                        SVS;
+0.0030   MyD+  pi-                        PHSP;
+0.0082   rho- MyD+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- MyD*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD+  pi-  pi0                   PHSP;
+0.0070   MyD*+ pi-  pi0                   PHSP;
+#
+0.0060   Mya_1- MyD+                         SVS;
+0.0011   MyD+  rho0  pi-                  PHSP;
+0.0011   MyD+  rho-  pi0                  PHSP;
+0.0022   MyD+  pi+  pi-  pi-              PHSP;
+0.0010   MyD+  pi0  pi-  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*+  Mya_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*+  rho0  pi-                 PHSP;
+0.0010   MyD*+  rho-  pi0                 PHSP;
+0.0000   MyD*+  pi+  pi-  pi-             PHSP;
+0.0010   MyD*+  pi0  pi-  pi0             PHSP;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+#
+# Ks pi
+0.0098   MyK0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- MyK0                       SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   MyK0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   MyK*0 rho-                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   MyK*0 pi0  pi-                  PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   Mya_1- MyK0                    SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   MyK0  rho0  pi-                 PHSP;   
+0.0027   MyK0   pi-  pi-   pi+           PHSP;   
+Enddecay
+#
+Decay MyD+
+#
+# Ks pi
+0.0098   Myanti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    Myanti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   Myanti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   Myanti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   Myanti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   Mya_1+ Myanti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   Myanti-K0  rho0  pi+           PHSP;    
+0.0027   Myanti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0   	    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay my2-K*0				
+0.3323      MyK0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      Myanti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   MyK*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   Myanti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      MyK0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      Myanti-K0  pi-              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BB_BrecoCocktail_Xulnu_excl.dec b/BaBar_2014/BB_BrecoCocktail_Xulnu_excl.dec
new file mode 100644
index 0000000..352345e
--- /dev/null
+++ b/BaBar_2014/BB_BrecoCocktail_Xulnu_excl.dec
@@ -0,0 +1,638 @@
+##
+## BB_BrecoCocktail_Xulnu.dec
+##
+##
+## one side B->Xulnu, other side Breco cocktail for B0/+ mesons
+## Xu only resonant states
+##
+## (from B_Xulnu.dec and BrecoCocktail [adjusted])
+##
+## Author Riccardo Faccini
+######################################################################
+#
+#
+# Vub side
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+# Breco side
+
+Alias CmyB-  B-
+Alias CmyB+  B+
+
+Alias CmyB0  B0
+Alias CmyantiB0 anti-B0
+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias MyD*-             D*-
+Alias MyD*+             D*+
+Alias MyD-              D-
+Alias MyD+              D+
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+
+# Y(4S)
+#
+Decay Upsilon(4S)
+0.25000 myB+  CmyB-                          VSS;
+0.25000 myB-  CmyB+                          VSS;
+0.21000 myB0 CmyantiB0                       VSS_MIX  dm;
+0.21000 CmyB0 myantiB0                       VSS_MIX  dm;
+0.04000 myantiB0 CmyantiB0                  VSS_MIX  dm;
+0.04000 myB0 CmyB0                           VSS_MIX dm;
+Enddecay
+#
+#
+#
+# Vub side
+#
+Decay myantiB0
+#                    b -> u l nu
+#
+#
+0.000180   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000260   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000165   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000102   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   rho(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000180   pi+    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000260   rho+   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000165   a_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000102   b_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_0+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_2+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   rho(2S)+ mu-  anti-nu_mu      PHOTOS     ISGW2;
+0.000000   D(2S)+ mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000000   D*(2S)+ mu-  anti-nu_mu       PHOTOS    ISGW2;
+#
+0.000060   pi+    tau- anti-nu_tau                 ISGW2;
+0.000083   rho+   tau- anti-nu_tau                 ISGW2;
+0.000090   a_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   b_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_0+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_2+    tau- anti-nu_tau                 ISGW2;
+0.000000   rho(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)+ tau- anti-nu_tau                 ISGW2;
+#
+Enddecay
+#
+#
+Decay myB0
+#                    b -> u l nu
+#
+0.000180   pi-    e+   nu_e        PHOTOS  ISGW2;
+0.000260   rho-   e+   nu_e        PHOTOS  ISGW2;
+0.000165   a_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000102   b_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_0-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_2-    e+   nu_e        PHOTOS  ISGW2;
+0.000000   rho(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000000   D(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000000   D*(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000180   pi-    mu+  nu_mu        PHOTOS  ISGW2;
+0.000260   rho-   mu+  nu_mu        PHOTOS  ISGW2;
+0.000165   a_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000102   b_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_0-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_2-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000000   rho(2S)- mu+  nu_mu      PHOTOS    ISGW2;
+0.000000   D(2S)- mu+  nu_mu        PHOTOS  ISGW2;
+0.000000   D*(2S)- mu+  nu_mu       PHOTOS   ISGW2;
+#
+#
+0.000060   pi-    tau+ nu_tau                ISGW2;
+0.000083   rho-   tau+ nu_tau                ISGW2;
+0.000090   a_1-    tau+ nu_tau                ISGW2;
+0.000008   b_1-    tau+ nu_tau                ISGW2;
+0.000008   a_0-    tau+ nu_tau                ISGW2;
+0.000008   a_2-    tau+ nu_tau                ISGW2;
+0.000000   rho(2S)- tau+ nu_tau                ISGW2;
+0.000000   D(2S)- tau+ nu_tau                ISGW2;
+0.000000   D*(2S)- tau+ nu_tau                ISGW2;
+#
+#
+Enddecay
+#
+#
+# force B- to always decay to X_u l nu
+#
+Decay myB-
+#
+0.000090   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000082   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_20    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000048   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+#
+0.000090   pi0    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000030   eta    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000130   rho0   mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.000130   omega   mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000060   eta'   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000082   a_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_20    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000048   b_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_00    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_0     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_0    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_2     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_2    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu       PHOTOS    ISGW2;
+#
+0.000030   pi0    tau- anti-nu_tau                 ISGW2;
+0.000012   eta    tau- anti-nu_tau                 ISGW2;
+0.000042   rho0   tau- anti-nu_tau                 ISGW2;
+0.000042   omega   tau- anti-nu_tau                 ISGW2;
+0.000018   eta'   tau- anti-nu_tau                 ISGW2;
+0.000046   a_10    tau- anti-nu_tau                 ISGW2;
+0.000027   b_10    tau- anti-nu_tau                 ISGW2;
+0.000004   a_00    tau- anti-nu_tau                 ISGW2;
+0.000002   f_0     tau- anti-nu_tau                 ISGW2;
+0.000002   f'_0    tau- anti-nu_tau                 ISGW2;
+0.000023   f_1     tau- anti-nu_tau                 ISGW2;
+0.000023   f'_1    tau- anti-nu_tau                 ISGW2;
+0.000013   h_1     tau- anti-nu_tau                 ISGW2;
+0.000013   h'_1    tau- anti-nu_tau                 ISGW2;
+0.000020   f_2     tau- anti-nu_tau                 ISGW2;
+0.000020   f'_2    tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)0 tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)0 tau- anti-nu_tau                 ISGW2;
+#
+Enddecay
+#
+Decay myB+
+#                   b -> u l nu
+#
+0.000090   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000030   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000130   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000130   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000060   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000082   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_20    e+   nu_e      PHOTOS  ISGW2;
+0.000048   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000041   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000041   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000024   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000024   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+#
+0.000090   pi0    mu+  nu_mu      PHOTOS  ISGW2;
+0.000030   eta    mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   rho0   mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   omega   mu+  nu_mu     PHOTOS   ISGW2;
+0.000060   eta'   mu+  nu_mu      PHOTOS  ISGW2;
+0.000082   a_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_20    mu+  nu_mu     PHOTOS   ISGW2;
+0.000048   b_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_00    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_0     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_0    mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_2     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_2    mu+  nu_mu     PHOTOS   ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu  PHOTOS      ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu  PHOTOS      ISGW2;
+#
+0.000030   pi0    tau+ nu_tau              ISGW2;
+0.000012   eta    tau+ nu_tau              ISGW2;
+0.000042   rho0   tau+ nu_tau              ISGW2;
+0.000042   omega   tau+ nu_tau              ISGW2;
+0.000018   eta'   tau+ nu_tau              ISGW2;
+0.000046   a_10    tau+ nu_tau              ISGW2;
+0.000027   b_10    tau+ nu_tau              ISGW2;
+0.000004   a_00    tau+ nu_tau              ISGW2;
+0.000002   f_0     tau+ nu_tau              ISGW2;
+0.000002   f'_0    tau+ nu_tau              ISGW2;
+0.000023   f_1     tau+ nu_tau              ISGW2;
+0.000023   f'_1    tau+ nu_tau              ISGW2;
+0.000013   h_1     tau+ nu_tau              ISGW2;
+0.000013   h'_1    tau+ nu_tau              ISGW2;
+0.000020   f_2     tau+ nu_tau              ISGW2;
+0.000020   f'_2    tau+ nu_tau              ISGW2;
+0.000000   anti-D(2S)0 tau+ nu_tau              ISGW2;
+0.000000   anti-D*(2S)0 tau+ nu_tau              ISGW2;
+#
+Enddecay
+#
+#
+#
+# Reco side
+#
+#
+Decay CmyB- 
+#
+0.0046   MyD*0 pi-                        SVS;
+0.0053   MyD0   pi-                       PHSP;
+0.0134   rho-   MyD0                      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   MyD*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   MyD0  pi0  pi-                   PHSP;
+0.0005   MyD*0 pi0  pi-                   PHSP;
+#
+0.0050   Mya_1- MyD0                         SVS;
+0.0021   MyD0  rho0 pi-                   PHSP;
+0.0050   MyD0  pi+  pi-  pi-              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   MyD*0 Mya_1-                      SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   MyD*0 rho0 pi-                   PHSP;
+0.0005   MyD*0 pi+  pi-  pi-              PHSP;
+#
+0.0005   MyD*0 rho-  pi0                  PHSP;
+0.0005   MyD*0 pi- pi0  pi0               PHSP;
+#
+Enddecay
+#
+#
+#
+Decay CmyB+
+#
+0.0046   Myanti-D*0  pi+                       SVS;
+0.0053   Myanti-D0  pi+                        PHSP;
+0.0134   rho+  Myanti-D0                       SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0155   Myanti-D*0  rho+              SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+#
+0.0005   Myanti-D0  pi0  pi+                   PHSP;
+0.0005   Myanti-D*0  pi0  pi+                  PHSP;
+#
+0.0050   Mya_1+ Myanti-D0                        SVS;
+0.0021   Myanti-D0 rho0 pi+                   PHSP;
+0.0050   Myanti-D0 pi-  pi+  pi+              PHSP;
+#
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0190   Myanti-D*0 Mya_1+               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0005   Myanti-D*0 rho0 pi+                   PHSP;
+0.0005   Myanti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0005   Myanti-D*0 rho+  pi0                  PHSP;
+0.0005   Myanti-D*0 pi+   pi0  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyB0
+#
+0.0027   MyD*- pi+                        SVS;
+0.0030   MyD-  pi+                        PHSP;
+0.0082   rho+ MyD-                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho+ MyD*-                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD-  pi+  pi0                   PHSP;
+0.0070   MyD*- pi+  pi0                   PHSP;
+#
+0.0060   Mya_1+ MyD-                         SVS;
+0.0011   MyD-  rho0  pi+                  PHSP;
+0.0011   MyD-  rho+  pi0                  PHSP;
+0.0022   MyD-  pi-  pi+  pi+              PHSP;
+0.0010   MyD-  pi0  pi+  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*-  Mya_1+                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*-  rho0  pi+                 PHSP;
+0.0010   MyD*-  rho+  pi0                 PHSP;
+0.0000   MyD*-  pi-  pi+  pi+             PHSP;
+0.0010   MyD*-  pi0  pi+  pi0             PHSP;
+Enddecay
+#
+#
+#
+Decay CmyantiB0
+#
+0.0027   MyD*+ pi-                        SVS;
+0.0030   MyD+  pi-                        PHSP;
+0.0082   rho- MyD+                        SVS;
+#
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.0068   rho- MyD*+                 SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19; 
+0.0010   MyD+  pi-  pi0                   PHSP;
+0.0070   MyD*+ pi-  pi0                   PHSP;
+#
+0.0060   Mya_1- MyD+                         SVS;
+0.0011   MyD+  rho0  pi-                  PHSP;
+0.0011   MyD+  rho-  pi0                  PHSP;
+0.0022   MyD+  pi+  pi-  pi-              PHSP;
+0.0010   MyD+  pi0  pi-  pi0              PHSP;
+#
+# SVV_HELAMP for D* a1 taken from factorization. Recommandation 
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.0130   MyD*+  Mya_1-                     SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+#
+0.0010   MyD*+  rho0  pi-                 PHSP;
+0.0010   MyD*+  rho-  pi0                 PHSP;
+0.0000   MyD*+  pi+  pi-  pi-             PHSP;
+0.0010   MyD*+  pi0  pi-  pi0             PHSP;
+Enddecay 
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+#
+Decay MyD-
+#
+# Ks pi
+0.0098   MyK0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- MyK0                       SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   MyK0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   MyK*0 rho-                      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   MyK*0 pi0  pi-                  PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   Mya_1- MyK0                    SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   MyK0  rho0  pi-                 PHSP;   
+0.0027   MyK0   pi-  pi-   pi+           PHSP;   
+Enddecay
+#
+Decay MyD+
+#
+# Ks pi
+0.0098   Myanti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    Myanti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   Myanti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   Myanti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   Myanti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   Mya_1+ Myanti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   Myanti-K0  rho0  pi+           PHSP;    
+0.0027   Myanti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0   	    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay my2-K*0				
+0.3323      MyK0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      Myanti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   MyK*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   Myanti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      MyK0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      Myanti-K0  pi-              VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BB_D0ppbarpi_K2pi.dec b/BaBar_2014/BB_D0ppbarpi_K2pi.dec
new file mode 100644
index 0000000..0a1cc6f
--- /dev/null
+++ b/BaBar_2014/BB_D0ppbarpi_K2pi.dec
@@ -0,0 +1,37 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B+ -> D0bar p anti-p pi+,             B- -> X   #
+#                  +-> K+ pi- pi0                        #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   June 4   2004                                  #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#                                    // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-D0 p+ anti-p- pi+             PHSP;
+Enddecay
+#
+Decay MyB-
+ 1.00000  MyD0 p+ anti-p- pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi- pi0                        D_DALITZ;
+Enddecay
+#             
+Decay MyD0
+ 1.00000  K- pi+ pi0                        D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BB_D0ppbarpi_K3pi.dec b/BaBar_2014/BB_D0ppbarpi_K3pi.dec
new file mode 100644
index 0000000..797d180
--- /dev/null
+++ b/BaBar_2014/BB_D0ppbarpi_K3pi.dec
@@ -0,0 +1,38 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B+ -> D0bar p anti-p pi+   B- -> X              #
+#                  +-> K+ pi- pi- pi+                    #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   June 4  2004                                   #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+#                                    // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-D0 p+ anti-p- pi+              PHSP;
+Enddecay
+#
+Decay MyB-
+ 1.00000  MyD0 p+ anti-p- pi-                   PHSP;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi- pi- pi+                     PHSP;
+Enddecay
+#             
+Decay MyD0
+ 1.00000  K- pi+ pi+ pi-                      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BB_D0ppbarpi_Kpi.dec b/BaBar_2014/BB_D0ppbarpi_Kpi.dec
new file mode 100644
index 0000000..cfd3dfa
--- /dev/null
+++ b/BaBar_2014/BB_D0ppbarpi_Kpi.dec
@@ -0,0 +1,37 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B+ -> D0bar p anti-p pi+,  B- -> X              #
+#                 +-> K+ pi-                             #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   June 4  2004                                   #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+
+Decay MyB+
+ 1.00000  Myanti-D0 p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay MyB-
+ 1.00000  MyD0 p+ anti-p- pi-               PHSP;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi-                        PHSP;
+Enddecay
+#             
+Decay MyD0
+ 1.00000  K- pi+                        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BB_D0ppbarpi_Ks2pi.dec b/BaBar_2014/BB_D0ppbarpi_Ks2pi.dec
new file mode 100644
index 0000000..f6c4613
--- /dev/null
+++ b/BaBar_2014/BB_D0ppbarpi_Ks2pi.dec
@@ -0,0 +1,53 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B+ -> D0bar p anti-p pi+   B- -> X              #
+#                  ->  K0 pi+ pi-                        #
+#                                                        #
+# Author: Haibo Li, Wisconsin                            #
+# Date:   June 4  2004                                   #
+#                                                        #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+Alias MyKs       K_S0
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#                                    // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-D0 p+ anti-p- pi+            PHSP;
+Enddecay
+#
+Decay MyB-
+ 1.00000  MyD0 p+ anti-p- pi-                 PHSP;
+Enddecay
+#   // resonance structure in Dalitz modelled
+Decay Myanti-D0
+1.0000   MyK0  pi-   pi+                D_DALITZ;
+Enddecay
+#             // resonance structure in Dalitz modelled
+Decay MyD0
+1.0000   Myanti-K0  pi+  pi-            D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.0000    MyKs                          PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.0000    MyKs                          PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000    pi+ pi-                       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BB_etapDetapipitogg.dec b/BaBar_2014/BB_etapDetapipitogg.dec
new file mode 100644
index 0000000..3886807
--- /dev/null
+++ b/BaBar_2014/BB_etapDetapipitogg.dec
@@ -0,0 +1,42 @@
+###################################################################
+# quasi inclusive etap production from B's
+#B->EtapX X = K +npi, Bbar -> X                                               ##     |
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. anti-D0 eta'          PHSP;
+Enddecay
+
+Decay B-
+1. D- eta'                   PHSP;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_etapDstaretapipitogg.dec b/BaBar_2014/BB_etapDstaretapipitogg.dec
new file mode 100644
index 0000000..78bed50
--- /dev/null
+++ b/BaBar_2014/BB_etapDstaretapipitogg.dec
@@ -0,0 +1,42 @@
+###################################################################
+# quasi inclusive etap production from B's
+#B->EtapX X = K +npi, Bbar -> X                                               ##     |
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. anti-D*0 eta'          PHSP;
+Enddecay
+
+Decay B-
+1. D*- eta'                   PHSP;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_etapK1etapipitogg.dec b/BaBar_2014/BB_etapK1etapipitogg.dec
new file mode 100644
index 0000000..2de9d56
--- /dev/null
+++ b/BaBar_2014/BB_etapK1etapipitogg.dec
@@ -0,0 +1,42 @@
+###################################################################
+# quasi inclusive etap production from B's
+#B->EtapX X = K +npi, Bbar -> X                                               ##     |
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. anti-K_10 eta'          SVS;
+Enddecay
+
+Decay B-
+1. K_1- eta'                   SVS;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_etapK1staretapipitogg.dec b/BaBar_2014/BB_etapK1staretapipitogg.dec
new file mode 100644
index 0000000..af15d69
--- /dev/null
+++ b/BaBar_2014/BB_etapK1staretapipitogg.dec
@@ -0,0 +1,42 @@
+###################################################################
+# quasi inclusive etap production from B's
+#B->EtapX X = K +npi, Bbar -> X                                               ##     |
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. anti-K'_10 eta'          SVS;
+Enddecay
+
+Decay B-
+1. K'_1- eta'                   SVS;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_etapK2staretapipitogg.dec b/BaBar_2014/BB_etapK2staretapipitogg.dec
new file mode 100644
index 0000000..cc0cc8b
--- /dev/null
+++ b/BaBar_2014/BB_etapK2staretapipitogg.dec
@@ -0,0 +1,42 @@
+###################################################################
+# quasi inclusive etap production from B's
+#B->EtapX X = K +npi, Bbar -> X                                               ##     |
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. anti-K_2*0 eta'           PHSP;
+Enddecay
+
+Decay B-
+1. K_2*- eta'                    PHSP;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_etapKstaretapipitogg.dec b/BaBar_2014/BB_etapKstaretapipitogg.dec
new file mode 100644
index 0000000..76b7741
--- /dev/null
+++ b/BaBar_2014/BB_etapKstaretapipitogg.dec
@@ -0,0 +1,38 @@
+###################################################################
+# quasi inclusive etap production from B's
+#B->EtapX X = K +npi, Bbar -> X                                               ##     |
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+#
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. K*S eta'          SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma -1.0 minusGamma;
+Enddecay
+
+Decay B-
+1. K*- eta'                   SVS;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_etapXs_etapipietatogg.dec b/BaBar_2014/BB_etapXs_etapipietatogg.dec
new file mode 100644
index 0000000..38bc007
--- /dev/null
+++ b/BaBar_2014/BB_etapXs_etapipietatogg.dec
@@ -0,0 +1,44 @@
+
+
+###################################################################
+# quasi inclusive etap production from B's
+#B->EtapX X = K +npi, Bbar -> X                                               ##     |
+#      --eta pi pi
+#	 |
+#	  -gamma gamma
+#	           
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. eta' s anti-d JETSET  48;
+Enddecay
+
+Decay B-
+1. eta' s anti-u JETSET  48;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_etapXs_etapipietatopipipi0.dec b/BaBar_2014/BB_etapXs_etapipietatopipipi0.dec
new file mode 100644
index 0000000..455e2fe
--- /dev/null
+++ b/BaBar_2014/BB_etapXs_etapipietatopipipi0.dec
@@ -0,0 +1,43 @@
+
+
+###################################################################
+# quasi inclusive etap production from B's
+#B->EtapX X = K +npi, Bbar -> X                                               ##     |
+#      --eta pi pi
+#	 |
+#	  -pi pi pi0
+#	           
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. eta' s anti-d JETSET  48;
+Enddecay
+
+Decay B-
+1. eta' s anti-u JETSET  48;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   pi+ pi- pi0                        PHSP;
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_etapgXs_etapipietatogg.dec b/BaBar_2014/BB_etapgXs_etapipietatogg.dec
new file mode 100644
index 0000000..670be6e
--- /dev/null
+++ b/BaBar_2014/BB_etapgXs_etapipietatogg.dec
@@ -0,0 +1,44 @@
+
+
+###################################################################
+# quasi inclusive etap production from B's
+#B->EtapX X = s qbar gluon, Bbar -> X                                          #     |
+#      --eta pi pi
+#	 |
+#	  -gamma gamma
+#	           
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. eta' s anti-d g JETSET  48;
+Enddecay
+
+Decay B-
+1. eta' s anti-u g JETSET  48;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_etapgXs_etapipietatopipipi0.dec b/BaBar_2014/BB_etapgXs_etapipietatopipipi0.dec
new file mode 100644
index 0000000..251a1fa
--- /dev/null
+++ b/BaBar_2014/BB_etapgXs_etapipietatopipipi0.dec
@@ -0,0 +1,44 @@
+
+
+###################################################################
+# quasi inclusive etap production from B's
+#B->EtapX X = s qbar gluon, Bbar -> X                                          #     |
+#      --eta pi pi
+#	 |
+#	  -pi pi pi0
+#	           
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. eta' s anti-d g JETSET  48;
+Enddecay
+
+Decay B-
+1. eta' s anti-u g JETSET  48;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+
+1.   pi+ pi- pi0                        PHSP;
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_etapsqbar.dec b/BaBar_2014/BB_etapsqbar.dec
new file mode 100644
index 0000000..852696b
--- /dev/null
+++ b/BaBar_2014/BB_etapsqbar.dec
@@ -0,0 +1,42 @@
+###################################################################
+#inclusive etap production from B's
+#B->EtapX X , Bbar -> X                                               
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. eta' s anti-d   JETSET  31;
+Enddecay
+
+Decay B-
+1. eta' s anti-u   JETSET  31;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_incletap.dec b/BaBar_2014/BB_incletap.dec
new file mode 100644
index 0000000..51225da
--- /dev/null
+++ b/BaBar_2014/BB_incletap.dec
@@ -0,0 +1,35 @@
+###################################################################
+#inclusive etap production from B's
+#B->EtapX X , Bbar -> X                                               
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           23 Nov 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_sgqbar_etapipietatogg.dec b/BaBar_2014/BB_sgqbar_etapipietatogg.dec
new file mode 100644
index 0000000..5e330f2
--- /dev/null
+++ b/BaBar_2014/BB_sgqbar_etapipietatogg.dec
@@ -0,0 +1,47 @@
+
+
+###################################################################
+# quasi inclusive etap production from B's
+#B->sgqbar, Bbar -> X                                             
+#     |
+#       eta'
+#        |
+#         --eta pi pi
+#	    |
+#	    -gg
+#	           
+# Author: A.Hicheur           1 Dec 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. s anti-d g JETSET  33;
+Enddecay
+
+Decay B-
+1. s anti-u g JETSET  33;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_sgqbar_etapipietatogg2.dec b/BaBar_2014/BB_sgqbar_etapipietatogg2.dec
new file mode 100644
index 0000000..f13e6fb
--- /dev/null
+++ b/BaBar_2014/BB_sgqbar_etapipietatogg2.dec
@@ -0,0 +1,47 @@
+
+
+###################################################################
+# quasi inclusive etap production from B's
+#B->sgqbar, Bbar -> X                                             
+#     |
+#       eta'
+#        |
+#         --eta pi pi
+#	    |
+#	    -gg
+#	           
+# Author: A.Hicheur           1 Dec 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. s    g    anti-d     JETSET  33;
+Enddecay
+
+Decay B-
+1. s     g   anti-u     JETSET  33;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_sgqbar_etapipietatopipipi0.dec b/BaBar_2014/BB_sgqbar_etapipietatopipipi0.dec
new file mode 100644
index 0000000..d3a5bd2
--- /dev/null
+++ b/BaBar_2014/BB_sgqbar_etapipietatopipipi0.dec
@@ -0,0 +1,46 @@
+
+
+###################################################################
+# quasi inclusive etap production from B's
+#B->sgqbar, Bbar -> X                                             
+#     |
+#       eta'
+#        |
+#         --eta pi pi
+#	    |
+#	    -pi pi pi0
+#	           
+# Author: A.Hicheur           1 Dec 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. s anti-d g JETSET  33;
+Enddecay
+
+Decay B-
+1. s anti-u g JETSET  33;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   pi+ pi- pi0                        PHSP;
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BB_sgqbar_etapipietatopipipi02.dec b/BaBar_2014/BB_sgqbar_etapipietatopipipi02.dec
new file mode 100644
index 0000000..37dd8a8
--- /dev/null
+++ b/BaBar_2014/BB_sgqbar_etapipietatopipipi02.dec
@@ -0,0 +1,46 @@
+
+
+###################################################################
+# quasi inclusive etap production from B's
+#B->sgqbar, Bbar -> X                                             
+#     |
+#       eta'
+#        |
+#         --eta pi pi
+#	    |
+#	    -pi pi pi0
+#	           
+# Author: A.Hicheur           1 Dec 2000  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1. s    g   anti-d   JETSET  33;
+Enddecay
+
+Decay B-
+1. s    g   anti-u   JETSET  33;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   pi+ pi- pi0                        PHSP;
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/BBbar_Chi1c_HighRes.dec b/BaBar_2014/BBbar_Chi1c_HighRes.dec
new file mode 100644
index 0000000..78f6df8
--- /dev/null
+++ b/BaBar_2014/BBbar_Chi1c_HighRes.dec
@@ -0,0 +1,102 @@
+###################################################################
+# B0~ --> chi1c  High K resonnances                               #
+#           |                                                     #
+#           |                                                     #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# D. Bernard Jan 2003                                             #
+###################################################################
+#
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711   
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJ/psi J/psi
+Alias Mychi_c1 chi_c1
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.500 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+0.250 MyB+ B-                           VSS;
+0.250 MyB- B+                           VSS;
+Enddecay
+#
+Decay MyB0
+1.0 Mychi_c1 K_0*0                      PHSP;
+1.0 Mychi_c1 K_10                       PHSP;
+1.0 Mychi_c1 K_2*0                      PHSP;
+1.0 Mychi_c1 K'_10                      PHSP;
+1.0 Mychi_c1 K'*0                       PHSP;
+1.0 Mychi_c1 K''*0                      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0 Mychi_c1 anti-K_0*0                 PHSP;
+1.0 Mychi_c1 anti-K_10                  PHSP;
+1.0 Mychi_c1 anti-K_2*0                 PHSP;
+1.0 Mychi_c1 anti-K'_10                 PHSP;
+1.0 Mychi_c1 anti-K'*0                  PHSP;
+1.0 Mychi_c1 anti-K''*0                 PHSP;
+Enddecay
+#
+Decay MyB+
+1.0 Mychi_c1 K_0*+                      PHSP;
+1.0 Mychi_c1 K_1+                       PHSP;
+1.0 Mychi_c1 K_2*+                      PHSP;
+1.0 Mychi_c1 K'_1+                      PHSP;
+1.0 Mychi_c1 K'*+                       PHSP;
+1.0 Mychi_c1 K''*+                      PHSP;
+Enddecay
+#
+Decay MyB-
+1.0 Mychi_c1 K_0*-                      PHSP;
+1.0 Mychi_c1 K_1-                       PHSP;
+1.0 Mychi_c1 K_2*-                      PHSP;
+1.0 Mychi_c1 K'_1-                      PHSP;
+1.0 Mychi_c1 K'*-                       PHSP;
+1.0 Mychi_c1 K''*-                      PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                   HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+# 
+#force the J/psi to go to two leptons..
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BBbar_Jpsi_HighRes.dec b/BaBar_2014/BBbar_Jpsi_HighRes.dec
new file mode 100644
index 0000000..4ef4f01
--- /dev/null
+++ b/BaBar_2014/BBbar_Jpsi_HighRes.dec
@@ -0,0 +1,143 @@
+###################################################
+#                                                 #
+# B  -> Jpsi High K resonnances                   #
+#        |                                        #
+#        ->l+l-                                   #
+#                                                 #
+# Contact:Johann Cohen-Tanugi                     #
+# cohen@slac.stanford.edu                         #
+# Created:                  16/Oct/00             #
+#                                                 #
+# Complement : D. Bernard Jan 2003                #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJ/psi J/psi
+Alias MyK_S0 K_S0
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+
+
+#
+Decay Upsilon(4S)
+0.500 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+0.250 MyB+ B-                           VSS;
+0.250 MyB- B+                           VSS;
+Enddecay
+#
+Decay MyB0
+1.0 MyJ/psi K_0*0                      PHSP;
+1.0 MyJ/psi K_10                       PHSP;
+1.0 MyJ/psi K_2*0                      PHSP;
+1.0 MyJ/psi K'_10                      PHSP;
+1.0 MyJ/psi K'*0                       PHSP;
+1.0 MyJ/psi K''*0                      PHSP;
+1.0 MyJ/psi K_3*0                      PHSP;
+1.0 MyJ/psi K_4*0                      PHSP;
+1.0 MyJ/psi Myanti-D0        SVS;
+Enddecay
+#
+Decay Myanti-B0
+1.0 MyJ/psi anti-K_0*0                 PHSP;
+1.0 MyJ/psi anti-K_10                  PHSP;
+1.0 MyJ/psi anti-K_2*0                 PHSP;
+1.0 MyJ/psi anti-K'_10                 PHSP;
+1.0 MyJ/psi anti-K'*0                  PHSP;
+1.0 MyJ/psi anti-K''*0                 PHSP;
+1.0 MyJ/psi anti-K_3*0                 PHSP;
+1.0 MyJ/psi anti-K_4*0                 PHSP;
+1.000  MyJ/psi MyD0             SVS;
+Enddecay
+#
+Decay MyB+
+1.0 MyJ/psi K_0*+                      PHSP;
+1.0 MyJ/psi K_1+                       PHSP;
+1.0 MyJ/psi K_2*+                      PHSP;
+1.0 MyJ/psi K'_1+                      PHSP;
+1.0 MyJ/psi K'*+                       PHSP;
+1.0 MyJ/psi K''*+                      PHSP;
+1.0 MyJ/psi K_3*+                      PHSP;
+1.0 MyJ/psi K_4*+                      PHSP;
+1.0 MyJ/psi  MyD+       SVS;
+Enddecay
+#
+Decay MyB-
+1.0 MyJ/psi K_0*-                      PHSP;
+1.0 MyJ/psi K_1-                       PHSP;
+1.0 MyJ/psi K_2*-                      PHSP;
+1.0 MyJ/psi K'_1-                      PHSP;
+1.0 MyJ/psi K'*-                       PHSP;
+1.0 MyJ/psi K''*-                      PHSP;
+1.0 MyJ/psi K_3*-                      PHSP;
+1.0 MyJ/psi K_4*-                      PHSP;
+1.0 MyJ/psi  MyD-       SVS;
+Enddecay
+# 
+# IN THE FOLLOWING BEWARE ONLY K pi DECAYS ARE TAKEN INTO ACCOUNT
+Decay K_3*+
+1.0000   MyK_S0  pi+                   PHSP;
+0.5000   K+  pi0                       PHSP;
+Enddecay
+Decay K_3*-
+1.0000   MyK_S0   pi-                  PHSP;
+0.5000   K-  pi0                       PHSP;
+Enddecay
+Decay K_3*0
+1.0000   K+  pi-                       PHSP;
+0.5000   MyK_S0  pi0                   PHSP;
+Enddecay
+Decay anti-K_3*0
+1.0000   K-  pi+                       PHSP;
+0.5000   MyK_S0   pi0                  PHSP;
+Enddecay
+#
+Decay K_4*+
+1.0000   MyK_S0  pi+                   PHSP;
+0.5000   K+  pi0                       PHSP;
+Enddecay
+Decay K_4*-
+1.0000   MyK_S0   pi-                  PHSP;
+0.5000   K-  pi0                       PHSP;
+Enddecay
+Decay K_4*0
+1.0000   K+  pi-                       PHSP;
+0.5000   MyK_S0  pi0                   PHSP;
+Enddecay
+Decay anti-K_4*0
+1.0000   K-  pi+                       PHSP;
+0.5000   MyK_S0   pi0                  PHSP;
+Enddecay
+#
+Decay MyD0
+0.5000  MyK_S0   pi0        PHSP;
+0.5000  K-       pi+        PHSP;
+Enddecay
+Decay Myanti-D0
+0.5000  MyK_S0   pi0        PHSP;
+0.5000  K+       pi-        PHSP;
+Enddecay
+Decay MyD-
+1.0000  MyK_S0   pi-        PHSP;
+Enddecay
+Decay MyD+
+1.0000  MyK_S0   pi+        PHSP;
+Enddecay
+
+#
+Decay MyK_S0
+1.000 pi+ pi-                          PHSP;
+Enddecay
+
+#force the J/psi to go to two leptons..
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BBbar_Jpsi_HighRes_shorter.dec b/BaBar_2014/BBbar_Jpsi_HighRes_shorter.dec
new file mode 100644
index 0000000..c57cb6f
--- /dev/null
+++ b/BaBar_2014/BBbar_Jpsi_HighRes_shorter.dec
@@ -0,0 +1,63 @@
+###################################################
+#                                                 #
+# Bs -> Jpsi High K resonnances                   #
+#        |                                        #
+#        ->l+l-                                   #
+#                                                 #
+# Contact:Johann Cohen-Tanugi                     #
+# cohen@slac.stanford.edu                         #
+# Created:                  16/Oct/00             #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+0.500 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+0.2500 MyB+ B-                           VSS;
+0.2500 MyB- B+                           VSS;
+Enddecay
+#
+Decay MyB0
+1.0 MyJ/psi K_0*0                      PHSP;
+1.0 MyJ/psi K_10                       PHSP;
+1.0 MyJ/psi K_2*0                      PHSP;
+1.0 MyJ/psi K'_10                      PHSP;
+1.0 MyJ/psi K'*0                       PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0 MyJ/psi anti-K_0*0                 PHSP;
+1.0 MyJ/psi anti-K_10                  PHSP;
+1.0 MyJ/psi anti-K_2*0                 PHSP;
+1.0 MyJ/psi anti-K'_10                 PHSP;
+1.0 MyJ/psi anti-K'*0                  PHSP;
+Enddecay
+#
+Decay MyB+
+1.0 MyJ/psi K_0*+                      PHSP;
+1.0 MyJ/psi K_1+                       PHSP;
+1.0 MyJ/psi K_2*+                      PHSP;
+1.0 MyJ/psi K'_1+                      PHSP;
+1.0 MyJ/psi K'*+                       PHSP;
+Enddecay
+#
+Decay MyB-
+1.0 MyJ/psi K_0*-                      PHSP;
+1.0 MyJ/psi K_1-                       PHSP;
+1.0 MyJ/psi K_2*-                      PHSP;
+1.0 MyJ/psi K'_1-                      PHSP;
+1.0 MyJ/psi K'*-                       PHSP;
+Enddecay
+#
+#force the J/psi to go to two leptons..
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BBbar_Psi2s_HighRes.dec b/BaBar_2014/BBbar_Psi2s_HighRes.dec
new file mode 100644
index 0000000..140cc6e
--- /dev/null
+++ b/BaBar_2014/BBbar_Psi2s_HighRes.dec
@@ -0,0 +1,81 @@
+###################################################
+#                                                 #
+# B  -> Psi2S High K resonnances                  #
+#        |                                        #
+#        ->l+l- et JPsi pi p                      #
+#                                                 #
+# D. Bernard Jan 2003. copie et complement        #
+#    de JPsi (Johann)                             #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJ/psi J/psi
+Alias Mypsi(2S) psi(2S)
+Alias MyK_S0 K_S0
+
+#
+Decay Upsilon(4S)
+0.500 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+0.250 MyB+ B-                           VSS;
+0.250 MyB- B+                           VSS;
+Enddecay
+#
+Decay MyB0
+1.0 Mypsi(2S) K_0*0                      PHSP;
+1.0 Mypsi(2S) K_10                       PHSP;
+1.0 Mypsi(2S) K_2*0                      PHSP;
+1.0 Mypsi(2S) K'_10                      PHSP;
+1.0 Mypsi(2S) K'*0                       PHSP;
+1.0 Mypsi(2S) K''*0                      PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0 Mypsi(2S) anti-K_0*0                 PHSP;
+1.0 Mypsi(2S) anti-K_10                  PHSP;
+1.0 Mypsi(2S) anti-K_2*0                 PHSP;
+1.0 Mypsi(2S) anti-K'_10                 PHSP;
+1.0 Mypsi(2S) anti-K'*0                  PHSP;
+1.0 Mypsi(2S) anti-K''*0                 PHSP;
+Enddecay
+#
+Decay MyB+
+1.0 Mypsi(2S) K_0*+                      PHSP;
+1.0 Mypsi(2S) K_1+                       PHSP;
+1.0 Mypsi(2S) K_2*+                      PHSP;
+1.0 Mypsi(2S) K'_1+                      PHSP;
+1.0 Mypsi(2S) K'*+                       PHSP;
+1.0 Mypsi(2S) K''*+                      PHSP;
+Enddecay
+#
+Decay MyB-
+1.0 Mypsi(2S) K_0*-                      PHSP;
+1.0 Mypsi(2S) K_1-                       PHSP;
+1.0 Mypsi(2S) K_2*-                      PHSP;
+1.0 Mypsi(2S) K'_1-                      PHSP;
+1.0 Mypsi(2S) K'*-                       PHSP;
+1.0 Mypsi(2S) K''*-                      PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                          PHSP;
+Enddecay
+ 
+#
+Decay Mypsi(2S)
+#0.700  MyJ/psi  pi+ pi-         PHSP;
+0.700  MyJ/psi  pi+ pi-         VVPIPI;
+0.150    e+   e-                PHOTOS  VLL;
+0.150   mu+  mu-                PHOTOS VLL;
+Enddecay
+#
+#force the J/psi to go to two leptons..
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BBetapNPi.dec b/BaBar_2014/BBetapNPi.dec
new file mode 100644
index 0000000..8efa3a2
--- /dev/null
+++ b/BaBar_2014/BBetapNPi.dec
@@ -0,0 +1,144 @@
+###################################################################
+# cocktail eta' pi, eta' pi pi,...
+#B->eta' npi Bbar -> X                                               ##     |
+#      --eta pi pi
+#        |
+#         -gamma gamma
+#                  
+# Author: A.Hicheur           May,25 2001, Modified October 2001  
+# hicheur@lapp.in2p3.fr                                            #
+###################################################################
+#
+Define beta 0.39
+#Define dm .464e12
+
+#
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+Alias MyBplus B+
+Alias MyBminus B-
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+Alias Mya1minus a_1-
+Alias Mya1plus a_1+
+Alias Myb1minus b_1-
+Alias Myb1plus b_1+
+Alias Mya1 a_10
+Alias Myf1 f_1
+############################################################################
+
+Decay Upsilon(4S)
+
+0.250   MyB0       anti-B0                  VSS;
+0.250   B0       MyB0B                  VSS;
+0.250   MyBplus       B-                       VSS;
+0.250   B+   MyBminus             VSS;
+
+Enddecay
+
+Decay MyB0B
+
+0.333333333 rho0 Myetap          SVS;
+0.333333333 Mya1 Myetap      SVS;
+0.333333333 Myf1 Myetap SVS;
+
+Enddecay
+
+Decay MyB0
+
+0.333333333 rho0 Myetap          SVS;
+0.333333333 Mya1 Myetap      SVS;
+0.333333333 Myf1 Myetap SVS;
+
+Enddecay
+
+Decay MyBminus
+
+0.25 pi- Myetap   PHSP;
+0.25 rho- Myetap                   SVS;
+0.25 Mya1minus Myetap            SVS;
+0.25 Myb1minus Myetap     SVS;
+
+Enddecay
+
+Decay MyBplus
+
+0.25 pi+ Myetap   PHSP;
+0.25 rho+ Myetap                   SVS;
+0.25 Mya1plus Myetap            SVS;
+0.25 Myb1plus Myetap     SVS;
+
+Enddecay
+
+Decay Myf1
+
+1. pi+ pi- pi+ pi- PHSP;
+
+Enddecay
+
+Decay Myb1minus
+
+1. pi+ pi- pi- pi0 PHSP;
+
+Enddecay
+
+Decay Myb1plus
+
+1. pi- pi+ pi+ pi0 PHSP;
+
+Enddecay
+
+Decay Mya1minus
+
+1. rho0 pi-     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+Enddecay
+
+Decay Mya1plus
+
+1. rho0 pi+     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+Enddecay
+
+Decay Mya1
+
+1. rho0 pi0    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+Enddecay
+
+Decay rho0
+
+1. pi+ pi-     VSS;
+
+Enddecay
+
+Decay rho-
+
+1. pi- pi0   VSS;
+
+Enddecay
+
+Decay rho+
+
+1. pi+ pi0   VSS;
+
+Enddecay
+
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+
+Decay Myeta
+
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+
+End 
diff --git a/BaBar_2014/B_Xulnu.dec b/BaBar_2014/B_Xulnu.dec
new file mode 100644
index 0000000..925bb17
--- /dev/null
+++ b/BaBar_2014/B_Xulnu.dec
@@ -0,0 +1,291 @@
+###############################################################################
+# This is a DECAY.DEC file for the X_u l nu mixture:                          #
+#   Up(4S) -> B0  B0bar                                    +CC                #
+#             |    |                                                          #
+#             |     -> X_u l- nu_bar (l = e, mu or tau)                       #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             # 
+#   Up(4S) -> B+   B-                                     +CC                 #
+#             |    |                                                          #
+#             |     ->  X_u l- nu_bar (l = e, mu or tau)                      # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# Mail: NATALIA@SLAC.STANFORD.EDU
+###############################################################################
+# Create our own versions of B-, B+ which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+# the same for B0, B0bar
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+0.25000 B+  myB-                          VSS;
+0.25000 B-  myB+                          VSS;
+0.21000 B0 myantiB0                       VSS_MIX  dm;
+0.21000 myB0 anti-B0                       VSS_MIX  dm;
+0.04000 anti-B0 myantiB0                  VSS_MIX  dm;
+0.04000 B0 myB0                           VSS_MIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to Xu l nu
+#
+#
+Decay myantiB0
+#                    b -> u l nu
+#
+# 03/28/01 S.Menke included inclusive B -> X_u l nu decays for m(X_u) > 1.26 GeV.
+#                  with some thresholds to gradually switch from excl. to incl.
+#                  modeling without big jumps keeping the better known excl.
+#                  Brs at their actual values and constrain the incl. Br and 
+#                  weights in a way that ~40% of the total BR belongs to 
+#                  the mass region > 1.5 GeV
+#
+
+# 02/19/2003 R. Faccini weights have been modified in order to get the nonresonant 
+#                       component down to 0 and to get a non resonant vs resonant 
+#                       fraction which is consistent with the winter '03 results 
+#                       (inclusive b->u BF=2.1 10^-3; exclusive b->u BF=0.74 10^-3)
+
+
+0.000180   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000260   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000165   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000102   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   rho(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+#0.001365   Xu+  e-  anti-nu_e          PHOTOS   VUB 4.8 1.29 0.22 1
+# 0 1;
+0.001365   Xu+  e-  anti-nu_e          PHOTOS   VUB 4.8 1.29 0.22 20 
+0.00 0.55 1.20 0.61 1.26 0.85 1.34 1.08 1.41 1.21 1.48 1.30 1.55 1.30 1.61 1.33 1.67 1.36 1.73 1.39 1.79 1.33 1.84 1.42 1.90 1.39 1.95 1.39 2.00 1.37 2.50 1.30 3.00 0.74 3.50 0.99 4.00 1.09 4.50 1.00;
+0.000180   pi+    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000260   rho+   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000165   a_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000102   b_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_0+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_2+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   rho(2S)+ mu-  anti-nu_mu      PHOTOS     ISGW2;
+0.000000   D(2S)+ mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000000   D*(2S)+ mu-  anti-nu_mu       PHOTOS    ISGW2;
+#0.001365   Xu+  mu-  anti-nu_mu        PHOTOS   VUB 4.8 1.29 0.22 1
+#0 1;
+0.001365   Xu+  mu-  anti-nu_mu        PHOTOS   VUB 4.8 1.29 0.22 20
+0.00 0.55 1.20 0.61 1.26 0.85 1.34 1.08 1.41 1.21 1.48 1.30 1.55 1.30 1.61 1.33 1.67 1.36 1.73 1.39 1.79 1.33 1.84 1.42 1.90 1.39 1.95 1.39 2.00 1.37 2.50 1.30 3.00 0.74 3.50 0.99 4.00 1.09 4.50 1.00;
+#
+0.000060   pi+    tau- anti-nu_tau                 ISGW2;
+0.000083   rho+   tau- anti-nu_tau                 ISGW2;
+0.000090   a_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   b_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_0+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_2+    tau- anti-nu_tau                 ISGW2;
+0.000000   rho(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)+ tau- anti-nu_tau                 ISGW2;
+#
+Enddecay
+#
+#
+Decay myB0
+#                    b -> u l nu
+#
+0.000180   pi-    e+   nu_e        PHOTOS  ISGW2;
+0.000260   rho-   e+   nu_e        PHOTOS  ISGW2;
+0.000165   a_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000102   b_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_0-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_2-    e+   nu_e        PHOTOS  ISGW2;
+0.000000   rho(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000000   D(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000000   D*(2S)- e+   nu_e        PHOTOS  ISGW2;
+#.001365   Xu-  e+  nu_e          PHOTOS  VUB 4.8 1.29 0.22 1
+#0 1 ;
+0.001365   Xu-  e+  nu_e          PHOTOS  VUB 4.8 1.29 0.22 20
+0.00 0.55 1.20 0.61 1.26 0.85 1.34 1.08 1.41 1.21 1.48 1.30 1.55 1.30 1.61 1.33 1.67 1.36 1.73 1.39 1.79 1.33 1.84 1.42 1.90 1.39 1.95 1.39 2.00 1.37 2.50 1.30 3.00 0.74 3.50 0.99 4.00 1.09 4.50 1.00;
+ 
+
+0.000180   pi-    mu+  nu_mu        PHOTOS  ISGW2;
+0.000260   rho-   mu+  nu_mu        PHOTOS  ISGW2;
+0.000165   a_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000102   b_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_0-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_2-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000000   rho(2S)- mu+  nu_mu      PHOTOS    ISGW2;
+0.000000   D(2S)- mu+  nu_mu        PHOTOS  ISGW2;
+0.000000   D*(2S)- mu+  nu_mu       PHOTOS   ISGW2;
+#0.001365   Xu-  mu+  nu_mu        PHOTOS  VUB 4.8 1.29 0.22 1
+#0 1 ;
+0.001365   Xu-  mu+  nu_mu        PHOTOS  VUB 4.8 1.29 0.22 20 
+0.00 0.55 1.20 0.61 1.26 0.85 1.34 1.08 1.41 1.21 1.48 1.30 1.55 1.30 1.61 1.33 1.67 1.36 1.73 1.39 1.79 1.33 1.84 1.42 1.90 1.39 1.95 1.39 2.00 1.37 2.50 1.30 3.00 0.74 3.50 0.99 4.00 1.09 4.50 1.00;
+
+#
+0.000060   pi-    tau+ nu_tau                ISGW2;
+0.000083   rho-   tau+ nu_tau                ISGW2;
+0.000090   a_1-    tau+ nu_tau                ISGW2;
+0.000008   b_1-    tau+ nu_tau                ISGW2;
+0.000008   a_0-    tau+ nu_tau                ISGW2;
+0.000008   a_2-    tau+ nu_tau                ISGW2;
+0.000000   rho(2S)- tau+ nu_tau                ISGW2;
+0.000000   D(2S)- tau+ nu_tau                ISGW2;
+0.000000   D*(2S)- tau+ nu_tau                ISGW2;
+#
+Enddecay
+#
+# force B- to always decay to X_u l nu
+#
+Decay myB-
+#
+0.000090   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000082   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_20    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000048   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+#0.001365   Xu0   e-  anti-nu_e        PHOTOS VUB 4.8 1.29 0.22 1
+#0 1 ;
+0.001365   Xu0   e-  anti-nu_e        PHOTOS VUB 4.8 1.29 0.22 20
+0.00 0.54 1.20 0.95 1.26 0.78 1.34 0.98 1.41 0.91 1.48 1.23 1.55 1.36 1.61 1.39 1.67 1.38 1.73 1.43 1.79 1.41 1.84 1.42 1.90 1.45 1.95 1.40 2.00 1.42 2.50 1.31 3.00 1.36 3.50 1.15 4.00 1.01 4.50 1.51;
+
+0.000090   pi0    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000030   eta    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000130   rho0   mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.000130   omega   mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000060   eta'   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000082   a_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_20    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000048   b_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_00    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_0     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_0    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_2     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_2    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu       PHOTOS    ISGW2;
+#0.001365   Xu0   mu-  anti-nu_mu        PHOTOS VUB 4.8 1.29 0.22 1
+#0 1 ;
+0.001365   Xu0   mu-  anti-nu_mu        PHOTOS VUB 4.8 1.29 0.22 20
+0.00 0.54 1.20 0.95 1.26 0.78 1.34 0.98 1.41 0.91 1.48 1.23 1.55 1.36 1.61 1.39 1.67 1.38 1.73 1.43 1.79 1.41 1.84 1.42 1.90 1.45 1.95 1.40 2.00 1.42 2.50 1.31 3.00 1.36 3.50 1.15 4.00 1.01 4.50 1.51;
+#
+0.000030   pi0    tau- anti-nu_tau                 ISGW2;
+0.000012   eta    tau- anti-nu_tau                 ISGW2;
+0.000042   rho0   tau- anti-nu_tau                 ISGW2;
+0.000042   omega   tau- anti-nu_tau                 ISGW2;
+0.000018   eta'   tau- anti-nu_tau                 ISGW2;
+0.000046   a_10    tau- anti-nu_tau                 ISGW2;
+0.000027   b_10    tau- anti-nu_tau                 ISGW2;
+0.000004   a_00    tau- anti-nu_tau                 ISGW2;
+0.000002   f_0     tau- anti-nu_tau                 ISGW2;
+0.000002   f'_0    tau- anti-nu_tau                 ISGW2;
+0.000023   f_1     tau- anti-nu_tau                 ISGW2;
+0.000023   f'_1    tau- anti-nu_tau                 ISGW2;
+0.000013   h_1     tau- anti-nu_tau                 ISGW2;
+0.000013   h'_1    tau- anti-nu_tau                 ISGW2;
+0.000020   f_2     tau- anti-nu_tau                 ISGW2;
+0.000020   f'_2    tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)0 tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)0 tau- anti-nu_tau                 ISGW2;
+#
+Enddecay
+#
+Decay myB+
+#                   b -> u l nu
+#
+0.000090   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000030   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000130   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000130   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000060   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000082   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_20    e+   nu_e      PHOTOS  ISGW2;
+0.000048   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000041   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000041   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000024   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000024   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+#0.001365   Xu0   e+  nu_e        PHOTOS VUB 4.8 1.29 0.22 1
+#0 1 ;
+0.001365   Xu0   e+  nu_e        PHOTOS VUB 4.8 1.29 0.22 20
+0.00 0.54 1.20 0.95 1.26 0.78 1.34 0.98 1.41 0.91 1.48 1.23 1.55 1.36 1.61 1.39 1.67 1.38 1.73 1.43 1.79 1.41 1.84 1.42 1.90 1.45 1.95 1.40 2.00 1.42 2.50 1.31 3.00 1.36 3.50 1.15 4.00 1.01 4.50 1.51;
+
+0.000090   pi0    mu+  nu_mu      PHOTOS  ISGW2;
+0.000030   eta    mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   rho0   mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   omega   mu+  nu_mu     PHOTOS   ISGW2;
+0.000060   eta'   mu+  nu_mu      PHOTOS  ISGW2;
+0.000082   a_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_20    mu+  nu_mu     PHOTOS   ISGW2;
+0.000048   b_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_00    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_0     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_0    mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_2     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_2    mu+  nu_mu     PHOTOS   ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu  PHOTOS      ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu  PHOTOS      ISGW2;
+#0.001365   Xu0   mu+  nu_mu       PHOTOS VUB 4.8 1.29 0.22 1
+#0 1 ;
+0.001365   Xu0   mu+  nu_mu       PHOTOS VUB 4.8 1.29 0.22 20
+0.00 0.54 1.20 0.95 1.26 0.78 1.34 0.98 1.41 0.91 1.48 1.23 1.55 1.36 1.61 1.39 1.67 1.38 1.73 1.43 1.79 1.41 1.84 1.42 1.90 1.45 1.95 1.40 2.00 1.42 2.50 1.31 3.00 1.36 3.50 1.15 4.00 1.01 4.50 1.51;
+
+0.000030   pi0    tau+ nu_tau              ISGW2;
+0.000012   eta    tau+ nu_tau              ISGW2;
+0.000042   rho0   tau+ nu_tau              ISGW2;
+0.000042   omega   tau+ nu_tau              ISGW2;
+0.000018   eta'   tau+ nu_tau              ISGW2;
+0.000046   a_10    tau+ nu_tau              ISGW2;
+0.000027   b_10    tau+ nu_tau              ISGW2;
+0.000004   a_00    tau+ nu_tau              ISGW2;
+0.000002   f_0     tau+ nu_tau              ISGW2;
+0.000002   f'_0    tau+ nu_tau              ISGW2;
+0.000023   f_1     tau+ nu_tau              ISGW2;
+0.000023   f'_1    tau+ nu_tau              ISGW2;
+0.000013   h_1     tau+ nu_tau              ISGW2;
+0.000013   h'_1    tau+ nu_tau              ISGW2;
+0.000020   f_2     tau+ nu_tau              ISGW2;
+0.000020   f'_2    tau+ nu_tau              ISGW2;
+.000000   anti-D(2S)0 tau+ nu_tau              ISGW2;
+0.000000   anti-D*(2S)0 tau+ nu_tau              ISGW2;
+#
+Enddecay
+#
+End
diff --git a/BaBar_2014/B_Xulnu_VUB.dec b/BaBar_2014/B_Xulnu_VUB.dec
new file mode 100644
index 0000000..9d7108a
--- /dev/null
+++ b/BaBar_2014/B_Xulnu_VUB.dec
@@ -0,0 +1,88 @@
+###############################################################################
+# This is B_Xulnu_VUB.dec by Sven Menke for the X_u l nu mixture:             #
+#   Up(4S) -> B0  B0bar                                    +CC                #
+#             |    |                                                          #
+#             |     -> X_u l- nu_bar (l = e or mu)                            #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             # 
+#   Up(4S) -> B+   B-                                     +CC                 #
+#             |    |                                                          #
+#             |     ->  X_u l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# it uses the model VUB which is an O(alpha_s) triple differential decay rate #
+# for the B Meson to an inclusive X_u state and a lepton and neutrino.        #
+# The model has the following parameters:                                     #
+# 1) mb         : the b-Quark mass. The authors of  hep-ph/9905351 claim that #
+#                 a range of 4.65 GeV to 4.95 GeV is reasonable.              #
+# 2) a          : the Fermi Motion parameter. its default is 1.29             #
+#                 smaller values give broader distributions; larger values    #
+#                 more narrow distributions for the fermi momentum.           #
+# 3) alpha_s    : the strong coupling constant at the b-Quark Mass. This is   #
+#                 direct proportional to the amount of the built in radiative #
+#                 QCD corrections                                             #
+# 4) N          : the number of mass thresholds. This parameter should be at  #
+#                 least 1                                                     #
+#                 This mechanism allows to modify the Xu mass spectra in order#
+#                 to mix this inclusive model with exclusive models.          #
+#                 For the purpose of a dedicated standalone inclusive run this#
+#                 parameter should be 1                                       #
+#                 Extra Feature: If the parameter is set to -N (minus N)      #
+#                 the internal parameter q+/10000 is stored as the ctau       #
+#                 value of the produced Xu. It can be reconstructed by        #
+#                 multiplying the difference of the vertex times of any       #
+#                 daughter of the Xu and the Xu by 10000 and reversing the    #
+#                 boost which can be done by multiplying this number by       #
+#                 m_Xu/E_Xu (the ratio of Xu mass over Xu energy in the lab). #
+#                 This cludge allows for easy reweighting of the Fermi-motion.#
+# 5) m0         : the lowest mass threshold (must be larger than 2*m_pi)      #
+# 6) w0         : the relative weight for the bin ]m0,m1] if N > 1 or for the #
+#                 entire range ]m0,Infinity] if this is the last threshold    #
+# 7 - 2N+3) odd : next mass threshold in ascending order.                     #
+# 8 - 2N+4) even: next relative weight                                        #
+###############################################################################
+# Create our own versions of B-, B+, B0, anti-B0 which will decay to Xu l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+# the same for B0, B0bar
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+0.25000 B+  myB-                          VSS;
+0.25000 B-  myB+                          VSS;
+0.21000 B0 myantiB0                       VSS_MIX  dm;
+0.21000 myB0 anti-B0                      VSS_MIX  dm;
+0.04000 anti-B0 myantiB0                  VSS_MIX  dm;
+0.04000 B0 myB0                           VSS_MIX  dm;
+Enddecay
+#
+# force all myB particles to always decay to Xu l nu
+#
+#
+Decay myantiB0
+#                    b -> u l nu
+#
+.5 Xu+ e-  anti-nu_e  PHOTOS VUB 4.8 1.29 0.22 -1 0.28 1;
+.5 Xu+ mu- anti-nu_mu        VUB 4.8 1.29 0.22 -1 0.28 1;
+Enddecay
+CDecay myB0
+Decay myB+
+#                    b -> u l nu
+#
+.5 Xu0 e+  nu_e       PHOTOS VUB 4.8 1.29 0.22 -1 0.28 1;
+.5 Xu0 mu+ nu_mu             VUB 4.8 1.29 0.22 -1 0.28 1;
+Enddecay
+CDecay myB-
+End
+
diff --git a/BaBar_2014/B_Xulnu_excl.dec b/BaBar_2014/B_Xulnu_excl.dec
new file mode 100644
index 0000000..4e9d4e5
--- /dev/null
+++ b/BaBar_2014/B_Xulnu_excl.dec
@@ -0,0 +1,246 @@
+###############################################################################
+# This is a DECAY.DEC file for the X_u l nu mixture                           #
+# (Xu only exclusive final states):                                           #
+#   Up(4S) -> B0  B0bar                                    +CC                #
+#             |    |                                                          #
+#             |     -> X_u l- nu_bar (l = e, mu or tau)                       #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             # 
+#   Up(4S) -> B+   B-                                     +CC                 #
+#             |    |                                                          #
+#             |     ->  X_u l- nu_bar (l = e, mu or tau)                      # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# Mail: RFACCINI@SLAC.STANFORD.EDU
+###############################################################################
+# Create our own versions of B-, B+ which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+# the same for B0, B0bar
+#
+Alias myB0  B0
+Alias myantiB0 anti-B0
+ChargeConj myB0 myantiB0
+#
+#
+Decay Upsilon(4S)
+0.25000 B+  myB-                          VSS;
+0.25000 B-  myB+                          VSS;
+0.21000 B0 myantiB0                       VSS_MIX  dm;
+0.21000 myB0 anti-B0                       VSS_MIX  dm;
+0.04000 anti-B0 myantiB0                  VSS_MIX  dm;
+0.04000 B0 myB0                           VSS_MIX dm;
+Enddecay
+#
+# force anti-B0 to always decay to Xu l nu
+#
+#
+Decay myantiB0
+#                    b -> u l nu
+#
+
+
+0.000180   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000260   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000165   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000102   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   rho(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000180   pi+    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000260   rho+   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000165   a_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000102   b_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_0+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_2+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   rho(2S)+ mu-  anti-nu_mu      PHOTOS     ISGW2;
+0.000000   D(2S)+ mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000000   D*(2S)+ mu-  anti-nu_mu       PHOTOS    ISGW2;
+#
+0.000060   pi+    tau- anti-nu_tau                 ISGW2;
+0.000083   rho+   tau- anti-nu_tau                 ISGW2;
+0.000090   a_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   b_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_0+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_2+    tau- anti-nu_tau                 ISGW2;
+0.000000   rho(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)+ tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)+ tau- anti-nu_tau                 ISGW2;
+#
+Enddecay
+#
+#
+Decay myB0
+#                    b -> u l nu
+#
+0.000180   pi-    e+   nu_e        PHOTOS  ISGW2;
+0.000260   rho-   e+   nu_e        PHOTOS  ISGW2;
+0.000165   a_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000102   b_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_0-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_2-    e+   nu_e        PHOTOS  ISGW2;
+0.000000   rho(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000000   D(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000000   D*(2S)- e+   nu_e        PHOTOS  ISGW2;
+
+0.000180   pi-    mu+  nu_mu        PHOTOS  ISGW2;
+0.000260   rho-   mu+  nu_mu        PHOTOS  ISGW2;
+0.000165   a_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000102   b_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_0-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_2-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000000   rho(2S)- mu+  nu_mu      PHOTOS    ISGW2;
+0.000000   D(2S)- mu+  nu_mu        PHOTOS  ISGW2;
+0.000000   D*(2S)- mu+  nu_mu       PHOTOS   ISGW2;
+#
+0.000060   pi-    tau+ nu_tau                ISGW2;
+0.000083   rho-   tau+ nu_tau                ISGW2;
+0.000090   a_1-    tau+ nu_tau                ISGW2;
+0.000008   b_1-    tau+ nu_tau                ISGW2;
+0.000008   a_0-    tau+ nu_tau                ISGW2;
+0.000008   a_2-    tau+ nu_tau                ISGW2;
+0.000000   rho(2S)- tau+ nu_tau                ISGW2;
+0.000000   D(2S)- tau+ nu_tau                ISGW2;
+0.000000   D*(2S)- tau+ nu_tau                ISGW2;
+#
+Enddecay
+#
+# force B- to always decay to X_u l nu
+#
+Decay myB-
+#
+0.000090   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000082   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_20    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000048   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+#
+0.000090   pi0    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000030   eta    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000130   rho0   mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.000130   omega   mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000060   eta'   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000082   a_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_20    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000048   b_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_00    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_0     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_0    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_2     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_2    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu       PHOTOS    ISGW2;
+#
+0.000030   pi0    tau- anti-nu_tau                 ISGW2;
+0.000012   eta    tau- anti-nu_tau                 ISGW2;
+0.000042   rho0   tau- anti-nu_tau                 ISGW2;
+0.000042   omega   tau- anti-nu_tau                 ISGW2;
+0.000018   eta'   tau- anti-nu_tau                 ISGW2;
+0.000046   a_10    tau- anti-nu_tau                 ISGW2;
+0.000027   b_10    tau- anti-nu_tau                 ISGW2;
+0.000004   a_00    tau- anti-nu_tau                 ISGW2;
+0.000002   f_0     tau- anti-nu_tau                 ISGW2;
+0.000002   f'_0    tau- anti-nu_tau                 ISGW2;
+0.000023   f_1     tau- anti-nu_tau                 ISGW2;
+0.000023   f'_1    tau- anti-nu_tau                 ISGW2;
+0.000013   h_1     tau- anti-nu_tau                 ISGW2;
+0.000013   h'_1    tau- anti-nu_tau                 ISGW2;
+0.000020   f_2     tau- anti-nu_tau                 ISGW2;
+0.000020   f'_2    tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)0 tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)0 tau- anti-nu_tau                 ISGW2;
+#
+Enddecay
+#
+Decay myB+
+#                   b -> u l nu
+#
+0.000090   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000030   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000130   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000130   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000060   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000082   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_20    e+   nu_e      PHOTOS  ISGW2;
+0.000048   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000041   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000041   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000024   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000024   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+#
+0.000090   pi0    mu+  nu_mu      PHOTOS  ISGW2;
+0.000030   eta    mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   rho0   mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   omega   mu+  nu_mu     PHOTOS   ISGW2;
+0.000060   eta'   mu+  nu_mu      PHOTOS  ISGW2;
+0.000082   a_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_20    mu+  nu_mu     PHOTOS   ISGW2;
+0.000048   b_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_00    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_0     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_0    mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_2     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_2    mu+  nu_mu     PHOTOS   ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu  PHOTOS      ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu  PHOTOS      ISGW2;
+#
+0.000030   pi0    tau+ nu_tau              ISGW2;
+0.000012   eta    tau+ nu_tau              ISGW2;
+0.000042   rho0   tau+ nu_tau              ISGW2;
+0.000042   omega   tau+ nu_tau              ISGW2;
+0.000018   eta'   tau+ nu_tau              ISGW2;
+0.000046   a_10    tau+ nu_tau              ISGW2;
+0.000027   b_10    tau+ nu_tau              ISGW2;
+0.000004   a_00    tau+ nu_tau              ISGW2;
+0.000002   f_0     tau+ nu_tau              ISGW2;
+0.000002   f'_0    tau+ nu_tau              ISGW2;
+0.000023   f_1     tau+ nu_tau              ISGW2;
+0.000023   f'_1    tau+ nu_tau              ISGW2;
+0.000013   h_1     tau+ nu_tau              ISGW2;
+0.000013   h'_1    tau+ nu_tau              ISGW2;
+0.000020   f_2     tau+ nu_tau              ISGW2;
+0.000020   f'_2    tau+ nu_tau              ISGW2;
+0.000000   anti-D(2S)0 tau+ nu_tau              ISGW2;
+0.000000   anti-D*(2S)0 tau+ nu_tau              ISGW2;
+#
+Enddecay
+#
+End
diff --git a/BaBar_2014/Bch_D02pi.dec b/BaBar_2014/Bch_D02pi.dec
new file mode 100644
index 0000000..fd39b35
--- /dev/null
+++ b/BaBar_2014/Bch_D02pi.dec
@@ -0,0 +1,48 @@
+#########################################################
+# Decay: B- -> D0 (pi0pi-);   B+ -> X; + cc             #
+#               \   \                                   #
+#                \   \____rho-, pi0pi-                  #
+#                 \                                     #
+#                  \__Kpi                               #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   05/01/2003                                    #
+#########################################################
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Myrho+ rho+
+Alias Myrho- rho-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                      VSS;
+0.500 MyB- B+                      VSS;
+Enddecay
+#
+Decay MyB-
+0.60   MyD0    pi0  pi-            PHSP;
+0.40   Myrho-  MyD0                SVS;
+Enddecay
+#
+Decay MyB+
+0.60   Myanti-D0  pi0  pi+         PHSP;
+0.40   Myrho+     Myanti-D0        SVS;
+Enddecay
+#
+Decay MyD0
+1.0        K-  pi+                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0        K+  pi-                 PHSP;
+Enddecay
+#
+Decay Myrho-
+1.0  pi0 pi-                        VSS;
+Enddecay
+#
+Decay Myrho+
+1.0  pi0 pi+                        VSS;
+Enddecay
+End
diff --git a/BaBar_2014/Bch_D03pi.dec b/BaBar_2014/Bch_D03pi.dec
new file mode 100644
index 0000000..b53105c
--- /dev/null
+++ b/BaBar_2014/Bch_D03pi.dec
@@ -0,0 +1,102 @@
+#########################################################
+# Decay: B- -> D0 (3pi)-;   B+ -> X; + cc               #
+#               \   \                                   #
+#                \   \____pipipi, rho0pi, a1-;          #
+#                 \                                     #
+#                  \__Kpi, Kpipi0, Kpipipi              #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   05/01/2003                                    #
+#########################################################
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias Myrho0 rho0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega  omega
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                      VSS;
+0.500 MyB- B+                      VSS;
+Enddecay
+#
+Decay MyB-
+0.40   MyD0    pi+  pi-  pi-       PHSP;
+0.40   MyD0    Myrho0  pi-         PHSP;
+0.20   Mya_1-  MyD0                SVS;
+Enddecay
+#
+Decay MyB+
+0.40   Myanti-D0  pi-  pi+  pi+    PHSP;
+0.40   Myanti-D0  Myrho0  pi+      PHSP;
+0.20   Mya_1+     Myanti-D0        SVS;
+Enddecay
+#
+Decay MyD0
+0.3        K-  pi+                 PHSP;
+0.3122     K-  pi+  pi0            D_DALITZ;
+## K 3pi  (0.277*1.4 total)
+0.1778     Mya_1+ K-               SVS;
+0.01722    MyK_1- pi+              SVS;
+0.0525     Myanti-K*0 pi+ pi-      PHSP;
+0.02716    K- pi+ rho0             PHSP;
+0.06468    K- pi+ pi+ pi-          PHSP;
+0.04844    Myanti-K*0 rho0         SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.3        K+  pi-                 PHSP;
+0.3122     K+  pi-  pi0            D_DALITZ;
+## K 3pi  (0.277*1.4 total)
+0.1778     Mya_1- K+               SVS;
+0.01722    MyK_1+ pi-              SVS;
+0.0525     MyK*0 pi- pi+           PHSP;
+0.02716    K+ pi- rho0             PHSP;
+0.06468    K+ pi- pi- pi+          PHSP;
+0.04844    MyK*0 rho0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                    VSS;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/Bch_D0PiPiPi.dec b/BaBar_2014/Bch_D0PiPiPi.dec
new file mode 100644
index 0000000..782d1dc
--- /dev/null
+++ b/BaBar_2014/Bch_D0PiPiPi.dec
@@ -0,0 +1,56 @@
+#########################################################
+# Decay: B- -> D0 (3pi)-;   B+ -> X; + cc               #
+#               \   \                                   #
+#                \   \____pipipi, rho0pi, a1-;          #
+#                 \                                     #
+#                  \__Kpi                               #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   04/26/2003                                    #
+#########################################################
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias Myrho0 rho0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                      VSS;
+0.500 MyB- B+                      VSS;
+Enddecay
+#
+Decay MyB-
+0.40   MyD0    pi+  pi-  pi-       PHSP;
+0.40   MyD0    Myrho0  pi-         PHSP;
+0.20   Mya_1-  MyD0                SVS;
+Enddecay
+#
+Decay MyB+
+0.40   Myanti-D0  pi-  pi+  pi+    PHSP;
+0.40   Myanti-D0  Myrho0  pi+      PHSP;
+0.20   Mya_1+     Myanti-D0        SVS;
+Enddecay
+#
+Decay MyD0
+1.0        K-  pi+                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0        K+  pi-                 PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                    VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/Bch_Dstar02pi.dec b/BaBar_2014/Bch_Dstar02pi.dec
new file mode 100644
index 0000000..6daf9f5
--- /dev/null
+++ b/BaBar_2014/Bch_Dstar02pi.dec
@@ -0,0 +1,62 @@
+#########################################################
+# Decay: B- -> D*0 (pi0pi-);   B+ -> X; + cc            #
+#               \    \                                  #
+#                \    \____rho-, pi0pi                  #
+#                 \                                     #
+#                  \__D0pi0, (D0->Kpi)                  #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   05/01/2003                                    #
+#########################################################
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias Myrho+ rho+
+Alias Myrho- rho-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                      VSS;
+0.500 MyB- B+                      VSS;
+Enddecay
+#
+Decay MyB-
+0.60   MyD*0  pi0  pi-             PHSP;
+0.40   Myrho- MyD*0                SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+Enddecay
+#
+Decay MyB+
+0.60   Myanti-D*0  pi0  pi+        PHSP;
+0.40   Myrho+ Myanti-D*0           SVV_HELAMP 0.152 1.47 0.936 0 0.317 0.19;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                  VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0             VSS;
+Enddecay
+#
+Decay MyD0
+1.0        K-  pi+                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0        K+  pi-                 PHSP;
+Enddecay
+#
+Decay Myrho-
+1.0  pi0 pi-                       VSS;
+Enddecay
+#
+Decay Myrho+
+1.0  pi0 pi+                       VSS;
+Enddecay
+End
+
+
+
+
diff --git a/BaBar_2014/Bch_Dstar03pi.dec b/BaBar_2014/Bch_Dstar03pi.dec
new file mode 100644
index 0000000..e4ad1c0
--- /dev/null
+++ b/BaBar_2014/Bch_Dstar03pi.dec
@@ -0,0 +1,116 @@
+#########################################################
+# Decay: B- -> D*0 (3pi)-;   B+ -> X; + cc              #
+#               \    \                                  #
+#                \    \____pipipi, rho0pi, a1-;         #
+#                 \                                     #
+#                  \__D0pi0, (D0->Kpi, Kpipi0, Kpipipi) #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   05/01/2003                                    #
+#########################################################
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias Myrho0 rho0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega  omega
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                      VSS;
+0.500 MyB- B+                      VSS;
+Enddecay
+#
+Decay MyB-
+0.40   MyD*0  pi+  pi-  pi-        PHSP;
+0.40   MyD*0  Myrho0  pi-          PHSP;
+0.20   MyD*0  Mya_1-               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+Enddecay
+#
+Decay MyB+
+0.40   Myanti-D*0  pi-  pi+  pi+   PHSP;
+0.40   Myanti-D*0  Myrho0  pi+     PHSP;
+0.20   Myanti-D*0  Mya_1+          SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                  VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0             VSS;
+Enddecay
+#
+Decay MyD0
+0.3        K-  pi+                 PHSP;
+0.3122     K-  pi+  pi0            D_DALITZ;
+## K 3pi  (0.277*1.4 total)
+0.1778     Mya_1+ K-               SVS;
+0.01722    MyK_1- pi+              SVS;
+0.0525     Myanti-K*0 pi+ pi-      PHSP;
+0.02716    K- pi+ rho0             PHSP;
+0.06468    K- pi+ pi+ pi-          PHSP;
+0.04844    Myanti-K*0 rho0         SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.3        K+  pi-                 PHSP;
+0.3122     K+  pi-  pi0            D_DALITZ;
+## K 3pi  (0.277*1.4 total)
+0.1778     Mya_1- K+               SVS;
+0.01722    MyK_1+ pi-              SVS;
+0.0525     MyK*0 pi- pi+           PHSP;
+0.02716    K+ pi- rho0             PHSP;
+0.06468    K+ pi- pi- pi+          PHSP;
+0.04844    MyK*0 rho0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                    VSS;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/Bch_Dstar0PiPiPi.dec b/BaBar_2014/Bch_Dstar0PiPiPi.dec
new file mode 100644
index 0000000..5fab50e
--- /dev/null
+++ b/BaBar_2014/Bch_Dstar0PiPiPi.dec
@@ -0,0 +1,70 @@
+#########################################################
+# Decay: B- -> D*0 (3pi)-;   B+ -> X; + cc              #
+#               \    \                                  #
+#                \    \____pipipi, rho0pi, a1-;         #
+#                 \                                     #
+#                  \__D0pi0, D0->Kpi                    #
+#                                                       #
+# Author: Haiwen Zhao                                   #
+# Date:   04/26/2003                                    #
+#########################################################
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias Myrho0 rho0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                      VSS;
+0.500 MyB- B+                      VSS;
+Enddecay
+#
+Decay MyB-
+0.40   MyD*0  pi+  pi-  pi-        PHSP;
+0.40   MyD*0  Myrho0  pi-          PHSP;
+0.20   MyD*0  Mya_1-               SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+Enddecay
+#
+Decay MyB+
+0.40   Myanti-D*0  pi-  pi+  pi+   PHSP;
+0.40   Myanti-D*0  Myrho0  pi+     PHSP;
+0.20   Myanti-D*0  Mya_1+          SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+# SVV_HELAMP for D* a1 taken from factorization. Recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                  VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0             VSS;
+Enddecay
+#
+Decay MyD0
+1.0        K-  pi+                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0        K+  pi-                 PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                    VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/Bch_XKch_XTOJPsiOmega.dec b/BaBar_2014/Bch_XKch_XTOJPsiOmega.dec
new file mode 100644
index 0000000..0719170
--- /dev/null
+++ b/BaBar_2014/Bch_XKch_XTOJPsiOmega.dec
@@ -0,0 +1,51 @@
+###################################################################
+# B+  --> X3870  K+            B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) Omega                                 #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Eric Eckhart                                            #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B- 
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyOmega omega
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX K- PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi omega   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/Bch_psi2s_chic12_gamma_brecococktail.dec b/BaBar_2014/Bch_psi2s_chic12_gamma_brecococktail.dec
new file mode 100644
index 0000000..3209ba9
--- /dev/null
+++ b/BaBar_2014/Bch_psi2s_chic12_gamma_brecococktail.dec
@@ -0,0 +1,142 @@
+###################################################################
+# B-  --> psi2s K-             B+ --> Breco Cocktail              #
+#         |                           D*/D0 pi                    #
+#         |                                                       #
+#         |-->Chic1/2 gamma                                       #
+#                                                                 #
+#  + cc                                                           #
+#  Dominique J. Mangeol
+###################################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mypsi(2S) psi(2S)
+Alias My2B+ B+
+Alias My2B- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500   MyB+  My2B-                        VSS;
+0.500   MyB-  My2B+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Mypsi(2S)  K+                    SVS;
+Enddecay
+#
+Decay MyB-
+1.000  Mypsi(2S)  K-                    SVS;
+Enddecay
+#
+Decay My2B+
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay My2B-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+Decay Mypsi(2S)
+### original BR from DECAY.DEC rescaled to 1
+0.5527    gamma chi_c1                      PHSP;
+0.4473    gamma chi_c2                      PHSP;
+Enddecay
+#
+# 
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BchmD0KmKpimwsmads.dec b/BaBar_2014/BchmD0KmKpimwsmads.dec
new file mode 100644
index 0000000..20c51f1
--- /dev/null
+++ b/BaBar_2014/BchmD0KmKpimwsmads.dec
@@ -0,0 +1,110 @@
+#
+#  $Id: Bch-D0K-Kpi-ws-ads.dec,v 1.1 2003/10/30 23:16:33 owen Exp $
+#
+#  O. Long / UCSB
+#
+#  This decay file generates the two decay chains (B- CF with D0 DCS
+#  and B- DCS with D0bar CF) independently, so no interference between
+#  the amplitudes (i.e. no direct CPV).
+#
+#  In the end, all that will be seen is B- --> (K+pi-) K- anyway, so
+#  you won't be able to distinguish the different decay chains (except
+#  with MC truth), which is the whole point of all of this.
+#
+#  Assumed amplitudes
+#
+#    B-  -->   D0    K- (CF)    =   A lambda^3
+#    B-  -->   D0bar K- (DCS)   =   A lambda^3 |rho-ieta| (1/3)
+#                               =   A lambda^3 Ru / 3
+#
+#        where 1/3 is naive color suppression factor.
+#
+#
+#    D0  -->   K- pi+   (CF)    =   1
+#    D0  -->   K+ pi-   (DCS)   =   lambda^2
+#
+#
+#    A(B- --> D0   (K+pi-) K-)  =   A lambda^3  lambda^2
+#    A(B- --> D0bar(K+pi-) K-)  =   A lambda^3  Ru / 3
+#
+#
+#  Ratio of B- branching factions
+#
+#    BF(D0bar K-) / BF(D0 K-)   =  ( Ru / 3 )^2
+#                               =  ( 0.4 / 3 )^2
+#                               =  0.018
+#
+#
+#  Ratio of D0 branching fractions
+#
+#    BF(K+pi-) / BF(K-pi+)      =   lambda^4
+#                               =   0.0023
+#
+#    measured value             =   ( 0.000148 / 0.0038 )
+#                               =   0.0039
+#
+#
+#  This means the relative rates will be
+#
+#   BR( B- --> CF, D0 --> DCS ) / BR( B- --> DCS, D0bar --> CF ) =
+#   BR( B- --> D0(K+pi-) K- )   / BR( B- --> D0bar(K+pi-) K- )   =   0.0039 / 0.018
+#                                                                =   0.22
+#
+#
+#
+Alias MyB+--CF         B+
+Alias MyB+--DCS        B+
+Alias MyB---CF         B-
+Alias MyB---DCS        B-
+Alias MyD0--CF         D0
+Alias MyD0--DCS        D0
+Alias Myanti-D0--CF    anti-D0
+Alias Myanti-D0--DCS   anti-D0
+#
+#
+# NB: The relative rates in the Upsilon(4S) decays below are for
+#       the WHOLE decay chain, since the whole decay chain is
+#       determined by how the B+/- decays.
+#
+Decay Upsilon(4S)
+0.11 MyB+--CF  B-          VSS;
+0.39 MyB+--DCS B-          VSS;
+0.11 MyB---CF  B+          VSS;
+0.39 MyB---DCS B+          VSS;
+Enddecay
+#
+#
+Decay MyB---CF
+1.0    K- MyD0--DCS         PHSP;
+Enddecay
+#
+Decay MyB---DCS
+1.0    K- Myanti-D0--CF     PHSP;
+Enddecay
+#
+Decay MyB+--CF
+1.0    K+ Myanti-D0--DCS    PHSP;
+Enddecay
+#
+Decay MyB+--DCS
+1.0    K+ MyD0--CF          PHSP;
+Enddecay
+#
+Decay MyD0--CF
+1.0    K-  pi+              PHSP;
+Enddecay
+#
+Decay MyD0--DCS
+1.0    K+  pi-              PHSP;
+Enddecay
+#
+Decay Myanti-D0--CF
+1.0    K+  pi-              PHSP;
+Enddecay
+#
+Decay Myanti-D0--DCS
+1.0    K-  pi+              PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BchtoA0Kch_A0toJpsipi0_width45.dec b/BaBar_2014/BchtoA0Kch_A0toJpsipi0_width45.dec
new file mode 100644
index 0000000..83c1c03
--- /dev/null
+++ b/BaBar_2014/BchtoA0Kch_A0toJpsipi0_width45.dec
@@ -0,0 +1,54 @@
+###################################################################
+# B+  --> A0  K+            B- --> Generic  xx                    #
+#         |                                                       #
+#         |-- With a width of 45 MeV                              #
+#         |-->J/psi pi0                                           #
+#             |                                                   #
+#             |--> e+e-, mu+mu-                                   #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+#         mokhtar@slac.stanford.edu                               #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 4.430 0.045
+ChangeMassMin  dummy00_1 3.2
+ChangeMassMax  dummy00_1 4.8
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyA0        dummy00_1
+Alias MyJpsi      J/psi
+Alias Mypi0       pi0
+Alias MyK+      K+
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyA0 K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyA0 K- PHSP;
+Enddecay
+#
+Decay MyA0
+1.000  MyJpsi  Mypi0        PHSP;
+Enddecay
+#
+#
+Decay MyJpsi
+0.500 e+   e-                PHOTOS VLL;
+0.500 mu+  mu-               VLL;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BchtoAchKs_AchtoJpsipich_width45.dec b/BaBar_2014/BchtoAchKs_AchtoJpsipich_width45.dec
new file mode 100644
index 0000000..646d308
--- /dev/null
+++ b/BaBar_2014/BchtoAchKs_AchtoJpsipich_width45.dec
@@ -0,0 +1,68 @@
+###################################################################
+# Bch  --> Ach  Ks            B- --> Generic  xx                  #
+#         |                                                       #
+#         |-- With a width of 45 MeV                              #
+#         |-->J/psi pi+ , J/psi  pi-                              #
+#             |                                                   #
+#             |--> e+e-, mu+mu-                                   #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+#         mokhtar@slac.stanford.edu                               #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name>       <mass> <width>
+Particle dummy10_1      4.430  0.045
+Particle anti-dummy10_1 4.430  0.045
+#
+ChangeMassMin  dummy10_1 3.2
+ChangeMassMax  dummy10_1 4.8
+#
+ChangeMassMin  anti-dummy10_1 3.2
+ChangeMassMax  anti-dummy10_1 4.8
+#
+Alias MyB+        B+
+Alias MyB-        B-
+Alias MyA+        dummy10_1
+Alias MyA-        anti-dummy10_1
+Alias MyJpsi      J/psi
+Alias Mypi0       pi0
+Alias MyKs        K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyA+   MyKs         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyA-   MyKs         PHSP;
+Enddecay
+#
+Decay MyA+
+1.000 MyJpsi  pi+         PHSP;
+Enddecay
+#
+Decay MyA-
+1.000 MyJpsi  pi-         PHSP;
+Enddecay
+#
+Decay MyKs
+1.000 pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-             PHOTOS VLL;
+0.500 mu+  mu-            VLL;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BchtoY3915Kch_Y3915toJPsiOmega.dec b/BaBar_2014/BchtoY3915Kch_Y3915toJPsiOmega.dec
new file mode 100644
index 0000000..a8f4fcf
--- /dev/null
+++ b/BaBar_2014/BchtoY3915Kch_Y3915toJPsiOmega.dec
@@ -0,0 +1,51 @@
+###################################################################
+# B+  --> Y3915  K+            B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) Omega                                 #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.915 0.0
+Alias MyB+ B+
+Alias MyB- B- 
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyOmega omega
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX K- PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi omega   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BchtoY3915Kch_Y3915toJPsiOmega_wid_20MeV.dec b/BaBar_2014/BchtoY3915Kch_Y3915toJPsiOmega_wid_20MeV.dec
new file mode 100644
index 0000000..221cd80
--- /dev/null
+++ b/BaBar_2014/BchtoY3915Kch_Y3915toJPsiOmega_wid_20MeV.dec
@@ -0,0 +1,53 @@
+###################################################################
+# B+  --> Y3915  K+            B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) Omega                                 #
+#         | the width of the Y(3915) is 20 MeV                    # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.915 0.02
+ChangeMassMin  dummy00_1 3.6
+ChangeMassMax  dummy00_1 4.3
+Alias MyB+ B+
+Alias MyB- B- 
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyOmega omega
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX K- PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi omega   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BchtoY3925Kch_Y3925toJPsiOmega.dec b/BaBar_2014/BchtoY3925Kch_Y3925toJPsiOmega.dec
new file mode 100644
index 0000000..df619f8
--- /dev/null
+++ b/BaBar_2014/BchtoY3925Kch_Y3925toJPsiOmega.dec
@@ -0,0 +1,51 @@
+###################################################################
+# B+  --> Y3925  K+            B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) Omega                                 #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.925 0.0
+Alias MyB+ B+
+Alias MyB- B- 
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyOmega omega
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX K- PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi omega   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BchtoY3925Kch_Y3925toJPsiOmega_wid_30MeV.dec b/BaBar_2014/BchtoY3925Kch_Y3925toJPsiOmega_wid_30MeV.dec
new file mode 100644
index 0000000..d0d48ed
--- /dev/null
+++ b/BaBar_2014/BchtoY3925Kch_Y3925toJPsiOmega_wid_30MeV.dec
@@ -0,0 +1,53 @@
+###################################################################
+# B+  --> Y3925  K+            B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) Omega                                 #
+#         | the width of the Y(3925) is 30 MeV                    # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.925 0.03
+ChangeMassMin  dummy00_1 3.6
+ChangeMassMax  dummy00_1 4.3
+Alias MyB+ B+
+Alias MyB- B- 
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyOmega omega
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX K- PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi omega   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BchtoZ0Kch_Z0toPsi2Spi0_width45.dec b/BaBar_2014/BchtoZ0Kch_Z0toPsi2Spi0_width45.dec
new file mode 100644
index 0000000..b3a3e76
--- /dev/null
+++ b/BaBar_2014/BchtoZ0Kch_Z0toPsi2Spi0_width45.dec
@@ -0,0 +1,61 @@
+###################################################################
+# B+  --> Z0  K+            B- --> Generic  xx                    #
+#         |                                                       #
+#         |-- With a width of 45 MeV                              #
+#         |-->psi(2S) pi0                                         #
+#             |                                                   #
+#             |--> e+e-, mu+mu-, Jpsi pi+ pi-                     #
+#                                 |                               #
+#                                 |--> e+e-, mu+mu-               #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+#         mokhtar@slac.stanford.edu                               #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 4.430 0.045
+ChangeMassMin  dummy00_1 3.8
+ChangeMassMax  dummy00_1 4.8
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyZ0        dummy00_1
+Alias Mypsi2S     psi(2S)
+Alias Mypi0       pi0
+Alias MyJpsi      J/psi
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyZ0 K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyZ0 K- PHSP;
+Enddecay
+#
+Decay MyZ0
+1.000  Mypsi2S  Mypi0        PHSP;
+Enddecay
+#
+Decay Mypsi2S
+0.700 MyJpsi pi+ pi-         VVPIPI;
+0.150 e+   e-                PHOTOS VLL;
+0.150 mu+  mu-               VLL;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-                PHOTOS VLL;
+0.500 mu+  mu-               VLL;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BchtoZchKs_ZchtoPsi2Spich_width45.dec b/BaBar_2014/BchtoZchKs_ZchtoPsi2Spich_width45.dec
new file mode 100644
index 0000000..a494b28
--- /dev/null
+++ b/BaBar_2014/BchtoZchKs_ZchtoPsi2Spich_width45.dec
@@ -0,0 +1,77 @@
+###################################################################
+# Bch  --> Zch  Ks            B- --> Generic  xx                  #
+#         |                                                       #
+#         |-- With a width of 45 MeV                              #
+#         |-->psi(2S) pi+ , psi(2S)  pi-                          #
+#             |                                                   #
+#             |--> e+e-, mu+mu-, Jpsi pi+ pi-                     #
+#                                 |                               #
+#                                 |--> e+e-, mu+mu-               #
+#               						  # 
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Arafat Gabareen Mokhtar (Colorado State University)     #
+#         mokhtar@slac.stanford.edu                               #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+# Particle <name>       <mass> <width>
+Particle dummy10_1      4.430  0.045
+Particle anti-dummy10_1 4.430  0.045
+#
+ChangeMassMin  dummy10_1 3.8
+ChangeMassMax  dummy10_1 4.8
+#
+ChangeMassMin  anti-dummy10_1 3.8
+ChangeMassMax  anti-dummy10_1 4.8
+#
+Alias MyB+        B+
+Alias MyB-        B-
+Alias MyZ+        dummy10_1
+Alias MyZ-        anti-dummy10_1
+Alias Mypsi2S     psi(2S)
+Alias Mypi0       pi0
+Alias MyJpsi      J/psi
+Alias MyKs        K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyZ+   MyKs         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyZ-   MyKs         PHSP;
+Enddecay
+#
+Decay MyZ+
+1.000 Mypsi2S  pi+        PHSP;
+Enddecay
+#
+Decay MyZ-
+1.000 Mypsi2S  pi-        PHSP;
+Enddecay
+#
+Decay MyKs
+1.000 pi+ pi-             PHSP;
+Enddecay
+#
+Decay Mypsi2S
+0.700 MyJpsi pi+ pi-      VVPIPI;
+0.150 e+   e-             PHOTOS VLL;
+0.150 mu+  mu-            VLL;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-             PHOTOS VLL;
+0.500 mu+  mu-            VLL;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_2Kpi.dec b/BaBar_2014/BpBm_2Kpi.dec
new file mode 100644
index 0000000..e7a86c7
--- /dev/null
+++ b/BaBar_2014/BpBm_2Kpi.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B+ -> K+ K- pi+ (non-resonant)   + c.c.         #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K+ K- pi+ (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K+ K- pi+         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- K+ pi-          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_3K.dec b/BaBar_2014/BpBm_3K.dec
new file mode 100644
index 0000000..dff5eb9
--- /dev/null
+++ b/BaBar_2014/BpBm_3K.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B+ -> K+ K+ K- (non-resonant)   + c.c.          #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B + -> K+ K+ K- (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K+ K+ K-            PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- K- K+             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_3pi.dec b/BaBar_2014/BpBm_3pi.dec
new file mode 100644
index 0000000..d8cb130
--- /dev/null
+++ b/BaBar_2014/BpBm_3pi.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B+ -> pi+ pi+ pi- (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B + -> pi+ pi+ pi- (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   pi+ pi+ pi-         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi- pi- pi+          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_3pi_CP.dec b/BaBar_2014/BpBm_3pi_CP.dec
new file mode 100644
index 0000000..13d41fa
--- /dev/null
+++ b/BaBar_2014/BpBm_3pi_CP.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> pi+ pi+ pi-    + c.c.                     #
+#       with interference between the rho         #       
+#       resonances                                #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> pi+ pi+ pi- with 
+# interference between the rho resonances using
+# the CB3PI-MPP model
+#
+Define alpha 1.365
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   pi+ pi+ pi-    CB3PI-MPP alpha;
+Enddecay
+#
+Decay MyB-
+1.000  pi- pi- pi+     CB3PI-MPP alpha;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_BrecoCocktail_Kpnunu.dec b/BaBar_2014/BpBm_BrecoCocktail_Kpnunu.dec
new file mode 100644
index 0000000..7a8d0a3
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_Kpnunu.dec
@@ -0,0 +1,136 @@
+###################################################
+#                                                 #
+# Decay: B+ -> tau nu   B- ->BReco Cocktail       #
+#                                                 #
+#                                                 #
+# Author: S. Robertson                            #
+# 27 April, 2001                                  #
+#                                                 #
+## The Breco cocktail for charged B mesons.       #
+## Mixed by Jan Stark (Cut and paste from existing# 
+## files, plus appropriate weighting).            #
+###################################################	
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+# force other B to always decay to K+ nu nu
+#
+Decay B+
+1.0000 K+ nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay B-
+1.0000 K- nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_BrecoCocktail_Kstarpnunu.dec b/BaBar_2014/BpBm_BrecoCocktail_Kstarpnunu.dec
new file mode 100644
index 0000000..7b256b5
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_Kstarpnunu.dec
@@ -0,0 +1,141 @@
+###################################################################
+# B+ --> K*+ nu nubar, B- --> D0(*) X                             #
+#        K*+ --> Anything                                         #
+#                                                                 #
+#                                                                 #
+# Author: T. Cuhadar-Donszelmann   April 14,2003                  #
+# Modified from  B+B-_BrecoCocktail_K+nunu.dec                    #
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#
+Decay MyB+
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+#
+Decay B+
+1.0000 K*+ nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay B-
+1.0000 K*- nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_BrecoCocktail_dstartaunu_e.dec b/BaBar_2014/BpBm_BrecoCocktail_dstartaunu_e.dec
new file mode 100644
index 0000000..69e80f1
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_dstartaunu_e.dec
@@ -0,0 +1,145 @@
+## Adjusted for B->d* tau nu search by michael mazur
+## The Breco cocktail for charged B mesons.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyTau+ tau+
+Alias MyTau- tau-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 B+ MyB-                VSS;
+0.500 B- MyB+                VSS;
+Enddecay
+#
+# force signal B to always decay to d* tau nu_tau
+#
+Decay B-
+1.0000 D*0	MyTau- anti-nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay B+
+1.0000 anti-D*0	MyTau+ nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay MyTau+
+1.00	e+	nu_e	anti-nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay MyTau-
+1.00	e-	anti-nu_e	nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+# Breco cocktail:
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_BrecoCocktail_dstartaunu_excl.dec b/BaBar_2014/BpBm_BrecoCocktail_dstartaunu_excl.dec
new file mode 100644
index 0000000..9cdda7d
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_dstartaunu_excl.dec
@@ -0,0 +1,252 @@
+## Adjusted for B->d* tau nu search by michael mazur
+## The Breco cocktail for charged B mesons.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyTau+ tau+
+Alias MyTau- tau-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias SigD*0 D*0
+Alias Siganti-D*0 anti-D*0
+Alias SigD0 D0
+Alias Siganti-D0 anti-D0
+Alias SigK_1- K_1-
+Alias SigK_1+ K_1+
+Alias SigK*0 K*0
+Alias Siganti-K*0 anti-K*0
+Alias Sigomega omega
+Alias SigK*+ K*+
+Alias SigK*- K*-
+Alias SigK*+S K*+
+Alias SigK*-S K*-
+#
+Decay Upsilon(4S)
+0.500 B+ MyB-                VSS;
+0.500 B- MyB+                VSS;
+Enddecay
+#
+# force signal B to always decay to d* tau nu_tau
+#
+Decay B-
+1.0000 SigD*0	MyTau- anti-nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay B+
+1.0000 Siganti-D*0	MyTau+ nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay MyTau+
+0.50	e+	nu_e	anti-nu_tau	PHOTOS	TAULNUNU;
+0.50	mu+	nu_mu	anti-nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay MyTau-
+0.50	e-	anti-nu_e	nu_tau	PHOTOS	TAULNUNU;
+0.50	mu-	anti-nu_mu	nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay SigD*0
+0.6190    SigD0  pi0                        VSS;
+0.3810    SigD0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay Siganti-D*0
+0.6190    Siganti-D0  pi0                       VSS;
+0.3810    Siganti-D0  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay SigD0
+0.0383   K-  pi+                         PHSP;
+0.1390   K-  pi+  pi0                    D_DALITZ;
+0.0060   K-  pi+  rho0                   PHSP;
+0.0114   Siganti-K*0 rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0360   Mya_1+ K-                       SVS;
+0.0175   Siganti-K*0 pi+  pi-            PHSP;
+0.0067   SigK_1- pi+                     SVS;
+0.0174   K-  pi+  pi+   pi-              PHSP;
+0.0185   Myanti-K0   pi+  pi-            D_DALITZ;
+0.0064   Sigomega Myanti-K0              SVS;
+0.0342   SigK*- rho+                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0029   Myanti-K0   pi+  pi-   pi0      PHSP;
+Enddecay
+#
+Decay Siganti-D0
+0.0383   K+  pi-                         PHSP;
+0.1390   K+  pi-  pi0                    D_DALITZ;
+0.0060   K+  pi-  rho0                   PHSP;
+0.0146   SigK*0 rho0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0730   Mya_1- K+                       SVS;
+0.0225   SigK*0 pi+  pi-                 PHSP;
+0.0107   SigK_1+ pi-                     SVS;
+0.0174   K+  pi-  pi+   pi-              PHSP;
+0.0540   MyK0  pi+  pi-                  D_DALITZ;
+0.0210   Sigomega MyK0                   SVS;
+0.0610   SigK*+ rho-                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0085   MyK0  pi+  pi-   pi0            PHSP;
+Enddecay
+#
+Decay SigK*0
+0.6657      K+  pi-                      VSS;
+0.1140      MyK0  pi0                    VSS;
+Enddecay
+#
+Decay Siganti-K*0
+0.6657      K-  pi+                      VSS;
+0.1140      Myanti-K0   pi0              VSS;
+Enddecay
+#
+Decay SigK*+
+0.2284      MyK0  pi+                    VSS;
+0.3330      K+  pi0                      VSS;
+Enddecay
+#
+Decay SigK*-
+0.2284      Myanti-K0   pi-              VSS;
+0.3330      K-  pi0                      VSS;
+Enddecay
+#
+Decay SigK*+S
+1.0         MyK0  pi+                    VSS;
+Enddecay
+#
+Decay SigK*-S
+1.0         Myanti-K0  pi-               VSS;
+Enddecay
+#
+Decay SigK_1+
+0.0961   rho+  MyK0                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0832   SigK*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0122   SigK*+S   pi0                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0024   Myomega  K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K+    pi+ pi-                   PHSP;
+0.0427   MyK0    pi+ pi0                 PHSP;
+Enddecay
+#
+Decay SigK_1-
+0.0961   rho-  Myanti-K0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0832   Siganti-K*0   pi-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0122   SigK*-S   pi0                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0024   Myomega  K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K-    pi+ pi-                   PHSP;
+0.0427   Myanti-K0    pi- pi0            PHSP;
+Enddecay
+#
+Decay Sigomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+# Breco cocktail:
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_BrecoCocktail_dstartaunu_mu.dec b/BaBar_2014/BpBm_BrecoCocktail_dstartaunu_mu.dec
new file mode 100644
index 0000000..cf566b0
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_dstartaunu_mu.dec
@@ -0,0 +1,145 @@
+## Adjusted for B->d* tau nu search by michael mazur
+## The Breco cocktail for charged B mesons.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyTau+ tau+
+Alias MyTau- tau-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 B+ MyB-                VSS;
+0.500 B- MyB+                VSS;
+Enddecay
+#
+# force signal B to always decay to d* tau nu_tau
+#
+Decay B-
+1.0000 D*0	MyTau- anti-nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay B+
+1.0000 anti-D*0	MyTau+ nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay MyTau+
+1.00	mu+	nu_mu	anti-nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay MyTau-
+1.00	mu-	anti-nu_mu	nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+# Breco cocktail:
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_BrecoCocktail_dtaunu_e.dec b/BaBar_2014/BpBm_BrecoCocktail_dtaunu_e.dec
new file mode 100644
index 0000000..ccd837a
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_dtaunu_e.dec
@@ -0,0 +1,145 @@
+## Adjusted for B->d tau nu search by michael mazur
+## The Breco cocktail for charged B mesons.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyTau+ tau+
+Alias MyTau- tau-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 B+ MyB-                VSS;
+0.500 B- MyB+                VSS;
+Enddecay
+#
+# force signal B to always decay to d tau nu_tau
+#
+Decay B-
+1.0000 D0	MyTau- anti-nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay B+
+1.0000 anti-D0	MyTau+ nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay MyTau+
+1.00    e+      nu_e    anti-nu_tau     PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay MyTau-
+1.00	e-	anti-nu_e	nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+#
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_BrecoCocktail_dtaunu_excl.dec b/BaBar_2014/BpBm_BrecoCocktail_dtaunu_excl.dec
new file mode 100644
index 0000000..ce1ba4b
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_dtaunu_excl.dec
@@ -0,0 +1,240 @@
+## Adjusted for B->d tau nu search by michael mazur
+## The Breco cocktail for charged B mesons.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyTau+ tau+
+Alias MyTau- tau-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias SigD0 D0
+Alias Siganti-D0 anti-D0
+Alias SigK_1- K_1-
+Alias SigK_1+ K_1+
+Alias SigK*0 K*0
+Alias Siganti-K*0 anti-K*0
+Alias Sigomega omega
+Alias SigK*+ K*+
+Alias SigK*- K*-
+Alias SigK*+S K*+
+Alias SigK*-S K*-
+#
+Decay Upsilon(4S)
+0.500 B+ MyB-                VSS;
+0.500 B- MyB+                VSS;
+Enddecay
+#
+# force signal B to always decay to d* tau nu_tau
+#
+Decay B-
+1.0000 SigD0	MyTau- anti-nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay B+
+1.0000 Siganti-D0	MyTau+ nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay MyTau+
+0.50	e+	nu_e	anti-nu_tau	PHOTOS	TAULNUNU;
+0.50	mu+	nu_mu	anti-nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay MyTau-
+0.50	e-	anti-nu_e	nu_tau	PHOTOS	TAULNUNU;
+0.50	mu-	anti-nu_mu	nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+Decay SigD0
+0.0383   K-  pi+                         PHSP;
+0.1390   K-  pi+  pi0                    D_DALITZ;
+0.0060   K-  pi+  rho0                   PHSP;
+0.0114   Siganti-K*0 rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0360   Mya_1+ K-                       SVS;
+0.0175   Siganti-K*0 pi+  pi-            PHSP;
+0.0067   SigK_1- pi+                     SVS;
+0.0174   K-  pi+  pi+   pi-              PHSP;
+0.0185   Myanti-K0   pi+  pi-            D_DALITZ;
+0.0064   Sigomega Myanti-K0              SVS;
+0.0342   SigK*- rho+                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0029   Myanti-K0   pi+  pi-   pi0      PHSP;
+Enddecay
+#
+Decay Siganti-D0
+0.0383   K+  pi-                         PHSP;
+0.1390   K+  pi-  pi0                    D_DALITZ;
+0.0060   K+  pi-  rho0                   PHSP;
+0.0146   SigK*0 rho0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0730   Mya_1- K+                       SVS;
+0.0225   SigK*0 pi+  pi-                 PHSP;
+0.0107   SigK_1+ pi-                     SVS;
+0.0174   K+  pi-  pi+   pi-              PHSP;
+0.0540   MyK0  pi+  pi-                  D_DALITZ;
+0.0210   Sigomega MyK0                   SVS;
+0.0610   SigK*+ rho-                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0085   MyK0  pi+  pi-   pi0            PHSP;
+Enddecay
+#
+Decay SigK*0
+0.6657      K+  pi-                      VSS;
+0.1140      MyK0  pi0                    VSS;
+Enddecay
+#
+Decay Siganti-K*0
+0.6657      K-  pi+                      VSS;
+0.1140      Myanti-K0   pi0              VSS;
+Enddecay
+#
+Decay SigK*+
+0.2284      MyK0  pi+                    VSS;
+0.3330      K+  pi0                      VSS;
+Enddecay
+#
+Decay SigK*-
+0.2284      Myanti-K0   pi-              VSS;
+0.3330      K-  pi0                      VSS;
+Enddecay
+#
+Decay SigK*+S
+1.0         MyK0  pi+                    VSS;
+Enddecay
+#
+Decay SigK*-S
+1.0         Myanti-K0  pi-               VSS;
+Enddecay
+#
+Decay SigK_1+
+0.0961   rho+  MyK0                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0832   SigK*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0122   SigK*+S   pi0                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0024   Myomega  K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K+    pi+ pi-                   PHSP;
+0.0427   MyK0    pi+ pi0                 PHSP;
+Enddecay
+#
+Decay SigK_1-
+0.0961   rho-  Myanti-K0                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0832   Siganti-K*0   pi-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0122   SigK*-S   pi0                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0024   Myomega  K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K-    pi+ pi-                   PHSP;
+0.0427   Myanti-K0    pi- pi0            PHSP;
+Enddecay
+#
+Decay Sigomega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+# Breco cocktail:
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_BrecoCocktail_dtaunu_mu.dec b/BaBar_2014/BpBm_BrecoCocktail_dtaunu_mu.dec
new file mode 100644
index 0000000..cfb632d
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_dtaunu_mu.dec
@@ -0,0 +1,145 @@
+## Adjusted for B->d tau nu search by michael mazur
+## The Breco cocktail for charged B mesons.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyTau+ tau+
+Alias MyTau- tau-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 B+ MyB-                VSS;
+0.500 B- MyB+                VSS;
+Enddecay
+#
+# force signal B to always decay to d tau nu_tau
+#
+Decay B-
+1.0000 D0	MyTau- anti-nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay B+
+1.0000 anti-D0	MyTau+ nu_tau	PHOTOS ISGW2;
+Enddecay
+#
+Decay MyTau+
+1.00    mu+      nu_mu    anti-nu_tau     PHOTOS  TAULNUNU;
+Enddecay
+#
+Decay MyTau-
+1.00	mu-	anti-nu_mu	nu_tau	PHOTOS	TAULNUNU;
+Enddecay
+#
+#
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_BrecoCocktail_enu.dec b/BaBar_2014/BpBm_BrecoCocktail_enu.dec
new file mode 100644
index 0000000..d4b975e
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_enu.dec
@@ -0,0 +1,136 @@
+###################################################
+#                                                 #
+# Decay: B+ -> e nu    B- ->BReco Cocktail        #
+#                                                 #
+#                                                 #
+# Author: S.Robertson                             #
+# 14 April 2003                                   #
+#                                                 #
+## The Breco cocktail for charged B mesons.       #
+## Mixed by Jan Stark (Cut and paste from existing# 
+## files, plus appropriate weighting).            #
+###################################################	
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+# force other B to always decay to e nu_e
+#
+Decay B-
+1.0000 e- anti-nu_e  PHOTOS SLN;
+Enddecay
+#
+Decay B+
+1.0000 e+ nu_e      PHOTOS  SLN;
+Enddecay
+# 
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_BrecoCocktail_munu.dec b/BaBar_2014/BpBm_BrecoCocktail_munu.dec
new file mode 100644
index 0000000..744094a
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_munu.dec
@@ -0,0 +1,136 @@
+###################################################
+#                                                 #
+# Decay: B+ -> mu nu   B- ->BReco Cocktail        #
+#                                                 #
+#                                                 #
+# Author: T. Hrynova                              #
+# 6 Feb 2003                                      #
+#                                                 #
+## The Breco cocktail for charged B mesons.       #
+## Mixed by Jan Stark (Cut and paste from existing# 
+## files, plus appropriate weighting).            #
+###################################################	
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+# force other B to always decay to mu nu_mu
+#
+Decay B-
+1.0000 mu- anti-nu_mu  PHOTOS SLN;
+Enddecay
+#
+Decay B+
+1.0000 mu+ nu_mu      PHOTOS  SLN;
+Enddecay
+# 
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_BrecoCocktail_pipnunu.dec b/BaBar_2014/BpBm_BrecoCocktail_pipnunu.dec
new file mode 100644
index 0000000..0590dab
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_pipnunu.dec
@@ -0,0 +1,136 @@
+###################################################
+#                                                 #
+# Decay: B+ -> pi+ nu nu   B- ->BReco Cocktail    #
+#                                                 #
+#                                                 #
+# Author: S. Robertson                            #
+# 27 April, 2001                                  #
+#                                                 #
+## The Breco cocktail for charged B mesons.       #
+## Mixed by Jan Stark (Cut and paste from existing# 
+## files, plus appropriate weighting).            #
+###################################################	
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+# force other B to always decay to pi+ nu nu
+#
+Decay B+
+1.0000 pi+ nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay B-
+1.0000 pi- nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_BrecoCocktail_taunu.dec b/BaBar_2014/BpBm_BrecoCocktail_taunu.dec
new file mode 100644
index 0000000..164aecd
--- /dev/null
+++ b/BaBar_2014/BpBm_BrecoCocktail_taunu.dec
@@ -0,0 +1,129 @@
+## Adjusted for B->taunu search by Tetiana Hryn'ova
+## The Breco cocktail for charged B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+# force myB to always decay to tau nu_tau
+#
+Decay B-
+1.0000 tau- anti-nu_tau  SLN;
+Enddecay
+#
+Decay B+
+1.0000 tau+ nu_tau       SLN;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Breco_ColSup_Dstar0rho_cocktail.dec b/BaBar_2014/BpBm_Breco_ColSup_Dstar0rho_cocktail.dec
new file mode 100644
index 0000000..e22895c
--- /dev/null
+++ b/BaBar_2014/BpBm_Breco_ColSup_Dstar0rho_cocktail.dec
@@ -0,0 +1,130 @@
+## The evil Breco cocktail for charged B mesons decaying 
+## to D(*)0 rho+ only modes
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+## ReMixed by Vincent Tisserand 
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyOtheromega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+# beware that the Amplitude was wrong in the previous version
+# V.Tisserand 12/11/2002
+1.0000   Myanti-D*0  rho+     SVV_HELAMP 0.228 0.95 0.932 0 0.283 1.13; 
+Enddecay
+#
+Decay MyB-
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+1.0000   MyD*0  rho-          SVV_HELAMP  0.283 1.13 0.932 0 0.228 0.95; 
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+#
+#
+Decay MyOtheromega
+1.0000  pi-  pi+  pi0                   OMEGA_DALITZ;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Breco_ColSup_cocktail.dec b/BaBar_2014/BpBm_Breco_ColSup_cocktail.dec
new file mode 100644
index 0000000..5e251d2
--- /dev/null
+++ b/BaBar_2014/BpBm_Breco_ColSup_cocktail.dec
@@ -0,0 +1,141 @@
+## The evil Breco cocktail for charged B mesons decaying 
+## to D(*)0 rho+/a1+ only modes
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+## ReMixed by Vincent Tisserand (Cut and paste from existing files, plus
+## appropriate reweighting for D(*)O a1- + add the a1- to rho- pi0 decays).
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyOtheromega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.253   rho+  Myanti-D0      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+# beware that the Amplitude was wrong in the previous version
+# V.Tisserand 12/11/2002
+0.293   Myanti-D*0  rho+     SVV_HELAMP 0.228 0.95 0.932 0 0.283 1.13; 
+0.095   a_1+ Myanti-D0     SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.359   Myanti-D*0 a_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay MyB-
+0.253   rho-  MyD0           SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.293   MyD*0  rho-          SVV_HELAMP  0.283 1.13 0.932 0 0.228 0.95; 
+0.095   a_1- MyD0          SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.359   MyD*0 a_1-         SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+#
+#
+Decay MyOtheromega
+1.0000  pi-  pi+  pi0                   OMEGA_DALITZ;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Breco_ColSup_rho_cocktail.dec b/BaBar_2014/BpBm_Breco_ColSup_rho_cocktail.dec
new file mode 100644
index 0000000..4c08ed1
--- /dev/null
+++ b/BaBar_2014/BpBm_Breco_ColSup_rho_cocktail.dec
@@ -0,0 +1,132 @@
+## The evil Breco cocktail for charged B mesons decaying 
+## to D(*)0 rho+ only modes
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+## ReMixed by Vincent Tisserand 
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyOtheromega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.53633   rho+  Myanti-D0      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+# beware that the Amplitude was wrong in the previous version
+# V.Tisserand 12/11/2002
+0.46367   Myanti-D*0  rho+     SVV_HELAMP 0.228 0.95 0.932 0 0.283 1.13; 
+Enddecay
+#
+Decay MyB-
+0.53633   rho-  MyD0           SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.46367   MyD*0  rho-          SVV_HELAMP  0.283 1.13 0.932 0 0.228 0.95; 
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+#
+#
+Decay MyOtheromega
+1.0000  pi-  pi+  pi0                   OMEGA_DALITZ;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Breco_DpipDstarpi_cocktail.dec b/BaBar_2014/BpBm_Breco_DpipDstarpi_cocktail.dec
new file mode 100644
index 0000000..038f685
--- /dev/null
+++ b/BaBar_2014/BpBm_Breco_DpipDstarpi_cocktail.dec
@@ -0,0 +1,118 @@
+## The Breco cocktail for charged B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.535     Myanti-D0   pi+    PHSP;
+0.465     Myanti-D*0  pi+    SVS;
+Enddecay
+#
+Decay MyB-
+0.535     MyD0   pi-         PHSP;
+0.465     MyD*0  pi-         SVS;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Breco_Drhoa1_cocktail.dec b/BaBar_2014/BpBm_Breco_Drhoa1_cocktail.dec
new file mode 100644
index 0000000..7336d34
--- /dev/null
+++ b/BaBar_2014/BpBm_Breco_Drhoa1_cocktail.dec
@@ -0,0 +1,154 @@
+## The evil Breco cocktail for charged B mesons decaying 
+## to D(*)0 rho+/a1+/(some 4pi)+.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyOtheromega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias Myrho(2S)+ rho(2S)+
+Alias Myrho(2S)- rho(2S)-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.215   rho+  Myanti-D0      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   Myanti-D*0  rho+     SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1+ Myanti-D0     SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   Myanti-D*0 Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)+ Myanti-D0 SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   Myanti-D*0 Myrho(2S)+ SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   Myanti-D*0 pi- pi+ pi+ pi0  PHSP;
+Enddecay
+#
+Decay MyB-
+0.215   rho-  MyD0           SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   MyD*0  rho-          SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1- MyD0          SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   MyD*0 Mya_1-         SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)- MyD0      SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   MyD*0 Myrho(2S)-     SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   MyD*0 pi+ pi- pi- pi0 PHSP;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+#
+Decay Myrho(2S)+
+1.0000  MyOtheromega pi+                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho(2S)-
+1.0000  MyOtheromega pi-                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyOtheromega
+1.0000  pi-  pi+  pi0                   OMEGA_DALITZ;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Brecorhoa1Cocktail_Knunu.dec b/BaBar_2014/BpBm_Brecorhoa1Cocktail_Knunu.dec
new file mode 100644
index 0000000..843a784
--- /dev/null
+++ b/BaBar_2014/BpBm_Brecorhoa1Cocktail_Knunu.dec
@@ -0,0 +1,164 @@
+## The evil Breco cocktail for charged B mesons decaying 
+## to D(*)0 rho+/a1+/(some 4pi)+ with other B decaying into K nu nu.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting). Adjusted for K nunu search by Tetiana Hryn'ova.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyOtheromega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias Myrho(2S)+ rho(2S)+
+Alias Myrho(2S)- rho(2S)-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.215   rho+  Myanti-D0      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   Myanti-D*0  rho+     SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1+ Myanti-D0     SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   Myanti-D*0 Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)+ Myanti-D0 SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   Myanti-D*0 Myrho(2S)+ SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   Myanti-D*0 pi- pi+ pi+ pi0  PHSP;
+Enddecay
+#
+Decay MyB-
+0.215   rho-  MyD0           SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   MyD*0  rho-          SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1- MyD0          SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   MyD*0 Mya_1-         SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)- MyD0      SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   MyD*0 Myrho(2S)-     SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   MyD*0 pi+ pi- pi- pi0 PHSP;
+Enddecay
+#
+# force other B to always decay to K+ nu nu
+#
+Decay B+
+1.0000 K+ nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay B-
+1.0000 K- nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+#
+Decay Myrho(2S)+
+1.0000  MyOtheromega pi+                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho(2S)-
+1.0000  MyOtheromega pi-                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyOtheromega
+1.0000  pi-  pi+  pi0                   OMEGA_DALITZ;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Brecorhoa1Cocktail_Kstarpnunu.dec b/BaBar_2014/BpBm_Brecorhoa1Cocktail_Kstarpnunu.dec
new file mode 100644
index 0000000..daade95
--- /dev/null
+++ b/BaBar_2014/BpBm_Brecorhoa1Cocktail_Kstarpnunu.dec
@@ -0,0 +1,171 @@
+###################################################################
+# B+ --> K*+ nu nubar, B- --> D0(*) rho/a1                        #
+#        K*+ --> Anything                                         #
+#                                                                 #
+#                                                                 #
+# Author: T. Cuhadar-Donszelmann   April 14,2003                  #
+# Modified from  B+B-_Brecorhoa1Cocktail_Knunu.dec                #
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyOtheromega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias Myrho(2S)+ rho(2S)+
+Alias Myrho(2S)- rho(2S)-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.215   rho+  Myanti-D0      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   Myanti-D*0  rho+     SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1+ Myanti-D0     SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   Myanti-D*0 Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)+ Myanti-D0 SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   Myanti-D*0 Myrho(2S)+ SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   Myanti-D*0 pi- pi+ pi+ pi0  PHSP;
+Enddecay
+#
+Decay MyB-
+0.215   rho-  MyD0           SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   MyD*0  rho-          SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1- MyD0          SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   MyD*0 Mya_1-         SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)- MyD0      SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   MyD*0 Myrho(2S)-     SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   MyD*0 pi+ pi- pi- pi0 PHSP;
+Enddecay
+#
+#
+Decay B+
+1.0000 K*+ nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+Decay B-
+1.0000 K*- nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+#
+Decay Myrho(2S)+
+1.0000  MyOtheromega pi+                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho(2S)-
+1.0000  MyOtheromega pi-                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyOtheromega
+1.0000  pi-  pi+  pi0                   OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Brecorhoa1Cocktail_enu.dec b/BaBar_2014/BpBm_Brecorhoa1Cocktail_enu.dec
new file mode 100644
index 0000000..d3571e2
--- /dev/null
+++ b/BaBar_2014/BpBm_Brecorhoa1Cocktail_enu.dec
@@ -0,0 +1,173 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> e nu    B- ->BRecoRhoA1 Cocktail       #
+#                                                     #
+#                                                     #
+# Author: S. Robertson                                #
+# 14 April 2003                                       #
+#                                                     #
+# The Breco cocktail for charged B mesons decaying to #
+## to D(*)0 rho+/a1+/(some 4pi)+.       	      #
+## Mixed by Jan Stark (Cut and paste from existing    # 
+## files, plus appropriate weighting).                #
+#######################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyOtheromega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias Myrho(2S)+ rho(2S)+
+Alias Myrho(2S)- rho(2S)-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.215   rho+  Myanti-D0      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   Myanti-D*0  rho+     SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1+ Myanti-D0     SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   Myanti-D*0 Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)+ Myanti-D0 SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   Myanti-D*0 Myrho(2S)+ SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   Myanti-D*0 pi- pi+ pi+ pi0  PHSP;
+Enddecay
+#
+Decay MyB-
+0.215   rho-  MyD0           SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   MyD*0  rho-          SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1- MyD0          SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   MyD*0 Mya_1-         SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)- MyD0      SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   MyD*0 Myrho(2S)-     SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   MyD*0 pi+ pi- pi- pi0 PHSP;
+Enddecay
+#
+# force other B to always decay to e nu_e
+#
+Decay B-
+1.0000 e- anti-nu_e  PHOTOS SLN;
+Enddecay
+#
+Decay B+
+1.0000 e+ nu_e      PHOTOS  SLN;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+#
+Decay Myrho(2S)+
+1.0000  MyOtheromega pi+                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho(2S)-
+1.0000  MyOtheromega pi-                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyOtheromega
+1.0000  pi-  pi+  pi0                   OMEGA_DALITZ;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Brecorhoa1Cocktail_munu.dec b/BaBar_2014/BpBm_Brecorhoa1Cocktail_munu.dec
new file mode 100644
index 0000000..757fdbe
--- /dev/null
+++ b/BaBar_2014/BpBm_Brecorhoa1Cocktail_munu.dec
@@ -0,0 +1,173 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> mu nu   B- ->BRecoRhoA1 Cocktail       #
+#                                                     #
+#                                                     #
+# Author: T. Hrynova                                  #
+# 6 Feb 2003                                          #
+#                                                     #
+# The Breco cocktail for charged B mesons decaying to #
+## to D(*)0 rho+/a1+/(some 4pi)+.       	      #
+## Mixed by Jan Stark (Cut and paste from existing    # 
+## files, plus appropriate weighting).                #
+#######################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyOtheromega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias Myrho(2S)+ rho(2S)+
+Alias Myrho(2S)- rho(2S)-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.215   rho+  Myanti-D0      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   Myanti-D*0  rho+     SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1+ Myanti-D0     SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   Myanti-D*0 Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)+ Myanti-D0 SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   Myanti-D*0 Myrho(2S)+ SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   Myanti-D*0 pi- pi+ pi+ pi0  PHSP;
+Enddecay
+#
+Decay MyB-
+0.215   rho-  MyD0           SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   MyD*0  rho-          SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1- MyD0          SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   MyD*0 Mya_1-         SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)- MyD0      SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   MyD*0 Myrho(2S)-     SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   MyD*0 pi+ pi- pi- pi0 PHSP;
+Enddecay
+#
+# force other B to always decay to mu nu_mu
+#
+Decay B-
+1.0000 mu- anti-nu_mu  PHOTOS SLN;
+Enddecay
+#
+Decay B+
+1.0000 mu+ nu_mu      PHOTOS  SLN;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+#
+Decay Myrho(2S)+
+1.0000  MyOtheromega pi+                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho(2S)-
+1.0000  MyOtheromega pi-                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyOtheromega
+1.0000  pi-  pi+  pi0                   OMEGA_DALITZ;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Brecorhoa1Cocktail_pipnunu.dec b/BaBar_2014/BpBm_Brecorhoa1Cocktail_pipnunu.dec
new file mode 100644
index 0000000..5f670e5
--- /dev/null
+++ b/BaBar_2014/BpBm_Brecorhoa1Cocktail_pipnunu.dec
@@ -0,0 +1,164 @@
+## The evil Breco cocktail for charged B mesons decaying 
+## to D(*)0 rho+/a1+/(some 4pi)+ with other B decaying into pi+ nu nu.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting). Adjusted for pi+ nunu search by Steve Robertson.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyOtheromega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias Myrho(2S)+ rho(2S)+
+Alias Myrho(2S)- rho(2S)-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.215   rho+  Myanti-D0      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   Myanti-D*0  rho+     SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1+ Myanti-D0     SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   Myanti-D*0 Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)+ Myanti-D0 SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   Myanti-D*0 Myrho(2S)+ SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   Myanti-D*0 pi- pi+ pi+ pi0  PHSP;
+Enddecay
+#
+Decay MyB-
+0.215   rho-  MyD0           SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   MyD*0  rho-          SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1- MyD0          SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   MyD*0 Mya_1-         SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)- MyD0      SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   MyD*0 Myrho(2S)-     SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   MyD*0 pi+ pi- pi- pi0 PHSP;
+Enddecay
+#
+# force other B to always decay to pi+ nu nu
+#
+Decay B+
+1.0000 pi+ nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay B-
+1.0000 pi- nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+#
+Decay Myrho(2S)+
+1.0000  MyOtheromega pi+                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho(2S)-
+1.0000  MyOtheromega pi-                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyOtheromega
+1.0000  pi-  pi+  pi0                   OMEGA_DALITZ;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Brecorhoa1Cocktail_taunu.dec b/BaBar_2014/BpBm_Brecorhoa1Cocktail_taunu.dec
new file mode 100644
index 0000000..d6230ac
--- /dev/null
+++ b/BaBar_2014/BpBm_Brecorhoa1Cocktail_taunu.dec
@@ -0,0 +1,165 @@
+## The evil Breco cocktail for charged B mesons decaying 
+## to D(*)0 rho+/a1+/(some 4pi)+.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyOtheromega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+Alias Myrho(2S)+ rho(2S)+
+Alias Myrho(2S)- rho(2S)-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.215   rho+  Myanti-D0      SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   Myanti-D*0  rho+     SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1+ Myanti-D0     SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   Myanti-D*0 Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)+ Myanti-D0 SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   Myanti-D*0 Myrho(2S)+ SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   Myanti-D*0 pi- pi+ pi+ pi0  PHSP;
+Enddecay
+#
+Decay MyB-
+0.215   rho-  MyD0           SVS;
+# D* rho HELAMP parameters taken from ICHEP 98-852.
+0.249   MyD*0  rho-          SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0; 
+0.039   Mya_1- MyD0          SVS; 
+# SVV_HELAMP from factorization, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/168.html:
+0.150   MyD*0 Mya_1-         SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+0.058   Myrho(2S)- MyD0      SVS;
+# HELAMP parameters taken from ICHEP 00-78.
+0.064   MyD*0 Myrho(2S)-     SVV_HELAMP 0.430 0.0 0.794 0.0 0.430 0.0;
+0.225   MyD*0 pi+ pi- pi- pi0 PHSP;
+Enddecay
+#
+#
+# force myB to always decay to tau nu_tau
+#
+Decay B-
+1.0000 tau- anti-nu_tau  SLN;
+Enddecay
+#
+Decay B+
+1.0000 tau+ nu_tau       SLN;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+#
+#
+Decay Myrho(2S)+
+1.0000  MyOtheromega pi+                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho(2S)-
+1.0000  MyOtheromega pi-                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyOtheromega
+1.0000  pi-  pi+  pi0                   OMEGA_DALITZ;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Chi0cK.dec b/BaBar_2014/BpBm_Chi0cK.dec
new file mode 100644
index 0000000..79cafd0
--- /dev/null
+++ b/BaBar_2014/BpBm_Chi0cK.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay: B- -> chic(0)      K-,       B+ -> X              #
+#                |-> Jpsi gamma                            #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: D. Bernard                                       #
+# Created:                   19/11/03                      #
+#
+############################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mychi_c0 chi_c0
+Alias MyJpsi J/psi
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Mychi_c0 K+               PHSP;   
+Enddecay 
+#
+Decay MyB-
+1.0000  Mychi_c0 K-               PHSP;   
+Enddecay 
+
+Decay Mychi_c0
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Chi0cK_All.dec b/BaBar_2014/BpBm_Chi0cK_All.dec
new file mode 100644
index 0000000..fe48113
--- /dev/null
+++ b/BaBar_2014/BpBm_Chi0cK_All.dec
@@ -0,0 +1,34 @@
+############################################################
+#                                                          #
+# Decay: B- -> chic(0)      K-,       B+ -> X              #
+#                |-> X                                     #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: R. Faccini                                       #
+# Created:                   14/Aug/01                     #
+# Mail: rfaccini@SLAC.STANFORD.EDU
+############################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  chi_c0 K+               PHSP;   
+Enddecay 
+#
+Decay MyB-
+1.0000  chi_c0 K-               PHSP;   
+Enddecay 
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Chi0cKstar_K.dec b/BaBar_2014/BpBm_Chi0cKstar_K.dec
new file mode 100644
index 0000000..bd37f5c
--- /dev/null
+++ b/BaBar_2014/BpBm_Chi0cKstar_K.dec
@@ -0,0 +1,55 @@
+############################################################
+#                                                          #
+# Decay: B- -> chic(0)      K*-,       B+ -> X             #
+#                |-> Jpsi gamma   K pi0                    #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: D. Bernard                                       #
+# Created:                   19/11/03                      #
+#
+############################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mychi_c0 chi_c0
+Alias MyJpsi J/psi
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Mychi_c0 MyKstar+               PHSP;   
+Enddecay 
+#
+Decay MyB-
+1.0000  Mychi_c0 MyKstar-               PHSP;   
+Enddecay 
+
+Decay Mychi_c0
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyKstar-
+1.000 K-   pi0              VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0              VSS;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Chi0cKstar_KS.dec b/BaBar_2014/BpBm_Chi0cKstar_KS.dec
new file mode 100644
index 0000000..61f35cc
--- /dev/null
+++ b/BaBar_2014/BpBm_Chi0cKstar_KS.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay: B- -> chic(0)      K*-,       B+ -> X             #
+#                |-> Jpsi gamma   KS(pi+pi-) pi            #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: D. Bernard                                       #
+# Created:                   19/11/03                      #
+#
+############################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mychi_c0 chi_c0
+Alias MyJpsi J/psi
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyK_S0 K_S0 
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Mychi_c0 MyKstar+               PHSP;   
+Enddecay 
+#
+Decay MyB-
+1.0000  Mychi_c0 MyKstar-               PHSP;   
+Enddecay 
+
+Decay Mychi_c0
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyKstar-
+1.000 MyK_S0   pi-           VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000 MyK_S0   pi+            VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Chi0pi.dec b/BaBar_2014/BpBm_Chi0pi.dec
new file mode 100644
index 0000000..fa9d634
--- /dev/null
+++ b/BaBar_2014/BpBm_Chi0pi.dec
@@ -0,0 +1,39 @@
+############################################################
+# Decay: B- -> chic(0)      pi-,      B+ -> X              #
+#                |-> pi+ pi-                               #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: Akram Khan                                       #
+# Created:                   26/July/02                    #
+# Mail: akram@SLAC.STANFORD.EDU                            #
+# Corrected chi_c0 -> MyChi0 use by John Back              #
+#       (28 Jan 2004, jback@slac.stanford.edu)             #
+############################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyChi0 chi_c0
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyChi0 pi+          PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000  MyChi0 pi-          PHSP;
+Enddecay 
+#
+Decay MyChi0
+1.0000  pi+ pi-             PHSP;   
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Chi1cK.dec b/BaBar_2014/BpBm_Chi1cK.dec
new file mode 100644
index 0000000..55bcfef
--- /dev/null
+++ b/BaBar_2014/BpBm_Chi1cK.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay:      B- -> chi1c      K-,        B+ -> X          #
+#                     |                                    #
+#                     |                                    #
+#                     |                                    #
+#                J/psi gam                                 #
+#                   |-> e+e-                               #
+#                   |-> mu+mu-                             #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: R. Faccini         RFACCINI@SLAC.STANFORD.EDU    #
+# Created:                   11 Mar 00                     #
+############################################################
+#
+#
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi J/psi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Mychi_c1  K+               SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  Mychi_c1  K-               SVS;
+Enddecay 
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Chi1cK_All.dec b/BaBar_2014/BpBm_Chi1cK_All.dec
new file mode 100644
index 0000000..83e7a40
--- /dev/null
+++ b/BaBar_2014/BpBm_Chi1cK_All.dec
@@ -0,0 +1,34 @@
+############################################################
+#                                                          #
+# Decay: B- -> Chic(1)      K-,       B+ -> X              #
+#                |-> X                                     #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: R.Faccini                                        #
+# Created:                   14/Aug/01                     #
+# Mail: RFACCINI@SLAC.STANFORD.EDU
+############################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  chi_c1 K+               SVS;   
+Enddecay 
+#
+Decay MyB-
+1.0000  chi_c1 K-               SVS;   
+Enddecay 
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Chi1cK_E1.dec b/BaBar_2014/BpBm_Chi1cK_E1.dec
new file mode 100644
index 0000000..beb05ce
--- /dev/null
+++ b/BaBar_2014/BpBm_Chi1cK_E1.dec
@@ -0,0 +1,69 @@
+############################################################
+#                                                          #
+# Decay:      B- -> chi1c      K-,        B+ -> X          #
+#                     |                                    #
+#                     |                                    #
+#                     |                                    #
+#                J/psi gam                                 #
+#                   |-> e+e-                               #
+#                   |-> mu+mu-                             #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: R. Faccini         RFACCINI@SLAC.STANFORD.EDU    #
+# Created:                   11 Mar 00                     #
+############################################################
+#
+####################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711   
+Define B0p 0.70711   
+Define Bmm 0.70711   
+Define B0m 0.70711
+# 
+# phases
+#
+Define phBpp 0.0   
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+# 
+####################################################################
+#
+Alias Mychi_c1 chi_c1
+Alias MyJ/psi J/psi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Mychi_c1  K+               SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  Mychi_c1  K-               SVS;
+Enddecay 
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma                   HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Chi1cKstar_KS_sp3.dec b/BaBar_2014/BpBm_Chi1cKstar_KS_sp3.dec
new file mode 100644
index 0000000..00b92c8
--- /dev/null
+++ b/BaBar_2014/BpBm_Chi1cKstar_KS_sp3.dec
@@ -0,0 +1,100 @@
+###################################################################
+# B-  --> chi1c K*-               B+ --> Generic                  #
+#           |    |                                                #
+#           |    |-->K0s pi-                                      #
+#           |         |                                           #
+#           |         |--> pi+pi-                                 #
+#           |                                                     #
+#           |--> J/psi gam    (100%)                              #
+#           |      |                                              #
+#           |      |-->mu+mu-/e+e- 				  #
+# + cc                                                            #
+#                                                                 #
+# Author: S. T'Jampens (04/25/2000) TJAMPENS@SLAC.STANFORD.EDU    #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+###################################################################
+#
+###################################################################
+#Define the helicity amplitudes (cleo values of J/Psi K*0)
+#
+# modulus
+#
+Define Hplus  0.68284
+Define Hzero  0.72111
+Define Hminus 0.11716
+#
+# phases
+#
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+####################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mychi_c1 chi_c1 
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJ/psi J/psi
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB-
+1.000 Mychi_c1  MyKstar-      SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyB+
+1.000 Mychi_c1  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma         HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;      
+Enddecay
+#
+Decay MyJ/psi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyKstar-
+1.000 MyK_S0   pi-            VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000 MyK_S0   pi+            VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Chi1cKstar_Km_sp3.dec b/BaBar_2014/BpBm_Chi1cKstar_Km_sp3.dec
new file mode 100644
index 0000000..94a48c5
--- /dev/null
+++ b/BaBar_2014/BpBm_Chi1cKstar_Km_sp3.dec
@@ -0,0 +1,94 @@
+###################################################################
+# B-  --> chi1c K*-              B0 --> Generic                   #
+#           |    |                                                #
+#           |    |-->K- pi0                                       #
+#           |                                                     #
+#           |-->J/psi gam    (100%)                               #
+#                 |                                               #
+#                 |-->mu+mu-/e+e-                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: S. T'Jampens (04/25/2000)   TJAMPENS@SLAC.STANFORD.EDU  #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+###################################################################
+#
+###################################################################
+#Define the helicity amplitudes (cleo values of J/Psi K*0)
+#
+# modulus
+#
+Define Hplus  0.68284
+Define Hzero  0.72111
+Define Hminus 0.11716
+#
+# phases
+#
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+####################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mychi_c1 chi_c1 
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB-
+1.000 Mychi_c1  MyKstar-    SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyKstar-
+1.000 K-   pi0              VSS;
+Enddecay
+#
+Decay MyB+
+1.000 Mychi_c1  MyKstar+    SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0              VSS;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma	    HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+#
+Decay MyJ/psi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Chic1Kstar_KpPi0_RunIpIIPol.dec b/BaBar_2014/BpBm_Chic1Kstar_KpPi0_RunIpIIPol.dec
new file mode 100644
index 0000000..777d350
--- /dev/null
+++ b/BaBar_2014/BpBm_Chic1Kstar_KpPi0_RunIpIIPol.dec
@@ -0,0 +1,98 @@
+###################################################################
+# B-  --> chi1c K*-              B0 --> Generic                   #
+#           |    |                                                #
+#           |    |-->K- pi0                                       #
+#           |                                                     #
+#           |-->J/psi gam    (100%)                               #
+#                 |                                               #
+#                 |-->mu+mu-/e+e-                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: S. T'Jampens (04/25/2000)   TJAMPENS@SLAC.STANFORD.EDU  #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+# Copied from B+B-_Chi1cKstar_K-_sp3.dec  and updated with        #
+# runI+II polarisation. Marc Verderi, Philippe Grenier 01 Jun 2004#
+###################################################################
+#
+#
+#
+# Define the helicity amplitudes starting from the transversity amplitudes: (J/PsiK* amplitudes)
+# -------------------------------------------------------------------------
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Values measured by Babar run I+II (BAD#673/752):
+Define Hplus    0.6301
+Define Hzero    0.7523
+Define Hminus   0.1924
+Define phHplus  3.246
+Define phHzero  0.000
+Define phHminus 4.924
+#
+#
+#
+####################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mychi_c1 chi_c1 
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB-
+1.000 Mychi_c1  MyKstar-    SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyKstar-
+1.000 K-   pi0              VSS;
+Enddecay
+#
+Decay MyB+
+1.000 Mychi_c1  MyKstar+    SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0              VSS;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma	    HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+#
+Decay MyJ/psi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Chic1Kstar_KsPip_RunIpIIPol.dec b/BaBar_2014/BpBm_Chic1Kstar_KsPip_RunIpIIPol.dec
new file mode 100644
index 0000000..cc501ed
--- /dev/null
+++ b/BaBar_2014/BpBm_Chic1Kstar_KsPip_RunIpIIPol.dec
@@ -0,0 +1,104 @@
+###################################################################
+# B-  --> chi1c K*-               B+ --> Generic                  #
+#           |    |                                                #
+#           |    |-->K0s pi-                                      #
+#           |         |                                           #
+#           |         |--> pi+pi-                                 #
+#           |                                                     #
+#           |--> J/psi gam    (100%)                              #
+#           |      |                                              #
+#           |      |-->mu+mu-/e+e- 				  #
+# + cc                                                            #
+#                                                                 #
+# Author: S. T'Jampens (04/25/2000) TJAMPENS@SLAC.STANFORD.EDU    #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+# Made from B+B-_Chi1cKstar_KS_sp3.dec, updated with RunI+II      #
+# J/Psi K* amplitudes. Marc Verderi, Philippe Grenier 01 Jun 2004 #
+###################################################################
+#
+#
+#
+# Define the helicity amplitudes starting from the transversity amplitudes: (J/PsiK* amplitudes)
+# -------------------------------------------------------------------------
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Values measured by Babar run I+II (BAD#673/752):
+Define Hplus    0.6301
+Define Hzero    0.7523
+Define Hminus   0.1924
+Define phHplus  3.246
+Define phHzero  0.000
+Define phHminus 4.924
+#
+#
+#
+####################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mychi_c1 chi_c1 
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJ/psi J/psi
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB-
+1.000 Mychi_c1  MyKstar-      SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyB+
+1.000 Mychi_c1  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Mychi_c1
+1.000  MyJ/psi  gamma         HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;      
+Enddecay
+#
+Decay MyJ/psi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyKstar-
+1.000 MyK_S0   pi-            VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000 MyK_S0   pi+            VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_K3piK0K.dec b/BaBar_2014/BpBm_D0D_sch_K3piK0K.dec
new file mode 100644
index 0000000..4a34106
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_K3piK0K.dec
@@ -0,0 +1,166 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_K3piKstar0K.dec b/BaBar_2014/BpBm_D0D_sch_K3piKstar0K.dec
new file mode 100644
index 0000000..6c593a9
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_K3piKstar0K.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_K3piphipi.dec b/BaBar_2014/BpBm_D0D_sch_K3piphipi.dec
new file mode 100644
index 0000000..261d754
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_K3piphipi.dec
@@ -0,0 +1,156 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_KpiK0K.dec b/BaBar_2014/BpBm_D0D_sch_KpiK0K.dec
new file mode 100644
index 0000000..f64a958
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_KpiK0K.dec
@@ -0,0 +1,141 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_KpiKstar0K.dec b/BaBar_2014/BpBm_D0D_sch_KpiKstar0K.dec
new file mode 100644
index 0000000..a8daaa6
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_KpiKstar0K.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_Kpiphipi.dec b/BaBar_2014/BpBm_D0D_sch_Kpiphipi.dec
new file mode 100644
index 0000000..0fdefc6
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_Kpiphipi.dec
@@ -0,0 +1,131 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_Kpipi0K0K.dec b/BaBar_2014/BpBm_D0D_sch_Kpipi0K0K.dec
new file mode 100644
index 0000000..4efe4b9
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_Kpipi0K0K.dec
@@ -0,0 +1,141 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_Kpipi0Kstar0K.dec b/BaBar_2014/BpBm_D0D_sch_Kpipi0Kstar0K.dec
new file mode 100644
index 0000000..58723d8
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_Kpipi0Kstar0K.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_Kpipi0phipi.dec b/BaBar_2014/BpBm_D0D_sch_Kpipi0phipi.dec
new file mode 100644
index 0000000..dede018
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_Kpipi0phipi.dec
@@ -0,0 +1,131 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_KspipiK0K.dec b/BaBar_2014/BpBm_D0D_sch_KspipiK0K.dec
new file mode 100644
index 0000000..1d89095
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_KspipiK0K.dec
@@ -0,0 +1,142 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_KspipiKstar0K.dec b/BaBar_2014/BpBm_D0D_sch_KspipiKstar0K.dec
new file mode 100644
index 0000000..c0a8488
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_KspipiKstar0K.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0D_sch_Kspipiphipi.dec b/BaBar_2014/BpBm_D0D_sch_Kspipiphipi.dec
new file mode 100644
index 0000000..6dda17a
--- /dev/null
+++ b/BaBar_2014/BpBm_D0D_sch_Kspipiphipi.dec
@@ -0,0 +1,142 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s+_1   Myanti-D0_1          PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0Dch_K3piKpipi.dec b/BaBar_2014/BpBm_D0Dch_K3piKpipi.dec
new file mode 100644
index 0000000..2c8273d
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Dch_K3piKpipi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D0_1   MyD+_1       PHSP;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0Dch_K3piKspi.dec b/BaBar_2014/BpBm_D0Dch_K3piKspi.dec
new file mode 100644
index 0000000..4393407
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Dch_K3piKspi.dec
@@ -0,0 +1,165 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D0_1   MyD+_1       PHSP;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0Dch_KpiKpipi.dec b/BaBar_2014/BpBm_D0Dch_KpiKpipi.dec
new file mode 100644
index 0000000..820c906
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Dch_KpiKpipi.dec
@@ -0,0 +1,129 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D0_1   MyD+_1       PHSP;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0Dch_KpiKspi.dec b/BaBar_2014/BpBm_D0Dch_KpiKspi.dec
new file mode 100644
index 0000000..5884dfb
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Dch_KpiKspi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D0_1   MyD+_1       PHSP;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0Dch_Kpipi0Kpipi.dec b/BaBar_2014/BpBm_D0Dch_Kpipi0Kpipi.dec
new file mode 100644
index 0000000..928de92
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Dch_Kpipi0Kpipi.dec
@@ -0,0 +1,129 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D0_1   MyD+_1       PHSP;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0Dch_Kpipi0Kspi.dec b/BaBar_2014/BpBm_D0Dch_Kpipi0Kspi.dec
new file mode 100644
index 0000000..a285893
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Dch_Kpipi0Kspi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D0_1   MyD+_1       PHSP;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0Dch_KspipiKpipi.dec b/BaBar_2014/BpBm_D0Dch_KspipiKpipi.dec
new file mode 100644
index 0000000..7c6694e
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Dch_KspipiKpipi.dec
@@ -0,0 +1,139 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D0_1   MyD+_1       PHSP;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0Dch_KspipiKspi.dec b/BaBar_2014/BpBm_D0Dch_KspipiKspi.dec
new file mode 100644
index 0000000..264890c
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Dch_KspipiKspi.dec
@@ -0,0 +1,141 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D0_1   MyD+_1       PHSP;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D0Dm_KpiKpipi.dec b/BaBar_2014/BpBm_D0Dm_KpiKpipi.dec
new file mode 100644
index 0000000..4e057a1
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Dm_KpiKpipi.dec
@@ -0,0 +1,91 @@
+############################################################
+#                                                          #
+# Exclusive DD decay.dec #2                                #
+#                                                          #
+# D*D* . from B+ B- for SP3                                #
+#                                                          #
+# Decay: B+ -> D0            D+       B- -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+#                                                          #
+#              D0D-_KpiKpipi.dec                           #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+#         V. Lillard            20/08/00                   #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias MyD+       D+
+Alias MyD-       D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+ChargeConj  MyB+ MyB-
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD- MyD+
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyD*0  Myanti-D*0 
+ChargeConj  MyD0 Myanti-D0
+
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+#
+Decay MyB+
+1.0000  MyD0   MyD+              PHSP;
+Enddecay 
+#
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+#
+
+#CDecay  Myanti-D*0
+CDecay  MyD-
+CDecay  Myanti-D0   
+CDecay  MyB-
+
+#
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_D0K.dec b/BaBar_2014/BpBm_D0K.dec
new file mode 100644
index 0000000..b45e31e
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# Decay: B+ -> anti-D0 K+,     B- -> X;   + cc    #
+#                                                 #
+# Author: Natalia Kuznetsova                      #
+# Date:                    11/25/99               #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+          PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  K-          PHSP;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+Decay Myanti-D0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K3pi_D0barK3pi_Kminus.dec b/BaBar_2014/BpBm_D0K3pi_D0barK3pi_Kminus.dec
new file mode 100644
index 0000000..e3b78fe
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K3pi_D0barK3pi_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0barK-    anti-B0->X                  #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0k3pi  MyD0Bk3pi  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K3pi_D0barstarK3pi_Kminus.dec b/BaBar_2014/BpBm_D0K3pi_D0barstarK3pi_Kminus.dec
new file mode 100644
index 0000000..eee7fdf
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K3pi_D0barstarK3pi_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D*0barK-    anti-B0->X                 #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0k3pi  MyD*0Bk3pi  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K3pi_D0barstarKpi_Kminus.dec b/BaBar_2014/BpBm_D0K3pi_D0barstarKpi_Kminus.dec
new file mode 100644
index 0000000..eea27f8
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K3pi_D0barstarKpi_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0*barK-     anti-B0->X                #
+#        K3pi*Kpi                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  19/sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0k3pi  MyD*0Bkpi  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K3pi_D0barstarKpipi0_Kminus.dec b/BaBar_2014/BpBm_D0K3pi_D0barstarKpipi0_Kminus.dec
new file mode 100644
index 0000000..8a2c07f
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K3pi_D0barstarKpipi0_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D*0barK-    anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0k3pi  MyD*0Bkpipi0  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K3pi_DminusK2pi_K0S.dec b/BaBar_2014/BpBm_D0K3pi_DminusK2pi_K0S.dec
new file mode 100644
index 0000000..4e9d3a3
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K3pi_DminusK2pi_K0S.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D0 D- K0s                              #
+#              D0->K3pi, D-->K+pi-pi-, K0s->pi+pi-    #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Apr/00                 #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0k3pi  MyD-  myKs      PHSP;
+Enddecay
+CDecay MyB+
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0K3pi_DstarminusK2pi_K0S.dec b/BaBar_2014/BpBm_D0K3pi_DstarminusK2pi_K0S.dec
new file mode 100644
index 0000000..704e24b
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K3pi_DstarminusK2pi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                            #
+#              D0->K3pi,D*-->D-pi0                    # 
+#                      D- ->k2pi                      # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0k3pi  MyD*-k2pi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0K3pi_DstarminusK3pi_K0S.dec b/BaBar_2014/BpBm_D0K3pi_DstarminusK3pi_K0S.dec
new file mode 100644
index 0000000..3cd7246
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K3pi_DstarminusK3pi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                             #
+#              D0->K3pi,D*-->D0barpi-                 # 
+#                      D0bar->k3pi                    # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0k3pi  MyD*-k3pi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0K3pi_DstarminusKpi_K0S.dec b/BaBar_2014/BpBm_D0K3pi_DstarminusKpi_K0S.dec
new file mode 100644
index 0000000..d1a0c57
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K3pi_DstarminusKpi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                             #
+#              D0->K3pi,D*-->D0barpi-                 # 
+#                      D0bar->kpi                     # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0k3pi  MyD*-kpi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0K3pi_DstarminusKpipi0_K0S.dec b/BaBar_2014/BpBm_D0K3pi_DstarminusKpipi0_K0S.dec
new file mode 100644
index 0000000..b7efeeb
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K3pi_DstarminusKpipi0_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                             #
+#              D0->K3pi,D*-->D0barpi-                 # 
+#                      D0bar->kpipi0                  # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0k3pi  MyD*-kpipi0    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0K_CPminusCocktail.dec b/BaBar_2014/BpBm_D0K_CPminusCocktail.dec
new file mode 100644
index 0000000..c63769b
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_CPminusCocktail.dec
@@ -0,0 +1,123 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 K-          B+ -> D0bar K+        #
+#              |                    |               #
+#              |                    |               #
+#              |                    |               #
+#              |->    Ks0 pi0     <-|               #
+#              |->    Ks0 phi     <-|               #
+#              |->    Ks0 rho0    <-|               #
+#              |->    Ks0 omega   <-|               #
+#              |->    Ks0 eta     <-|               #
+#              |->    Ks0 eta'    <-|               #
+#              |->    pi0 phi     <-|               #
+#              |->    pi0 rho0    <-|               #
+#                                                   #
+#                                                   #
+#                     Ks0                           #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     phi                           #
+#                     |                             #
+#                     |-> K+ K-                     #
+#                                                   #
+#                     rho0                          #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     omega                         #
+#                     |                             #
+#                     |-> pi+ pi- pi0               #
+#                                                   #
+#                     eta                           #
+#                     |                             #
+#     (50%)           |-> pi+ pi- pi0               #
+#     (50%)           |-> gamma gamma               #
+#                                                   #
+#                     eta'                          #
+#                     |                             #
+#                     |-> rho0 gamma                #
+#                                                   #
+#                                                   #
+# Author: Malcolm John                              #
+# created: 25 May 2002  			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Alias MyK_S0  K_S0
+Alias MyPhi phi 
+Alias MyRho0 rho0 
+Alias MyOmega  omega
+Alias MyEta eta 
+Alias MyEta'  eta'
+
+#
+Decay Upsilon(4S)
+1.00	MyB- MyB+			VSS;
+Enddecay
+#
+Decay MyB-
+1.00	MyD0 K-      			PHSP;
+Enddecay 
+#
+Decay MyB+
+1.00	Myanti-D0 K+		     	PHSP;
+Enddecay 
+#
+Decay MyD0
+0.125  pi0 MyK_S0 			PHSP;
+0.125  MyPhi MyK_S0			SVS;
+0.125  MyRho0 MyK_S0			SVS;
+0.125  MyOmega MyK_S0			SVS;
+0.125  MyEta	MyK_S0 			PHSP;
+0.125  MyEta'	MyK_S0 			PHSP;
+0.125  MyPhi pi0			SVS;
+0.125  MyRho0 pi0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+0.125  pi0 MyK_S0 			PHSP;
+0.125  MyPhi MyK_S0			SVS;
+0.125  MyRho0 MyK_S0			SVS;
+0.125  MyOmega MyK_S0			SVS;
+0.125  MyEta	MyK_S0 			PHSP;
+0.125  MyEta'	MyK_S0 			PHSP;
+0.125  MyPhi pi0			SVS;
+0.125  MyRho0 pi0			SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                            VSS;
+Enddecay 
+#
+Decay MyRho0
+1.000  pi- pi+		                 VSS;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0          OMEGA_DALITZ;
+Enddecay 
+#
+Decay MyEta
+0.50    pi+ pi- pi0               ETA_DALITZ;
+0.50    gamma gamma                     PHSP;
+Enddecay
+# 
+Decay MyEta'
+1.000 MyRho0 gamma                      SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_D0K_CPplusCocktail.dec b/BaBar_2014/BpBm_D0K_CPplusCocktail.dec
new file mode 100644
index 0000000..4196fc6
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_CPplusCocktail.dec
@@ -0,0 +1,99 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 K-          B+ -> D0bar K+        #
+#              |                    |               #
+#              |                    |               #
+#              |                    |               #
+#              |->    pi+ pi-     <-|               #
+#              |->    K+  K-      <-|               #
+#              |->    pi0 pi0     <-|               #
+#              |->    Ks0 Ks0     <-|               #
+#              |->    eta phi     <-|               #
+#              |->    eta rho     <-|               #
+#                                                   #
+#                                                   #
+#                     Ks0                           #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     phi                           #
+#                     |                             #
+#                     |-> K+ K-                     #
+#                                                   #
+#                     rho0                          #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     eta                           #
+#                     |                             #
+#     (50%)           |-> pi+ pi- pi0               #
+#     (50%)           |-> gamma gamma               #
+#                                                   #
+#                                                   #
+# Author: Malcolm John                              #
+# created: 25 May 2002  			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Alias MyK_S0  K_S0
+Alias MyPhi phi 
+Alias MyRho0 rho0 
+Alias MyEta eta 
+
+#
+Decay Upsilon(4S)
+1.00	MyB- MyB+			VSS;
+Enddecay
+#
+Decay MyB-
+1.00	MyD0 K-      			PHSP;
+Enddecay 
+#
+Decay MyB+
+1.00	Myanti-D0 K+		     	PHSP;
+Enddecay 
+#
+Decay MyD0
+0.166  pi+ pi-                          PHSP;
+0.166  K+ K-                            PHSP;
+0.166  pi0 pi0                          PHSP;
+0.166  MyK_S0 MyK_S0                    PHSP;
+0.166  MyPhi MyEta                       SVS;
+0.166  MyRho0 MyEta                      SVS;
+Enddecay
+#
+Decay Myanti-D0
+0.166  pi+ pi-                          PHSP;
+0.166  K+ K-                            PHSP;
+0.166  pi0 pi0                          PHSP;
+0.166  MyK_S0 MyK_S0                    PHSP;
+0.166  MyPhi MyEta                       SVS;
+0.166  MyRho0 MyEta                      SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                            VSS;
+Enddecay 
+#
+Decay MyRho0
+1.000  pi- pi+		                 VSS;
+Enddecay
+#
+Decay MyEta
+0.50    pi+ pi- pi0               ETA_DALITZ;
+0.50    gamma gamma                     PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_D0K_D0CabibboNonCP.dec b/BaBar_2014/BpBm_D0K_D0CabibboNonCP.dec
new file mode 100644
index 0000000..d290e0d
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0CabibboNonCP.dec
@@ -0,0 +1,97 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 K-          B+ -> D0bar K+        #
+#              |                    |               #
+#              |->    K*+    K-   <-|               #
+#              |->    K*-    K+   <-|               #
+#              |->    K*0    Ks   <-|               #
+#              |->    K*0bar Ks   <-|               #
+#              |->    rho+   pi-  <-|               #
+#              |->    rho-   pi+  <-|               #
+#                                                   #
+# with                Ks   -> pi+ pi-               #
+#                     K*0  -> K-  pi+               #
+#                     K*+  -> Ks pi+ and K+ pi0     #
+#                     rho+ -> generic               #
+#                                                   #
+# Author: Abi Soffer                                #
+# created: 6 Nov 2002    			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+Alias MyK*0   K*0
+Alias Myanti-K*0   anti-K*0
+
+Alias MyKs  K_S0
+
+
+Decay Upsilon(4S)
+0.5	MyB- B+			VSS;
+0.5	MyB+ B-			VSS;
+Enddecay
+
+# write the B decays as b->u. This doesn't really matter in the final
+# state, but will make identifying them in the MC truth slightly easier:
+#
+Decay MyB-
+1.00	Myanti-D0 K-		PHSP;
+Enddecay 
+
+Decay MyB+
+1.00	MyD0 K+		     	PHSP;
+Enddecay 
+
+Decay MyD0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay Myanti-D0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay MyKs
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+
+Decay MyK*0
+1.000    K- pi+ VSS;
+Enddecay 
+
+Decay Myanti-K*0
+1.000    K+ pi- VSS;
+Enddecay 
+
+# K*+ -> Ks pi+ 50%, due to K0 -> Ks:
+Decay MyK*+
+0.5      MyKs  pi+                        VSS;
+0.5      K+  pi0                          VSS;
+Enddecay 
+
+Decay MyK*-
+0.5      MyKs  pi-                        VSS;
+0.5      K-  pi0                          VSS;
+Enddecay 
+
+End
+
+
diff --git a/BaBar_2014/BpBm_D0K_D0mK3pi.dec b/BaBar_2014/BpBm_D0K_D0mK3pi.dec
new file mode 100644
index 0000000..58077cb
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mK3pi.dec
@@ -0,0 +1,36 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 K- (D0 -> K- pi+ pi+ pi-)  B+ -> X;   + cc    #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                      PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  K-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mK3pimDCSD.dec b/BaBar_2014/BpBm_D0K_D0mK3pimDCSD.dec
new file mode 100644
index 0000000..fbef1a4
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mK3pimDCSD.dec
@@ -0,0 +1,36 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 K- (D0 -> K+ pi- pi+ pi-, DCSD)  B+ -> X; + cc#
+#                                                               #
+# Author: Giovanni Marchiori,Malcolm John                       #
+# Date:   24 May 2002        04/06/2003                         #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyD0  K+                      PHSP;
+Enddecay
+Decay MyB-
+1.000  Myanti-D0  K-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi-  pi+                 PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mKK.dec b/BaBar_2014/BpBm_D0K_D0mKK.dec
new file mode 100644
index 0000000..45a43ec
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKK.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 K- (D0 -> K- K+)  B+ -> X;   + cc     #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    08/11/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                      PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  K-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  K+                            PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  K-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mKpi.dec b/BaBar_2014/BpBm_D0K_D0mKpi.dec
new file mode 100644
index 0000000..191b9a3
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKpi.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 K- (D0 -> K- pi+)  B+ -> X;   + cc    #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    03/09/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                      PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  K-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mKpimDCSD.dec b/BaBar_2014/BpBm_D0K_D0mKpimDCSD.dec
new file mode 100644
index 0000000..85cc533
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKpimDCSD.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 K- (D0 -> K+ pi-, DCSD)  B+ -> X; + cc#
+#                                                       #
+# Author: Giovanni Marchiori,Malcolm John               #
+# Date:   24 May 2002        04/06/2003                 #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyD0  K+                           PHSP;
+Enddecay
+Decay MyB-
+1.000  Myanti-D0  K-                      PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mKpipi0.dec b/BaBar_2014/BpBm_D0K_D0mKpipi0.dec
new file mode 100644
index 0000000..0c1b9df
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKpipi0.dec
@@ -0,0 +1,36 @@
+#############################################################
+#                                                           #
+# Decay: B- -> D0 K- (D0 -> K- pi+ pi0)  B+ -> X;   + cc    #
+#                                                           #
+# Author: Giampiero Mancinelli                              #
+# Date:                    03/09/2001                       #
+#############################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                      PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  K-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mKpipi0mDCSD.dec b/BaBar_2014/BpBm_D0K_D0mKpipi0mDCSD.dec
new file mode 100644
index 0000000..6afe421
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKpipi0mDCSD.dec
@@ -0,0 +1,37 @@
+#############################################################
+#                                                           #
+# Decay: B- -> D0 K- (D0 -> K+ pi- pi0, DCSD)  B+ -> X; + cc#
+#                                                           #
+# Author: Giovanni Marchiori; Malcolm John                  #
+# Date:   24 May 2002         04/06/2003                    #
+#############################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+# The wrong sign-ness is applied to the B here
+Decay MyB+
+1.000  MyD0  K+                           PHSP;
+Enddecay
+Decay MyB-
+1.000   Myanti-D0  K-                     PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mKsKK_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_D0K_D0mKsKK_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..b075866
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKsKK_Ksmpipi_PHSP.dec
@@ -0,0 +1,49 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> K+K-  K_S0                       		#
+#                            | 					#
+#                        `   -> pi+ pi-                         #  	  
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  K+ K-  MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  K+ K-  MyK_S0			PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mKsKpi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_D0K_D0mKsKpi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..fab693b
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKsKpi_Ksmpipi_PHSP.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> Kpi   K_S0                       		#
+#                            | 					#
+#                        `   -> pi+ pi-                         #  	  
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+6.9 K- pi+   MyK_S0			PHSP;
+5.2 K+ pi-   MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+6.9 K+ pi-   MyK_S0                     PHSP;
+5.2 K- pi+   MyK_S0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mKsKs_Ksmpipi.dec b/BaBar_2014/BpBm_D0K_D0mKsKs_Ksmpipi.dec
new file mode 100644
index 0000000..6be9c1a
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKsKs_Ksmpipi.dec
@@ -0,0 +1,56 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> K_S0 K_S0                       		#
+#                    |    | 					#
+#                    |    `-> pi+ pi-                           #  	  
+#		     |						#
+#		     `--> pi+ pi-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   06/14/02                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   MyK_S0 MyK_S0             	PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK_S0 MyK_S0  	                PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/BpBm_D0K_D0mKspi0_Ksmpipi.dec b/BaBar_2014/BpBm_D0K_D0mKspi0_Ksmpipi.dec
new file mode 100644
index 0000000..db791ff
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKspi0_Ksmpipi.dec
@@ -0,0 +1,52 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> K_S0 pi0                      		#
+#                     | 					#
+#                     `-> pi+ pi-                       	#  	  
+#		      						#
+#		                       				#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   03/15/02                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   MyK_S0 pi0           		PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK_S0 pi0                  	PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mKspipi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_D0K_D0mKspipi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..0de2698
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKspipi_Ksmpipi_PHSP.dec
@@ -0,0 +1,49 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> pi+pi-  K_S0                       		#
+#                            | 					#
+#                        `   -> pi+ pi-                         #  	  
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi-  MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi-  MyK_S0			PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mKsrho0_Ksmpipi_rho0mpipi.dec b/BaBar_2014/BpBm_D0K_D0mKsrho0_Ksmpipi_rho0mpipi.dec
new file mode 100644
index 0000000..0641ad4
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mKsrho0_Ksmpipi_rho0mpipi.dec
@@ -0,0 +1,56 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> rho0 K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> pi+ pi-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   06/14/02                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+Alias MyRho0 rho0 
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+ pi-	                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0metaKs_etam3pi_Ksmpipi.dec b/BaBar_2014/BpBm_D0K_D0metaKs_etam3pi_Ksmpipi.dec
new file mode 100644
index 0000000..cd04bcc
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0metaKs_etam3pi_Ksmpipi.dec
@@ -0,0 +1,57 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> eta K_0S                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> pi+ pi- pi0                 		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   03/15/02                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myeta eta
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                    PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000     Myeta  MyK_S0                PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000     Myeta  MyK_S0                PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0              	ETA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0metaKs_etamgg_Ksmpipi.dec b/BaBar_2014/BpBm_D0K_D0metaKs_etamgg_Ksmpipi.dec
new file mode 100644
index 0000000..dfc136c
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0metaKs_etamgg_Ksmpipi.dec
@@ -0,0 +1,57 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> eta K_0S                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> gamma gamma                  		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   03/15/02                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myeta eta
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                    PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000     Myeta  MyK_S0                PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000     Myeta  MyK_S0                PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-              		PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0metapKs_etapmetapipi_etamgg_Ksmpipi.dec b/BaBar_2014/BpBm_D0K_D0metapKs_etapmetapipi_etamgg_Ksmpipi.dec
new file mode 100644
index 0000000..87f3030
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0metapKs_etapmetapipi_etamgg_Ksmpipi.dec
@@ -0,0 +1,62 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> eta'  K_S0                       		#
+#                    |      | 					#
+#                    |      `-> pi+ pi-                       	#  	  
+#		     | 						#
+#		     `-> pi+ pi- eta 				#
+#                                 |               		#
+#                                 `-> gamma gamma      		#
+#								#
+# Author: Giovanni Marchiori                        		#
+# Date:   03/15/02                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myeta'  eta'
+Alias Myeta   eta
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000 	MyK_S0 Myeta'  		        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000 	MyK_S0 Myeta'                  	PHSP;
+Enddecay
+#
+Decay Myeta'
+1.000     pi+ pi- Myeta 		PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000   gamma  gamma                   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec b/BaBar_2014/BpBm_D0K_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec
new file mode 100644
index 0000000..3975720
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec
@@ -0,0 +1,62 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> eta'  K_S0                       		#
+#                    |      | 					#
+#                    |      `-> pi+ pi-                       	#  	  
+#		     | 						#
+#		     `-> rho0 gamma 				#
+#                         |               			#
+#                         `-> pi+ pi-		      		#
+#								#
+# Author: Giovanni Marchiori                        		#
+# Date:   03/15/02                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myeta'  eta'
+Alias Myrho0  rho0
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000 	MyK_S0 Myeta'  		        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000 	MyK_S0 Myeta'                  	PHSP;
+Enddecay
+#
+Decay Myeta'
+1.000 Myrho0 gamma 			SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+   pi-                     	VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0momegaKs_omegam3pi_Ksmpipi.dec b/BaBar_2014/BpBm_D0K_D0momegaKs_omegam3pi_Ksmpipi.dec
new file mode 100644
index 0000000..7d9e9aa
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0momegaKs_omegam3pi_Ksmpipi.dec
@@ -0,0 +1,57 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> omega K_S0                       		#
+#                     |     | 					#
+#                     |     `-> pi+ pi-                         #  	  
+#		      |						#
+#		      `--> pi+ pi- pi0                 		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   03/15/02                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myomega omega
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   Myomega MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myomega MyK_S0                  SVS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi+ pi- pi0  	                OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mphiKs_phimKK_Ksmpipi.dec b/BaBar_2014/BpBm_D0K_D0mphiKs_phimKK_Ksmpipi.dec
new file mode 100644
index 0000000..e434c38
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mphiKs_phimKK_Ksmpipi.dec
@@ -0,0 +1,57 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> phi K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> K+ K-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   03/15/02                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myphi phi
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   Myphi MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myphi MyK_S0   	                SVS;
+Enddecay
+#
+Decay Myphi
+1.000  K+ K-                 		VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mphieta_phimKK_etam3pi.dec b/BaBar_2014/BpBm_D0K_D0mphieta_phimKK_etam3pi.dec
new file mode 100644
index 0000000..c052429
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mphieta_phimKK_etam3pi.dec
@@ -0,0 +1,59 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 K-, B+ -> X    + c.c.                         #
+#               |                                               #
+#               `-> eta phi                                     #
+#                    |   |                                      #
+#                    |   `-> K+ K-                              #
+#                    |                                          #
+#                    `--> pi+ pi- pi0                           #
+#                                                               #
+#                                                               #
+#                                                               #
+# Author: Giovanni Marchiori                                    #
+# Date:   06/14/02                                              #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyEta eta
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                    PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  MyPhi MyEta                      SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyPhi MyEta                      SVS;
+Enddecay
+#
+Decay MyEta
+1.000  pi+ pi- pi0                      ETA_DALITZ;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                            VSS;
+Enddecay 
+#
+
+End
+
diff --git a/BaBar_2014/BpBm_D0K_D0mphieta_phimKK_etamgg.dec b/BaBar_2014/BpBm_D0K_D0mphieta_phimKK_etamgg.dec
new file mode 100644
index 0000000..3cbc6b8
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mphieta_phimKK_etamgg.dec
@@ -0,0 +1,57 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 K-, B+ -> X    + c.c.                         #
+#               |                                               #
+#               `-> eta phi                                     #
+#                    |   |                                      #
+#                    |   `-> K+ K-                              #
+#                    |                                          #
+#                    `--> gamma gamma                           #
+#                                                               #
+#                                                               #
+#                                                               #
+# Author: Giovanni Marchiori                                    #
+# Date:   06/14/02                                              #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyEta eta
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                    PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  MyPhi MyEta                       SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyPhi MyEta                       SVS;
+Enddecay
+#
+Decay MyEta
+1.0000     gamma  gamma                 PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                            VSS;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mpi0phi_phimKK.dec b/BaBar_2014/BpBm_D0K_D0mpi0phi_phimKK.dec
new file mode 100644
index 0000000..a7c538f
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mpi0phi_phimKK.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> phi pi0                       		#
+#                    |    					#
+#                    |   	                                #  	  
+#		     |						#
+#		     `--> K+ K-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   06/14/02                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyPhi phi
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  MyPhi pi0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyPhi pi0			SVS;
+Enddecay
+#
+Decay MyPhi
+1.000  K+ K-		                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mpi0pipi_PHSP.dec b/BaBar_2014/BpBm_D0K_D0mpi0pipi_PHSP.dec
new file mode 100644
index 0000000..7403f17
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mpi0pipi_PHSP.dec
@@ -0,0 +1,42 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> pi+ pi- pi0                        		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi-  pi0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi-  pi0			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mpi0rho0_rho0mpipi.dec b/BaBar_2014/BpBm_D0K_D0mpi0rho0_rho0mpipi.dec
new file mode 100644
index 0000000..bb5feea
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mpi0rho0_rho0mpipi.dec
@@ -0,0 +1,54 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> rho0 pi0                       		#
+#                    |    					#
+#                    |   	                                #  	  
+#		     |						#
+#		     `--> pi+ pi-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   06/14/02                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyRho0 rho0 
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  MyRho0 pi0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyRho0 pi0			SVS;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+ pi-		                VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_D0K_D0mpipi.dec b/BaBar_2014/BpBm_D0K_D0mpipi.dec
new file mode 100644
index 0000000..f56b245
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mpipi.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 K- (D0 -> pi- pi+)  B+ -> X;   + cc   #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    08/11/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                      PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  K-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   pi-  pi+                          PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   pi+  pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_D0mrho0eta_rho0mpipi_etam3pi.dec b/BaBar_2014/BpBm_D0K_D0mrho0eta_rho0mpipi_etam3pi.dec
new file mode 100644
index 0000000..b93213c
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mrho0eta_rho0mpipi_etam3pi.dec
@@ -0,0 +1,65 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 K-, B+ -> X    + c.c.                         #
+#               |                                               #
+#               `-> eta rho0                                    #
+#                    |   |                                      #
+#                    |   `-> pi+ pi-                            #
+#                    |                                          #
+#                    `--> pi+ pi- pi0                           #
+#                                                               #
+#                                                               #
+#                                                               #
+# Author: Giovanni Marchiori                                    #
+# Date:   06/14/02                                              #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyEta eta
+Alias MyRho0 rho0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                    PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  MyRho0 MyEta                     SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyRho0 MyEta                     SVS;
+Enddecay
+#
+Decay MyEta
+1.000  pi+ pi- pi0                      ETA_DALITZ;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+ pi-                         VSS;
+Enddecay 
+#
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_D0K_D0mrho0eta_rho0mpipi_etamgg.dec b/BaBar_2014/BpBm_D0K_D0mrho0eta_rho0mpipi_etamgg.dec
new file mode 100644
index 0000000..affbf24
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_D0mrho0eta_rho0mpipi_etamgg.dec
@@ -0,0 +1,57 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 K-, B+ -> X    + c.c.                         #
+#               |                                               #
+#               `-> eta rho0                                    #
+#                    |   |                                      #
+#                    |   `-> pi+ pi-                            #
+#                    |                                          #
+#                    `--> gamma gamma                           #
+#                                                               #
+#                                                               #
+#                                                               #
+# Author: Giovanni Marchiori                                    #
+# Date:   06/14/02                                              #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyEta eta
+Alias MyRho0 rho0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  K+                    PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  MyRho0 MyEta                     SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyRho0 MyEta                     SVS;
+Enddecay
+#
+Decay MyEta
+1.000  gamma  gamma                     PHSP;
+Enddecay
+#
+Decay MyRho0
+1.000   pi+ pi-                         VSS;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/BpBm_D0K_pipipi0mres.dec b/BaBar_2014/BpBm_D0K_pipipi0mres.dec
new file mode 100644
index 0000000..27af7a9
--- /dev/null
+++ b/BaBar_2014/BpBm_D0K_pipipi0mres.dec
@@ -0,0 +1,57 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 K-          B+ -> D0bar K+        #
+#              |                    |               #
+#              |->   rho+    pi-  <-|               #
+#              |->   rho-    pi+  <-|               #
+#              |->   rho0    pi0  <-|               #
+#              |->   pi+ pi- pi0  <-|               #
+#                                                   #
+#                                                   #
+# Author: Abi Soffer                                #
+# created: 3 June 2004    			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Decay Upsilon(4S)
+0.5	MyB- B+			VSS;
+0.5	MyB+ B-			VSS;
+Enddecay
+
+# write the B decays as b->c:
+#
+Decay MyB-
+1.00	MyD0 K-		PHSP;
+Enddecay 
+
+Decay MyB+
+1.00	Myanti-D0 K+     	PHSP;
+Enddecay 
+
+
+# Use CLEO BR's (hep-ex/0306048, fit fractions on page 6):
+Decay MyD0
+0.765 rho+ pi- 		SVS;
+0.239 rho0 pi0 		SVS;
+0.323 rho- pi+ 		SVS;
+0.027 pi+  pi- pi0  	PHSP;
+Enddecay
+
+Decay Myanti-D0
+0.323 rho- pi+ 		SVS;
+0.239 rho0 pi0 		SVS;
+0.765 rho+ pi- 		SVS;
+0.027 pi+  pi- pi0  	PHSP;
+Enddecay
+
+
+End
+
+
diff --git a/BaBar_2014/BpBm_D0Kpi0_D0CP.dec b/BaBar_2014/BpBm_D0Kpi0_D0CP.dec
new file mode 100755
index 0000000..d1d279d
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi0_D0CP.dec
@@ -0,0 +1,179 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B+- --> D0 K pi0, D0 --> CP modes                      #
+#   CP modes: KK, KsPi0, KsEta, KsEtap, KsOmega, KsRho0, KsPhi, Rho0Pi0  #
+#                                                                        #
+# The D0 decay modes are into CP eigenstates.                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   6th of November 2002                                           #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB+       B+
+Alias MyB-       B-
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+Alias NewEta     eta
+Alias NewEta2    eta
+Alias NewEtap    eta'
+Alias NewOmega   omega
+Alias NewPhi     phi
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.500 MyB+ B-                          VSS;
+  0.500 MyB- B+                          VSS;
+Enddecay
+
+
+###################################################
+# B+- -> D0(bar) K+- pi0
+###################################################
+
+Decay MyB+
+  0.00010   Myanti-D0   K+      pi0      PHSP;
+Enddecay
+
+Decay MyB-
+  0.00010   MyD0        K-      pi0      PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> KK, KsPi0, KsEta, KsEtap,
+#            KsOmega, KsRho0, KsPhi, Rho0Pi0
+###################################################
+
+Decay MyD0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+Decay Myanti-D0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+# The final state K pi pi can be reached through the K omega, via:
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+###################################################
+# "New" decay types (due to reconstruction issues)
+###################################################
+
+Decay NewPhi
+  1.0000  K- K+                 VSS;
+Enddecay
+
+Decay NewOmega
+  1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+
+Decay NewEtap
+  1.0000  pi+ pi- NewEta2       PHSP;
+Enddecay
+
+Decay NewEta
+  0.3933  pi+ pi- pi0           ETA_DALITZ;
+  0.2300  gamma gamma           PHSP;
+Enddecay
+
+Decay NewEta2
+  1.0000  gamma gamma           PHSP;
+Enddecay
+
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/BpBm_D0Kpi0_D0NonCP.dec b/BaBar_2014/BpBm_D0Kpi0_D0NonCP.dec
new file mode 100755
index 0000000..745a32d
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi0_D0NonCP.dec
@@ -0,0 +1,142 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B+- --> D0 K pi0, D0 --> Kpi, Kpipi0, Kpipipi          #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   6th of November 2002                                           #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB+       B+
+Alias MyB-       B-
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.500 MyB+ B-                          VSS;
+  0.500 MyB- B+                          VSS;
+Enddecay
+
+
+###################################################
+# B+- -> D0(bar) K+- pi0
+###################################################
+
+Decay MyB+
+  0.00010   Myanti-D0   K+      pi0      PHSP;
+Enddecay
+
+Decay MyB-
+  0.00010   MyD0        K-      pi0      PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/BpBm_D0Kpi_D0barK3pi_Kminus.dec b/BaBar_2014/BpBm_D0Kpi_D0barK3pi_Kminus.dec
new file mode 100644
index 0000000..957cb09
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_D0barK3pi_Kminus.dec
@@ -0,0 +1,52 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0barK-      anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  04/March/99               #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias Mya_1- a_1-
+Alias MyK*0 K*0
+Alias MyK_1+ K_1+
+#
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0  MyD0B  K-                 PHSP;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi-  pi+                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                        VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpi_D0barKpi_Kminus.dec b/BaBar_2014/BpBm_D0Kpi_D0barKpi_Kminus.dec
new file mode 100644
index 0000000..8c7425e
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_D0barKpi_Kminus.dec
@@ -0,0 +1,30 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0barK-      anti-B0->X                #
+#     Kpi*Kpi                                         #
+# Author: Jean-Pierre Lees                            #
+# Created:                  04/March/99               #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0  MyD0B  K-                 PHSP;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpi_D0barKpipi0_Kminus.dec b/BaBar_2014/BpBm_D0Kpi_D0barKpipi0_Kminus.dec
new file mode 100644
index 0000000..fb71631
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_D0barKpipi0_Kminus.dec
@@ -0,0 +1,30 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0barK-      anti-B0->X                #
+#               kpi*Kpipi0                            #
+# Author: Jean-Pierre Lees lees@lapp.in2p3.fr         #
+# Created:                  04/March/99               #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                   VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0  MyD0B  K-                 PHSP;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                        PHSP;
+Enddecay
+#
+Decay MyD0B
+0.1307   K+  pi-  pi0                   D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpi_D0barstarK3pi_Kminus.dec b/BaBar_2014/BpBm_D0Kpi_D0barstarK3pi_Kminus.dec
new file mode 100644
index 0000000..1bebd79
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_D0barstarK3pi_Kminus.dec
@@ -0,0 +1,56 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0*barK-     anti-B0->X                #
+#        Kpi*K3pi                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  04/March/99               #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias MyD*0B anti-D*0
+Alias Mya_1- a_1-
+Alias MyK*0 K*0
+Alias MyK_1+ K_1+
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  MyD*0B  K-                PHSP;
+Enddecay
+#
+Decay MyD*0B
+0.6190    MyD0B  pi0                       VSS;
+0.3810    MyD0B  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi-  pi+                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+Decay Mya_1-
+1.0000   rho0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                     VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0  K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpi_D0barstarKpi_Kminus.dec b/BaBar_2014/BpBm_D0Kpi_D0barstarKpi_Kminus.dec
new file mode 100644
index 0000000..8962dcf
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_D0barstarKpi_Kminus.dec
@@ -0,0 +1,35 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0*barK-     anti-B0->X                #
+#        Kpi*Kpi                                      #
+# Author: Jean-Pierre Lees                            #
+# Created:                  04/March/99               #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias MyD*0B anti-D*0
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  MyD*0B  K-                PHSP;
+Enddecay
+#
+Decay MyD*0B
+0.6190    MyD0B  pi0                       VSS;
+0.3810    MyD0B  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpi_D0barstarKpipi0_Kminus.dec b/BaBar_2014/BpBm_D0Kpi_D0barstarKpipi0_Kminus.dec
new file mode 100644
index 0000000..8f255d3
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_D0barstarKpipi0_Kminus.dec
@@ -0,0 +1,35 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0barK-      anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  04/March/99               #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+Alias MyD*0B anti-D*0
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  MyD*0B  K-                PHSP;
+Enddecay
+#
+Decay MyD*0B
+0.6190    MyD0B  pi0                       VSS;
+0.3810    MyD0B  gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.1307   K+  pi- pi0                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpi_DminusK2pi_K0S.dec b/BaBar_2014/BpBm_D0Kpi_DminusK2pi_K0S.dec
new file mode 100644
index 0000000..813947b
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_DminusK2pi_K0S.dec
@@ -0,0 +1,38 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D0 D- K0s                              #
+#              D0->Kpi, D-->K+pi-pi-, K0s->pi+pi-     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  22/March/99               #
+#######################################################
+#
+
+#
+Alias MyB-  B-
+Alias MyD- D-
+Alias MyD0  D0
+Alias myKs   K_S0
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+0.1000   MyD0  MyD-    myKs                PHSP;
+Enddecay
+#
+Decay MyD-
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpi_DstarminusK2pi_K0S.dec b/BaBar_2014/BpBm_D0Kpi_DstarminusK2pi_K0S.dec
new file mode 100644
index 0000000..9d30db5
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_DstarminusK2pi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                             #
+#              D0->Kpi,D*-->D-pi0                     # 
+#                      D- ->k2pi                      # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0kpi  MyD*-k2pi    myKs           PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0Kpi_DstarminusK3pi_K0S.dec b/BaBar_2014/BpBm_D0Kpi_DstarminusK3pi_K0S.dec
new file mode 100644
index 0000000..3defad8
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_DstarminusK3pi_K0S.dec
@@ -0,0 +1,216 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                             #
+#              D0->Kpi,D*-->D0barpi-                  # 
+#                      D0bar->k3pi                    # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  22/March/99               #
+# Updated:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0kpi  MyD*-k3pi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0Kpi_DstarminusKpi_K0S.dec b/BaBar_2014/BpBm_D0Kpi_DstarminusKpi_K0S.dec
new file mode 100644
index 0000000..804c2f9
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_DstarminusKpi_K0S.dec
@@ -0,0 +1,216 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                             #
+#              D0->Kpi,D*-->D0barpi-                  # 
+#                      D0bar->kpi                     # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  22/March/99               #
+# Updated:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0kpi  MyD*-kpi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0Kpi_DstarminusKpipi0_K0S.dec b/BaBar_2014/BpBm_D0Kpi_DstarminusKpipi0_K0S.dec
new file mode 100644
index 0000000..f893145
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpi_DstarminusKpipi0_K0S.dec
@@ -0,0 +1,216 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                             #
+#              D0->Kpi,D*-->D0barpi-                  # 
+#                      D0bar->kpipi0                  # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  22/March/99               #
+# Updated:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0kpi  MyD*-kpipi0    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0Kpipi0_D0barK3pi_Kminus.dec b/BaBar_2014/BpBm_D0Kpipi0_D0barK3pi_Kminus.dec
new file mode 100644
index 0000000..1fbbb67
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_D0barK3pi_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0barK-    anti-B0->X                  #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0kpipi0  MyD0Bk3pi  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpipi0_D0barKpipi0_Kminus.dec b/BaBar_2014/BpBm_D0Kpipi0_D0barKpipi0_Kminus.dec
new file mode 100644
index 0000000..4522222
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_D0barKpipi0_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0barK-    anti-B0->X                  #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0kpipi0  MyD0Bkpipi0  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpipi0_D0barstarK3pi_Kminus.dec b/BaBar_2014/BpBm_D0Kpipi0_D0barstarK3pi_Kminus.dec
new file mode 100644
index 0000000..e20d888
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_D0barstarK3pi_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D*0barK-    anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0kpipi0  MyD*0Bk3pi  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpipi0_D0barstarKpi_Kminus.dec b/BaBar_2014/BpBm_D0Kpipi0_D0barstarKpi_Kminus.dec
new file mode 100644
index 0000000..5fa68d2
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_D0barstarKpi_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D0*barK-     anti-B0->X                #
+#        Kpipi0*Kpi                                   #
+# Author: Jean-Pierre Lees                            #
+# Created:                  19/sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0kpipi0  MyD*0Bkpi  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpipi0_D0barstarKpipi0_Kminus.dec b/BaBar_2014/BpBm_D0Kpipi0_D0barstarKpipi0_Kminus.dec
new file mode 100644
index 0000000..ddbafc8
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_D0barstarKpipi0_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D0D*0barK-    anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0kpipi0  MyD*0Bkpipi0  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kpipi0_DminusK2pi_K0S.dec b/BaBar_2014/BpBm_D0Kpipi0_DminusK2pi_K0S.dec
new file mode 100644
index 0000000..40d6889
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_DminusK2pi_K0S.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D0 D- K0s                              #
+#              D0->Kpipi0, D-->K+pi-pi-, K0s->pi+pi-  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Apr/00                 #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0kpipi0  MyD-  myKs      PHSP;
+Enddecay
+CDecay MyB+
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0Kpipi0_DstarminusK2pi_K0S.dec b/BaBar_2014/BpBm_D0Kpipi0_DstarminusK2pi_K0S.dec
new file mode 100644
index 0000000..6491f91
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_DstarminusK2pi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                             #
+#              D0->Kpipi0,D*-->D0barpi-               # 
+#                      D0bar->k2pi                    # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0kpipi0  MyD*-k2pi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0Kpipi0_DstarminusK3pi_K0S.dec b/BaBar_2014/BpBm_D0Kpipi0_DstarminusK3pi_K0S.dec
new file mode 100644
index 0000000..182f265
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_DstarminusK3pi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                             #
+#              D0->Kpipi0,D*-->D0barpi-               # 
+#                      D0bar->k3pi                    # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0kpipi0  MyD*-k3pi    myKs         PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0Kpipi0_DstarminusKpi_K0S.dec b/BaBar_2014/BpBm_D0Kpipi0_DstarminusKpi_K0S.dec
new file mode 100644
index 0000000..4cf36e6
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_DstarminusKpi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                             #
+#              D0->Kpipi0,D*-->D0barpi-               # 
+#                      D0bar->kpi                     # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0kpipi0  MyD*-kpi    myKs            PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0Kpipi0_DstarminusKpipi0_K0S.dec b/BaBar_2014/BpBm_D0Kpipi0_DstarminusKpipi0_K0S.dec
new file mode 100644
index 0000000..3c5ba47
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_DstarminusKpipi0_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D0 D*- K0s                            #
+#              D0->Kpipi0,D*-->D0barpi-               # 
+#                      D0bar->kpipi0                  # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD0kpipi0  MyD*-kpipi0    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0Kpipi0_pim.dec b/BaBar_2014/BpBm_D0Kpipi0_pim.dec
new file mode 100644
index 0000000..35df6c4
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kpipi0_pim.dec
@@ -0,0 +1,42 @@
+####################################################
+#                                                  #
+# Inclusive D0pi decay.dec                         #
+#                                                  #
+# D0pi      from B+B-                              #
+#                                                  #
+# Decay: B+ -> anti-D0 pi+, B- -> X     +c.c.      #
+#               |-> K+ pi- pi0                     #
+#                                                  #
+# 19 Jun 02                                        #
+# Erich Varnes                                     #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias Myanti-D0 anti-D0
+Alias MyD0 D0
+#
+Decay Myanti-D0
+1.00  K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00  K-  pi+  pi0                    D_DALITZ;
+Enddecay
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D0 pi+          PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD0 pi-               PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D0Krho0_D0CP.dec b/BaBar_2014/BpBm_D0Krho0_D0CP.dec
new file mode 100755
index 0000000..34fde2f
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Krho0_D0CP.dec
@@ -0,0 +1,179 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B+- --> D0 K rho0, D0 --> CP modes                     #
+#   CP modes: KK, KsPi0, KsEta, KsEtap, KsOmega, KsRho0, KsPhi, Rho0Pi0  #
+#                                                                        #
+# The D0 decay modes are into CP eigenstates.                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   6th of November 2002                                           #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB+       B+
+Alias MyB-       B-
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+Alias NewEta     eta
+Alias NewEta2    eta
+Alias NewEtap    eta'
+Alias NewOmega   omega
+Alias NewPhi     phi
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.500 MyB+ B-                          VSS;
+  0.500 MyB- B+                          VSS;
+Enddecay
+
+
+###################################################
+# B+- -> D0(bar) K+- pi0
+###################################################
+
+Decay MyB+
+  0.00010   Myanti-D0   K+      rho0     PHSP;
+Enddecay
+
+Decay MyB-
+  0.00010   MyD0        K-      rho0     PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> KK, KsPi0, KsEta, KsEtap,
+#            KsOmega, KsRho0, KsPhi, Rho0Pi0
+###################################################
+
+Decay MyD0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+Decay Myanti-D0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+# The final state K pi pi can be reached through the K omega, via:
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+###################################################
+# "New" decay types (due to reconstruction issues)
+###################################################
+
+Decay NewPhi
+  1.0000  K- K+                 VSS;
+Enddecay
+
+Decay NewOmega
+  1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+
+Decay NewEtap
+  1.0000  pi+ pi- NewEta2       PHSP;
+Enddecay
+
+Decay NewEta
+  0.3933  pi+ pi- pi0           ETA_DALITZ;
+  0.2300  gamma gamma           PHSP;
+Enddecay
+
+Decay NewEta2
+  1.0000  gamma gamma           PHSP;
+Enddecay
+
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/BpBm_D0Krho0_D0NonCP.dec b/BaBar_2014/BpBm_D0Krho0_D0NonCP.dec
new file mode 100755
index 0000000..7c7e8a7
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Krho0_D0NonCP.dec
@@ -0,0 +1,142 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B+- --> D0 K rho0, D0 --> Kpi, Kpipi0, Kpipipi         #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   6th of November 2002                                           #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB+       B+
+Alias MyB-       B-
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.500 MyB+ B-                          VSS;
+  0.500 MyB- B+                          VSS;
+Enddecay
+
+
+###################################################
+# B+- -> D0(bar) K+- pi0
+###################################################
+
+Decay MyB+
+  0.00010   Myanti-D0   K+      rho0     PHSP;
+Enddecay
+
+Decay MyB-
+  0.00010   MyD0        K-      rho0     PHSP;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/BpBm_D0KsPi_D0mCPp.dec b/BaBar_2014/BpBm_D0KsPi_D0mCPp.dec
new file mode 100644
index 0000000..86a4943
--- /dev/null
+++ b/BaBar_2014/BpBm_D0KsPi_D0mCPp.dec
@@ -0,0 +1,65 @@
+############################################################################
+# Decay: B- -> D0 Ks(Pi+Pi-) Pi- (D0 -> h- h+)  B+ -> X;   + cc (h={Pi,K}) #
+# Author :       Guillaume Therin    November 20, 2003                     #
+############################################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> h- h+                             #
+###########################################
+#
+Decay MyD0
+0.742  K- K+                                  PHSP;
+0.258  pi- pi+                                PHSP;
+Enddecay
+Decay Myanti-D0
+0.742 K+ K-                                   PHSP;
+0.258 pi+ pi-                                 PHSP;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000      MyKs  pi+                          VSS;
+Enddecay
+Decay MyK*-
+1.000      MyKs   pi-                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0KsPi_D0mKK.dec b/BaBar_2014/BpBm_D0KsPi_D0mKK.dec
new file mode 100644
index 0000000..6802a03
--- /dev/null
+++ b/BaBar_2014/BpBm_D0KsPi_D0mKK.dec
@@ -0,0 +1,55 @@
+############################################################################
+# Decay  : B- -> D0(K-K+) Ks(Pi+Pi-) Pi- , B+ -> X ; cc                    #
+# Author :       Guillaume Therin    February 27, 2004                     #
+############################################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+#          B- -> D0 Ks Pi                 #
+###########################################
+#
+Decay MyB+
+1.000      Myanti-D0   MyKs   pi+             PHSP;
+Enddecay
+Decay MyB-
+1.000      MyD0        MyKs   pi-             PHSP;
+Enddecay
+#
+###########################################
+#          D0 -> K- K+                    #
+###########################################
+#
+Decay MyD0
+1.000  K- K+                                  PHSP;
+Enddecay
+Decay Myanti-D0
+1.000  K+ K-                                  PHSP;
+Enddecay
+#
+###########################################
+#          Ks -> Pi+ Pi-                  #
+###########################################
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D0KsPi_D0mKsOmega.dec b/BaBar_2014/BpBm_D0KsPi_D0mKsOmega.dec
new file mode 100644
index 0000000..881f13e
--- /dev/null
+++ b/BaBar_2014/BpBm_D0KsPi_D0mKsOmega.dec
@@ -0,0 +1,63 @@
+############################################################################
+# Decay  : B- -> D0(KsOmega(Pi+Pi-Pi0)) Ks(Pi+Pi-) Pi- , B+ -> X ; cc      #
+# Author :       Guillaume Therin    February 12, 2004                     #
+############################################################################
+#
+Alias MyB-      	B-
+Alias MyB+      	B+
+Alias MyD0      	D0
+Alias Myanti-D0 	anti-D0
+Alias MyKs  		K_S0
+Alias MyOmega  		omega
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+#          B- -> D0 Ks Pi                 #
+###########################################
+#
+Decay MyB+
+1.000      Myanti-D0   MyKs   pi+             PHSP;
+Enddecay
+Decay MyB-
+1.000      MyD0        MyKs   pi-             PHSP;
+Enddecay
+#
+###########################################
+#	   D0 -> Ks Omega	          #
+###########################################
+#
+Decay MyD0
+1.00 MyOmega    MyKs                          SVS;
+Enddecay
+Decay Myanti-D0
+1.00  MyOmega    MyKs                         SVS;
+Enddecay
+#
+###########################################
+#          Ks -> Pi+ Pi-                  #
+###########################################
+#
+Decay MyKs
+1.00  pi+ pi-                                 PHSP;
+Enddecay
+#
+###########################################
+#          Omega -> Pi+ Pi- Pi0           #
+###########################################
+#
+Decay MyOmega
+1.00    pi-  pi+  pi0                         OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0KsPi_D0mKsPhi.dec b/BaBar_2014/BpBm_D0KsPi_D0mKsPhi.dec
new file mode 100644
index 0000000..b88e8e4
--- /dev/null
+++ b/BaBar_2014/BpBm_D0KsPi_D0mKsPhi.dec
@@ -0,0 +1,59 @@
+############################################################################
+# Decay  : B- -> D0(KsPhi) Ks(Pi+Pi-) Pi- , B+ -> X ; cc                   #
+# Author :       Guillaume Therin    February 27, 2004                     #
+############################################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyKs        K_S0
+Alias MyPhi       phi
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+#          B- -> D0 Ks Pi                 #
+###########################################
+#
+Decay MyB+
+1.000      Myanti-D0   MyKs   pi+            PHSP;
+Enddecay
+Decay MyB-
+1.000      MyD0        MyKs   pi-            PHSP;
+Enddecay
+#
+###########################################
+#          D0 -> Ks  Phi                  #
+###########################################
+#
+Decay MyD0
+1.000   MyPhi  MyKs                          SVS;
+Enddecay
+Decay Myanti-D0
+1.000   MyPhi  MyKs                          SVS;
+Enddecay
+#
+Decay MyPhi
+1.000   K+     K-                            VSS;
+Enddecay
+#
+###########################################
+#          Ks -> Pi+ Pi-                  #
+###########################################
+#
+Decay MyKs
+1.000      pi+ pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0KsPi_D0mKsPi0.dec b/BaBar_2014/BpBm_D0KsPi_D0mKsPi0.dec
new file mode 100644
index 0000000..6e3caf3
--- /dev/null
+++ b/BaBar_2014/BpBm_D0KsPi_D0mKsPi0.dec
@@ -0,0 +1,56 @@
+############################################################################
+# Decay  : B- -> D0(KsPi0) Ks(Pi+Pi-) Pi- , B+ -> X ; cc                    #
+# Author :       Guillaume Therin    February 12, 2004                     #
+############################################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+#          B- -> D0 Ks Pi                 #
+###########################################
+#
+Decay MyB+
+1.000      Myanti-D0   MyKs   pi+             PHSP;
+Enddecay
+Decay MyB-
+1.000      MyD0        MyKs   pi-             PHSP;
+Enddecay
+#
+###########################################
+#           D0 -> Ks  Pi0                 #
+###########################################
+#
+Decay MyD0
+1.000   pi0    MyKs                          PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   pi0    MyKs                          PHSP;
+Enddecay
+#
+###########################################
+#           Ks -> Pi+ Pi-                 #
+###########################################
+#
+Decay MyKs
+1.000   pi+    pi-                           PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_D0KsPi_D0mPiPi.dec b/BaBar_2014/BpBm_D0KsPi_D0mPiPi.dec
new file mode 100644
index 0000000..4160359
--- /dev/null
+++ b/BaBar_2014/BpBm_D0KsPi_D0mPiPi.dec
@@ -0,0 +1,55 @@
+############################################################################
+# Decay  : B- -> D0(Pi-Pi+) Ks(Pi+Pi-) Pi- , B+ -> X ; cc                  #
+# Author :       Guillaume Therin    February 27, 2004                     #
+############################################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+#          B- -> D0 Ks Pi                 #
+###########################################
+#
+Decay MyB+
+1.000      Myanti-D0   MyKs   pi+             PHSP;
+Enddecay
+Decay MyB-
+1.000      MyD0        MyKs   pi-             PHSP;
+Enddecay
+#
+###########################################
+#          D0 -> Pi- Pi+                  #
+###########################################
+#
+Decay MyD0
+1.000  pi- pi+                                PHSP;
+Enddecay
+Decay Myanti-D0
+1.000 pi+ pi-                                 PHSP;
+Enddecay
+#
+###########################################
+#          Ks -> Pi+ Pi-                  #
+###########################################
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D0Kst.dec b/BaBar_2014/BpBm_D0Kst.dec
new file mode 100644
index 0000000..741e6aa
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kst.dec
@@ -0,0 +1,64 @@
+###################################################
+#                                                 #
+# Decay: B+ -> anti-D0 K*+,     B- -> X;   + cc   #
+#                                                 #
+# Author: Natalia Kuznetsova                      #
+# Date:                    11/25/99               #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK*+ K*+
+Alias MyK*- K*-
+ChargeConj MyK*+  MyK*-
+#
+Alias MyK0 K0
+Alias Myanti-K0  anti-K0
+ChargeConj MyK0 Myanti-K0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  MyK*+          PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  MyK*-          PHSP;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+Decay Myanti-D0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+Decay MyK*+
+0.6660      MyK0  pi+                        VSS;
+0.3330      K+  pi0                        VSS;
+Enddecay
+Decay MyK*-
+0.6660      Myanti-K0   pi-                        VSS;
+0.3330      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyK0
+1.000     K_S0                              PHSP;
+Enddecay
+Decay Myanti-K0
+1.000     K_S0                              PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_D0Kstar.dec b/BaBar_2014/BpBm_D0Kstar.dec
new file mode 100644
index 0000000..5e9260b
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar.dec
@@ -0,0 +1,135 @@
+####################################################
+# Decay: B- -> D0              K*-,      B+ -> X   #
+#              |-> brec c'tail  |-> KS pi-         #
+#                               |-> K- pi0         #
+#                                                  #
+# + cc                                             #
+#                                                  #
+#  Stephen Levy                                    #
+#  August 15, 2002                                 #
+#                                                  #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+Alias Myomega omega
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+#
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000 MyK*+ Myanti-D0                  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyK*- MyD0                       SVS;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK*+
+0.5784      MyKs  pi+                      VSS;
+0.4216      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+0.5784      MyKs   pi-                     VSS;
+0.4216      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_CPminusCocktail.dec b/BaBar_2014/BpBm_D0Kstar_CPminusCocktail.dec
new file mode 100644
index 0000000..8e3b3d4
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_CPminusCocktail.dec
@@ -0,0 +1,133 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 K*-         B+ -> D0bar K*+       #
+#              |  |                 |     |         #
+#              |  |->Ks0pi-         |     |->Ks0pi+ #
+#              |                    |               #
+#              |->    Ks0 pi0     <-|               #
+#              |->    Ks0 phi     <-|               #
+#              |->    Ks0 rho0    <-|               #
+#              |->    Ks0 omega   <-|               #
+#              |->    Ks0 eta     <-|               #
+#              |->    Ks0 eta'    <-|               #
+#              |->    pi0 phi     <-|               #
+#              |->    pi0 rho0    <-|               #
+#                                                   #
+#                                                   #
+#                     Ks0                           #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     phi                           #
+#                     |                             #
+#                     |-> K+ K-                     #
+#                                                   #
+#                     rho0                          #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     omega                         #
+#                     |                             #
+#                     |-> pi+ pi- pi0               #
+#                                                   #
+#                     eta                           #
+#                     |                             #
+#     (50%)           |-> pi+ pi- pi0               #
+#     (50%)           |-> gamma gamma               #
+#                                                   #
+#                     eta'                          #
+#                     |                             #
+#                     |-> rho0 gamma                #
+#                                                   #
+#                                                   #
+# Author: Malcolm John                              #
+# created: 25 May 2002  			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+Alias MyKstar+          K*+ 
+Alias MyKstar-          K*-
+ 
+Alias MyK_S0  K_S0
+Alias MyPhi phi 
+Alias MyRho0 rho0 
+Alias MyOmega  omega
+Alias MyEta eta 
+Alias MyEta'  eta'
+
+#
+Decay Upsilon(4S)
+1.00	MyB- MyB+		 	 VSS;
+Enddecay
+# 
+Decay MyB-
+1.00    MyKstar-  MyD0                   SVS;
+Enddecay
+#
+Decay MyB+
+1.00    MyKstar+  Myanti-D0              SVS;
+Enddecay
+#
+Decay MyKstar-
+1.00	MyK_S0 pi-    		         VSS;
+Enddecay 
+#
+Decay MyKstar+
+1.00	MyK_S0 pi+		         VSS;
+Enddecay 
+#
+Decay MyD0
+0.125  pi0 MyK_S0 			PHSP;
+0.125  MyPhi MyK_S0			SVS;
+0.125  MyRho0 MyK_S0			SVS;
+0.125  MyOmega MyK_S0			SVS;
+0.125  MyEta	MyK_S0 			PHSP;
+0.125  MyEta'	MyK_S0 			PHSP;
+0.125  MyPhi pi0			SVS;
+0.125  MyRho0 pi0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+0.125  pi0 MyK_S0 			PHSP;
+0.125  MyPhi MyK_S0			SVS;
+0.125  MyRho0 MyK_S0			SVS;
+0.125  MyOmega MyK_S0			SVS;
+0.125  MyEta	MyK_S0 			PHSP;
+0.125  MyEta'	MyK_S0 			PHSP;
+0.125  MyPhi pi0			SVS;
+0.125  MyRho0 pi0			SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                            VSS;
+Enddecay 
+#
+Decay MyRho0
+1.000  pi- pi+		                 VSS;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0          OMEGA_DALITZ;
+Enddecay 
+#
+Decay MyEta
+0.50    pi+ pi- pi0               ETA_DALITZ;
+0.50    gamma gamma                     PHSP;
+Enddecay
+# 
+Decay MyEta'
+1.000 MyRho0 gamma                      SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_D0Kstar_CPplusCocktail.dec b/BaBar_2014/BpBm_D0Kstar_CPplusCocktail.dec
new file mode 100644
index 0000000..767c914
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_CPplusCocktail.dec
@@ -0,0 +1,108 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 K*-         B+ -> D0bar K*+       #
+#              |  |                 |     |         #
+#              |  |->Ks0pi-         |     |->Ks0pi+ #
+#              |                    |               #
+#              |->    pi+ pi-     <-|               #
+#              |->    K+  K-      <-|               #
+#              |->    pi0 pi0     <-|               #
+#              |->    Ks0 Ks0     <-|               #
+#              |->    eta phi     <-|               #
+#              |->    eta rho     <-|               #
+#                                                   #
+#                     Ks0                           #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     phi                           #
+#                     |                             #
+#                     |-> K+ K-                     #
+#                                                   #
+#                     rho0                          #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     eta                           #
+#                     |                             #
+#     (50%)           |-> pi+ pi- pi0               #
+#     (50%)           |-> gamma gamma               #
+#                                                   #
+#                                                   #
+# Author: Malcolm John                              #
+# created: 25 May 2002  			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+Alias MyKstar+          K*+ 
+Alias MyKstar-          K*-
+ 
+Alias MyK_S0  K_S0
+Alias MyPhi phi 
+Alias MyRho0 rho0 
+Alias MyEta eta 
+
+#
+Decay Upsilon(4S)
+1.00	MyB- MyB+			VSS;
+Enddecay
+# 
+Decay MyB-
+1.00    MyKstar-  MyD0                   SVS;
+Enddecay
+#
+Decay MyB+
+1.00    MyKstar+  Myanti-D0              SVS;
+Enddecay
+#
+Decay MyKstar-
+1.00	MyK_S0 pi-    		         VSS;
+Enddecay 
+#
+Decay MyKstar+
+1.00	MyK_S0 pi+		         VSS;
+Enddecay 
+#
+Decay MyD0
+0.166  pi+ pi-    			PHSP;
+0.166  K+ K-                     	PHSP;
+0.166  pi0 pi0      			PHSP;
+0.166  MyK_S0 MyK_S0 			PHSP;
+0.166  MyPhi MyEta                       SVS;
+0.166  MyRho0 MyEta                      SVS;
+Enddecay
+#
+Decay Myanti-D0
+0.166  pi+ pi-                          PHSP;
+0.166  K+ K-                            PHSP;
+0.166  pi0 pi0                          PHSP;
+0.166  MyK_S0 MyK_S0                    PHSP;
+0.166  MyPhi MyEta                       SVS;
+0.166  MyRho0 MyEta                      SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                            VSS;
+Enddecay 
+#
+Decay MyRho0
+1.000  pi- pi+		                 VSS;
+Enddecay
+#
+Decay MyEta
+0.50    pi+ pi- pi0               ETA_DALITZ;
+0.50    gamma gamma                     PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_D0Kstar_D0CabibboNonCP.dec b/BaBar_2014/BpBm_D0Kstar_D0CabibboNonCP.dec
new file mode 100644
index 0000000..bad812f
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0CabibboNonCP.dec
@@ -0,0 +1,97 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 K*          B+ -> D0bar K*+       #
+#              |                    |               #
+#              |->    K*+    K-   <-|               #
+#              |->    K*-    K+   <-|               #
+#              |->    K*0    Ks   <-|               #
+#              |->    K*0bar Ks   <-|               #
+#              |->    rho+   pi-  <-|               #
+#              |->    rho-   pi+  <-|               #
+#                                                   #
+# with                Ks   -> pi+ pi-               #
+#                     K*0  -> K-  pi+               #
+#                     K*+  -> Ks pi+ and K+ pi0     #
+#                     rho+ -> generic               #
+#                                                   #
+# Author: Abi Soffer                                #
+# created: 6 Nov 2002    			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+Alias MyK*0   K*0
+Alias Myanti-K*0   anti-K*0
+
+Alias MyKs  K_S0
+
+
+Decay Upsilon(4S)
+0.5	MyB- B+			VSS;
+0.5	MyB+ B-			VSS;
+Enddecay
+
+# write the B decays as b->u. This doesn't really matter in the final
+# state, but will make identifying them in the MC truth slightly easier:
+#
+Decay MyB-
+1.00	Myanti-D0 MyK*-		PHSP;
+Enddecay 
+
+Decay MyB+
+1.00	MyD0 MyK*+		     	PHSP;
+Enddecay 
+
+Decay MyD0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay Myanti-D0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay MyKs
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+
+Decay MyK*0
+1.000    K- pi+ VSS;
+Enddecay 
+
+Decay Myanti-K*0
+1.000    K+ pi- VSS;
+Enddecay 
+
+# K*+ -> Ks pi+ 50%, due to K0 -> Ks:
+Decay MyK*+
+0.5      MyKs  pi+                        VSS;
+0.5      K+  pi0                          VSS;
+Enddecay 
+
+Decay MyK*-
+0.5      MyKs  pi-                        VSS;
+0.5      K-  pi0                          VSS;
+Enddecay 
+
+End
+
+
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mK3pi.dec b/BaBar_2014/BpBm_D0Kstar_D0mK3pi.dec
new file mode 100644
index 0000000..effd5c6
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mK3pi.dec
@@ -0,0 +1,36 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 K*- (D0 -> K- pi+ pi+ pi-)  B+ -> X;   + cc   #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K*+  Myanti-D0                    SVS;
+Enddecay
+Decay MyB-
+1.000   K*-  MyD0                         SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mK3pimDCSD.dec b/BaBar_2014/BpBm_D0Kstar_D0mK3pimDCSD.dec
new file mode 100644
index 0000000..d18de39
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mK3pimDCSD.dec
@@ -0,0 +1,36 @@
+####################################################################
+#                                                                  #
+# Decay: B- -> D0 K*- (D0 -> K- pi+ pi+ pi-, DCSD)  B+ -> X;   + cc#
+#                                                                  #
+# Author: Malcolm John                                             #
+# Date:                    04/06/2003                              #
+####################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K*+  MyD0                         SVS;
+Enddecay
+Decay MyB-
+1.000   K*-  Myanti-D0                    SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi-  pi+                 PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKK.dec b/BaBar_2014/BpBm_D0Kstar_D0mKK.dec
new file mode 100644
index 0000000..785b669
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKK.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 K*- (D0 -> K- K+)  B+ -> X;   + cc    #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    03/09/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K*+  Myanti-D0                    SVS;
+Enddecay
+Decay MyB-
+1.000   K*-  MyD0                         SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  K+                            PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  K-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKK_KstarmKPi0.dec b/BaBar_2014/BpBm_D0Kstar_D0mKK_KstarmKPi0.dec
new file mode 100644
index 0000000..bb92b99
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKK_KstarmKPi0.dec
@@ -0,0 +1,59 @@
+#########################################################
+# Decay: B- -> D0 K*- (D0 -> K- K+)  B+ -> X;   + cc    #
+#                 |-> K- Pi0                            #
+# Author :       Guillaume Therin    November 20, 2003  #
+#########################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- K+                             #
+###########################################
+#
+Decay MyD0
+1.000      K-  K+                             PHSP;
+Enddecay
+Decay Myanti-D0
+1.000      K+  K-                             PHSP;
+Enddecay
+#
+###########################################
+# K*- -> K- Pi0                           #
+###########################################
+#
+Decay MyK*+
+1.000      K+  pi0                            VSS;
+Enddecay
+Decay MyK*-
+1.000      K-  pi0                            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKK_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKK_KstarmKsPi.dec
new file mode 100644
index 0000000..40d3f48
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKK_KstarmKsPi.dec
@@ -0,0 +1,64 @@
+#########################################################
+# Decay: B- -> D0 K*- (D0 -> K- K+)  B+ -> X;   + cc    #
+#                 |-> Ks(PiPi) Pi-                      #
+# Author :       Guillaume Therin    November 20, 2003  #
+#########################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- K+                             #
+###########################################
+#
+Decay MyD0
+1.000      K-  K+                             PHSP;
+Enddecay
+Decay Myanti-D0
+1.000      K+  K-                             PHSP;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000      MyKs  pi+                          VSS;
+Enddecay
+Decay MyK*-
+1.000      MyKs   pi-                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKPiPi0_KstarmKPi0.dec b/BaBar_2014/BpBm_D0Kstar_D0mKPiPi0_KstarmKPi0.dec
new file mode 100644
index 0000000..2ee5cf1
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKPiPi0_KstarmKPi0.dec
@@ -0,0 +1,60 @@
+##############################################################
+# Decay: B- -> D0 K*- (D0 -> K- Pi+ Pi0)  B+ -> X;   + cc    #
+#                 |-> K- Pi0                                 #
+# Author :       Guillaume Therin    November 20, 2003       #
+##############################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- Pi+ Pi0                        #
+###########################################
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+###########################################
+# K*- -> K- Pi0                           #
+###########################################
+#
+Decay MyK*+
+1.000      K+  pi0                            VSS;
+Enddecay
+Decay MyK*-
+1.000      K-  pi0                            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKPiPi0_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKPiPi0_KstarmKsPi.dec
new file mode 100644
index 0000000..ff75227
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKPiPi0_KstarmKsPi.dec
@@ -0,0 +1,64 @@
+##############################################################
+# Decay: B- -> D0 K*- (D0 -> K- Pi+ Pi0)  B+ -> X;   + cc    #
+#                 |-> Ks(PiPi) Pi-                           #
+# Author :       Guillaume Therin    November 20, 2003       #
+##############################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- Pi+ Pi0                        #
+###########################################
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000      MyKs  pi+                          VSS;
+Enddecay
+Decay MyK*-
+1.000      MyKs   pi-                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKPiPi0_KstarmKsPi_ADS.dec b/BaBar_2014/BpBm_D0Kstar_D0mKPiPi0_KstarmKsPi_ADS.dec
new file mode 100644
index 0000000..5772ee0
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKPiPi0_KstarmKsPi_ADS.dec
@@ -0,0 +1,67 @@
+######################################################################
+# Decay: B- -> D(K+Pi-Pi0) K*-    B+ -> X;   + cc                    #
+#                          |-> Ks(PiPi) Pi-                          #
+# D = {D0 , D0bar}                                                   #
+# To generate this suppressed MC signal,                             #
+# we assume EvtGen has the same behaviour for D0 and D0bar           #
+# Author :       Guillaume Therin    June 21, 2004                   #
+######################################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  MyD0                        SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  Myanti-D0                   SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- Pi+ Pi0                        #
+###########################################
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000      MyKs  pi+                          VSS;
+Enddecay
+Decay MyK*-
+1.000      MyKs   pi-                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKPiPiPi_KstarmKPi0.dec b/BaBar_2014/BpBm_D0Kstar_D0mKPiPiPi_KstarmKPi0.dec
new file mode 100644
index 0000000..41d9fcd
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKPiPiPi_KstarmKPi0.dec
@@ -0,0 +1,60 @@
+#########################################################
+# Decay: B- -> D0 K*- (D0 -> K- 3Pi)  B+ -> X;   + cc   #
+#                 |-> K- Pi0                            #
+# Author :       Guillaume Therin    November 20, 2003  #
+#########################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- 3Pi                            #
+###########################################
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+###########################################
+# K*- -> K- Pi0                           #
+###########################################
+#
+Decay MyK*+
+1.000      K+  pi0                            VSS;
+Enddecay
+Decay MyK*-
+1.000      K-  pi0                            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKPiPiPi_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKPiPiPi_KstarmKsPi.dec
new file mode 100644
index 0000000..8f8b9c9
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKPiPiPi_KstarmKsPi.dec
@@ -0,0 +1,64 @@
+#########################################################
+# Decay: B- -> D0 K*- (D0 -> K- 3Pi)  B+ -> X;   + cc   #
+#                 |-> Ks(PiPi) Pi-                      #
+# Author :       Guillaume Therin    November 20, 2003  #
+#########################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- 3Pi                            #
+###########################################
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000      MyKs  pi+                          VSS;
+Enddecay
+Decay MyK*-
+1.000      MyKs   pi-                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKPiPiPi_KstarmKsPi_ADS.dec b/BaBar_2014/BpBm_D0Kstar_D0mKPiPiPi_KstarmKsPi_ADS.dec
new file mode 100644
index 0000000..cb2d0a7
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKPiPiPi_KstarmKsPi_ADS.dec
@@ -0,0 +1,67 @@
+######################################################################
+# Decay: B- -> D(K+ 3Pi) K*-    B+ -> X;   + cc                      #
+#                        |-> Ks(PiPi) Pi-                            #
+# D = {D0 , D0bar}                                                   #
+# To generate this suppressed MC signal,                             #
+# we assume EvtGen has the same behaviour for D0 and D0bar           #
+# Author :       Guillaume Therin    June 21, 2004                   #
+######################################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  MyD0                        SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  Myanti-D0                   SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- 3Pi                            #
+###########################################
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000      MyKs  pi+                          VSS;
+Enddecay
+Decay MyK*-
+1.000      MyKs   pi-                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKPi0.dec b/BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKPi0.dec
new file mode 100644
index 0000000..d6e21eb
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKPi0.dec
@@ -0,0 +1,59 @@
+##########################################################
+# Decay: B- -> D0 K*- (D0 -> K- Pi+)  B+ -> X;   + cc    #
+#                 |-> K- Pi0                             #
+# Author :       Guillaume Therin    November 20, 2003   #
+##########################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- Pi+                            #
+###########################################
+#
+Decay MyD0
+1.000      K-  pi+                            PHSP;
+Enddecay
+Decay Myanti-D0
+1.000      K+  pi-                            PHSP;
+Enddecay
+#
+###########################################
+# K*- -> K- Pi0                           #
+###########################################
+#
+Decay MyK*+
+1.000      K+  pi0                            VSS;
+Enddecay
+Decay MyK*-
+1.000      K-  pi0                            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKsPi.dec
new file mode 100644
index 0000000..3e9c65c
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKsPi.dec
@@ -0,0 +1,64 @@
+#########################################################
+# Decay: B- -> D0 K*- (D0 -> K- Pi+)  B+ -> X;   + cc    #
+#                 |-> Ks(PiPi) Pi-                      #
+# Author :       Guillaume Therin    November 20, 2003  #
+#########################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- K+                             #
+###########################################
+#
+Decay MyD0
+1.000      K-  pi+                            PHSP;
+Enddecay
+Decay Myanti-D0
+1.000      K+  pi-                            PHSP;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000      MyKs  pi+                          VSS;
+Enddecay
+Decay MyK*-
+1.000      MyKs   pi-                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKsPi_ADS.dec b/BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKsPi_ADS.dec
new file mode 100644
index 0000000..79ca8e1
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKPi_KstarmKsPi_ADS.dec
@@ -0,0 +1,67 @@
+######################################################################
+# Decay: B- -> D(K+Pi-) K*-    B+ -> X;   + cc                       #
+#                       |-> Ks(PiPi) Pi-                             #
+# D = {D0 , D0bar}                                                   #
+# To generate this suppressed MC signal,                             #
+# we assume EvtGen has the same behaviour for D0 and D0bar           #
+# Author :       Guillaume Therin    June 21, 2004                   #
+######################################################################
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias MyK*+       K*+
+Alias MyK*-       K*-
+Alias MyKs        K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  MyD0                        SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  Myanti-D0                   SVS;
+Enddecay
+#
+###########################################
+# D0 -> K- Pi+                            #
+###########################################
+#
+Decay MyD0
+1.000      K-  pi+                            PHSP;
+Enddecay
+Decay Myanti-D0
+1.000      K+  pi-                            PHSP;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000      MyKs  pi+                          VSS;
+Enddecay
+Decay MyK*-
+1.000      MyKs   pi-                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKpi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKpi.dec
new file mode 100644
index 0000000..3615940
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKpi.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 K*- (D0 -> K- pi+)  B+ -> X;   + cc   #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    03/09/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K*+  Myanti-D0                    SVS;
+Enddecay
+Decay MyB-
+1.000   K*-  MyD0                         SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKpimDCSD.dec b/BaBar_2014/BpBm_D0Kstar_D0mKpimDCSD.dec
new file mode 100644
index 0000000..95d2a69
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKpimDCSD.dec
@@ -0,0 +1,36 @@
+############################################################
+#                                                          #
+# Decay: B- -> D0 K*- (D0 -> K- pi+, DCSD)  B+ -> X;   + cc#
+#                                                          #
+# Author: Malcolm John                                     #
+# Date:                    04/06/2003                      #
+############################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K*+  MyD0                         SVS;
+Enddecay
+Decay MyB-
+1.000   K*-  Myanti-D0                    SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKpipi0.dec b/BaBar_2014/BpBm_D0Kstar_D0mKpipi0.dec
new file mode 100644
index 0000000..b36b664
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKpipi0.dec
@@ -0,0 +1,36 @@
+#############################################################
+#                                                           #
+# Decay: B- -> D0 K*- (D0 -> K- pi+ pi0)  B+ -> X;   + cc   #
+#                                                           #
+# Author: Giampiero Mancinelli                              #
+# Date:                    03/09/2001                       #
+#############################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K*+  Myanti-D0                    SVS;
+Enddecay
+Decay MyB-
+1.000   K*-  MyD0                         SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKpipi0mDCSD.dec b/BaBar_2014/BpBm_D0Kstar_D0mKpipi0mDCSD.dec
new file mode 100644
index 0000000..a50d277
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKpipi0mDCSD.dec
@@ -0,0 +1,37 @@
+################################################################
+#                                                              #
+# Decay: B- -> D0 K*- (D0 -> K- pi+ pi0, DCSD)  B+ -> X;   + cc#
+#                                                              #
+# Author: Malcolm John                                         #
+# Date:                    04/06/2003                          #
+################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+# The wrong sign-ness is applied to the B here
+Decay MyB+
+1.000   K*+  MyD0                    SVS;
+Enddecay
+Decay MyB-
+1.000   K*-  Myanti-D0                         SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsEtaP_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsEtaP_KstarmKsPi.dec
new file mode 100644
index 0000000..3cc9491
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsEtaP_KstarmKsPi.dec
@@ -0,0 +1,101 @@
+#########################################################
+#                                                       #
+# Decay:B- -> D0 K*- 									#
+#		(D0 -> Ks EtaP 100%)							#
+#		(Ks -> Pi+ Pi- 100%)							#
+#		(EtaP -> Rho gam 50% , pi+ pi- Eta 50%)			#
+#		(Eta -> gam gam 100%)							#
+#		(RHo0 -> Pi+ P- 100%)							#
+#		(K*- -> Ks Pi-)									# 
+#														#
+# 		B+ -> X											#
+# 		And Charge Conjugates							#
+#														#
+# Author: Paul Stephen Jackson							#
+# Date: 05/Oct/2003										#
+#														#
+#########################################################
+
+Alias MyB-      	B-
+Alias MyB+      	B+
+Alias MyD0      	D0
+Alias Myanti-D0     anti-D0
+Alias MyKstar+      K*+
+Alias MyKstar-      K*-
+Alias MyK_S0  		K_S0
+Alias MyRho0 		rho0
+Alias MyEta 		eta
+Alias MyEta' 		eta'
+
+#################
+#	  U(4s)		#
+#################
+Decay Upsilon(4S)
+0.50    MyB- B+            		VSS;
+0.50    MyB+ B-            		VSS;
+Enddecay
+
+#################
+#	   B-		#
+#################
+Decay MyB-
+1.00    MyKstar-  MyD0			SVS;
+Enddecay
+
+Decay MyB+
+1.00    MyKstar+  Myanti-D0     SVS;
+Enddecay
+
+#################
+#	  K*-		#
+#################
+Decay MyKstar-
+1.00    MyK_S0 pi-              VSS;
+Enddecay
+
+Decay MyKstar+
+1.00    MyK_S0 pi+              VSS;
+Enddecay
+
+#################
+#	   D0		#
+#################
+Decay MyD0
+1.00  MyEta'   MyK_S0          	PHSP;
+Enddecay
+
+Decay Myanti-D0
+1.00   MyEta'   MyK_S0          PHSP;
+Enddecay
+
+#################
+#	   Ks		#
+#################
+Decay MyK_S0
+1.0000  pi+ pi-                 PHSP;
+Enddecay
+
+#################
+#	  EtaP		#
+#################
+Decay MyEta'
+0.500 MyRho0 gamma              SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.500 MyEta pi+ pi-				PHSP;
+Enddecay
+
+#################
+#	  Rho		#
+#################
+Decay MyRho0
+1.000  pi- pi+                   VSS;
+Enddecay
+
+#################
+#	  Eta		#
+#################
+Decay MyEta
+1.00    gamma gamma              PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsEta_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsEta_KstarmKsPi.dec
new file mode 100644
index 0000000..21bc514
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsEta_KstarmKsPi.dec
@@ -0,0 +1,82 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 K*- 									#
+#		(D0 -> Ks0 Eta 100%)							#
+#		(Ks -> Pi+ Pi- 100%)							#
+#		(Eta -> pi+pi-pi0 50% Or gg 50%)				#
+#		(K*- -> Ks Pi- 50% Or Pi0 K- 50% )				# 
+#		B+ -> X											#
+# And Charge Conjugates									#
+#														#
+# Author: Paul Stephen Jackson							#
+# Date: 14/Oct/2003										#
+#														#
+#########################################################
+
+Alias MyB-      	B-
+Alias MyB+      	B+
+Alias MyD0      	D0
+Alias Myanti-D0     anti-D0
+Alias MyKstar+      K*+
+Alias MyKstar-      K*-
+Alias MyK_S0  		K_S0
+Alias MyEta 		eta
+
+#################
+#	  U(4s)		#
+#################
+Decay Upsilon(4S)
+0.50    MyB- B+					VSS;
+0.50    MyB+ B-					VSS;
+Enddecay
+
+#################
+#	   B+		#
+#################
+Decay MyB-
+1.00    MyKstar-  MyD0          SVS;
+Enddecay
+
+Decay MyB+
+1.00    MyKstar+  Myanti-D0     SVS;
+Enddecay
+
+#################
+#	  Kstar		#
+#################
+Decay MyKstar-
+1.00    MyK_S0 pi-              VSS;
+Enddecay
+
+Decay MyKstar+
+1.00    MyK_S0 pi+              VSS;
+Enddecay
+
+#################
+#	   D0		#
+#################
+Decay MyD0
+1.00 MyEta    MyK_S0          	PHSP;
+Enddecay
+
+Decay Myanti-D0
+1.00  MyEta    MyK_S0          	PHSP;
+Enddecay
+
+#################
+#	   Ks		#
+#################
+Decay MyK_S0
+1.0000  pi+ pi-                 PHSP;
+Enddecay
+
+#################
+#	  Eta		#
+#################
+Decay MyEta
+0.50    pi+ pi- pi0             ETA_DALITZ;
+0.50    gamma gamma             PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsKK_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsKK_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..c5758d9
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsKK_Ksmpipi_PHSP.dec
@@ -0,0 +1,49 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K*-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> K+K-  K_S0                       		#
+#                            | 					#
+#                        `   -> pi+ pi-                         #  	  
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K*+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K*-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  K+ K-  MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  K+ K-  MyK_S0			PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsKpi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsKpi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..901ae4e
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsKpi_Ksmpipi_PHSP.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K*-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> Kpi   K_S0                       		#
+#                            | 					#
+#                        `   -> pi+ pi-                         #  	  
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K*+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K*-                        PHSP;
+Enddecay
+#
+Decay MyD0
+6.9 K- pi+   MyK_S0			PHSP;
+5.2 K+ pi-   MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+6.9 K+ pi-   MyK_S0                     PHSP;
+5.2 K- pi+   MyK_S0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsOmega_KstarmKPi0.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsOmega_KstarmKPi0.dec
new file mode 100644
index 0000000..476250c
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsOmega_KstarmKPi0.dec
@@ -0,0 +1,84 @@
+#########################################################
+# Decay:B- -> D0 K*- 									#
+#		(D0 -> Ks Omega 100%)							# 
+#		(Ks -> Pi+ Pi- 100%)							#
+#		(Omega -> Pi+ Pi- Pi0 100%)						#
+#		(K*- -> Pi0 K- 100%)					#
+#														#
+# 		B+ -> X											#
+#		And Charge Conjugates							#
+#														#
+# Author: Paul Stephen Jackson							#
+# Date: 05/Oct/2003										#
+#														#
+#########################################################
+#
+Alias MyB-      	B-
+Alias MyB+      	B+
+Alias MyD0      	D0
+Alias Myanti-D0 	anti-D0
+Alias MyKstar+  	K*+
+Alias MyKstar-  	K*-
+Alias MyK_S0  		K_S0
+Alias MyOmega  		omega
+#
+#################
+#	  U(4s)		#
+#################	
+#
+Decay Upsilon(4S)
+0.50    MyB- B+            		VSS;
+0.50    MyB+ B-            		VSS;
+Enddecay
+#
+#################
+#	   B-		#
+#################	
+#
+Decay MyB-
+1.00    MyKstar-  MyD0          SVS;
+Enddecay
+Decay MyB+
+1.00    MyKstar+  Myanti-D0		SVS;
+Enddecay
+#
+#################
+#	  K*-		#
+#################	
+#
+Decay MyKstar-
+1.00    K-   pi0              VSS;
+Enddecay
+Decay MyKstar+
+1.00    K+   pi0              VSS;
+Enddecay
+#
+#################
+#	   D0		#
+#################	
+#
+Decay MyD0
+1.00 MyOmega    MyK_S0          SVS;
+Enddecay
+Decay Myanti-D0
+1.00  MyOmega    MyK_S0         SVS;
+Enddecay
+#
+#################
+#	   Ks		#
+#################	
+#
+Decay MyK_S0
+1.00  pi+ pi-                 PHSP;
+Enddecay
+#
+#################
+#	 Omega		#
+#################	
+#
+Decay MyOmega
+1.00    pi-  pi+  pi0          OMEGA_DALITZ;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsOmega_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsOmega_KstarmKsPi.dec
new file mode 100644
index 0000000..934c106
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsOmega_KstarmKsPi.dec
@@ -0,0 +1,82 @@
+#########################################################
+#                                                       #
+# Decay:B- -> D0 K*- 									#
+#		(D0 -> Ks Omega 100%)							# 
+#		(Ks -> Pi+ Pi- 100%)							#
+#		(Omega -> Pi+ Pi- Pi0 100%)						#
+#		(K*- -> Ks Pi- 100%)					#
+#														#
+# 		B+ -> X											#
+#		And Charge Conjugates							#
+#														#
+# Author: Paul Stephen Jackson							#
+# Date: 05/Oct/2003										#
+#														#
+#########################################################
+
+Alias MyB-      	B-
+Alias MyB+      	B+
+Alias MyD0      	D0
+Alias Myanti-D0 	anti-D0
+Alias MyKstar+  	K*+
+Alias MyKstar-  	K*-
+Alias MyK_S0  		K_S0
+Alias MyOmega  		omega
+
+#################
+#	  U(4s)		#
+#################	
+Decay Upsilon(4S)
+0.50    MyB- B+            		VSS;
+0.50    MyB+ B-            		VSS;
+Enddecay
+
+#################
+#	   B-		#
+#################	
+Decay MyB-
+1.00    MyKstar-  MyD0          SVS;
+Enddecay
+
+Decay MyB+
+1.00    MyKstar+  Myanti-D0		SVS;
+Enddecay
+
+#################
+#	  K*-		#
+#################	
+Decay MyKstar-
+1.00    MyK_S0 pi-              VSS;
+Enddecay
+
+Decay MyKstar+
+1.00    MyK_S0 pi+              VSS;
+Enddecay
+
+#################
+#	   D0		#
+#################	
+Decay MyD0
+1.00 MyOmega    MyK_S0          SVS;
+Enddecay
+
+Decay Myanti-D0
+1.00  MyOmega    MyK_S0         SVS;
+Enddecay
+
+#################
+#	   Ks		#
+#################	
+Decay MyK_S0
+1.00  pi+ pi-                 PHSP;
+Enddecay
+
+#################
+#	 Omega		#
+#################	
+Decay MyOmega
+1.00    pi-  pi+  pi0          OMEGA_DALITZ;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsPhi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsPhi.dec
new file mode 100644
index 0000000..01afd8b
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsPhi.dec
@@ -0,0 +1,83 @@
+###############################################################################
+#                                                                             #
+# Decay: B- -> D0 K*- (D0 -> Ks(Pi+Pi-) Phi(K+K-))  B+ -> X;   + cc           #
+#                     		(50% : K*- -> Ks(Pi+Pi-) Pi-)                 #
+#                     		(50% : K*- -> K- Pi0        )                 #
+# Author:                  Guillaume Therin                                   #
+# Date:                    December 18, 2002                                  #
+###############################################################################
+#
+Alias MyB-      B-
+Alias MyB+      B+
+Alias MyK*+     K*+
+Alias MyK*-     K*-
+Alias MyD0      D0
+Alias MyD0B     anti-D0
+Alias MyK0      K0
+Alias MyK0B     anti-K0
+Alias MyKs      K_S0
+Alias MyPhi     phi
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 MyD0B
+#
+Decay Upsilon(4S)
+0.5000  MyB+   B-                            VSS;
+0.5000  MyB-   B+                            VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000   MyK*+  MyD0B                         SVS;
+Enddecay
+Decay MyB-
+1.000   MyK*-  MyD0                          SVS;
+Enddecay
+#
+###########################################
+# D0 -> K0B Phi                           #
+###########################################
+#
+Decay MyD0
+1.000   MyPhi  MyK0B                         SVS;
+Enddecay
+Decay MyD0B
+1.000   MyPhi  MyK0                          SVS;
+Enddecay
+#
+Decay MyPhi
+1.000   K+     K-                            VSS;
+Enddecay
+#
+###########################################
+# K*- -> 50% Ks(Pi+Pi-) Pi-, 50% K- Pi0   #
+###########################################
+#
+Decay MyK*+
+0.5000  MyKs   pi+                           VSS;
+0.5000  K+     pi0                           VSS;
+Enddecay
+Decay MyK*-
+0.5000  MyKs   pi-                           VSS;
+0.5000  K-     pi0                           VSS;
+Enddecay
+#
+###########################################
+# K0 and K0B -> 100% && Ks -> 100% Pi+Pi- #
+###########################################
+#
+Decay MyK0
+1.000   MyKs                                 PHSP;
+Enddecay
+Decay MyK0B
+1.000   MyKs                                 PHSP;
+Enddecay
+#
+Decay MyKs
+1.000   pi+    pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsPhi_KstarmKPi0.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsPhi_KstarmKPi0.dec
new file mode 100644
index 0000000..50a39ad
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsPhi_KstarmKPi0.dec
@@ -0,0 +1,69 @@
+###############################################################################
+# Decay: B- -> D0 K*- (D0 -> Ks(Pi+Pi-) Phi(K+K-))  B+ -> X;   + cc           #
+#                 |-> K- Pi0                                                  #
+# Author :       Guillaume Therin    November 20, 2003                        #
+###############################################################################
+#
+Alias MyB-          B-
+Alias MyB+          B+
+Alias MyD0          D0
+Alias Myanti-D0     anti-D0
+Alias MyK*+         K*+
+Alias MyK*-         K*-
+Alias MyKs          K_S0
+Alias MyPhi         phi
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.5000  MyB+   B-                            VSS;
+0.5000  MyB-   B+                            VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000   MyK*+  Myanti-D0                     SVS;
+Enddecay
+Decay MyB-
+1.000   MyK*-  MyD0                          SVS;
+Enddecay
+#
+###########################################
+# D0 -> Ks(Pi+Pi-) Phi                    #
+###########################################
+#
+Decay MyD0
+1.000   MyPhi  MyKs                          SVS;
+Enddecay
+Decay Myanti-D0
+1.000   MyPhi  MyKs                          SVS;
+Enddecay
+#
+Decay MyPhi
+1.000   K+     K-                            VSS;
+Enddecay
+#
+###########################################
+# K*- -> K- Pi0                           #
+###########################################
+#
+Decay MyK*+
+1.000      K+  pi0                           VSS;
+Enddecay
+Decay MyK*-
+1.000      K-  pi0                           VSS;
+Enddecay
+#
+Decay MyKs
+1.000   pi+    pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsPhi_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsPhi_KstarmKsPi.dec
new file mode 100644
index 0000000..d80334d
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsPhi_KstarmKsPi.dec
@@ -0,0 +1,70 @@
+###############################################################################
+# Decay: B- -> D0 K*- (D0 -> Ks(Pi+Pi-) Phi(K+K-))  B+ -> X;   + cc           #
+#                 |-> Ks(PiPi) Pi-                                            #
+# Author :       Guillaume Therin    November 20, 2003                        #
+###############################################################################
+#
+Alias MyB-          B-
+Alias MyB+          B+
+Alias MyD0          D0
+Alias Myanti-D0     anti-D0
+Alias MyK*+         K*+
+Alias MyK*-         K*-
+Alias MyKs          K_S0
+Alias MyPhi         phi
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.5000  MyB+   B-                            VSS;
+0.5000  MyB-   B+                            VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000   MyK*+  Myanti-D0                     SVS;
+Enddecay
+Decay MyB-
+1.000   MyK*-  MyD0                          SVS;
+Enddecay
+#
+###########################################
+# D0 -> Ks(Pi+Pi-) Phi                    #
+###########################################
+#
+Decay MyD0
+1.000   MyPhi  MyKs                          SVS;
+Enddecay
+Decay Myanti-D0
+1.000   MyPhi  MyKs                          SVS;
+Enddecay
+#
+Decay MyPhi
+1.000   K+     K-                            VSS;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000  MyKs   pi+                           VSS;
+Enddecay
+Decay MyK*-
+1.000  MyKs   pi-                           VSS;
+Enddecay
+#
+#
+Decay MyKs
+1.000   pi+    pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsPi0.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsPi0.dec
new file mode 100644
index 0000000..dbb44eb
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsPi0.dec
@@ -0,0 +1,78 @@
+###############################################################################
+#                                                                             #
+# Decay: B- -> D0 K*- (D0 -> Ks(Pi+Pi-) Pi0)  B+ -> X;   + cc                 #
+#                     		(50% : K*- -> Ks(Pi+Pi-) Pi-)                 #
+#                     		(50% : K*- -> K- Pi0        )                 #
+# Author:                  Guillaume Therin                                   #
+# Date:                    December 18, 2002                                  #
+###############################################################################
+#
+Alias MyB-      B-
+Alias MyB+      B+
+Alias MyK*+     K*+
+Alias MyK*-     K*-
+Alias MyD0      D0
+Alias MyD0B     anti-D0
+Alias MyK0      K0
+Alias MyK0B     anti-K0
+Alias MyKs      K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 MyD0B
+#
+Decay Upsilon(4S)
+0.5000  MyB+   B-                            VSS;
+0.5000  MyB-   B+                            VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000   MyK*+  MyD0B                         SVS;
+Enddecay
+Decay MyB-
+1.000   MyK*-  MyD0                          SVS;
+Enddecay
+#
+###########################################
+# D0 -> K0B Pi0                           #
+###########################################
+#
+Decay MyD0
+1.000   pi0    MyK0B                         PHSP;
+Enddecay
+Decay MyD0B
+1.000   pi0    MyK0                          PHSP;
+Enddecay
+#
+###########################################
+# K*- -> 50% Ks(Pi+Pi-) Pi-, 50% K- Pi0   #
+###########################################
+#
+Decay MyK*+
+0.5000  MyKs   pi+                           VSS;
+0.5000  K+     pi0                           VSS;
+Enddecay
+Decay MyK*-
+0.5000  MyKs   pi-                           VSS;
+0.5000  K-     pi0                           VSS;
+Enddecay
+#
+###########################################
+# K0 and K0B -> 100% && Ks -> 100% Pi+Pi- #
+###########################################
+#
+Decay MyK0
+1.000   MyKs                                 PHSP;
+Enddecay
+Decay MyK0B
+1.000   MyKs                                 PHSP;
+Enddecay
+#
+Decay MyKs
+1.000   pi+    pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsPi0_KstarmKPi0.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsPi0_KstarmKPi0.dec
new file mode 100644
index 0000000..1214bb1
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsPi0_KstarmKPi0.dec
@@ -0,0 +1,64 @@
+###################################################################
+# Decay: B- -> D0 K*- (D0 -> Ks(Pi+Pi-) Pi0)  B+ -> X;   + cc     #
+#                 |-> K- Pi0                                      #
+# Author:        Guillaume Therin       November 20, 2003         #
+###################################################################
+#
+Alias MyB-          B-
+Alias MyB+          B+
+Alias MyK*+         K*+
+Alias MyK*-         K*-
+Alias MyD0          D0
+Alias Myanti-D0     anti-D0
+Alias MyKs          K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.5000  MyB+   B-                            VSS;
+0.5000  MyB-   B+                            VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000   MyK*+  Myanti-D0                     SVS;
+Enddecay
+Decay MyB-
+1.000   MyK*-  MyD0                          SVS;
+Enddecay
+#
+###########################################
+# D0 -> Ks  Pi0                           #
+###########################################
+#
+Decay MyD0
+1.000   pi0    MyKs                          PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   pi0    MyKs                          PHSP;
+Enddecay
+#
+###########################################
+# K*- -> K- Pi0                           #
+###########################################
+#
+Decay MyK*+
+1.000      K+  pi0                           VSS;
+Enddecay
+Decay MyK*-
+1.000      K-  pi0                           VSS;
+Enddecay
+#
+Decay MyKs
+1.000   pi+    pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsPi0_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsPi0_KstarmKsPi.dec
new file mode 100644
index 0000000..819bdf3
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsPi0_KstarmKsPi.dec
@@ -0,0 +1,64 @@
+###################################################################
+# Decay: B- -> D0 K*- (D0 -> Ks(Pi+Pi-) Pi0)  B+ -> X;   + cc     #
+#                 |-> Ks(Pi+Pi-) Pi-                              #
+# Author:        Guillaume Therin       November 20, 2003         #
+###################################################################
+#
+Alias MyB-          B-
+Alias MyB+          B+
+Alias MyK*+         K*+
+Alias MyK*-         K*-
+Alias MyD0          D0
+Alias Myanti-D0     anti-D0
+Alias MyKs          K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.5000  MyB+   B-                            VSS;
+0.5000  MyB-   B+                            VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000   MyK*+  Myanti-D0                     SVS;
+Enddecay
+Decay MyB-
+1.000   MyK*-  MyD0                          SVS;
+Enddecay
+#
+###########################################
+# D0 -> Ks  Pi0                           #
+###########################################
+#
+Decay MyD0
+1.000   pi0    MyKs                          PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   pi0    MyKs                          PHSP;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000      MyKs  pi+                         VSS;
+Enddecay
+Decay MyK*-
+1.000      MyKs   pi-                        VSS;
+Enddecay
+#
+Decay MyKs
+1.000   pi+    pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKsRho_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mKsRho_KstarmKsPi.dec
new file mode 100644
index 0000000..447b3a5
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKsRho_KstarmKsPi.dec
@@ -0,0 +1,82 @@
+#########################################################
+# Decay:B- -> D0 K*- 					#
+#               (K* -> Ks(PiPi) Pi- 100%)               #
+#		(D0 -> Ks Rho 100%) 			#
+#		(Ks -> Pi+ Pi- 100%)			#
+#		(Rho -> Pi+ Pi- 100%)			#
+#		(K*- -> Ks Pi- 50% , Pi0 K- 50%)	# 
+#							#
+#		B+ -> X (and charge conjugate)		#
+#		And Charge Conjugates			#
+#							#
+# Author: Paul Stephen Jackson				#
+# Date: 05/Oct/2003					#
+#							#
+#########################################################
+
+Alias MyB-      	B-
+Alias MyB+      	B+
+Alias MyD0      	D0
+Alias Myanti-D0         anti-D0
+Alias MyKstar+          K*+
+Alias MyKstar-          K*-
+Alias MyK_S0  		K_S0
+Alias MyRho0 		rho0
+
+#################
+#	  U(4s)		#
+#################
+Decay Upsilon(4S)
+0.50    MyB- B+            		VSS;
+0.50    MyB+ B-            		VSS;
+Enddecay
+
+#################
+#	   B-		#
+#################
+Decay MyB-
+1.00    MyKstar-  MyD0          SVS;
+Enddecay
+
+Decay MyB+
+1.00    MyKstar+  Myanti-D0		SVS;
+Enddecay
+
+#################
+#	  K*-		#
+#################
+Decay MyKstar-
+1.00    MyK_S0 pi-              VSS;
+Enddecay
+
+Decay MyKstar+
+1.00    MyK_S0 pi+              VSS;
+Enddecay
+
+#################
+#	   D0		#
+#################
+Decay MyD0
+1.00 MyRho0 MyK_S0            	SVS;
+Enddecay
+
+Decay Myanti-D0
+1.00 MyRho0 MyK_S0            	SVS; 
+Enddecay
+
+#################
+#	  Ks		#
+#################
+Decay MyK_S0
+1.0000  pi+ pi-                 PHSP;
+Enddecay
+
+#################
+#	  Rho		#
+#################
+Decay MyRho0
+1.000  pi+ pi-                  VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mKspipi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_D0Kstar_D0mKspipi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..bd6a3fb
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mKspipi_Ksmpipi_PHSP.dec
@@ -0,0 +1,49 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K*-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> pi+pi-  K_S0                       		#
+#                            | 					#
+#                        `   -> pi+ pi-                         #  	  
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K*+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K*-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi-  MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi-  MyK_S0			PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mPiPi_KstarmKPi0.dec b/BaBar_2014/BpBm_D0Kstar_D0mPiPi_KstarmKPi0.dec
new file mode 100644
index 0000000..41b52d8
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mPiPi_KstarmKPi0.dec
@@ -0,0 +1,59 @@
+#########################################################
+# Decay: B- -> D0 K*- (D0 -> Pi- Pi+)  B+ -> X;   + cc  #
+#                 |-> K- Pi0                            #
+# Author :       Guillaume Therin    November 20, 2003  #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	   Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> Pi- Pi+                           #
+###########################################
+#
+Decay MyD0
+1.000      pi-  pi+                           PHSP;
+Enddecay
+Decay Myanti-D0
+1.000      pi+  pi-                           PHSP;
+Enddecay
+#
+###########################################
+# K*- -> K- Pi0                           #
+###########################################
+#
+Decay MyK*+
+1.000      K+  pi0                            VSS;
+Enddecay
+Decay MyK*-
+1.000      K-  pi0                            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mPiPi_KstarmKsPi.dec b/BaBar_2014/BpBm_D0Kstar_D0mPiPi_KstarmKsPi.dec
new file mode 100644
index 0000000..7e62413
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mPiPi_KstarmKsPi.dec
@@ -0,0 +1,64 @@
+#########################################################
+# Decay: B- -> D0 K*- (D0 -> Pi- Pi+)  B+ -> X;   + cc  #
+#                 |-> Ks(PiPi) Pi-                      #
+# Author :       Guillaume Therin    November 20, 2003  #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyKs K_S0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+#
+###########################################
+#	  Ups(4s) -> B+ B-		  #
+###########################################
+#
+Decay Upsilon(4S)
+0.500      MyB+  B-                           VSS;
+0.500      MyB-  B+                           VSS;
+Enddecay
+#
+###########################################
+# B- -> D0 K*                             #
+###########################################
+#
+Decay MyB+
+1.000      MyK*+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000      MyK*-  MyD0                        SVS;
+Enddecay
+#
+###########################################
+# D0 -> Pi- Pi+                           #
+###########################################
+#
+Decay MyD0
+1.000      pi-  pi+                           PHSP;
+Enddecay
+Decay Myanti-D0
+1.000      pi+  pi-                           PHSP;
+Enddecay
+#
+###########################################
+# K*- -> Ks(Pi+Pi-) Pi-                   #
+###########################################
+#
+Decay MyK*+
+1.000      MyKs  pi+                          VSS;
+Enddecay
+Decay MyK*-
+1.000      MyKs  pi-                          VSS;
+Enddecay
+#
+Decay MyKs
+1.000      pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mpi0pipi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_D0Kstar_D0mpi0pipi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..8bb70c0
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mpi0pipi_Ksmpipi_PHSP.dec
@@ -0,0 +1,41 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K*-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> pi+pi- pi0                       		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K*+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K*-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi-  pi0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi- pi0			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mpi0pipi_PHSP.dec b/BaBar_2014/BpBm_D0Kstar_D0mpi0pipi_PHSP.dec
new file mode 100644
index 0000000..8bb70c0
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mpi0pipi_PHSP.dec
@@ -0,0 +1,41 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K*-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> pi+pi- pi0                       		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  K*+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  K*-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi-  pi0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi- pi0			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mpipi.dec b/BaBar_2014/BpBm_D0Kstar_D0mpipi.dec
new file mode 100644
index 0000000..fd85a07
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mpipi.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 K*- (D0 -> pi- pi+)  B+ -> X;   + cc  #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    03/09/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K*+  Myanti-D0                    SVS;
+Enddecay
+Decay MyB-
+1.000   K*-  MyD0                         SVS;
+Enddecay
+#
+Decay MyD0
+1.000   pi-  pi+                            PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   pi+  pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0Kstar_D0mpipimKK.dec b/BaBar_2014/BpBm_D0Kstar_D0mpipimKK.dec
new file mode 100644
index 0000000..28a1ac6
--- /dev/null
+++ b/BaBar_2014/BpBm_D0Kstar_D0mpipimKK.dec
@@ -0,0 +1,70 @@
+####################################################
+# Decay: B- -> D0(CP)          K*-,     B+ -> X    #
+#              |-> K+ K-        |-> KS pi-         #
+#              |-> pi+ pi-      |-> K- pi0         #
+#                                                  #
+# + cc                                             #
+#                                                  #
+#                                                  #
+# Stephen Levy                                     #
+# August 15, 2002                                  #
+#                                                  #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+#
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000 MyK*+ Myanti-D0                  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyK*- MyD0                       SVS;
+Enddecay
+#
+Decay MyD0
+0.742  K- K+                            PHSP;
+0.258  pi- pi+                          PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.742 K+ K-                             PHSP;
+0.258 pi+ pi-                           PHSP;
+Enddecay
+#
+Decay MyK*+
+0.5784      MyKs  pi+                      VSS;
+0.4216      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+0.5784      MyKs   pi-                     VSS;
+0.4216      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_D0_a0p.dec b/BaBar_2014/BpBm_D0_a0p.dec
new file mode 100644
index 0000000..50cebe1
--- /dev/null
+++ b/BaBar_2014/BpBm_D0_a0p.dec
@@ -0,0 +1,135 @@
+###################################################
+#                                                 #
+# Decay: B+ -> D0      - a0+,       anti-B0 -> X  # 
+#                        |			  #
+#                        -->eta (gg) pi+          # 
+#                                                 #
+#                                                 #
+# Author: H. Snoek                                #
+# Date:   13/jan/04	                          #
+###################################################
+#
+Alias MyB+ 	   B+
+Alias MyB- 	   B-
+
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+
+
+Alias MyK*0        K*0
+Alias Myanti-K*0   anti-K*0
+Alias MyK_1+       K_1+
+Alias MyK_1-       K_1-
+Alias MyKs	   K_S0
+Alias MyK0         K0
+Alias MyK0bar      anti-K0
+
+Alias Mya_0+       a_0+
+Alias Mya_0-       a_0-
+Alias Mya_1+       a_1+
+Alias Mya_1-       a_1-
+Alias Myeta        eta
+Alias Myomega      omega
+#
+# Always one B0 to the signal channel
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.00000 Myanti-D0  Mya_0+	PHSP;	
+Enddecay
+#
+Decay MyB-
+1.00000 MyD0  Mya_0-               PHSP;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     MyK0bar pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyK0bar
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000 pi+ pi-				PHSP;
+Enddecay
+#
+Decay Mya_0-
+1.000 Myeta pi-				PHSP;
+Enddecay
+#
+Decay Mya_0+
+1.0000 Myeta pi+			PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay Myeta
+1.0000 gamma gamma			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0barK3pi_Ds1Dstar0K_Kpi.dec b/BaBar_2014/BpBm_D0barK3pi_Ds1Dstar0K_Kpi.dec
new file mode 100644
index 0000000..514bc0f
--- /dev/null
+++ b/BaBar_2014/BpBm_D0barK3pi_Ds1Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> D0bar Ds1+, 
+#        D0bar->K3pi
+#        Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000    MyD'_s1+kpi  MyD0Bk3pi      SVS;
+Enddecay
+CDecay MyB-
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_K3pi.dec b/BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_K3pi.dec
new file mode 100644
index 0000000..f46c109
--- /dev/null
+++ b/BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_K3pi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> D0bar Ds1+, 
+#        D0bar->Kpi
+#        Ds1 -> D*0 K+, D*0 -> D0(K3Pi) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD'_s1+k3pi MyD0Bkpi        SVS;
+Enddecay
+CDecay MyB-
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_Kpi.dec b/BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_Kpi.dec
new file mode 100644
index 0000000..88ffa35
--- /dev/null
+++ b/BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> D0bar Ds1+, 
+#        D0bar->Kpi
+#        Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD'_s1+kpi   MyD0Bkpi      SVS;
+Enddecay
+CDecay MyB-
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_Kpipi0.dec b/BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_Kpipi0.dec
new file mode 100644
index 0000000..15d3aa8
--- /dev/null
+++ b/BaBar_2014/BpBm_D0barKpi_Ds1Dstar0K_Kpipi0.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> D0bar Ds1+, 
+#        D0bar->Kpi
+#        Ds1 -> D*0 K+, D*0 -> D0(KPiPi0) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000    MyD'_s1+kpipi0   MyD0Bkpi    SVS;
+Enddecay
+CDecay MyB-
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0barKpipi0_Ds1Dstar0K_Kpi.dec b/BaBar_2014/BpBm_D0barKpipi0_Ds1Dstar0K_Kpi.dec
new file mode 100644
index 0000000..1e30a7a
--- /dev/null
+++ b/BaBar_2014/BpBm_D0barKpipi0_Ds1Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> D0bar Ds1+, 
+#        D0bar->Kpipi0
+#        Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyD'_s1+kpi       MyD0Bkpipi0    SVS;
+Enddecay
+CDecay MyB-
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0bar_Kstarp.dec b/BaBar_2014/BpBm_D0bar_Kstarp.dec
new file mode 100644
index 0000000..b80d81c
--- /dev/null
+++ b/BaBar_2014/BpBm_D0bar_Kstarp.dec
@@ -0,0 +1,55 @@
+######################################################
+#                                                    #
+# Decay: B+ -> D0bar        K*+,         B- -> X     #
+#              |-> K0s K0s  |-> K+ pi0               #
+#                                                    #
+#  + c.c.                                            #
+#                                                    #
+# Author : Josh Thompson                             #
+# Created: 17 September 2003                         #
+######################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyK_S0 K_S0
+Alias Myanti-D0  anti-D0
+Alias MyD0  D0
+
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0 MyKstar+   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0 MyKstar-   PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK_S0 MyK_S0   PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   MyK_S0 MyK_S0   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-            PHSP;                   
+Enddecay
+#
+Decay MyKstar+
+1.0000  K+ pi0            PHSP;                   
+Enddecay
+#
+Decay MyKstar-
+1.0000  K- pi0            PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0barppbarpi_Kpi.dec b/BaBar_2014/BpBm_D0barppbarpi_Kpi.dec
new file mode 100644
index 0000000..6caadd7
--- /dev/null
+++ b/BaBar_2014/BpBm_D0barppbarpi_Kpi.dec
@@ -0,0 +1,44 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B+  B-    + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> D0bar p pbar pi+                    #     
+#                  |                                  #
+#                   -> K+ pi-                         #
+#                                                     #
+# Author:  Ilya Narsky, Caltech                       #
+# Created: March 18 2004                              #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias MyD0            D0
+Alias MyAntiD0   anti-D0
+ChargeConj MyD0 MyAntiD0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyAntiD0   p+ anti-p-  pi+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0       p+ anti-p-  pi-      PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K- pi+                          PHSP;
+Enddecay
+#
+Decay MyAntiD0
+1.000   K+ pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0lnu.dec b/BaBar_2014/BpBm_D0lnu.dec
new file mode 100644
index 0000000..a02eb2d
--- /dev/null
+++ b/BaBar_2014/BpBm_D0lnu.dec
@@ -0,0 +1,42 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D0 l- anti-nu_l      #
+#                            |-> K- pi+           #
+#	l = e or mu 				  #
+#				+CC		  #
+#                                                 #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Mail:SCHUNEM@SLAC.STANFORD.EDU                  #
+# Created:                  09/Feb/99             #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB-
+.5000   MyD0     e-   anti-nu_e         PHOTOS  ISGW2;
+.5000   MyD0     mu-  anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyB+
+.5000   MyD0B     e+   nu_e         PHOTOS  ISGW2;
+.5000   MyD0B     mu+  nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0lnu_Kpi.dec b/BaBar_2014/BpBm_D0lnu_Kpi.dec
new file mode 100644
index 0000000..c6621f2
--- /dev/null
+++ b/BaBar_2014/BpBm_D0lnu_Kpi.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D0 l- anti-nu_l      #
+#                            |-> K- pi+           #
+#	l = e or mu 				  #
+#				+CC		  #
+#                                                 #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Created:                  09/Feb/99             #
+# Copied by Rowan Hamilton for Blifetime studies  #
+# Mail: METZLER@SLAC.STANFORD.EDU                 #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB-
+.5000   MyD0     e-   anti-nu_e         PHOTOS  ISGW2;
+.5000   MyD0     mu-  anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyB+
+.5000   MyD0B     e+   nu_e         PHOTOS  ISGW2;
+.5000   MyD0B     mu+  nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0lnu_Kpipi.dec b/BaBar_2014/BpBm_D0lnu_Kpipi.dec
new file mode 100644
index 0000000..af66256
--- /dev/null
+++ b/BaBar_2014/BpBm_D0lnu_Kpipi.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D0 l- anti-nu_l      #
+#                            |-> K- pi+ pi0       #
+#	l = e or mu 				  #
+#				+CC		  #
+#                                                 #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Created:                  09/Feb/99             #
+# Modifed by Rowan Hamilton                       #
+# Mail:METZLER@SLAC.STANFORD.EDU                  #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB-
+.5000   MyD0     e-   anti-nu_e         PHOTOS  ISGW2;
+.5000   MyD0     mu-  anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyB+
+.5000   MyD0B     e+   nu_e         PHOTOS  ISGW2;
+.5000   MyD0B     mu+  nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyD0
+0.1307   K-  pi+ pi0                        D_DALITZ;
+Enddecay
+#
+Decay MyD0B
+0.1307   K+  pi- pi0                        D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0lnu_Kpipipi.dec b/BaBar_2014/BpBm_D0lnu_Kpipipi.dec
new file mode 100644
index 0000000..118648f
--- /dev/null
+++ b/BaBar_2014/BpBm_D0lnu_Kpipipi.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D0 l- anti-nu_l      #
+#                            |-> K- pi+ pi+ pi-   #
+#	l = e or mu 				  #
+#				+CC		  #
+#                                                 #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Created:                  09/Feb/99             #
+# Modified by Rowan Hamilton                      #
+# Mail:METZLER@SLAC.STANFORD.EDU                  #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+Alias MyD0B  anti-D0
+Alias MyD0  D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB-
+.5000   MyD0     e-   anti-nu_e         PHOTOS  ISGW2;
+.5000   MyD0     mu-  anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyB+
+.5000   MyD0B     e+   nu_e         PHOTOS  ISGW2;
+.5000   MyD0B     mu+  nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyD0
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0mKpimpi_Xclnu.dec b/BaBar_2014/BpBm_D0mKpimpi_Xclnu.dec
new file mode 100644
index 0000000..f95feee
--- /dev/null
+++ b/BaBar_2014/BpBm_D0mKpimpi_Xclnu.dec
@@ -0,0 +1,97 @@
+###############################################################################
+#   Up(4S) -> B-   B+                                     + CC                #
+#             |    |                                                          #
+#             |    +->  X_c l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#             +->  D0(K-pi+) pi-                                              #
+#                                                                             #
+#                                                                             #
+#                                                                             #
+# Mail: ursl@slac.stanford.edu                                                #
+###############################################################################
+# -- Xclnu b decay
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+# -- reco B 
+Alias rB-  B-
+Alias rB+  B+
+ChargeConj rB+ rB-
+Alias rD0 D0
+Alias ranti-D0 anti-D0
+ChargeConj rD0 ranti-D0
+#
+#
+Decay Upsilon(4S)
+0.50000 rB+  myB-                          VSS;
+0.50000 rB-  myB+                          VSS;
+Enddecay
+# ----------------------------------------------------------------------
+# reco B
+#
+Decay rB+ 
+1.000     ranti-D0   pi+   PHSP;
+Enddecay
+#
+Decay rB-
+1.000     rD0   pi-        PHSP;
+Enddecay
+#
+Decay rD0
+1.000     K-     pi+        PHSP;
+Enddecay
+#
+Decay ranti-D0
+1.000     K+    pi-         PHSP;
+Enddecay
+# ----------------------------------------------------------------------
+# force myB to always decay to X_c l nu
+#
+Decay myB-
+0.0560   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0056   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0560   D*0   mu-  anti-nu_mu         PHOTOS   HQET 0.92 1.18 0.72;
+0.0210   D0    mu-  anti-nu_mu         PHOTOS   ISGW2;
+0.0056   D_10  mu-  anti-nu_mu         PHOTOS   ISGW2;
+0.0020   D_0*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0037   D'_10  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0037   D_2*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0020   D*+   pi-   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0010   D*0   pi0   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0060   D+    pi-   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0030   D0    pi0   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+Enddecay
+#
+Decay myB+
+0.0560   anti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    e+   nu_e        PHOTOS  ISGW2;
+0.0056   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
+0.0020   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0037   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0037   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0560   anti-D*0    mu+  nu_mu       PHOTOS   HQET 0.92 1.18 0.72;
+0.0210   anti-D0    mu+  nu_mu        PHOTOS  ISGW2;
+0.0056   anti-D_10   mu+  nu_mu       PHOTOS   ISGW2;
+0.0020   anti-D_0*0   mu+  nu_mu      PHOTOS    ISGW2;
+0.0037   anti-D'_10   mu+  nu_mu      PHOTOS    ISGW2;
+0.0037   anti-D_2*0   mu+  nu_mu      PHOTOS    ISGW2;
+0.0020   D*-  pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   mu+   nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0030   anti-D0  pi0   mu+   nu_mu   PHOTOS        GOITY_ROBERTS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0mKpimpi_Xulnu.dec b/BaBar_2014/BpBm_D0mKpimpi_Xulnu.dec
new file mode 100644
index 0000000..aecdcdd
--- /dev/null
+++ b/BaBar_2014/BpBm_D0mKpimpi_Xulnu.dec
@@ -0,0 +1,176 @@
+###############################################################################
+#   Up(4S) -> B-   B+                                     + CC                #
+#             |    |                                                          #
+#             |    +->  X_u l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#             +->  D0(K-pi+) pi-                                              #
+#                                                                             #
+#                                                                             #
+#                                                                             #
+# Mail: ursl@slac.stanford.edu                                                #
+###############################################################################
+# -- Xulnu b decay
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+# -- reco B 
+Alias rB-  B-
+Alias rB+  B+
+ChargeConj rB+ rB-
+Alias rD0 D0
+Alias ranti-D0 anti-D0
+ChargeConj rD0 ranti-D0
+#
+#
+Decay Upsilon(4S)
+0.50000 rB+  myB-                          VSS;
+0.50000 rB-  myB+                          VSS;
+Enddecay
+# ----------------------------------------------------------------------
+# reco B
+#
+Decay rB+ 
+1.000     ranti-D0   pi+   PHSP;
+Enddecay
+#
+Decay rB-
+1.000     rD0   pi-        PHSP;
+Enddecay
+#
+Decay rD0
+1.000     K-     pi+        PHSP;
+Enddecay
+#
+Decay ranti-D0
+1.000     K+    pi-         PHSP;
+Enddecay
+# ----------------------------------------------------------------------
+# force myB to always decay to X_u l nu
+Decay myB-
+0.000090   pi0      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000080   eta      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   rho0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   omega    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000050   eta'     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000076   a_10     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000095   b_10     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   a_00     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000028   a_20     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000003   f_0      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000003   f'_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000036   f_1      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000036   f'_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000050   h_1      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000050   h'_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000016   f_2      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000016   f'_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   pi(2S)0  e-   anti-nu_e        PHOTOS   ISGW2;
+0.000036   rho(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000036   omega(2S) e-  anti-nu_e        PHOTOS   ISGW2;
+0.000090   pi0      mu-  anti-nu_mu                 ISGW2;
+0.000080   eta      mu-  anti-nu_mu                 ISGW2;
+0.000125   rho0     mu-  anti-nu_mu                 ISGW2;
+0.000125   omega    mu-  anti-nu_mu                 ISGW2;
+0.000050   eta'     mu-  anti-nu_mu                 ISGW2;
+0.000076   a_10     mu-  anti-nu_mu                 ISGW2;
+0.000095   b_10     mu-  anti-nu_mu                 ISGW2;
+0.000004   a_00     mu-  anti-nu_mu                 ISGW2;
+0.000028   a_20     mu-  anti-nu_mu                 ISGW2;
+0.000003   f_0      mu-  anti-nu_mu                 ISGW2;
+0.000003   f'_0     mu-  anti-nu_mu                 ISGW2;
+0.000036   f_1      mu-  anti-nu_mu                 ISGW2;
+0.000036   f'_1     mu-  anti-nu_mu                 ISGW2;
+0.000050   h_1      mu-  anti-nu_mu                 ISGW2;
+0.000050   h'_1     mu-  anti-nu_mu                 ISGW2;
+0.000016   f_2      mu-  anti-nu_mu                 ISGW2;
+0.000016   f'_2     mu-  anti-nu_mu                 ISGW2;
+0.000030   pi(2S)0  mu-  anti-nu_mu                 ISGW2;
+0.000036   rho(2S)0 mu-  anti-nu_mu                 ISGW2;
+0.000036   omega(2S) mu- anti-nu_mu                 ISGW2;
+Enddecay
+#
+Decay myB+
+0.000090   pi0      e+   nu_e      PHOTOS  ISGW2;
+0.000080   eta      e+   nu_e      PHOTOS  ISGW2;
+0.000125   rho0     e+   nu_e      PHOTOS  ISGW2;
+0.000125   omega    e+   nu_e      PHOTOS  ISGW2;
+0.000050   eta'     e+   nu_e      PHOTOS  ISGW2;
+0.000076   a_10     e+   nu_e      PHOTOS  ISGW2;
+0.000095   b_10     e+   nu_e      PHOTOS  ISGW2;
+0.000004   a_00     e+   nu_e      PHOTOS  ISGW2;
+0.000028   a_20     e+   nu_e      PHOTOS  ISGW2;
+0.000003   f_0      e+   nu_e      PHOTOS  ISGW2;
+0.000003   f'_0     e+   nu_e      PHOTOS  ISGW2;
+0.000036   f_1      e+   nu_e      PHOTOS  ISGW2;
+0.000036   f'_1     e+   nu_e      PHOTOS  ISGW2;
+0.000050   h_1      e+   nu_e      PHOTOS  ISGW2;
+0.000050   h'_1     e+   nu_e      PHOTOS  ISGW2;
+0.000016   f_2      e+   nu_e      PHOTOS  ISGW2;
+0.000016   f'_2     e+   nu_e      PHOTOS  ISGW2;
+0.000030   pi(2S)0  e+   nu_e      PHOTOS  ISGW2;
+0.000036   rho(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000036   omega(2S) e+  nu_e      PHOTOS  ISGW2;
+0.000090   pi0      mu+  nu_mu              ISGW2;
+0.000080   eta      mu+  nu_mu              ISGW2;
+0.000125   rho0     mu+  nu_mu              ISGW2;
+0.000125   omega    mu+  nu_mu              ISGW2;
+0.000050   eta'     mu+  nu_mu              ISGW2;
+0.000076   a_10     mu+  nu_mu              ISGW2;
+0.000095   b_10     mu+  nu_mu              ISGW2;
+0.000004   a_00     mu+  nu_mu              ISGW2;
+0.000028   a_20     mu+  nu_mu              ISGW2;
+0.000003   f_0      mu+  nu_mu              ISGW2;
+0.000003   f'_0     mu+  nu_mu              ISGW2;
+0.000036   f_1      mu+  nu_mu              ISGW2;
+0.000036   f'_1     mu+  nu_mu              ISGW2;
+0.000050   h_1      mu+  nu_mu              ISGW2;
+0.000050   h'_1     mu+  nu_mu              ISGW2;
+0.000016   f_2      mu+  nu_mu              ISGW2;
+0.000016   f'_2     mu+  nu_mu              ISGW2;
+0.000030   pi(2S)0  mu+  nu_mu              ISGW2;
+0.000036   rho(2S)0 mu+  nu_mu              ISGW2;
+0.000036   omega(2S) mu+ nu_mu              ISGW2;
+Enddecay
+#
+Decay pi(2S)+
+0.3500   rho0 pi+                         PHSP;
+0.3500   rho+ pi0                         PHSP;
+0.2000   pi+  pi+ pi-                     PHSP;
+0.1000   pi+  pi0 pi0                     PHSP;
+Enddecay
+Decay pi(2S)-
+0.3500   rho0 pi-                         PHSP;
+0.3500   rho- pi0                         PHSP;
+0.2000   pi-  pi+ pi-                     PHSP;
+0.1000   pi-  pi0 pi0                     PHSP;
+Enddecay
+Decay pi(2S)0
+0.3500   rho+ pi-                         PHSP;
+0.3500   rho- pi+                         PHSP;
+0.2000   pi+ pi- pi0                      PHSP;
+0.1000   pi0 pi0 pi0                      PHSP;
+Enddecay
+#
+Decay rho(2S)+
+0.4000   pi+ pi0                         PHSP;
+0.4000   pi+ pi+ pi- pi0                 PHSP;
+0.2000   pi+ pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)-
+0.4000   pi- pi0                         PHSP;
+0.4000   pi- pi+ pi- pi0                 PHSP;
+0.2000   pi- pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)0
+0.4000   pi+ pi-                         PHSP;
+0.3500   pi+ pi- pi+ pi-                 PHSP;
+0.1500   pi+ pi- pi0 pi0                 PHSP;
+0.1000   pi0 pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay omega(2S)
+0.5000   rho+ pi-                        PHSP;
+0.5000   rho- pi+                        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_1.dec b/BaBar_2014/BpBm_D0pi_1.dec
new file mode 100644
index 0000000..d81fc29
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_1.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# B+ -> D0bar pi+   + c.c.                        #
+#         |                                       #
+#         |                                       #
+#         ---> K+ pi-                             #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> D0bar pi+ using phase space
+# with D0bar -> K+ pi-
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+1.000     Myanti-D0   pi+   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000     MyD0   pi-        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000     K-     pi+        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000     K+    pi-         PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_D0pi_1_PHOTOS.dec b/BaBar_2014/BpBm_D0pi_1_PHOTOS.dec
new file mode 100644
index 0000000..1341222
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_1_PHOTOS.dec
@@ -0,0 +1,46 @@
+###################################################
+#                                                 #
+# B+ -> D0bar pi+   + c.c.                        #
+#         |                                       #
+#         |                                       #
+#         ---> K+ pi-                             #
+# With FSR active                                 #
+#                                                 #
+# Author: Anders Ryd                              #
+# Mail:ryd@slac.stanford.edu                      #
+# Created: 23/Oct/2000                            #
+# Based on file from John Back                    #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> D0bar pi+ using phase space
+# with D0bar -> K+ pi-
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+1.000     Myanti-D0   pi+   PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.000     MyD0   pi-        PHOTOS PHSP;
+Enddecay
+#
+Decay MyD0
+1.000     K-     pi+        PHOTOS PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000     K+    pi-         PHOTOS PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D0pi_2.dec b/BaBar_2014/BpBm_D0pi_2.dec
new file mode 100644
index 0000000..c357d39
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_2.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# B+ -> D0bar pi+   + c.c.                        #
+#         |                                       #
+#         |                                       #
+#         ---> K+ K-                              #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> D0bar pi+ using phase space
+# with D0bar -> K+ K-
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+1.000     Myanti-D0   pi+   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000     MyD0   pi-        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000     K-     K+         PHSP; 
+Enddecay
+#
+Decay Myanti-D0
+1.000     K+     K-         PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_D0pi_3.dec b/BaBar_2014/BpBm_D0pi_3.dec
new file mode 100644
index 0000000..5e0dc1b
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_3.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# B+ -> D0bar pi+   + c.c.                        #
+#         |                                       #
+#         |                                       #
+#         ---> pi+ pi-                            #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> D0bar pi+ using phase space
+# with D0bar -> pi+ pi-
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+1.000     Myanti-D0   pi+   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000     MyD0   pi-        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000     pi-     pi+       PHSP; 
+Enddecay
+#
+Decay Myanti-D0
+1.000     pi+     pi-       PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0CabibboNonCP.dec b/BaBar_2014/BpBm_D0pi_D0CabibboNonCP.dec
new file mode 100644
index 0000000..dad4e24
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0CabibboNonCP.dec
@@ -0,0 +1,97 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 pi-          B+ -> D0bar pi+      #
+#              |                    |               #
+#              |->    K*+    K-   <-|               #
+#              |->    K*-    K+   <-|               #
+#              |->    K*0    Ks   <-|               #
+#              |->    K*0bar Ks   <-|               #
+#              |->    rho+   pi-  <-|               #
+#              |->    rho-   pi+  <-|               #
+#                                                   #
+# with                Ks   -> pi+ pi-               #
+#                     K*0  -> K-  pi+               #
+#                     K*+  -> Ks pi+ and K+ pi0     #
+#                     rho+ -> generic               #
+#                                                   #
+# Author: Abi Soffer                                #
+# created: 6 Nov 2002    			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+Alias MyK*0   K*0
+Alias Myanti-K*0   anti-K*0
+
+Alias MyKs  K_S0
+
+
+Decay Upsilon(4S)
+0.5	MyB- B+			VSS;
+0.5	MyB+ B-			VSS;
+Enddecay
+
+# write the B decays as b->u. This doesn't really matter in the final
+# state, but will make identifying them in the MC truth slightly easier:
+#
+Decay MyB-
+1.00	Myanti-D0 pi-		PHSP;
+Enddecay 
+
+Decay MyB+
+1.00	MyD0 pi+		     	PHSP;
+Enddecay 
+
+Decay MyD0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay Myanti-D0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay MyKs
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+
+Decay MyK*0
+1.000    K- pi+ VSS;
+Enddecay 
+
+Decay Myanti-K*0
+1.000    K+ pi- VSS;
+Enddecay 
+
+# K*+ -> Ks pi+ 50%, due to K0 -> Ks:
+Decay MyK*+
+0.5      MyKs  pi+                        VSS;
+0.5      K+  pi0                          VSS;
+Enddecay 
+
+Decay MyK*-
+0.5      MyKs  pi-                        VSS;
+0.5      K-  pi0                          VSS;
+Enddecay 
+
+End
+
+
diff --git a/BaBar_2014/BpBm_D0pi_D0K0pi0.dec b/BaBar_2014/BpBm_D0pi_D0K0pi0.dec
new file mode 100644
index 0000000..312a781
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0K0pi0.dec
@@ -0,0 +1,42 @@
+###################################################
+#                                                 #
+# B+ -> D0bar pi+   + c.c.                        #
+#         |                                       #
+#         |                                       #
+#         ---> K0S pi0                            #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 26 April '00                           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> D0bar pi+ using phase space
+# with D0bar -> K0S pi0
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+1.000     Myanti-D0   pi+   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000     MyD0   pi-        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000     K_S0     pi0        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000     K_S0    pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mK3pi.dec b/BaBar_2014/BpBm_D0pi_D0mK3pi.dec
new file mode 100644
index 0000000..9cd1e45
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mK3pi.dec
@@ -0,0 +1,36 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 pi- (D0 -> K- pi+ pi+ pi-)  B+ -> X;   + cc   #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  pi+                     PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  pi-                         PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mK3pi_DCSD.dec b/BaBar_2014/BpBm_D0pi_D0mK3pi_DCSD.dec
new file mode 100644
index 0000000..24fc0d2
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mK3pi_DCSD.dec
@@ -0,0 +1,36 @@
+##################################################################
+#                                                                #
+# Decay: B- -> D0 pi- (D0 -> K+ pi- pi+ pi-, DCSD)  B+ -> X; + cc#
+#                                                                #
+# Author: Malcolm John                                           #
+# Date:   4 June 2003                                            #
+##################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyD0  pi+                          PHSP;
+Enddecay
+Decay MyB-
+1.000   Myanti-D0  pi-                    PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi-  pi+                 PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mKK.dec b/BaBar_2014/BpBm_D0pi_D0mKK.dec
new file mode 100644
index 0000000..7c19225
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mKK.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 pi- (D0 -> K- K+)  B+ -> X;   + cc    #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    08/11/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  pi+                     PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  pi-                         PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  K+                            PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  K-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mKlpi0.dec b/BaBar_2014/BpBm_D0pi_D0mKlpi0.dec
new file mode 100644
index 0000000..6e43e3a
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mKlpi0.dec
@@ -0,0 +1,40 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 pi-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> K_L0 pi0                      		#
+#                                                   		#
+# Author: Matt Graham						#
+# Date:   04/19/04                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  pi+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  pi-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K_L0 pi0           		PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K_L0 pi0                  	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mKpi.dec b/BaBar_2014/BpBm_D0pi_D0mKpi.dec
new file mode 100644
index 0000000..f160b2a
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mKpi.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 pi- (D0 -> K- pi+)  B+ -> X;   + cc    #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    03/09/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  pi+                     PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  pi-                         PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mKpimDCSD.dec b/BaBar_2014/BpBm_D0pi_D0mKpimDCSD.dec
new file mode 100644
index 0000000..4040cf2
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mKpimDCSD.dec
@@ -0,0 +1,36 @@
+##########################################################
+#                                                        #
+# Decay: B- -> D0 pi- (D0 -> K+ pi-, DCSD)  B+ -> X; + cc#
+#                                                        #
+# Author: Malcolm John                                   #
+# Date:   4 June 2003                                    #
+##########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyD0  pi+                          PHSP;
+Enddecay
+Decay MyB-
+1.000  Myanti-D0  pi-                     PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mKpipi0.dec b/BaBar_2014/BpBm_D0pi_D0mKpipi0.dec
new file mode 100644
index 0000000..92b330c
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mKpipi0.dec
@@ -0,0 +1,36 @@
+#############################################################
+#                                                           #
+# Decay: B- -> D0 pi- (D0 -> K- pi+ pi0)  B+ -> X;   + cc   #
+#                                                           #
+# Author: Giampiero Mancinelli                              #
+# Date:                    03/09/2001                       #
+#############################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  pi+                     PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  pi-                         PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mKpipi0_DCSD.dec b/BaBar_2014/BpBm_D0pi_D0mKpipi0_DCSD.dec
new file mode 100644
index 0000000..29cd502
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mKpipi0_DCSD.dec
@@ -0,0 +1,37 @@
+##############################################################
+#                                                            #
+# Decay: B- -> D0 pi- (D0 -> K+ pi- pi0, DCSD)  B+ -> X; + cc#
+#                                                            #
+# Author: Malcolm John                                       #
+# Date:   4 June 2003                                        #
+##############################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+# The wrong sign-ness is applied to the B here
+Decay MyB+
+1.000  MyD0  pi+                          PHSP;
+Enddecay
+Decay MyB-
+1.000  Myanti-D0  pi-                     PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mKspi0_Ksmpipi.dec b/BaBar_2014/BpBm_D0pi_D0mKspi0_Ksmpipi.dec
new file mode 100644
index 0000000..071f087
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mKspi0_Ksmpipi.dec
@@ -0,0 +1,52 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 pi-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> K_S0 pi0                      		#
+#                     | 					#
+#                     `-> pi+ pi-                       	#  	  
+#		      						#
+#		                       				#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   01/02/03                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  pi+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  pi-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   MyK_S0 pi0           		PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK_S0 pi0                  	PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mKspipi.dec b/BaBar_2014/BpBm_D0pi_D0mKspipi.dec
new file mode 100644
index 0000000..6696a94
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mKspipi.dec
@@ -0,0 +1,38 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 pi-        , B+ -> X                          #
+#              |                                                #
+#              ----> K0s pi+ pi-                                #
+#                                                + c.c.         #
+#                                                               #
+# Author: Kelly E Ford                                          #
+# Date:   7 May 2003                                            #
+#################################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyD0  D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+1.000 B- B+ MyB- MyB+ VSS_BMIX dm;
+Enddecay
+#
+Decay MyB-
+1.000 MyD0 pi-                           PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 Myanti-D0 pi+                      PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000  K_S0 pi- pi+                     PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000  K_S0 pi+ pi-                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mKsrho0_Ksmpipi_rho0mpipi.dec b/BaBar_2014/BpBm_D0pi_D0mKsrho0_Ksmpipi_rho0mpipi.dec
new file mode 100644
index 0000000..965b411
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mKsrho0_Ksmpipi_rho0mpipi.dec
@@ -0,0 +1,56 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 pi-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> rho0 K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> pi+ pi-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   01/02/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+Alias MyRho0 rho0 
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  pi+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  pi-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+ pi-	                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0momegaKs_omegam3pi_Ksmpipi.dec b/BaBar_2014/BpBm_D0pi_D0momegaKs_omegam3pi_Ksmpipi.dec
new file mode 100644
index 0000000..8cace7c
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0momegaKs_omegam3pi_Ksmpipi.dec
@@ -0,0 +1,57 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 pi-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> omega K_S0                       		#
+#                     |     | 					#
+#                     |     `-> pi+ pi-                         #  	  
+#		      |						#
+#		      `--> pi+ pi- pi0                 		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   03/15/02                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myomega omega
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  pi+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  pi-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   Myomega MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myomega MyK_S0                  SVS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi+ pi- pi0  	                OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pi_D0mphiKs_phimKK_Ksmpipi.dec b/BaBar_2014/BpBm_D0pi_D0mphiKs_phimKK_Ksmpipi.dec
new file mode 100644
index 0000000..b0585b4
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mphiKs_phimKK_Ksmpipi.dec
@@ -0,0 +1,58 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 pi-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> phi K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> K+ K-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Giovanni Marchiori                        		#
+# Date:   01/02/02                                   		#
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myphi phi
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D0  pi+                  PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0  pi-                       PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   Myphi MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myphi MyK_S0   	                SVS;
+Enddecay
+#
+Decay Myphi
+1.000  K+ K-                 		VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D0pi_D0mpipi.dec b/BaBar_2014/BpBm_D0pi_D0mpipi.dec
new file mode 100644
index 0000000..0a0b510
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pi_D0mpipi.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 pi- (D0 -> pi- pi+)  B+ -> X;   + cc  #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    08/11/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  pi+                     PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  pi-                         PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   pi-  pi+                          PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   pi+  pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0pim.dec b/BaBar_2014/BpBm_D0pim.dec
new file mode 100644
index 0000000..96e4395
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pim.dec
@@ -0,0 +1,32 @@
+
+####################################################
+#                                                  #
+# Inclusive D0pi decay.dec                         #
+#                                                  #
+# D0pi      from B+B- for SP2                      #
+#                                                  #
+# Decay: B+ -> anti-D0 pi+, B- -> X     +c.c.      #
+#               |-> X                              #
+#                                                  #
+# 5 Feb 99                                         #
+# Philip Hart  (IHB AWG)                           #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 anti-D0 pi+          PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 D0 pi-               PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D0pim_Kspipi.dec b/BaBar_2014/BpBm_D0pim_Kspipi.dec
new file mode 100644
index 0000000..5955ae5
--- /dev/null
+++ b/BaBar_2014/BpBm_D0pim_Kspipi.dec
@@ -0,0 +1,41 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 pi-  , B+ -> X                        #
+#               |                                       #
+#               ---> K0s pi+ pi-                        #
+#                                       + c.c.          #
+#                                                       #
+# Author: Dennis Wright                                 #
+# Date:   8 March 2002                                  #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D0  pi+                     PHSP;
+Enddecay
+Decay MyB-
+1.000   MyD0  pi-                         PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K_S0 pi+ pi-                      PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K_S0 pi- pi+                      PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_D0ppbarpi_Kpi.dec b/BaBar_2014/BpBm_D0ppbarpi_Kpi.dec
new file mode 100644
index 0000000..00d9492
--- /dev/null
+++ b/BaBar_2014/BpBm_D0ppbarpi_Kpi.dec
@@ -0,0 +1,44 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B+  B-    + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> D0 p pbar pi+                       #     
+#                  |                                  #
+#                   -> K- pi+                         #
+#                                                     #
+# Author:  Ilya Narsky, Caltech                       #
+# Created: March 18 2004                              #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias MyD0            D0
+Alias MyAntiD0   anti-D0
+ChargeConj MyD0 MyAntiD0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD0       p+ anti-p-  pi+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyAntiD0   p+ anti-p-  pi-      PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   K- pi+                          PHSP;
+Enddecay
+#
+Decay MyAntiD0
+1.000   K+ pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0rho_D0CabibboNonCP.dec b/BaBar_2014/BpBm_D0rho_D0CabibboNonCP.dec
new file mode 100644
index 0000000..478a3a6
--- /dev/null
+++ b/BaBar_2014/BpBm_D0rho_D0CabibboNonCP.dec
@@ -0,0 +1,97 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 rho-          B+ -> D0bar rho+    #
+#              |                    |               #
+#              |->    K*+    K-   <-|               #
+#              |->    K*-    K+   <-|               #
+#              |->    K*0    Ks   <-|               #
+#              |->    K*0bar Ks   <-|               #
+#              |->    rho+   pi-  <-|               #
+#              |->    rho-   pi+  <-|               #
+#                                                   #
+# with                Ks   -> pi+ pi-               #
+#                     K*0  -> K-  pi+               #
+#                     K*+  -> Ks pi+ and K+ pi0     #
+#                     rho+ -> generic               #
+#                                                   #
+# Author: Abi Soffer                                #
+# created: 6 Nov 2002    			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+Alias MyK*0   K*0
+Alias Myanti-K*0   anti-K*0
+
+Alias MyKs  K_S0
+
+
+Decay Upsilon(4S)
+0.5	MyB- B+			VSS;
+0.5	MyB+ B-			VSS;
+Enddecay
+
+# write the B decays as b->u. This doesn't really matter in the final
+# state, but will make identifying them in the MC truth slightly easier:
+#
+Decay MyB-
+1.00	Myanti-D0 rho-		PHSP;
+Enddecay 
+
+Decay MyB+
+1.00	MyD0 rho+	     	PHSP;
+Enddecay 
+
+Decay MyD0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay Myanti-D0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay MyKs
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+
+Decay MyK*0
+1.000    K- pi+ VSS;
+Enddecay 
+
+Decay Myanti-K*0
+1.000    K+ pi- VSS;
+Enddecay 
+
+# K*+ -> Ks pi+ 50%, due to K0 -> Ks:
+Decay MyK*+
+0.5      MyKs  pi+                        VSS;
+0.5      K+  pi0                          VSS;
+Enddecay 
+
+Decay MyK*-
+0.5      MyKs  pi-                        VSS;
+0.5      K-  pi0                          VSS;
+Enddecay 
+
+End
+
+
diff --git a/BaBar_2014/BpBm_D0rho_D0mK3pi.dec b/BaBar_2014/BpBm_D0rho_D0mK3pi.dec
new file mode 100644
index 0000000..a1768e5
--- /dev/null
+++ b/BaBar_2014/BpBm_D0rho_D0mK3pi.dec
@@ -0,0 +1,36 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 rho- (D0 -> K- pi+ pi+ pi-)  B+ -> X;   + cc  #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   rho+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000   rho-  MyD0                        SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0rho_D0mKK.dec b/BaBar_2014/BpBm_D0rho_D0mKK.dec
new file mode 100644
index 0000000..a84f4e7
--- /dev/null
+++ b/BaBar_2014/BpBm_D0rho_D0mKK.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 rho- (D0 -> K- K+)  B+ -> X;   + cc   #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    03/09/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   rho+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000   rho-  MyD0                        SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  K+                            PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  K-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0rho_D0mKpi.dec b/BaBar_2014/BpBm_D0rho_D0mKpi.dec
new file mode 100644
index 0000000..389a692
--- /dev/null
+++ b/BaBar_2014/BpBm_D0rho_D0mKpi.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 rho- (D0 -> K- pi+)  B+ -> X;   + cc  #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    03/09/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   rho+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000   rho-  MyD0                        SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0rho_D0mKpipi0.dec b/BaBar_2014/BpBm_D0rho_D0mKpipi0.dec
new file mode 100644
index 0000000..bca064e
--- /dev/null
+++ b/BaBar_2014/BpBm_D0rho_D0mKpipi0.dec
@@ -0,0 +1,36 @@
+#############################################################
+#                                                           #
+# Decay: B- -> D0 rho- (D0 -> K- pi+ pi0)  B+ -> X;   + cc  #
+#                                                           #
+# Author: Giampiero Mancinelli                              #
+# Date:                    03/09/2001                       #
+#############################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   rho+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000   rho-  MyD0                        SVS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0rho_D0mKspi0.dec b/BaBar_2014/BpBm_D0rho_D0mKspi0.dec
new file mode 100644
index 0000000..fa58a50
--- /dev/null
+++ b/BaBar_2014/BpBm_D0rho_D0mKspi0.dec
@@ -0,0 +1,38 @@
+#################################################################
+#                                                               #
+# Decay: B- -> D0 rho-        , B+ -> X                         #
+#              |                                                #
+#              ----> K0s pi0	                                #
+#                                                + c.c.         #
+#                                                               #
+# Author: Kelly E Ford                                          #
+# Date:   7 May 2003                                            #
+#################################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyD0  D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+1.000 B- B+ MyB- MyB+ VSS_BMIX dm;
+Enddecay
+#
+Decay MyB-
+1.000 rho- MyD0                          SVS;
+Enddecay
+#
+Decay MyB+
+1.000 rho+ Myanti-D0                     SVS;
+Enddecay
+#
+Decay MyD0
+1.0000  K_S0 pi0                         PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000  K_S0 pi0                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0rho_D0mpipi.dec b/BaBar_2014/BpBm_D0rho_D0mpipi.dec
new file mode 100644
index 0000000..1c4bad3
--- /dev/null
+++ b/BaBar_2014/BpBm_D0rho_D0mpipi.dec
@@ -0,0 +1,36 @@
+#########################################################
+#                                                       #
+# Decay: B- -> D0 rho- (D0 -> pi- pi+)  B+ -> X;   + cc #
+#                                                       #
+# Author: Giampiero Mancinelli                          #
+# Date:                    03/09/2001                   #
+#########################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000   rho+  Myanti-D0                   SVS;
+Enddecay
+Decay MyB-
+1.000   rho-  MyD0                        SVS;
+Enddecay
+#
+Decay MyD0
+1.000   pi-  pi+                            PHSP;
+Enddecay
+Decay Myanti-D0
+1.000   pi+  pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0starK3pi_D0barstarK3pi_Kminus.dec b/BaBar_2014/BpBm_D0starK3pi_D0barstarK3pi_Kminus.dec
new file mode 100644
index 0000000..b5284cd
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starK3pi_D0barstarK3pi_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D*0D*0barK-    anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0k3pi  MyD*0Bk3pi  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0starK3pi_DstarminusK2pi_K0S.dec b/BaBar_2014/BpBm_D0starK3pi_DstarminusK2pi_K0S.dec
new file mode 100644
index 0000000..e79ce98
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starK3pi_DstarminusK2pi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->K3pi,D*-->D-pi0                    # 
+#                      D- ->k2pi                      # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0k3pi  MyD*-k2pi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starK3pi_DstarminusK3pi_K0S.dec b/BaBar_2014/BpBm_D0starK3pi_DstarminusK3pi_K0S.dec
new file mode 100644
index 0000000..b27233b
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starK3pi_DstarminusK3pi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->K3pi,D*-->D0barpi-                 # 
+#                      D0bar->k3pi                    # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0k3pi  MyD*-k3pi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starK3pi_DstarminusKpi_K0S.dec b/BaBar_2014/BpBm_D0starK3pi_DstarminusKpi_K0S.dec
new file mode 100644
index 0000000..1db38bc
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starK3pi_DstarminusKpi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->K3pi,D*-->D0barpi-                 # 
+#                      D0bar->kpi                     # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0k3pi  MyD*-kpi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starK3pi_DstarminusKpipi0_K0S.dec b/BaBar_2014/BpBm_D0starK3pi_DstarminusKpipi0_K0S.dec
new file mode 100644
index 0000000..32cec9e
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starK3pi_DstarminusKpipi0_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->K3pi,D*-->D0barpi-                 # 
+#                      D0bar->kpipi0                  # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0k3pi  MyD*-kpipi0    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starKpi_D0barstarK3pi_Kminus.dec b/BaBar_2014/BpBm_D0starKpi_D0barstarK3pi_Kminus.dec
new file mode 100644
index 0000000..e2ccfcb
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpi_D0barstarK3pi_Kminus.dec
@@ -0,0 +1,213 @@
+#######################################################
+#                                                     #
+# Decay: B-->D*0D*0barK-    anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  04/March/99               #
+# Updated:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0kpi  MyD*0Bk3pi  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0starKpi_D0barstarKpi_Kminus.dec b/BaBar_2014/BpBm_D0starKpi_D0barstarKpi_Kminus.dec
new file mode 100644
index 0000000..2cdac7a
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpi_D0barstarKpi_Kminus.dec
@@ -0,0 +1,213 @@
+#######################################################
+#                                                     #
+# Decay: B-->D*0D*0barK-    anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  04/March/99               #
+# Updated:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0kpi  MyD*0Bkpi  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0starKpi_D0barstarKpipi0_Kminus.dec b/BaBar_2014/BpBm_D0starKpi_D0barstarKpipi0_Kminus.dec
new file mode 100644
index 0000000..c97825f
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpi_D0barstarKpipi0_Kminus.dec
@@ -0,0 +1,213 @@
+#######################################################
+#                                                     #
+# Decay: B-->D*0D*0barK-    anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  04/March/99               #
+# Updated:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0kpi  MyD*0Bkpipi0  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0starKpi_DminusK2pi_K0S.dec b/BaBar_2014/BpBm_D0starKpi_DminusK2pi_K0S.dec
new file mode 100644
index 0000000..3caceb8
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpi_DminusK2pi_K0S.dec
@@ -0,0 +1,44 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*0 D- K0s                             #
+#              D0->Kpi, D-->K+pi-pi-, K0s->pi+pi-     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  22/March/99               #
+#######################################################
+#
+
+#
+Alias MyB- B-
+Alias MyD- D-
+Alias MyD*0 D*0
+Alias MyD0 D0
+Alias myKs K_S0
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+0.1000   MyD*0  MyD-    myKs                PHSP;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD-
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0starKpi_DstarminusK2pi_K0S.dec b/BaBar_2014/BpBm_D0starKpi_DstarminusK2pi_K0S.dec
new file mode 100644
index 0000000..2f768b9
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpi_DstarminusK2pi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->Kpi,D*-->D-pi0                     # 
+#                      D- ->k2pi                      # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0kpi  MyD*-k2pi    myKs           PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starKpi_DstarminusK3pi_K0S.dec b/BaBar_2014/BpBm_D0starKpi_DstarminusK3pi_K0S.dec
new file mode 100644
index 0000000..3ae4582
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpi_DstarminusK3pi_K0S.dec
@@ -0,0 +1,216 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->Kpi,D*-->D0barpi-                  # 
+#                      D0bar->k3pi                    # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  22/March/99               #
+# Updated:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0kpi  MyD*-k3pi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starKpi_DstarminusKpi_K0S.dec b/BaBar_2014/BpBm_D0starKpi_DstarminusKpi_K0S.dec
new file mode 100644
index 0000000..df136b2
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpi_DstarminusKpi_K0S.dec
@@ -0,0 +1,216 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->Kpi,D*-->D0barpi-                  # 
+#                      D0bar->kpi                     # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  22/March/99               #
+# Updated:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0kpi  MyD*-kpi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starKpi_DstarminusKpipi0_K0S.dec b/BaBar_2014/BpBm_D0starKpi_DstarminusKpipi0_K0S.dec
new file mode 100644
index 0000000..452b04c
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpi_DstarminusKpipi0_K0S.dec
@@ -0,0 +1,216 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->Kpi,D*-->D0barpi-                  # 
+#                      D0bar->kpipi0                  # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  22/March/99               #
+# Updated:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0kpi  MyD*-kpipi0    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starKpipi0_D0barstarK3pi_Kminus.dec b/BaBar_2014/BpBm_D0starKpipi0_D0barstarK3pi_Kminus.dec
new file mode 100644
index 0000000..4921f67
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpipi0_D0barstarK3pi_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D*0D*0barK-    anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0kpipi0  MyD*0Bk3pi  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0starKpipi0_D0barstarKpipi0_Kminus.dec b/BaBar_2014/BpBm_D0starKpipi0_D0barstarKpipi0_Kminus.dec
new file mode 100644
index 0000000..1d65f59
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpipi0_D0barstarKpipi0_Kminus.dec
@@ -0,0 +1,212 @@
+#######################################################
+#                                                     #
+# Decay: B-->D*0D*0barK-    anti-B0->X                #
+#                                                     #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0kpipi0  MyD*0Bkpipi0  K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0starKpipi0_DstarminusK2pi_K0S.dec b/BaBar_2014/BpBm_D0starKpipi0_DstarminusK2pi_K0S.dec
new file mode 100644
index 0000000..144e739
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpipi0_DstarminusK2pi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->Kpipi0,D*-->D0barpi-               # 
+#                      D0bar->k2pi                    # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0kpipi0  MyD*-k2pi    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starKpipi0_DstarminusK3pi_K0S.dec b/BaBar_2014/BpBm_D0starKpipi0_DstarminusK3pi_K0S.dec
new file mode 100644
index 0000000..7f20866
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpipi0_DstarminusK3pi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->Kpipi0,D*-->D0barpi-               # 
+#                      D0bar->k3pi                    # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0kpipi0  MyD*-k3pi    myKs         PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starKpipi0_DstarminusKpi_K0S.dec b/BaBar_2014/BpBm_D0starKpipi0_DstarminusKpi_K0S.dec
new file mode 100644
index 0000000..0651fdd
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpipi0_DstarminusKpi_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->Kpipi0,D*-->D0barpi-               # 
+#                      D0bar->kpi                     # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0kpipi0  MyD*-kpi    myKs            PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0starKpipi0_DstarminusKpipi0_K0S.dec b/BaBar_2014/BpBm_D0starKpipi0_DstarminusKpipi0_K0S.dec
new file mode 100644
index 0000000..a73ba23
--- /dev/null
+++ b/BaBar_2014/BpBm_D0starKpipi0_DstarminusKpipi0_K0S.dec
@@ -0,0 +1,215 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*0 D*- K0s                            #
+#              D0->Kpipi0,D*-->D0barpi-               # 
+#                      D0bar->kpipi0                  # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Sept/2001              #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+# The MyD*- decays: 
+#######################################################
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+###################################################################
+# The MyD*0 decays: 
+#######################################################
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                   VSS;
+0.3810    MyD0k3pi  gamma                 VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                 VSS;
+0.3810    MyD0kpipi0  gamma               VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#######################################################
+# The MyD- decays: 
+#######################################################
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#######################################################
+# The MyD0 decays: 
+#######################################################
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+########################
+# The light resonnances:
+########################
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#################################################################
+# And now the Upsilon and the B decays
+#################################################################
+Decay Upsilon(4S)
+1.000   B+       MyB-                      VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0kpipi0  MyD*-kpipi0    myKs               PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_D0str0pi_Dpi_Kpipi.dec b/BaBar_2014/BpBm_D0str0pi_Dpi_Kpipi.dec
new file mode 100644
index 0000000..11c69f9
--- /dev/null
+++ b/BaBar_2014/BpBm_D0str0pi_Dpi_Kpipi.dec
@@ -0,0 +1,80 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D** pi                    #
+#                                                     #
+# with D**                                            #
+#    D0*0                                             #
+#          ->  D+ pi-                                 #
+#                                                     #
+#              D+ -> K- pi+ pi+                       #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+# Contacts:					      #
+# jong@slac.stanford.edu			      #
+# December, 2002				      #
+#                                                     #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_0*0       D_0*0 
+Alias myanti-D_0*0  anti-D_0*0   
+#
+Alias myD+          D+
+Alias myD-          D-
+#
+Particle D_0*0	2.308	0.276
+Particle anti-D_0*0	2.308	0.276
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#  B
+#
+Decay myB+
+1.0000   myanti-D_0*0         pi+	  PHSP;
+Enddecay
+#
+Decay myB-
+1.0000   myD_0*0         pi-		  PHSP;
+Enddecay
+
+
+
+#
+#   D**
+#
+Decay myD_0*0
+1.0000    myD+  pi-                        PHSP;
+Enddecay
+#
+Decay myanti-D_0*0
+1.0000    myD-  pi+                        PHSP;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD+
+# the Dalitz mode below includes K*bar(892)0 pi+, K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0000   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+
+Decay myD-
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+1.0000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/BpBm_D0str0pi_Dpi_Kspi.dec b/BaBar_2014/BpBm_D0str0pi_Dpi_Kspi.dec
new file mode 100644
index 0000000..87a5625
--- /dev/null
+++ b/BaBar_2014/BpBm_D0str0pi_Dpi_Kspi.dec
@@ -0,0 +1,82 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D** pi                    #
+#                                                     #
+# with D**                                            #
+#    D0*0                                             #
+#          ->  D+ pi-                                 #
+#                                                     #
+#              D+ -> Ks0 pi+                          #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+# Contacts:					      #
+# jong@slac.stanford.edu			      #
+# May, 2003					      #
+#                                                     #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_0*0       D_0*0 
+Alias myanti-D_0*0  anti-D_0*0   
+#
+Particle D_0*0	2.308	0.276
+Particle anti-D_0*0	2.308	0.276
+#
+Alias myD+          D+
+Alias myD-          D-
+#
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs K_S0
+#
+#  Y
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#  B
+Decay myB+
+1.0000   myanti-D_0*0         pi+	  PHSP;
+Enddecay
+#
+Decay myB-
+1.0000   myD_0*0         pi-		  PHSP;
+Enddecay
+
+#   D**
+Decay myD_0*0
+1.0000    myD+  pi-                        PHSP;
+Enddecay
+#
+Decay myanti-D_0*0
+1.0000    myD-  pi+                        PHSP;
+Enddecay
+
+#  D Meson
+Decay myD+
+1.000  Myanti-K0  pi+                        PHSP;
+Enddecay
+
+Decay myD-
+1.000  MyK0  pi-                        PHSP;
+Enddecay
+#
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D0str0pi_Dpipi.dec b/BaBar_2014/BpBm_D0str0pi_Dpipi.dec
new file mode 100644
index 0000000..b0fb6f0
--- /dev/null
+++ b/BaBar_2014/BpBm_D0str0pi_Dpipi.dec
@@ -0,0 +1,88 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D** pi                    #
+#                                                     #
+# with D**                                            #
+#     		 D0*0                                 #
+#          	  |->  D+ pi-                         #
+#                      |-> K- pi+ pi+                 #
+#                      |-> Ks pi+                     #
+#                           |-> pi+ pi-               #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+# Contacts:					      #
+# jong@slac.stanford.edu			      #
+# November 2003  				      #
+#                                                     #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_0*0       D_0*0 
+Alias myanti-D_0*0  anti-D_0*0   
+#
+Alias myD+          D+
+Alias myD-          D-
+#
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs K_S0
+#
+Particle D_0*0	2.308	0.276
+Particle anti-D_0*0	2.308	0.276
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#  B
+#
+Decay myB+
+1.0000   myanti-D_0*0         pi+	  PHSP;
+Enddecay
+#
+Decay myB-
+1.0000   myD_0*0         pi-		  PHSP;
+Enddecay
+#
+#   D**
+#
+Decay myD_0*0
+1.0000    myD+  pi-                        PHSP;
+Enddecay
+#
+Decay myanti-D_0*0
+1.0000    myD-  pi+                        PHSP;
+Enddecay
+#
+#  D Meson
+#
+Decay myD+
+0.0277   Myanti-K0  pi+                 PHSP;
+0.0910   K-  pi+  pi+                   D_DALITZ;
+Enddecay
+#
+Decay myD-
+0.0277   MyK0  pi-                      PHSP;
+0.0910   K+  pi-  pi-                   D_DALITZ;
+Enddecay
+#
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D10lnu.dec b/BaBar_2014/BpBm_D10lnu.dec
new file mode 100644
index 0000000..acd55b4
--- /dev/null
+++ b/BaBar_2014/BpBm_D10lnu.dec
@@ -0,0 +1,118 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D1(2420)0 l- anti-nu_l       #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+            #
+#                                   K- pi+ pi0        #
+#                                   K- pi+ pi+ pi-    #
+# 	l = e or mu 				      #
+#				+CC		      #
+#                                                     #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Mail: SCHUNEM@SLAC.STANFORD.EDU                     #
+# Created:                  09/Feb/99                 #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_10 D_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias MyD_10B anti-D_10
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+0.5000   MyD_10B   e+   nu_e         PHOTOS  ISGW2;
+0.5000   MyD_10B   mu+  nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyB-
+0.5000   MyD_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.5000   MyD_10   mu-  anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyD_10B
+1.0000    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0 K*0
+Alias MyK_1+ K_1+
+#
+# And now the nightmare ... D0-> KPi , Kpipi0, K3pi
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi-  pi+                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                        VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_D10lnu_D0Kpi.dec b/BaBar_2014/BpBm_D10lnu_D0Kpi.dec
new file mode 100644
index 0000000..5be0413
--- /dev/null
+++ b/BaBar_2014/BpBm_D10lnu_D0Kpi.dec
@@ -0,0 +1,65 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D1(2420)0 l- anti-nu_l       #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+            #
+# 	l = e or mu 				      #
+#				+CC		      #
+#                                                     #
+#                                                     #
+# Author:  Shahram Rahatlou, UCSD                     #
+# Mail: RAHATLOU@SLAC.STANFORD.EDU                    #
+# Created: January 21, 2000                           #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_10 D_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_10 anti-D_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+0.5000   Myanti-D_10   e+   nu_e         PHOTOS  ISGW2;
+0.5000   Myanti-D_10   mu+  nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyB-
+0.5000   MyD_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.5000   MyD_10   mu-  anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay Myanti-D_10
+1.0000    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                         PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                         PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D10lnu_Dstr0PDG_D0Kpi.dec b/BaBar_2014/BpBm_D10lnu_Dstr0PDG_D0Kpi.dec
new file mode 100644
index 0000000..63a027e
--- /dev/null
+++ b/BaBar_2014/BpBm_D10lnu_Dstr0PDG_D0Kpi.dec
@@ -0,0 +1,101 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D_10 l nu                 #
+#                           |-> D*0 pi0               #
+#                               |-> D0 pi0/gamma      #
+#                                   |-> K- pi+        #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+#                                                     #
+# Author:           Jens Schubert                     #
+# Created:            18/May/2004                     #
+# Mail: jschubi@SLAC.STANFORD.EDU                     #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_10        D_10 
+Alias myanti-D_10   anti-D_10 
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myB-
+0.5000   myD_10         e-    anti-nu_e         PHOTOS  ISGW2;
+0.5000   myD_10         mu-   anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay myB+
+0.5000   myanti-D_10         e+    nu_e         PHOTOS  ISGW2;
+0.5000   myanti-D_10         mu+   nu_mu        PHOTOS  ISGW2;
+Enddecay
+
+
+
+#
+#   D_10
+#
+Decay myD_10
+1.0000    myD*0 pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myanti-D_10
+1.0000    myanti-D*0 pi0                   VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+
+
+
+#
+#   D*  -> D0 pi0/gamma
+#
+
+Decay myD*0
+0.6190    myD0  pi0                        VSS;
+0.3810    myD0  gamma                      VSP_PWAVE;
+Enddecay
+Decay myanti-D*0
+0.6190    myanti-D0  pi0                       VSS;
+0.3810    myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/BpBm_D10lnu_Dstr0pi0.dec b/BaBar_2014/BpBm_D10lnu_Dstr0pi0.dec
new file mode 100644
index 0000000..ec02b90
--- /dev/null
+++ b/BaBar_2014/BpBm_D10lnu_Dstr0pi0.dec
@@ -0,0 +1,103 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D** l nu                  #
+#                                                     #
+# with D**                                            #
+#    D_10    ->  D*0 pi0                              #
+#                                                     #
+# with D*0 -> D0 pi0                                  #
+#                                                     #
+# with D0 -> K- pi+                                   #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author: Armin Hauke                                 #
+#                                                     #
+# Created:                  11/Dec/01                 #
+# Mail: hauke@SLAC.STANFORD.EDU                       #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_10        D_10 
+Alias myanti-D_10   anti-D_10 
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myB+
+0.5000   myanti-D_10         e+    nu_e         PHOTOS  ISGW2;
+0.5000   myanti-D_10         mu+   nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay myB-
+0.5000   myD_10         e-    anti-nu_e         PHOTOS  ISGW2;
+0.5000   myD_10         mu-   anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+
+
+
+#
+#   D**
+#
+Decay myD_10
+1.0000    myD*0 pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myanti-D_10
+1.0000    myanti-D*0 pi0                   VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+
+
+
+#
+#   D*  -> D0 pi0
+#
+
+Decay myD*0
+1.0000    myD0  pi0                        VSS;
+Enddecay
+Decay myanti-D*0
+1.0000    myanti-D0  pi0                   VSS;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/BpBm_D10pi_D0Kpi.dec b/BaBar_2014/BpBm_D10pi_D0Kpi.dec
new file mode 100644
index 0000000..f9f15a8
--- /dev/null
+++ b/BaBar_2014/BpBm_D10pi_D0Kpi.dec
@@ -0,0 +1,62 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D1(2420)0 pi-                #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+            #
+#			+CC		              #
+# 						      #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_10 D_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_10 anti-D_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D_10   pi+		  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD_10   pi- 			  SVS;
+Enddecay
+#
+Decay Myanti-D_10
+1.0000    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D10pi_D0Kpipi0.dec b/BaBar_2014/BpBm_D10pi_D0Kpipi0.dec
new file mode 100644
index 0000000..64b48a4
--- /dev/null
+++ b/BaBar_2014/BpBm_D10pi_D0Kpipi0.dec
@@ -0,0 +1,62 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D1(2420)0 pi-                #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+ pi0        #
+#				+CC		      #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_10 D_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_10 anti-D_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D_10   pi+		  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD_10   pi- 			  SVS;
+Enddecay
+#
+Decay Myanti-D_10
+1.0000    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+   pi0                     D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-   pi0                     D_DALITZ;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D10pi_D0Kpipipi.dec b/BaBar_2014/BpBm_D10pi_D0Kpipipi.dec
new file mode 100644
index 0000000..c5d8eda
--- /dev/null
+++ b/BaBar_2014/BpBm_D10pi_D0Kpipipi.dec
@@ -0,0 +1,62 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D1(2420)0 pi-                #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+ pi+ pi-    #
+#				+CC		      #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_10 D_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_10 anti-D_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D_10   pi+		  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD_10   pi- 			  SVS;
+Enddecay
+#
+Decay Myanti-D_10
+1.0000    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi-  pi+                PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D10pi_D0Kspipi.dec b/BaBar_2014/BpBm_D10pi_D0Kspipi.dec
new file mode 100644
index 0000000..391b035
--- /dev/null
+++ b/BaBar_2014/BpBm_D10pi_D0Kspipi.dec
@@ -0,0 +1,79 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D1(2420)0 pi-                #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> Ks pi+ pi-        #
+#				    |-> pi+ pi-       #
+#			+CC		              #
+# 						      #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+# 						      #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_10 D_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_10 anti-D_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+Alias MyKs              K_S0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D_10   pi+		  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD_10   pi- 			  SVS;
+Enddecay
+#
+Decay Myanti-D_10
+1.0000    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   Myanti-K0  pi+  pi-               D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK0  pi-   pi+                   D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+
+End
+
diff --git a/BaBar_2014/BpBm_D10pi_Dstpipi.dec b/BaBar_2014/BpBm_D10pi_Dstpipi.dec
new file mode 100644
index 0000000..1cc4c73
--- /dev/null
+++ b/BaBar_2014/BpBm_D10pi_Dstpipi.dec
@@ -0,0 +1,88 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D1(2420)0 pi-                #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+            #
+#                               |-> K- pi+ pi0        #
+#                               |-> K- pi+ pi+ pi-    #
+#                               |-> Ks pi+ pi-        #
+#                                    |-> pi+ pi-      #
+#			+CC		              #
+# 						      #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# November 2003					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_10 D_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_10 anti-D_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs              K_S0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D_10   pi+		  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD_10   pi- 			  SVS;
+Enddecay
+#
+Decay Myanti-D_10
+1.0000    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.0540   Myanti-K0 pi+  pi-              D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+0.0540   MyK0 pi-  pi+                   D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+#
+End
+
diff --git a/BaBar_2014/BpBm_D10pim.dec b/BaBar_2014/BpBm_D10pim.dec
new file mode 100644
index 0000000..7b98607
--- /dev/null
+++ b/BaBar_2014/BpBm_D10pim.dec
@@ -0,0 +1,54 @@
+####################################################
+#                                                  #
+# Inclusive D10pi decay.dec                        #
+#                                                  #
+# D10 pi      from B+B- for SP2                    #
+#                                                  #
+# Decay: B- -> D_10 pi-, B+ -> X   +c.c.           #
+#               |-> D*+ pi -                       #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #                          
+#                                                  #
+# 11.11.99                                         #
+# S.Xella (IHB AWG)                                #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_10 D_10
+Alias Myanti-D_10 anti-D_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+  
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D_10 pi+         PHSP;
+Enddecay
+#
+Decay Myanti-D_10
+1.0000 MyD*- pi+               VVS_PWAVE 0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-             VSS;
+Enddecay
+#####
+Decay MyB-
+1.0000 MyD_10 pi-              PHSP;
+Enddecay
+#
+Decay MyD_10
+1.0000 MyD*+ pi-               VVS_PWAVE 0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                  VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D1prime0lnu_D0Kpi.dec b/BaBar_2014/BpBm_D1prime0lnu_D0Kpi.dec
new file mode 100644
index 0000000..45ed65a
--- /dev/null
+++ b/BaBar_2014/BpBm_D1prime0lnu_D0Kpi.dec
@@ -0,0 +1,68 @@
+###################################################################
+#                                                                 #
+#  Decay: B+ -> X            B- -> D'_10  l- anti-nu_l            #
+#                                   |-> D*+  pi-                  #            
+#                                       |-> D0 pi+                #
+#                                            |-> K- pi+           #
+#                                                                 #
+#                                                                 #  
+#      with l= e or mu                                            #
+#                                                                 #
+#                                       +CC                       #
+#                                                                 #
+#                                                                 #
+# Mail: VSHARMA@SLAC.STANFORD.EDU                                 #
+###################################################################
+
+Alias MyB-            B-
+Alias MyB+            B+
+Alias MyD'_10         D'_10
+Alias Myanti-D'_10    anti-D'_10
+Alias MyD*+           D*+
+Alias MyD*-           D*-
+Alias MyD0            D0 
+Alias MyantiD0        anti-D0
+
+
+#
+Decay Upsilon(4S)
+0.5000   MyB-               B+                   VSS;
+0.5000   B-                 MyB+                 VSS;
+Enddecay
+#
+#
+Decay MyB-
+0.5000   MyD'_10            e-  anti-nu_e        PHOTOS ISGW2;
+0.5000   MyD'_10            mu- anti-nu_mu       PHOTOS ISGW2;
+Enddecay
+#
+Decay MyB+
+0.5000   Myanti-D'_10       e+  nu_e             PHOTOS ISGW2;
+0.5000   Myanti-D'_10       mu+ nu_mu            PHOTOS ISGW2;
+Enddecay                 
+#
+Decay MyD'_10 
+1.0000   MyD*+     pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myanti-D'_10
+1.0000   MyD*-     pi+                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD0      pi+                 VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyantiD0  pi-                 VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-        pi+                 PHSP;
+Enddecay
+#
+Decay MyantiD0
+1.0000   K+        pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D1prime0pi_D0Kpi.dec b/BaBar_2014/BpBm_D1prime0pi_D0Kpi.dec
new file mode 100644
index 0000000..d8e0ac9
--- /dev/null
+++ b/BaBar_2014/BpBm_D1prime0pi_D0Kpi.dec
@@ -0,0 +1,62 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D'_10(broad) pi-             #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+            #
+#			+CC		              #
+# 						      #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD'_10 D'_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D'_10 anti-D'_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D'_10   pi+		  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD'_10   pi- 			  SVS;
+Enddecay
+#
+Decay Myanti-D'_10
+1.0000    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D1prime0pi_D0Kpipi0.dec b/BaBar_2014/BpBm_D1prime0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..c04f07a
--- /dev/null
+++ b/BaBar_2014/BpBm_D1prime0pi_D0Kpipi0.dec
@@ -0,0 +1,62 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D'_10(broad) pi-             #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+ pi0        #
+#			+CC		              #
+# 						      #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD'_10 D'_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D'_10 anti-D'_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D'_10   pi+		  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD'_10   pi- 			  SVS;
+Enddecay
+#
+Decay Myanti-D'_10
+1.0000    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D1prime0pi_D0Kpipipi.dec b/BaBar_2014/BpBm_D1prime0pi_D0Kpipipi.dec
new file mode 100644
index 0000000..725ce54
--- /dev/null
+++ b/BaBar_2014/BpBm_D1prime0pi_D0Kpipipi.dec
@@ -0,0 +1,62 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D'_10(broad) pi-             #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+ pi+ pi-    #
+#			+CC		              #
+# 						      #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD'_10 D'_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D'_10 anti-D'_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D'_10   pi+		  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD'_10   pi- 			  SVS;
+Enddecay
+#
+Decay Myanti-D'_10
+1.0000    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi-  pi+                 PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D1prime0pi_D0Kspipi.dec b/BaBar_2014/BpBm_D1prime0pi_D0Kspipi.dec
new file mode 100644
index 0000000..f046fa0
--- /dev/null
+++ b/BaBar_2014/BpBm_D1prime0pi_D0Kspipi.dec
@@ -0,0 +1,78 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D'_10(broad) pi-             #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> Ks pi+ pi-        #
+#				    |-> pi+ pi-       #
+#			+CC		              #
+# 						      #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD'_10 D'_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D'_10 anti-D'_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+Alias MyKs              K_S0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D'_10   pi+		  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD'_10   pi- 			  SVS;
+Enddecay
+#
+Decay Myanti-D'_10
+1.0000    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   Myanti-K0  pi+  pi-               D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK0  pi-   pi+                   D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D1prime0pi_Dstpipi.dec b/BaBar_2014/BpBm_D1prime0pi_Dstpipi.dec
new file mode 100644
index 0000000..2955a3f
--- /dev/null
+++ b/BaBar_2014/BpBm_D1prime0pi_Dstpipi.dec
@@ -0,0 +1,89 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D'_10(broad) pi-             #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+            #
+#                               |-> K- pi+ pi0        #
+#                               |-> K- pi+ pi+ pi-    #
+#                               |-> Ks pi+ pi-        #
+#                                    |-> pi+ pi-      #
+#			+CC		              #
+# 						      #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# November 2003					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD'_10 D'_10
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D'_10 anti-D'_10
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs              K_S0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D'_10   pi+		  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD'_10   pi- 			  SVS;
+Enddecay
+#
+Decay Myanti-D'_10
+1.0000    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_10
+1.0000    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.0540   Myanti-K0 pi+  pi-              D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+0.0540   MyK0 pi-  pi+                   D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_D2S0lnu_D0Kpi.dec b/BaBar_2014/BpBm_D2S0lnu_D0Kpi.dec
new file mode 100644
index 0000000..a9254e2
--- /dev/null
+++ b/BaBar_2014/BpBm_D2S0lnu_D0Kpi.dec
@@ -0,0 +1,69 @@
+###################################################################
+#                                                                 #
+#  Decay: B+ -> X            B- -> D(2S)0  l- anti-nu_l           #
+#                                   |-> D*+  pi-                  #            
+#                                       |-> D0 pi+                #
+#                                            |-> K- pi+           #
+#                                                                 #
+#                                                                 #  
+#      with l= e or mu                                            #
+#                                                                 #
+#                                       +CC                       #
+#                                                                 #
+#  Author: Francesca Bucci                                        #
+#  Mail:           BUCCIFRA@SLAC.STANFORD.EDU                     #
+###################################################################
+
+
+Alias MyB-           B-
+Alias MyB+           B+
+Alias MyD(2S)0       D(2S)0
+Alias Myanti-D(2S)0  anti-D(2S)0
+Alias MyD*+          D*+
+Alias MyD*-          D*-
+Alias MyD0           D0 
+Alias MyantiD0       anti-D0
+
+
+#
+Decay Upsilon(4S)
+0.5000   MyB-         B+                   VSS;
+0.5000   B-           MyB+                 VSS;
+Enddecay
+#
+#
+Decay MyB-
+0.5000   MyD(2S)0        e-  anti-nu_e        PHOTOS ISGW2;
+0.5000   MyD(2S)0        mu- anti-nu_mu       PHOTOS ISGW2;
+Enddecay
+#
+Decay MyB+
+0.5000   Myanti-D(2S)0   e+  nu_e             PHOTOS ISGW2;
+0.5000   Myanti-D(2S)0   mu+ nu_mu            PHOTOS ISGW2;
+Enddecay                 
+#
+Decay MyD(2S)0 
+1.0000   MyD*+     pi-                 SVS;
+Enddecay
+#
+Decay Myanti-D(2S)0
+1.0000   MyD*-     pi+                 SVS;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD0      pi+                 VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyantiD0  pi-                 VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-        pi+                 PHSP;
+Enddecay
+#
+Decay MyantiD0
+1.0000   K+        pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D2Sstr0lnu_D0Kpi.dec b/BaBar_2014/BpBm_D2Sstr0lnu_D0Kpi.dec
new file mode 100644
index 0000000..75a0136
--- /dev/null
+++ b/BaBar_2014/BpBm_D2Sstr0lnu_D0Kpi.dec
@@ -0,0 +1,68 @@
+###################################################################
+#                                                                 #
+#  Decay: B+ -> X            B- -> D*(2S)0  l- anti-nu_l           #
+#                                   |-> D*+  pi-                  #            
+#                                       |-> D0 pi+                #
+#                                            |-> K- pi+           #
+#                                                                 #
+#                                                                 #  
+#      with l= e or mu                                            #
+#                                                                 #
+#                                       +CC                       #
+#                                                                 #
+#  Author: Francesca Bucci                                        #
+#  Mail:              BUCCIFRA@SLAC.STANFORD.EDU                  #
+###################################################################
+
+
+Alias MyB-            B-
+Alias MyB+            B+
+Alias MyD*(2S)0       D*(2S)0
+Alias Myanti-D*(2S)0  anti-D*(2S)0
+Alias MyD*+           D*+
+Alias MyD*-           D*-
+Alias MyD0            D0 
+Alias MyantiD0        anti-D0
+
+
+#
+Decay Upsilon(4S)
+0.5000   MyB-         B+                   VSS;
+0.5000   B-           MyB+                 VSS;
+Enddecay
+#
+#
+Decay MyB-
+0.5000   MyD*(2S)0        e-  anti-nu_e        PHOTOS ISGW2;
+0.5000   MyD*(2S)0        mu- anti-nu_mu       PHOTOS ISGW2;
+Enddecay
+#
+Decay MyB+
+0.5000   Myanti-D*(2S)0   e+  nu_e             PHOTOS ISGW2;
+0.5000   Myanti-D*(2S)0   mu+ nu_mu            PHOTOS ISGW2;
+Enddecay                 
+#
+Decay MyD*(2S)0 
+1.0000   MyD*+     pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myanti-D*(2S)0 
+1.0000   MyD*-     pi+                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;      Enddecay      
+#
+Decay MyD*+
+1.0000   MyD0      pi+                 VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyantiD0  pi-                 VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-        pi+                 PHSP;
+Enddecay
+#
+Decay MyantiD0
+1.0000   K+        pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D2str0lnu.dec b/BaBar_2014/BpBm_D2str0lnu.dec
new file mode 100644
index 0000000..5d724c4
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0lnu.dec
@@ -0,0 +1,118 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D2(2460)*0 l- anti-nu_l      #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+            #
+#                                   K- pi+ pi0        #
+#                                   K- pi+ pi+ pi-    #
+#                                                     #
+#	l = e or mu 				      #
+#			+CC			      #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Mail: SCHUNEM@SLAC.STANFORD.EDU                     #
+# Created:                  09/Feb/99                 #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_2*0 D_2*0
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias MyD_2*0B anti-D_2*0
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB-
+0.5000   MyD_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.5000   MyD_2*0   mu-  anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyB+
+0.5000   MyD_2*0B   e+   nu_e         PHOTOS  ISGW2;
+0.5000   MyD_2*0B   mu+  nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyD_2*0
+1.0000    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*0B
+1.0000    MyD*- pi+                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000    MyD0B  pi-                        VSS;
+Enddecay
+#
+Decay MyD*+
+1.0000    MyD0  pi+                        VSS;
+Enddecay
+#
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0 K*0
+Alias MyK_1+ K_1+
+#
+# And now the nightmare ... D0-> KPi , Kpipi0, K3pi
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi-  pi+                 PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                        VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_D2str0lnu_D0Kpi.dec b/BaBar_2014/BpBm_D2str0lnu_D0Kpi.dec
new file mode 100644
index 0000000..473e423
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0lnu_D0Kpi.dec
@@ -0,0 +1,69 @@
+###################################################################
+#                                                                 #
+#  Decay: B+ -> X            B- -> D_2*0  l- anti-nu_l            #
+#                                   |-> D*+  pi-                  #            
+#                                       |-> D0 pi+                #
+#                                            |-> K- pi+           #
+#                                                                 #
+#                                                                 #  
+#      with l= e or mu                                            #
+#                                                                 #
+#                                       +CC                       #
+#                                                                 #
+#  Mail: VSHARMA@SLAC.STANFORD.EDU                                #
+#                                                                 #
+###################################################################
+
+
+Alias MyB-            B-
+Alias MyB+            B+
+Alias MyD_2*0         D_2*0
+Alias Myanti-D_2*0    anti-D_2*0
+Alias MyD*+           D*+
+Alias MyD*-           D*-
+Alias MyD0            D0 
+Alias MyantiD0        anti-D0
+
+
+#
+Decay Upsilon(4S)
+0.5000   MyB-               B+                   VSS;
+0.5000   B-                 MyB+                 VSS;
+Enddecay
+#
+#
+Decay MyB-
+0.5000   MyD_2*0            e-  anti-nu_e        PHOTOS ISGW2;
+0.5000   MyD_2*0            mu- anti-nu_mu       PHOTOS ISGW2;
+Enddecay
+#
+Decay MyB+
+0.5000   Myanti-D_2*0       e+  nu_e             PHOTOS ISGW2;
+0.5000   Myanti-D_2*0       mu+ nu_mu            PHOTOS ISGW2;
+Enddecay                 
+#
+Decay MyD_2*0 
+1.0000   MyD*+     pi-                 TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myanti-D_2*0
+1.0000   MyD*-     pi+                 TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000   MyD0      pi+                 VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000   MyantiD0  pi-                 VSS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-        pi+                 PHSP;
+Enddecay
+#
+Decay MyantiD0
+1.0000   K+        pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D2str0lnu_Dpi.dec b/BaBar_2014/BpBm_D2str0lnu_Dpi.dec
new file mode 100644
index 0000000..763e901
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0lnu_Dpi.dec
@@ -0,0 +1,99 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D** l nu                  #
+#                                                     #
+# with D**                                            #
+#    D2*0  ->  D0 pi0                                 #
+#          ->  D+ pi-                                 #
+#                                                     #
+# with D0 -> K- pi+                                   #
+#      D+ -> K- pi+ pi+                               #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author: Armin Hauke                                 #
+#                                                     #
+# Created:                  11/Dec/01                 #
+# Mail: hauke@SLAC.STANFORD.EDU                       #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_2*0       D_2*0 
+Alias myanti-D_2*0  anti-D_2*0   
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+Alias myD+          D+
+Alias myD-          D-
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myB+
+0.5000   myanti-D_2*0         e+    nu_e         PHOTOS  ISGW2;
+0.5000   myanti-D_2*0         mu+   nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay myB-
+0.5000   myD_2*0         e-    anti-nu_e         PHOTOS  ISGW2;
+0.5000   myD_2*0         mu-   anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+
+
+
+#
+#   D**
+#
+Decay myD_2*0
+0.5000    myD0  pi0                        TSS;
+0.5000    myD+  pi-                        TSS;
+Enddecay
+#
+Decay myanti-D_2*0
+0.5000    myanti-D0 pi0                    TSS;
+0.5000    myD-  pi+                        TSS;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+Decay myD+
+# the Dalitz mode below includes K*bar(892)0 pi+, K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0000   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+Decay myD-
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+1.0000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/BpBm_D2str0lnu_Dstr0PDG_D0Kpi.dec b/BaBar_2014/BpBm_D2str0lnu_Dstr0PDG_D0Kpi.dec
new file mode 100644
index 0000000..21e3986
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0lnu_Dstr0PDG_D0Kpi.dec
@@ -0,0 +1,100 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D_2*0 l nu                #
+#                           |-> D*0 pi0               #
+#                               |-> D0 pi0/gamma      #
+#                                   |-> K- pi+        #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author:           Jens Schubert                     #
+# Created:            18/May/2004                     #
+# Mail: jschubi@SLAC.STANFORD.EDU                     #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_2*0        D_2*0 
+Alias myanti-D_2*0   anti-D_2*0 
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myB-
+0.5000   myD_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.5000   myD_2*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
+Enddecay
+#
+Decay myB+
+0.5000   myanti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.5000   myanti-D_2*0   mu+  nu_mu      PHOTOS    ISGW2;
+Enddecay
+
+
+
+#
+#   D_2*0
+#
+Decay myD_2*0
+1.0000    myD*0 pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay myanti-D_2*0
+1.0000    myanti-D*0 pi0                   TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+
+
+
+#
+#   D*  -> D0 pi0/gamma
+#
+
+Decay myD*0
+0.6190    myD0  pi0                        VSS;
+0.3810    myD0  gamma                      VSP_PWAVE;
+Enddecay
+Decay myanti-D*0
+0.6190    myanti-D0  pi0                       VSS;
+0.3810    myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/BpBm_D2str0lnu_Dstr0pi0.dec b/BaBar_2014/BpBm_D2str0lnu_Dstr0pi0.dec
new file mode 100644
index 0000000..7fd6240
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0lnu_Dstr0pi0.dec
@@ -0,0 +1,103 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D** l nu                  #
+#                                                     #
+# with D**                                            #
+#    D2*0  ->  D*0 pi0                                #
+#                                                     #
+# with D*0 -> D0 pi0                                  #
+#                                                     #
+# with D0 -> K- pi+                                   #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author: Armin Hauke                                 #
+#                                                     #
+# Created:                  11/Dec/01                 #
+# Mail: hauke@SLAC.STANFORD.EDU                       #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_2*0       D_2*0 
+Alias myanti-D_2*0  anti-D_2*0   
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myB+
+0.5000   myanti-D_2*0         e+    nu_e         PHOTOS  ISGW2;
+0.5000   myanti-D_2*0         mu+   nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay myB-
+0.5000   myD_2*0         e-    anti-nu_e         PHOTOS  ISGW2;
+0.5000   myD_2*0         mu-   anti-nu_mu        PHOTOS  ISGW2;
+Enddecay
+
+
+
+#
+#   D**
+#
+Decay myD_2*0
+1.0000    myD*0 pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay myanti-D_2*0
+1.0000    myanti-D*0 pi0                   TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+
+
+
+#
+#   D*  -> D0 pi0
+#
+
+Decay myD*0
+1.0000    myD0  pi0                        VSS;
+Enddecay
+Decay myanti-D*0
+1.0000    myanti-D0  pi0                   VSS;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/BpBm_D2str0pi_D0Kpi.dec b/BaBar_2014/BpBm_D2str0pi_D0Kpi.dec
new file mode 100644
index 0000000..7de7edf
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0pi_D0Kpi.dec
@@ -0,0 +1,62 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D2(2460)*0 pi-               #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+            #
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_2*0 D_2*0
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_2*0 anti-D_2*0
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D_2*0   pi+		  STS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD_2*0   pi- 			  STS;
+Enddecay
+#
+Decay Myanti-D_2*0
+1.0000    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*0
+1.0000    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                     	  PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D2str0pi_D0Kpipi0.dec b/BaBar_2014/BpBm_D2str0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..23c7913
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0pi_D0Kpipi0.dec
@@ -0,0 +1,62 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D2(2460)*0 pi-               #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+ pi0        #
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_2*0 D_2*0
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_2*0 anti-D_2*0
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D_2*0   pi+		  STS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD_2*0   pi- 			  STS;
+Enddecay
+#
+Decay Myanti-D_2*0
+1.0000    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*0
+1.0000    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+   pi0                     D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-   pi0                     D_DALITZ;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D2str0pi_D0Kpipipi.dec b/BaBar_2014/BpBm_D2str0pi_D0Kpipipi.dec
new file mode 100644
index 0000000..b87069c
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0pi_D0Kpipipi.dec
@@ -0,0 +1,62 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D2(2460)*0 pi-               #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+ pi+ pi-    #
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_2*0 D_2*0
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_2*0 anti-D_2*0
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D_2*0   pi+		  STS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD_2*0   pi- 			  STS;
+Enddecay
+#
+Decay Myanti-D_2*0
+1.0000    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*0
+1.0000    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi-  pi+              	  PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D2str0pi_D0Kspipi.dec b/BaBar_2014/BpBm_D2str0pi_D0Kspipi.dec
new file mode 100644
index 0000000..a195f1b
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0pi_D0Kspipi.dec
@@ -0,0 +1,77 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D2(2460)*0 pi-               #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> Ks pi+ pi-        #
+#			+CC	    |-> pi+ pi-       #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_2*0 D_2*0
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_2*0 anti-D_2*0
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+Alias MyKs              K_S0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D_2*0   pi+		  STS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD_2*0   pi- 			  STS;
+Enddecay
+#
+Decay Myanti-D_2*0
+1.0000    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*0
+1.0000    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   Myanti-K0  pi+  pi-               D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK0  pi-   pi+                   D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D2str0pi_Dpi_Kpipi.dec b/BaBar_2014/BpBm_D2str0pi_Dpi_Kpipi.dec
new file mode 100644
index 0000000..7178de4
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0pi_Dpi_Kpipi.dec
@@ -0,0 +1,83 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D** pi                    #
+#                                                     #
+# with D**                                            #
+#    D2*0                                             #
+#          ->  D+ pi-                                 #
+#                                                     #
+#              D+ -> K- pi+ pi+                       #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+# Contacts:					      #
+# jong@slac.stanford.edu			      #
+# December, 2002				      #
+#                                                     #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_2*0       D_2*0 
+Alias myanti-D_2*0  anti-D_2*0   
+#
+Alias myD+          D+
+Alias myD-          D-
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myB+
+1.0000   myanti-D_2*0         pi+	  STS;
+Enddecay
+#
+Decay myB-
+1.0000   myD_2*0         pi-		  STS;
+Enddecay
+
+
+
+#
+#   D**
+#
+Decay myD_2*0
+1.0000    myD+  pi-                        TSS;
+Enddecay
+#
+Decay myanti-D_2*0
+1.0000    myD-  pi+                        TSS;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD+
+# the Dalitz mode below includes K*bar(892)0 pi+, K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0000   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+
+Decay myD-
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+1.0000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/BpBm_D2str0pi_Dpi_Kspi.dec b/BaBar_2014/BpBm_D2str0pi_Dpi_Kspi.dec
new file mode 100644
index 0000000..7b51a8d
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0pi_Dpi_Kspi.dec
@@ -0,0 +1,79 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D** pi                    #
+#                                                     #
+# with D**                                            #
+#    D2*0                                             #
+#          ->  D+ pi-                                 #
+#                                                     #
+#              D+ -> Ks0 pi+                          #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+# Contacts:					      #
+# jong@slac.stanford.edu			      #
+# December, 2002				      #
+#                                                     #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_2*0       D_2*0 
+Alias myanti-D_2*0  anti-D_2*0   
+#
+Alias myD+          D+
+Alias myD-          D-
+#
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs K_S0
+#
+#  Y
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#  B
+Decay myB+
+1.0000   myanti-D_2*0         pi+	  STS;
+Enddecay
+#
+Decay myB-
+1.0000   myD_2*0         pi-		  STS;
+Enddecay
+
+#   D**
+Decay myD_2*0
+1.0000    myD+  pi-                        TSS;
+Enddecay
+#
+Decay myanti-D_2*0
+1.0000    myD-  pi+                        TSS;
+Enddecay
+
+#  D Meson
+Decay myD+
+1.000  Myanti-K0  pi+                        PHSP;
+Enddecay
+
+Decay myD-
+1.000  MyK0  pi-                        PHSP;
+Enddecay
+#
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D2str0pi_Dpipi.dec b/BaBar_2014/BpBm_D2str0pi_Dpipi.dec
new file mode 100644
index 0000000..f575c38
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0pi_Dpipi.dec
@@ -0,0 +1,85 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D** pi                    #
+#                                                     #
+# with D**                                            #
+#     		 D2*0                                 #
+#          	  |->  D+ pi-                         #
+#                      |-> K- pi+ pi+                 #
+#                      |-> Ks pi+                     #
+#                           |-> pi+ pi-               #
+#   + CC                                              #
+#                                                     #
+# Contacts:					      #
+# jong@slac.stanford.edu			      #
+# November 2003  				      #
+#                                                     #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_2*0       D_2*0 
+Alias myanti-D_2*0  anti-D_2*0   
+#
+Alias myD+          D+
+Alias myD-          D-
+#
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs K_S0
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#  B
+#
+Decay myB+
+1.0000   myanti-D_2*0         pi+	  STS;
+Enddecay
+#
+Decay myB-
+1.0000   myD_2*0         pi-		  STS;
+Enddecay
+#
+#   D**
+#
+Decay myD_2*0
+1.0000    myD+  pi-                        TSS;
+Enddecay
+#
+Decay myanti-D_2*0
+1.0000    myD-  pi+                        TSS;
+Enddecay
+#
+#  D Meson
+#
+Decay myD+
+0.0277   Myanti-K0  pi+                 PHSP;
+0.0910   K-  pi+  pi+                   D_DALITZ;
+Enddecay
+#
+Decay myD-
+0.0277   MyK0  pi-                      PHSP;
+0.0910   K+  pi-  pi-                   D_DALITZ;
+Enddecay
+#
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D2str0pi_Dstpipi.dec b/BaBar_2014/BpBm_D2str0pi_Dstpipi.dec
new file mode 100644
index 0000000..16cdacb
--- /dev/null
+++ b/BaBar_2014/BpBm_D2str0pi_Dstpipi.dec
@@ -0,0 +1,88 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- ->D2(2460)*0 pi-               #
+#			 |->D*+ pi-		      #
+#                           |-> D0 pi+		      #
+#                               |-> K- pi+            #
+#                               |-> K- pi+ pi0        #
+#                               |-> K- pi+ pi+ pi-    #
+#                               |-> Ks pi+ pi-        #
+#                                    |-> pi+ pi-      #
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD_2*0 D_2*0
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias Myanti-D_2*0 anti-D_2*0
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs              K_S0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   Myanti-D_2*0   pi+		  STS;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD_2*0   pi- 			  STS;
+Enddecay
+#
+Decay Myanti-D_2*0
+1.0000    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*0
+1.0000    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.0540   Myanti-K0 pi+  pi-              D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+0.0540   MyK0 pi-  pi+                   D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+#
+End
+
diff --git a/BaBar_2014/BpBm_DD_exclusive.dec b/BaBar_2014/BpBm_DD_exclusive.dec
new file mode 100644
index 0000000..36b6d40
--- /dev/null
+++ b/BaBar_2014/BpBm_DD_exclusive.dec
@@ -0,0 +1,210 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B0 -> D*(2010)-   D*(2010)+  anti-B0 -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+      B+
+Alias MyB-      B-
+Alias MyD*0     D*0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+#
+Decay Upsilon(4S)
+0.5000 MyB+  B-                      VSS;
+0.5000 MyB-  B+                      VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD+   Myanti-D0       PHSP; 
+Enddecay 
+#
+Decay MyB-
+1.0000  MyD-   MyD0       PHSP; 
+Enddecay 
+#
+Decay MyD*+
+1.0000  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000  MyD0    pi-                       VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK_S0 pi+ pi-                   D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   K_S0 pi+  pi0                    D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/BpBm_DKstar0.dec b/BaBar_2014/BpBm_DKstar0.dec
new file mode 100644
index 0000000..49f1330
--- /dev/null
+++ b/BaBar_2014/BpBm_DKstar0.dec
@@ -0,0 +1,70 @@
+####################################################
+# Decay: B- -> D-              K*0bar,  B+ -> X    #
+#              |-> K pi pi      |-> KS pi0         #
+#              |-> Ks pi        |-> K- pi+         #
+#                                                  #
+# + cc                                             #
+#                                                  #
+#                                                  #
+# Stephen Levy                                     #
+# August 15, 2002                                  #
+#                                                  #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+#
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000 MyK*0 MyD+                         SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 Myanti-K*0 MyD-                    SVS;
+Enddecay
+#
+Decay MyD+
+0.905  K- pi+ pi+                      D_DALITZ;
+0.095  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD-
+0.905  K+ pi- pi-                      D_DALITZ;
+0.095  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_D_10_rhom.dec b/BaBar_2014/BpBm_D_10_rhom.dec
new file mode 100644
index 0000000..2c08e32
--- /dev/null
+++ b/BaBar_2014/BpBm_D_10_rhom.dec
@@ -0,0 +1,31 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D_10 rho background from B+B- for SP3            #
+#                                                  #
+# Decay: B- -> D_10 rho-, B+ -> X       +c.c.      #
+#                                                  #
+# 30.6.2000, A. Soffer  (IHB AWG)                   #
+#                                                  #
+####################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.000 anti-D_10 rho+                      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 D_10 rho-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D_10a1m_DstarD0pi.dec b/BaBar_2014/BpBm_D_10a1m_DstarD0pi.dec
new file mode 100644
index 0000000..103e842
--- /dev/null
+++ b/BaBar_2014/BpBm_D_10a1m_DstarD0pi.dec
@@ -0,0 +1,51 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_10 a1- decay.dec               #
+#                                                  #
+# Decay:      B- -> D_10 a1-, B0 -> X    +c.c.     #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  18 jun 01 Fabrizio Salvatore  (IHB AWG)         #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_10 D_10
+Alias MyantiD_10 anti-D_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_10 a_1+ 			  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_10 a_1- 			  PHSP;
+Enddecay
+#
+Decay MyD_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyantiD_10
+0.6667    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_D_10pim_DstarD0pi.dec b/BaBar_2014/BpBm_D_10pim_DstarD0pi.dec
new file mode 100644
index 0000000..efe8040
--- /dev/null
+++ b/BaBar_2014/BpBm_D_10pim_DstarD0pi.dec
@@ -0,0 +1,51 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_10 pi- decay.dec               #
+#                                                  #
+# Decay:      B- -> D_10 pi-, B0 -> X      +c.c.   #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_10 D_10
+Alias MyantiD_10 anti-D_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_10 pi+ 			  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_10 pi- 			  SVS;
+Enddecay
+#
+Decay MyD_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyantiD_10
+0.6667    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_D_10rhom_DstarD0pi.dec b/BaBar_2014/BpBm_D_10rhom_DstarD0pi.dec
new file mode 100644
index 0000000..a939d5c
--- /dev/null
+++ b/BaBar_2014/BpBm_D_10rhom_DstarD0pi.dec
@@ -0,0 +1,51 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_10 rho- decay.dec              #
+#                                                  #
+# Decay:      B- -> D_10 eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_10 D_10
+Alias MyantiD_10 anti-D_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_10 rho+ 			  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_10 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyantiD_10
+0.6667    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0K3pi.dec b/BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0K3pi.dec
new file mode 100644
index 0000000..7b42eda
--- /dev/null
+++ b/BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0K3pi.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_10 rho- decay.dec              #
+#                                                  #
+# Decay:      B- -> D_10 eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_10 D_10
+Alias MyantiD_10 anti-D_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0        D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_10 rho+ 			  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_10 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyantiD_10
+0.6667    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00    K+ pi- pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.00    K- pi+ pi- pi+                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0Kpi.dec b/BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0Kpi.dec
new file mode 100644
index 0000000..696e7ee
--- /dev/null
+++ b/BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0Kpi.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_10 rho- decay.dec              #
+#                                                  #
+# Decay:      B- -> D_10 eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_10 D_10
+Alias MyantiD_10 anti-D_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0         D0
+Alias Myanti-D0     anti-D0
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_10 rho+ 			  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_10 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyantiD_10
+0.6667    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0Kpipi0.dec b/BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..b46b128
--- /dev/null
+++ b/BaBar_2014/BpBm_D_10rhom_DstarD0pi_D0Kpipi0.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_10 rho- decay.dec              #
+#                                                  #
+# Decay:      B- -> D_10 eho-, B0 -> X      +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_10 D_10
+Alias MyantiD_10 anti-D_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0         D0
+Alias Myanti-D0     anti-D0
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_10 rho+ 			  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_10 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyantiD_10
+0.6667    MyD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D_2star0a1m_DstarD0pi.dec b/BaBar_2014/BpBm_D_2star0a1m_DstarD0pi.dec
new file mode 100644
index 0000000..bff76a7
--- /dev/null
+++ b/BaBar_2014/BpBm_D_2star0a1m_DstarD0pi.dec
@@ -0,0 +1,51 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_2*0 a1- decay.dec              #
+#                                                  #
+# Decay:      B- -> D_2*0 a1-, B0 -> X    +c.c.    #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  18 jun 01 Fabrizio Salvatore  (IHB AWG)         #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_2*0 D_2*0
+Alias MyantiD_2*0 anti-D_2*0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_2*0 a_1+			  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_2*0 a_1- 			  PHSP;
+Enddecay
+#
+Decay MyD_2*0
+0.2090    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD_2*0
+0.2090    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_D_2star0pim_DstarD0pi.dec b/BaBar_2014/BpBm_D_2star0pim_DstarD0pi.dec
new file mode 100644
index 0000000..b3e62e3
--- /dev/null
+++ b/BaBar_2014/BpBm_D_2star0pim_DstarD0pi.dec
@@ -0,0 +1,54 @@
+####################################################
+#                                                  #
+# Inclusive D10pi decay.dec                        #
+#                                                  #
+# D_2*0 pi      from B+B- for SP2                  #
+#                                                  #
+# Decay: B- -> D_2*0 pi-, B+ -> X   +c.c.          #
+#               |-> D*+ pi -                       #
+#                   |-> D0 pi+                     #
+#                       |-> X                      #                          
+#                                                  #
+# 11.11.99                                         #
+# S.Xella (IHB AWG)                                #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_2*0 D_2*0
+Alias Myanti-D_2*0 anti-D_2*0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+  
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D_2*0 pi+         STS;
+Enddecay
+#
+Decay MyD_2*0
+1.0  MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-             VSS;
+Enddecay
+#####
+Decay MyB-
+1.0000 MyD_2*0 pi-              STS;
+Enddecay
+#
+Decay Myanti-D_2*0
+1.0    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                  VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi.dec b/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi.dec
new file mode 100644
index 0000000..911d9f6
--- /dev/null
+++ b/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi.dec
@@ -0,0 +1,51 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_2*0 rho- decay.dec             #
+#                                                  #
+# Decay:      B- -> D_2*0 eho-, B0 -> X     +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_2*0 D_2*0
+Alias MyantiD_2*0 anti-D_2*0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_2*0 rho+ 			  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_2*0 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_2*0
+0.2090    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD_2*0
+0.2090    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi_D0K3pi.dec b/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi_D0K3pi.dec
new file mode 100644
index 0000000..70041b1
--- /dev/null
+++ b/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi_D0K3pi.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_2*0 rho- decay.dec             #
+#                                                  #
+# Decay:      B- -> D_2*0 eho-, B0 -> X     +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_2*0 D_2*0
+Alias MyantiD_2*0 anti-D_2*0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0        D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_2*0 rho+ 			  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_2*0 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_2*0
+0.2090    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD_2*0
+0.2090    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00    K+ pi- pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.00    K- pi+ pi- pi+                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi_D0Kpi.dec b/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi_D0Kpi.dec
new file mode 100644
index 0000000..c46e40d
--- /dev/null
+++ b/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi_D0Kpi.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_2*0 rho- decay.dec             #
+#                                                  #
+# Decay:      B- -> D_2*0 eho-, B0 -> X     +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_2*0 D_2*0
+Alias MyantiD_2*0 anti-D_2*0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0         D0
+Alias Myanti-D0     anti-D0
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_2*0 rho+ 			  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_2*0 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_2*0
+0.2090    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD_2*0
+0.2090    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi_D0Kpipi0.dec b/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..09787a1
--- /dev/null
+++ b/BaBar_2014/BpBm_D_2star0rhom_DstarD0pi_D0Kpipi0.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D_2*0 rho- decay.dec             #
+#                                                  #
+# Decay:      B- -> D_2*0 eho-, B0 -> X     +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_2*0 D_2*0
+Alias MyantiD_2*0 anti-D_2*0
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0        D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD_2*0 rho+ 			  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD_2*0 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD_2*0
+0.2090    MyD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD_2*0
+0.2090    MyD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KK3pi.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KK3pi.dec
new file mode 100644
index 0000000..cc778f3
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KK3pi.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KKpi.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KKpi.dec
new file mode 100644
index 0000000..e306873
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KKpi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KKpipi0.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KKpipi0.dec
new file mode 100644
index 0000000..66f2da1
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KKpipi0.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KKspipi.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KKspipi.dec
new file mode 100644
index 0000000..2131200
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Ks0KKspipi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KK3pi.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KK3pi.dec
new file mode 100644
index 0000000..704316a
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KK3pi.dec
@@ -0,0 +1,167 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KKpi.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KKpi.dec
new file mode 100644
index 0000000..5fe0bb8
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KKpi.dec
@@ -0,0 +1,142 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KKpipi0.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KKpipi0.dec
new file mode 100644
index 0000000..294512f
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KKpipi0.dec
@@ -0,0 +1,142 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KKspipi.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KKspipi.dec
new file mode 100644
index 0000000..f537fd8
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_Kstar0KKspipi.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiK3pi.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiK3pi.dec
new file mode 100644
index 0000000..ab37a3e
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiK3pi.dec
@@ -0,0 +1,163 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiKpi.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiKpi.dec
new file mode 100644
index 0000000..15d85cd
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiKpi.dec
@@ -0,0 +1,138 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiKpipi0.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiKpipi0.dec
new file mode 100644
index 0000000..5accabf
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiKpipi0.dec
@@ -0,0 +1,138 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiKspipi.dec b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiKspipi.dec
new file mode 100644
index 0000000..af0d22d
--- /dev/null
+++ b/BaBar_2014/BpBm_D_sstarD0_D_sgD0_phipiKspipi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_1   Myanti-D0_2          SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD_s*+_1
+1.0000  MyD_s+_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Denubar_DmKpi.dec b/BaBar_2014/BpBm_Denubar_DmKpi.dec
new file mode 100644
index 0000000..539fc9f
--- /dev/null
+++ b/BaBar_2014/BpBm_Denubar_DmKpi.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D0 e- anti-nu_e      #
+#                            --> K- pi+           #
+#              + CC 			 	  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  06/Feb/04             #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyD0 D0
+Alias MyD0b anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+
+Decay MyB+
+1.0000   MyD0b     e+   anti-nu_e        ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD0     e-  nu_e               ISGW2;
+Enddecay
+#
+Decay MyD0b
+1.0000   K+  pi-                         PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+                         PHSP;
+Enddecay#
+
+End
diff --git a/BaBar_2014/BpBm_Denubar_DmKpipi0.dec b/BaBar_2014/BpBm_Denubar_DmKpipi0.dec
new file mode 100644
index 0000000..271e659
--- /dev/null
+++ b/BaBar_2014/BpBm_Denubar_DmKpipi0.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D0 e- anti-nu_e      #
+#                            --> K- pi+ pi0       #
+#                  + CC       			  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  06/Feb/04             #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyD0 D0
+Alias MyD0b anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+
+Decay MyB+
+1.0000   MyD0b     e+   anti-nu_e        ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD0     e-  nu_e               ISGW2;
+Enddecay
+#
+Decay MyD0b
+1.0000   K+  pi- pi0                     PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+ pi0                     PHSP;
+Enddecay#
+
+End
diff --git a/BaBar_2014/BpBm_DlnuXCocktail_taunu.dec b/BaBar_2014/BpBm_DlnuXCocktail_taunu.dec
new file mode 100644
index 0000000..6b066c2
--- /dev/null
+++ b/BaBar_2014/BpBm_DlnuXCocktail_taunu.dec
@@ -0,0 +1,133 @@
+## B->TauNu Vs D(e,mu)nuX cocktail : by Mousumi Datta (cut and paste from existing files)
+## The D0 decay modes are same as those in the Breco cocktail for charged B mesons.
+## Mixed by Jan Stark (Cut and paste from existing files, plus
+## appropriate weighting).
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+ 
+0.0560   Myanti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   Myanti-D0     e+   nu_e        PHOTOS  ISGW2;
+0.0560   Myanti-D*0    mu+  nu_mu       PHOTOS   HQET 0.92 1.18 0.72;
+0.0210   Myanti-D0     mu+  nu_mu        PHOTOS  ISGW2;
+Enddecay
+#
+Decay MyB-
+0.0560    MyD*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210    MyD0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0560    MyD*0    mu-  anti-nu_mu        PHOTOS   HQET 0.92 1.18 0.72;
+0.0210    MyD0     mu-  anti-nu_mu        PHOTOS   ISGW2;
+Enddecay
+#
+# force myB to always decay to tau nu_tau
+#
+Decay B-
+1.0000 tau- anti-nu_tau  SLN;
+Enddecay
+#
+Decay B+
+1.0000 tau+ nu_tau       SLN;
+Enddecay
+#
+Decay MyD*0
+0.619     MyD0   pi0         VSS;
+0.381     MyD0   gamma       VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.619     Myanti-D0   pi0    VSS;
+0.381     Myanti-D0   gamma  VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_DlnuX_D0mKpimKpipipimKpipimKspipi_Xclnu.dec b/BaBar_2014/BpBm_DlnuX_D0mKpimKpipipimKpipimKspipi_Xclnu.dec
new file mode 100644
index 0000000..1e6dec0
--- /dev/null
+++ b/BaBar_2014/BpBm_DlnuX_D0mKpimKpipipimKpipimKspipi_Xclnu.dec
@@ -0,0 +1,140 @@
+###############################################################################
+#   Up(4S) -> B-   B+                                     + CC                #
+#             |    |                                                          #
+#             |    +->  X_c l+ nu (l = e or mu)                               #
+#             |                                                               #
+#             +->  D0(K-pi+ K-pipipi K-pipi0 Ks0pipi) l- nu                   #
+#                                                                             #
+#                                                                             #
+#                                                                             #
+#                                                                             #
+# Mail: dattam@slac.stanford.edu, sekula@slac.stanford.edu                    #
+###############################################################################
+# -- Xclnu b decay
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+# -- reco B 
+Alias rB-  B-
+Alias rB+  B+
+ChargeConj rB+ rB-
+Alias rD0 D0
+Alias ranti-D0 anti-D0
+ChargeConj rD0 ranti-D0
+Alias rD*0 D*0
+Alias ranti-D*0 anti-D*0
+ChargeConj rD*0 ranti-D*0
+Alias rKs K_S0
+#
+#
+Decay Upsilon(4S)
+0.50000 rB+  myB-                          VSS;
+0.50000 rB-  myB+                          VSS;
+Enddecay
+# ----------------------------------------------------------------------
+# reco B
+#
+Decay rB+ 
+0.0560   ranti-D*0     e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   ranti-D0      e+   nu_e        PHOTOS  ISGW2;
+0.0560   ranti-D*0    mu+  nu_mu       PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   ranti-D0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay
+#
+Decay rB-
+0.0560   rD*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   rD0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0560   rD*0   mu-  anti-nu_mu         PHOTOS   HQET 0.92 1.18 0.72;
+0.0210   rD0    mu-  anti-nu_mu         PHOTOS   ISGW2;
+Enddecay
+#
+#
+#
+Decay rD*0
+0.6190    rD0  pi0                        VSS;
+0.3810    rD0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay ranti-D*0
+0.6190    ranti-D0  pi0                        VSS;
+0.3810    ranti-D0  gamma                       VSP_PWAVE;
+Enddecay
+#
+#
+Decay rD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.0270   rKs pi+ pi-                    PHSP;
+Enddecay
+#
+Decay ranti-D0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+0.0270   rKs pi- pi+                    PHSP;
+Enddecay
+#
+Decay rKs
+1.0000  pi+    pi-                     PHSP;
+Enddecay
+#
+#
+#
+# ----------------------------------------------------------------------
+# force myB to always decay to X_c l nu
+#
+Decay myB-
+0.0560   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0056   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0560   D*0   mu-  anti-nu_mu         PHOTOS   HQET 0.92 1.18 0.72;
+0.0210   D0    mu-  anti-nu_mu         PHOTOS   ISGW2;
+0.0056   D_10  mu-  anti-nu_mu         PHOTOS   ISGW2;
+0.0020   D_0*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0037   D'_10  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0037   D_2*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0020   D*+   pi-   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0010   D*0   pi0   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0060   D+    pi-   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0030   D0    pi0   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+Enddecay
+#
+Decay myB+
+0.0560   anti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    e+   nu_e        PHOTOS  ISGW2;
+0.0056   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
+0.0020   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0037   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0037   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0560   anti-D*0    mu+  nu_mu       PHOTOS   HQET 0.92 1.18 0.72;
+0.0210   anti-D0    mu+  nu_mu        PHOTOS  ISGW2;
+0.0056   anti-D_10   mu+  nu_mu       PHOTOS   ISGW2;
+0.0020   anti-D_0*0   mu+  nu_mu      PHOTOS    ISGW2;
+0.0037   anti-D'_10   mu+  nu_mu      PHOTOS    ISGW2;
+0.0037   anti-D_2*0   mu+  nu_mu      PHOTOS    ISGW2;
+0.0020   D*-  pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   mu+   nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0030   anti-D0  pi0   mu+   nu_mu   PHOTOS        GOITY_ROBERTS;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Dmppbar2pip_K2pi.dec b/BaBar_2014/BpBm_Dmppbar2pip_K2pi.dec
new file mode 100644
index 0000000..cafe0dd
--- /dev/null
+++ b/BaBar_2014/BpBm_Dmppbar2pip_K2pi.dec
@@ -0,0 +1,44 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B+  B-    + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> D- p pbar pi+ pi+                   #     
+#                  |                                  #
+#                   -> K+ pi- pi-                     #
+#                                                     #
+# Author:  Ilya Narsky, Caltech                       #
+# Created: March 18 2004                              #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias MyD-  D-
+Alias MyD+  D+
+ChargeConj MyD+ MyD-
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD-   p+ anti-p-   pi+ pi+     PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD+   p+ anti-p-   pi- pi-     PHSP;
+Enddecay
+#
+Decay MyD+
+1.000   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dmunubar_DmKpi.dec b/BaBar_2014/BpBm_Dmunubar_DmKpi.dec
new file mode 100644
index 0000000..c5064d7
--- /dev/null
+++ b/BaBar_2014/BpBm_Dmunubar_DmKpi.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D0 mu- anti-nu_mu    #
+#                            --> K- pi+           #
+#	l = e or mu 				  #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  06/Feb/04             #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyD0 D0
+Alias MyD0b anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+
+Decay MyB+
+1.0000   MyD0b     mu+   anti-nu_mu      ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD0     mu-  nu_mu             ISGW2;
+Enddecay
+#
+Decay MyD0b
+1.0000   K+  pi-                         PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+                         PHSP;
+Enddecay#
+
+End
diff --git a/BaBar_2014/BpBm_Dmunubar_DmKpipi0.dec b/BaBar_2014/BpBm_Dmunubar_DmKpipi0.dec
new file mode 100644
index 0000000..a33fe7f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dmunubar_DmKpipi0.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D0 mu- anti-nu_mu    #
+#                            --> K- pi+ pi0       #
+#                  + CC       			  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  06/Feb/04             #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyD0 D0
+Alias MyD0b anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+
+Decay MyB+
+1.0000   MyD0b     mu+   anti-nu_mu      ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD0     mu-  nu_mu             ISGW2;
+Enddecay
+#
+Decay MyD0b
+1.0000   K+  pi- pi0                     PHSP;
+Enddecay
+#
+Decay MyD0
+1.0000   K-  pi+ pi0                     PHSP;
+Enddecay#
+
+End
diff --git a/BaBar_2014/BpBm_DpKs.dec b/BaBar_2014/BpBm_DpKs.dec
new file mode 100644
index 0000000..857fb30
--- /dev/null
+++ b/BaBar_2014/BpBm_DpKs.dec
@@ -0,0 +1,257 @@
+
+####################################################
+#                                                  #
+#                                                  #
+#                                                  #
+# Decay: B+ -> D+ Ks , B- -> X   +c.c.             #
+#                                                  #
+#                                                  #
+# 17 Apr 02                                        #
+# Riccardo Faccini                                 #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD+ D+
+Alias MyD- D-
+#
+Alias my-a_1+ a_1+
+Alias my-a_1- a_1-
+#
+Alias my-anti-K0 anti-K0
+Alias my-K0 K0
+Alias my-K_S0 K_S0
+#
+Alias my-K*0 K*0
+Alias my-anti-K*0 anti-K*0
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+##
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyD+ my-K_S0         PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000  MyD-  my-K_S0            PHSP;
+Enddecay
+
+#
+Decay MyD+
+#
+#
+# Ks pi
+0.0098   my-anti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+# these 4 modes below are K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ and non res 
+#0.0127   my-anti-K*0 pi+                 SVS;
+#0.0230   my-anti-K_0*0 pi+               PHSP;
+#0.0037   my-anti-K''*0 pi+               SVS;
+#0.0850   K-  pi+  pi+                    PHSP;
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    my-anti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   my-anti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   my-anti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   my-anti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   my-a_1+ my-anti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   my-anti-K0  rho0  pi+           PHSP;    
+0.0027   my-anti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+#
+Decay MyD-
+#
+#
+# Ks pi
+0.0098   my-K0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+# these 4 modes below are K*(892)0 pi-, 
+# K*(1430)0 pi-, and K*(1680)0 pi-  and non res 
+#0.0127   my-K*0 pi-                      SVS;
+#0.0230   my-K_0*0 pi-                    PHSP;
+#0.0037   my-K''*0 pi-                    SVS;
+#0.0850   K+  pi-  pi-                    PHSP;
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- my-K0                      SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   my-K0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   my-K*0 rho-                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   my-K*0 pi0  pi-                 PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   my-a_1- my-K0                   SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   my-K0  rho0  pi-                PHSP;   
+0.0027   my-K0   pi-  pi-   pi+          PHSP;   
+Enddecay
+#
+#
+#
+#
+# Redefined modes
+#
+Decay my-K0
+0.500     my-K_S0                        PHSP;
+Enddecay				
+#					
+Decay my-anti-K0			
+0.500     my-K_S0                        PHSP;
+Enddecay				
+#					
+Decay my-K_S0				
+0.6861    pi+  pi-                       PHSP;
+Enddecay				
+#					
+#					
+Decay my-K*0				
+0.6657      K+  pi-                      VSS;
+Enddecay				
+#					
+Decay my-anti-K*0			
+0.6657      K-  pi+                      VSS;
+Enddecay			
+#	
+#					
+Decay my2-K*0				
+0.3323      my-K0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      my-anti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   my-K*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   my-anti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      my-K0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      my-anti-K0  pi-              VSS;
+Enddecay
+#
+#
+Decay my-a_1+
+0.4920   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay my-a_1-
+0.4920   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Dpipi_nonres.dec b/BaBar_2014/BpBm_Dpipi_nonres.dec
new file mode 100644
index 0000000..ae4df71
--- /dev/null
+++ b/BaBar_2014/BpBm_Dpipi_nonres.dec
@@ -0,0 +1,60 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- -> D+ pi- pi- (nonresonant)    #
+#                         |-> K- pi+ pi+              #
+#                         |-> Ks pi+                  #
+#                              |-> pi+ pi-            #
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD+  D+
+Alias MyB+  B+
+Alias MyD-  D-
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs K_S0
+#
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD+ pi- pi-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000 MyD- pi+ pi+                      PHSP;
+Enddecay
+#
+Decay MyD-
+0.0277   MyK0  pi-                      PHSP;
+0.0910   K+  pi-  pi-                   D_DALITZ;
+Enddecay
+#
+Decay MyD+
+0.0277   Myanti-K0  pi+                 PHSP;
+0.0910   K-  pi+  pi+                   D_DALITZ;
+Enddecay
+#
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dpipi_nonres_KPiPi.dec b/BaBar_2014/BpBm_Dpipi_nonres_KPiPi.dec
new file mode 100644
index 0000000..0d0b783
--- /dev/null
+++ b/BaBar_2014/BpBm_Dpipi_nonres_KPiPi.dec
@@ -0,0 +1,43 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- -> D+ pi- pi- (nonresonant)    #
+#                         |-> K- pi+ pi+              #
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD+  D+
+Alias MyB+  B+
+Alias MyD-  D-
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs K_S0
+#
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD+ pi- pi-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000 MyD- pi+ pi+                      PHSP;
+Enddecay
+#
+Decay MyD-
+1.0000   K+  pi-  pi-                   D_DALITZ;
+Enddecay
+#
+Decay MyD+
+1.0000   K-  pi+  pi+                   D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DplusK2pi_DminusK2pi_Kminus.dec b/BaBar_2014/BpBm_DplusK2pi_DminusK2pi_Kminus.dec
new file mode 100644
index 0000000..7f4bbc4
--- /dev/null
+++ b/BaBar_2014/BpBm_DplusK2pi_DminusK2pi_Kminus.dec
@@ -0,0 +1,33 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D+ D- K-                               #
+#              D+->K2pi                               #
+#              D-->k2pi                               # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  30/Nov/00                 #
+#######################################################
+#
+
+#
+Alias MyB-  B-
+Alias MyD+ D+
+Alias MyD- D-
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD+  MyD-    K-                PHSP;
+Enddecay
+#
+Decay MyD-
+0.0910   K+  pi-  pi-               D_DALITZ;
+Enddecay
+#
+Decay MyD+
+0.0910   K-  pi+  pi+               D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DplusK2pi_DstarminusK3pi_Kminus.dec b/BaBar_2014/BpBm_DplusK2pi_DstarminusK3pi_Kminus.dec
new file mode 100644
index 0000000..916c4ae
--- /dev/null
+++ b/BaBar_2014/BpBm_DplusK2pi_DstarminusK3pi_Kminus.dec
@@ -0,0 +1,59 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D+ D*- K-                              #
+#              D+->K2pi                               #
+#              D*-->D0barpi- D0bar->k3pi              # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  30/Nov/00                 #
+#######################################################
+#
+
+#
+Alias MyB-  B-
+Alias MyD+  D+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+Alias Mya_1- a_1-
+Alias MyK*0 K*0
+Alias MyK_1+ K_1+
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD+  MyD*-    K-                PHSP;
+Enddecay
+#
+Decay MyD+
+0.0910   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+#
+Decay MyD0B
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi-  pi+                  PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DplusK2pi_DstarminusKpi_Kminus.dec b/BaBar_2014/BpBm_DplusK2pi_DstarminusKpi_Kminus.dec
new file mode 100644
index 0000000..a4d8cc0
--- /dev/null
+++ b/BaBar_2014/BpBm_DplusK2pi_DstarminusKpi_Kminus.dec
@@ -0,0 +1,38 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D+ D*- K-                              #
+#              D+->K2pi                               #
+#              D*-->D0barpi- D0bar->kpi              # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  30/Nov/00                 #
+#######################################################
+#
+
+#
+Alias MyB-  B-
+Alias MyD+  D+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD+  MyD*-    K-                PHSP;
+Enddecay
+#
+Decay MyD+
+0.0910   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DplusK2pi_DstarminusKpipi0_Kminus.dec b/BaBar_2014/BpBm_DplusK2pi_DstarminusKpipi0_Kminus.dec
new file mode 100644
index 0000000..f78f0ac
--- /dev/null
+++ b/BaBar_2014/BpBm_DplusK2pi_DstarminusKpipi0_Kminus.dec
@@ -0,0 +1,38 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D+ D*- K-                              #
+#              D+->K2pi                               #
+#              D*-->D0barpi- D0bar->kpipi0            # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  30/Nov/00                 #
+#######################################################
+#
+
+#
+Alias MyB-  B-
+Alias MyD+  D+
+Alias MyD*- D*-
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD+  MyD*-    K-                PHSP;
+Enddecay
+#
+Decay MyD+
+0.0910   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+#
+Decay MyD0B
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dpppbar_K2pi.dec b/BaBar_2014/BpBm_Dpppbar_K2pi.dec
new file mode 100644
index 0000000..5955700
--- /dev/null
+++ b/BaBar_2014/BpBm_Dpppbar_K2pi.dec
@@ -0,0 +1,44 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B+  B-    + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> D+ p pbar                           #     
+#                  |                                  #
+#                   -> K- pi+ pi+                     #
+#                                                     #
+# Author:  Ilya Narsky, Caltech                       #
+# Created: March 18 2004                              #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias MyD-  D-
+Alias MyD+  D+
+ChargeConj MyD+ MyD-
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                 VSS;
+0.50000 B-  MyB+                 VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD+   p+ anti-p-        PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD-   p+ anti-p-        PHSP;
+Enddecay
+#
+Decay MyD+
+1.000   K-  pi+  pi+             D_DALITZ;
+Enddecay
+#
+Decay MyD-
+1.000   K+  pi-  pi-             D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dpppbarpippim_K2pi.dec b/BaBar_2014/BpBm_Dpppbarpippim_K2pi.dec
new file mode 100644
index 0000000..220fb61
--- /dev/null
+++ b/BaBar_2014/BpBm_Dpppbarpippim_K2pi.dec
@@ -0,0 +1,44 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B+  B-    + CC                          #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> D+ p pbar pi+ pi-                   #     
+#                  |                                  #
+#                   -> K- pi+ pi+                     #
+#                                                     #
+# Author:  Ilya Narsky, Caltech                       #
+# Created: March 18 2004                              #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias MyD-  D-
+Alias MyD+  D+
+ChargeConj MyD+ MyD-
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD+   p+ anti-p-   pi+ pi-     PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD-   p+ anti-p-   pi+ pi-     PHSP;
+Enddecay
+#
+Decay MyD+
+1.000   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dprime10lnu_Dstr0PDG_D0Kpi.dec b/BaBar_2014/BpBm_Dprime10lnu_Dstr0PDG_D0Kpi.dec
new file mode 100644
index 0000000..8cdd654
--- /dev/null
+++ b/BaBar_2014/BpBm_Dprime10lnu_Dstr0PDG_D0Kpi.dec
@@ -0,0 +1,100 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D'_10 l nu                #
+#                           |-> D*0 pi0               #
+#                               |-> D0 pi0/gamma      #
+#                                   |-> K- pi+        #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author:           Jens Schubert                     #
+# Created:            18/May/2004                     #
+# Mail: jschubi@SLAC.STANFORD.EDU                     #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD'_10        D'_10 
+Alias myanti-D'_10   anti-D'_10 
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myB-
+0.5000   myD'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.5000   myD'_10  mu-  anti-nu_mu        PHOTOS    ISGW2;
+Enddecay
+#
+Decay myB+
+0.5000   myanti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.5000   myanti-D'_10   mu+  nu_mu      PHOTOS    ISGW2;
+Enddecay
+
+
+
+#
+#   D'_10
+#
+Decay myD'_10
+1.0000    myD*0 pi0                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay myanti-D'_10
+1.0000    myanti-D*0 pi0                   VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+
+#
+#   D*  -> D0 pi0/gamma
+#
+
+Decay myD*0
+0.6190    myD0  pi0                        VSS;
+0.3810    myD0  gamma                      VSP_PWAVE;
+Enddecay
+Decay myanti-D*0
+0.6190    myanti-D0  pi0                       VSS;
+0.3810    myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/BpBm_Dprime_10a1m_DstarD0pi.dec b/BaBar_2014/BpBm_Dprime_10a1m_DstarD0pi.dec
new file mode 100644
index 0000000..a2f7993
--- /dev/null
+++ b/BaBar_2014/BpBm_Dprime_10a1m_DstarD0pi.dec
@@ -0,0 +1,51 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D'_10 a1- decay.dec              #
+#                                                  #
+# Decay:      B- -> D'_10 a1-, B0 -> X    +c.c.    #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  18 jun 01 Fabrizio Salvatore  (IHB AWG)         #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD'_10 D'_10
+Alias MyantiD'_10 anti-D'_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD'_10 a_1+   	  	  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD'_10 a_1- 			  PHSP;
+Enddecay
+#
+Decay MyD'_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD'_10
+0.6667    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dprime_10pim_DstarD0pi.dec b/BaBar_2014/BpBm_Dprime_10pim_DstarD0pi.dec
new file mode 100644
index 0000000..7154f9d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dprime_10pim_DstarD0pi.dec
@@ -0,0 +1,51 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D'_10 pi- decay.dec              #
+#                                                  #
+# Decay:      B- -> D'_10 pi-, B0 -> X     +c.c.   #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD'_10 D'_10
+Alias MyantiD'_10 anti-D'_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD'_10 pi+ 	  	  SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD'_10 pi- 			  SVS;
+Enddecay
+#
+Decay MyD'_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD'_10
+0.6667    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi.dec b/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi.dec
new file mode 100644
index 0000000..1a3fc89
--- /dev/null
+++ b/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi.dec
@@ -0,0 +1,51 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D'_10 rho- decay.dec             #
+#                                                  #
+# Decay:      B- -> D'_10 eho-, B0 -> X     +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD'_10 D'_10
+Alias MyantiD'_10 anti-D'_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD'_10 rho+ 	  	  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD'_10 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD'_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD'_10
+0.6667    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 D0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 anti-D0 pi-              VSS;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi_D0K3pi.dec b/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi_D0K3pi.dec
new file mode 100644
index 0000000..11d95e0
--- /dev/null
+++ b/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi_D0K3pi.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D'_10 rho- decay.dec             #
+#                                                  #
+# Decay:      B- -> D'_10 eho-, B0 -> X     +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD'_10 D'_10
+Alias MyantiD'_10 anti-D'_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0        D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD'_10 rho+ 	  	  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD'_10 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD'_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD'_10
+0.6667    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00    K+ pi- pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyD0
+1.00    K- pi+ pi- pi+                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi_D0Kpi.dec b/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi_D0Kpi.dec
new file mode 100644
index 0000000..2fb07cb
--- /dev/null
+++ b/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi_D0Kpi.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D'_10 rho- decay.dec             #
+#                                                  #
+# Decay:      B- -> D'_10 eho-, B0 -> X     +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD'_10 D'_10
+Alias MyantiD'_10 anti-D'_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0        D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD'_10 rho+ 	  	  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD'_10 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD'_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD'_10
+0.6667    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi_D0Kpipi0.dec b/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..5d5c29e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dprime_10rhom_DstarD0pi_D0Kpipi0.dec
@@ -0,0 +1,60 @@
+####################################################
+#                                                  #
+# Inclusive B- -> D'_10 rho- decay.dec             #
+#                                                  #
+# Decay:      B- -> D'_10 eho-, B0 -> X     +c.c.  #
+#                   |-> D*+ pi-                    #
+#                       |-> D0 pi+                 #
+#                           |-> X                  #
+#                                                  #
+#                                                  #
+#  6 sep 00 Abi Soffer  (IHB AWG)                  #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD'_10 D'_10
+Alias MyantiD'_10 anti-D'_10
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0        D0
+Alias Myanti-D0    anti-D0
+#
+Decay Upsilon(4S)
+0.50000 MyB+  B-                          VSS;
+0.50000 B+    MyB-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyantiD'_10 rho+ 	  	  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD'_10 rho- 			  PHSP;
+Enddecay
+#
+Decay MyD'_10
+0.6667    MyD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyantiD'_10
+0.6667    MyD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0 pi+                   VSS;
+Enddecay
+#
+Decay MyD*-
+1.0000 Myanti-D0 pi-              VSS;
+Enddecay
+#
+Decay MyD0
+0.1307   K- pi+ pi0             D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.1307   K+ pi- pi0             D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DsD0_phipiKpi.dec b/BaBar_2014/BpBm_DsD0_phipiKpi.dec
new file mode 100644
index 0000000..8418bc4
--- /dev/null
+++ b/BaBar_2014/BpBm_DsD0_phipiKpi.dec
@@ -0,0 +1,103 @@
+############################################################
+#                                                          #
+# Exclusive DD decay.dec #2                                #
+#                                                          #
+# DD . from B+ B- for SP3                                  #
+#                                                          #
+# Decay: B+ -> Ds            D0             B- -> X        #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+#                                                          #
+#        DsD0_phipiKpi.dec                                 #
+# 					                   #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+#         V. Lillard            20/08/00                   #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias MyD+       D+
+Alias MyD-       D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+ChargeConj  MyB+ MyB-
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyD*0  Myanti-D*0 
+ChargeConj  MyD0 Myanti-D0
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+#
+Decay MyB+
+1.0000  MyD_s+ Myanti-D0        PHSP;
+Enddecay 
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.0000 Myphi   pi+                       SVS;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+
+#CDecay  MyD*-
+#CDecay  MyD-
+CDecay  MyD_s-
+#CDecay  MyD_s*-
+#CDecay  Myanti-D*0
+CDecay  Myanti-D0   
+CDecay  MyB-
+
+#
+#
+#
+End
+
diff --git a/BaBar_2014/BpBm_DsStar_phi_00.dec b/BaBar_2014/BpBm_DsStar_phi_00.dec
new file mode 100644
index 0000000..a5468da
--- /dev/null
+++ b/BaBar_2014/BpBm_DsStar_phi_00.dec
@@ -0,0 +1,87 @@
+#-----------------------------------------
+# Upsilon --> B+B-
+#             B- --> Anything
+#             B+ --> Ds*+ phi
+#                    Ds*+ --> Ds+ gamma
+#                             Ds+ --> phi pi+       phi      -->K+ K-
+#                                 --> anti-K*0 K+   anti-K*0 -->K- pi+
+#                                 --> Ks K+         Ks       -->pi+pi-
+#                    phi --> K+ K-
+# (+ charge conjugate)
+#
+#
+# This uses SVV_HELAMP with H+ = H- = 0 and H0=1 (and no phases)
+# 
+# Claudio Campagnari 6 March 2003
+#----------------------------------------------
+Alias MyB+        B+
+Alias MyB-        B-
+Alias MyD_s*-     D_s*-
+Alias MyD_s*+     D_s*+
+Alias MyD_s-      D_s-
+Alias MyD_s+      D_s+
+Alias MyPhi       phi
+Alias MyK0        K0
+Alias Myanti-K0   anti-K0
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+Alias MyKs        K_S0
+#
+Decay Upsilon(4S)
+0.5     MyB- B+                         VSS;
+0.5     B- MyB+                         VSS;
+Enddecay
+#
+Decay MyB-
+1.0  MyPhi MyD_s*-        SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB+
+1.0  MyPhi MyD_s*+        SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+0.340 MyPhi pi+                         SVS;
+0.423 Myanti-K*0 K+                     SVS;
+0.237 Myanti-K0 K+                      PHSP;
+Enddecay
+#
+Decay MyD_s-
+0.340 MyPhi pi-                         SVS;
+0.423 MyK*0 K-                          SVS;
+0.237 MyK0 K-                           PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0  K+ K-                              VSS;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+# 
+Decay MyKs
+1.00    pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DsStar_phi_11.dec b/BaBar_2014/BpBm_DsStar_phi_11.dec
new file mode 100644
index 0000000..51d6f25
--- /dev/null
+++ b/BaBar_2014/BpBm_DsStar_phi_11.dec
@@ -0,0 +1,87 @@
+#-----------------------------------------
+# Upsilon --> B+B-
+#             B- --> Anything
+#             B+ --> Ds*+ phi
+#                    Ds*+ --> Ds+ gamma
+#                             Ds+ --> phi pi+       phi      -->K+ K-
+#                                 --> anti-K*0 K+   anti-K*0 -->K- pi+
+#                                 --> Ks K+         Ks       -->pi+pi-
+#                    phi --> K+ K-
+# (+ charge conjugate)
+#
+#
+# This uses SVV_HELAMP with H+ = H- = 1 and H0=0 (and no phases)
+# 
+# Claudio Campagnari 6 March 2003
+#----------------------------------------------
+Alias MyB+        B+
+Alias MyB-        B-
+Alias MyD_s*-     D_s*-
+Alias MyD_s*+     D_s*+
+Alias MyD_s-      D_s-
+Alias MyD_s+      D_s+
+Alias MyPhi       phi
+Alias MyK0        K0
+Alias Myanti-K0   anti-K0
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+Alias MyKs        K_S0
+#
+Decay Upsilon(4S)
+0.5     MyB- B+                         VSS;
+0.5     B- MyB+                         VSS;
+Enddecay
+#
+Decay MyB-
+1.0  MyPhi MyD_s*-        SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB+
+1.0  MyPhi MyD_s*+        SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+0.340 MyPhi pi+                         SVS;
+0.423 Myanti-K*0 K+                     SVS;
+0.237 Myanti-K0 K+                      PHSP;
+Enddecay
+#
+Decay MyD_s-
+0.340 MyPhi pi-                         SVS;
+0.423 MyK*0 K-                          SVS;
+0.237 MyK0 K-                           PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0  K+ K-                              VSS;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+# 
+Decay MyKs
+1.00    pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_D0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Ds_D0_KstarK_k3pi.dec
new file mode 100755
index 0000000..acd0c72
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_D0_KstarK_k3pi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D0         B-     -> X               #
+#              |       |                                   #
+#              K*K     K3pi                                #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s+ Myanti-D0         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_D0_KstarK_kpi.dec b/BaBar_2014/BpBm_Ds_D0_KstarK_kpi.dec
new file mode 100755
index 0000000..1f33b17
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_D0_KstarK_kpi.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D0         B-     -> X               #
+#              |       |                                   #
+#              K*K     Kpi                                 #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s+ Myanti-D0         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_D0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Ds_D0_KstarK_kpipi0.dec
new file mode 100755
index 0000000..794f8b9
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_D0_KstarK_kpipi0.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D0         B-     -> X               #
+#              |       |                                   #
+#              K*K     Kpipi0                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s+ Myanti-D0         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_D0_phipi_k3pi.dec b/BaBar_2014/BpBm_Ds_D0_phipi_k3pi.dec
new file mode 100755
index 0000000..c853433
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_D0_phipi_k3pi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D0         B-     -> X               #
+#              |       |                                   #
+#              phipi     K3pi                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s+ Myanti-D0         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_D0_phipi_kpi.dec b/BaBar_2014/BpBm_Ds_D0_phipi_kpi.dec
new file mode 100755
index 0000000..94bafe6
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_D0_phipi_kpi.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D0         B-     -> X               #
+#              |       |                                   #
+#              phipi     Kpi                               #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s+ Myanti-D0         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_D0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Ds_D0_phipi_kpipi0.dec
new file mode 100755
index 0000000..4561d7c
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_D0_phipi_kpipi0.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D0         B-     -> X               #
+#              |       |                                   #
+#              phipi     Kpipi0                            #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s+ Myanti-D0         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_D0_recomodes.dec b/BaBar_2014/BpBm_Ds_D0_recomodes.dec
new file mode 100644
index 0000000..fa5573b
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_D0_recomodes.dec
@@ -0,0 +1,152 @@
+############################################################
+#                                                          #
+# Exclusive DsD* decay.dec                                 #
+#                                                          #
+# Ds*D*0 . from B+ B- for SP3                              #
+#                                                          #
+# Decay: B+ -> Ds+    D*0        B-     -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+#         J.P.Lees              12/14/00  adapted for DsD  #
+#         J.P.Lees              01/26/00  fix bug fot Ds to K*0K  #
+# reconstructable modes= D0 kpi,kpipi0,k3pi                #
+#                        D+ Kpipi                          #
+#                        Ds phipi, K0K,K*0K                #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s+ Myanti-D0         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+0.0123  MyK0    K+                     PHSP;
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_Dstar0D0gamma_recomodes.dec b/BaBar_2014/BpBm_Ds_Dstar0D0gamma_recomodes.dec
new file mode 100644
index 0000000..bb123f5
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_Dstar0D0gamma_recomodes.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive DsD* decay.dec                                 #
+#                                                          #
+# DsD*0 . from B+ B- for SP3 (D*0->D0gamma)                #
+#                                                          #
+# Decay: B+ -> Ds+    D*0        B-     -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees              12/14/00  adapted for DsD #
+#         J.P.Lees   01/26/00 corrected bug in Ds to K*0K  #
+# reconstructable modes= D0 kpi,kpipi0,k3pi                #
+#                        D+ Kpipi                          #
+#                        Ds phipi, K0K,K*0K                #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s+        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+1.000  MyD0    gamma                      VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+0.0123  MyK0    K+                     PHSP;
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_Dstar0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Ds_Dstar0_KstarK_k3pi.dec
new file mode 100755
index 0000000..557bd0a
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_Dstar0_KstarK_k3pi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D*0         B-     -> X              #
+#              |       |                                   #
+#              K*K     K3pi                                #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s+        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_Dstar0_KstarK_kpi.dec b/BaBar_2014/BpBm_Ds_Dstar0_KstarK_kpi.dec
new file mode 100755
index 0000000..1433a25
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_Dstar0_KstarK_kpi.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D*0        B-     -> X               #
+#              |       |                                   #
+#              K*K     Kpi                                 #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s+        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_Dstar0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Ds_Dstar0_KstarK_kpipi0.dec
new file mode 100755
index 0000000..9cfbaf0
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_Dstar0_KstarK_kpipi0.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D*0        B-     -> X               #
+#              |       |                                   #
+#              K*K     Kpipi0                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s+        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_Dstar0_phipi_k3pi.dec b/BaBar_2014/BpBm_Ds_Dstar0_phipi_k3pi.dec
new file mode 100755
index 0000000..f7d67c0
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_Dstar0_phipi_k3pi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D*0        B-     -> X               #
+#              |       |-D0 pi0,gamma                      #
+#              phipi     K3pi                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s+        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_Dstar0_phipi_kpi.dec b/BaBar_2014/BpBm_Ds_Dstar0_phipi_kpi.dec
new file mode 100755
index 0000000..d0bbb1a
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_Dstar0_phipi_kpi.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D*0        B-     -> X               #
+#              |       |                                   #
+#              phipi     Kpi                               #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s+        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_Dstar0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Ds_Dstar0_phipi_kpipi0.dec
new file mode 100755
index 0000000..0c5ef1a
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_Dstar0_phipi_kpipi0.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds+    D*0        B-     -> X               #
+#              |       |                                   #
+#              phipi     Kpipi0                            #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s+        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_Dstar0_recomodes.dec b/BaBar_2014/BpBm_Ds_Dstar0_recomodes.dec
new file mode 100644
index 0000000..06a340f
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_Dstar0_recomodes.dec
@@ -0,0 +1,152 @@
+############################################################
+#                                                          #
+# Exclusive DsD* decay.dec                                 #
+#                                                          #
+# Ds*D*0 . from B+ B- for SP3                              #
+#                                                          #
+# Decay: B+ -> Ds+    D*0        B-     -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+#         J.P.Lees              12/14/00  adapted for DsD  #
+#         J.P.Lees   01/26/00 corrected bug in Ds to K*0K  #
+# reconstructable modes= D0 kpi,kpipi0,k3pi                #
+#                        D+ Kpipi                          #
+#                        Ds phipi, K0K,K*0K                #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s+        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+0.0123  MyK0    K+                     PHSP;
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_Kstar0_recomodes.dec b/BaBar_2014/BpBm_Ds_Kstar0_recomodes.dec
new file mode 100644
index 0000000..e8a4e34
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_Kstar0_recomodes.dec
@@ -0,0 +1,85 @@
+############################################################
+#                                                          #
+# Exclusive Ds Kstar decay.dec                             #
+#                                                          #
+# Decay: B+ -> Ds+    anti-K*0      B-   -> X              #
+#              |      |-> K- pi+                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: A. Merchant 2/May/2003                           #  
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias MyK*02  K*0
+Alias Myanti-K*02 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+#
+ChargeConj Myanti-K*02 MyK*02
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-K*0  MyD_s+             SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*02  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK*0
+1.0000 K+ pi-                    VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay MyK0bar
+1.0000 MyK_S0                    PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*02
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*02
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_Ds_a10_recomodes.dec b/BaBar_2014/BpBm_Ds_a10_recomodes.dec
new file mode 100644
index 0000000..f6cb005
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_a10_recomodes.dec
@@ -0,0 +1,79 @@
+############################################################
+#                                                          #
+# Exclusive Ds rho decay.dec                               #
+#                                                          #
+# Decay: B+ -> Ds+    a_10        B-     -> X              #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto    12/June/2001                   #  
+# Modified: Alex Merchant 13/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  a_10  MyD_s+             SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/BpBm_Ds_phi.dec b/BaBar_2014/BpBm_Ds_phi.dec
new file mode 100644
index 0000000..9f232c0
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_phi.dec
@@ -0,0 +1,73 @@
+#-----------------------------------------
+# Upsilon --> B+B-
+#             B- --> Anything
+#             B+ --> Ds+ phi
+#                    Ds+ --> phi pi+       phi      -->K+ K-
+#                        --> anti-K*0 K+   anti-K*0 -->K- pi+
+#                        --> Ks K+         Ks       -->pi+pi-
+#                    phi --> K+ K-
+# (+ charge conjugate)
+#
+# Claudio Campagnari 6 March 2003
+#----------------------------------------------
+Alias MyB+        B+
+Alias MyB-        B-
+Alias MyD_s-      D_s-
+Alias MyD_s+      D_s+
+Alias MyPhi       phi
+Alias MyK0        K0
+Alias Myanti-K0   anti-K0
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+Alias MyKs        K_S0
+#
+Decay Upsilon(4S)
+0.5     MyB- B+                         VSS;
+0.5     B- MyB+                         VSS;
+Enddecay
+#
+Decay MyB-
+1.0  MyPhi MyD_s-                       SVS;
+Enddecay
+#
+Decay MyB+
+1.0  MyPhi MyD_s+                       SVS;
+Enddecay
+#
+Decay MyD_s+
+0.340 MyPhi pi+                         SVS;
+0.423 Myanti-K*0 K+                     SVS;
+0.237 Myanti-K0 K+                      PHSP;
+Enddecay
+#
+Decay MyD_s-
+0.340 MyPhi pi-                         SVS;
+0.423 MyK*0 K-                          SVS;
+0.237 MyK0 K-                           PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0  K+ K-                              VSS;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+# 
+Decay MyKs
+1.00    pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_pi0_recomodes.dec b/BaBar_2014/BpBm_Ds_pi0_recomodes.dec
new file mode 100644
index 0000000..eb88759
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_pi0_recomodes.dec
@@ -0,0 +1,75 @@
+############################################################
+#                                                          #
+# Exclusive Dspi0 decay.dec                                #
+#                                                          #
+# Decay: B+ -> Ds+    pi0        B-     -> X               #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author:   Toyoko Orimoto    12/June/2001                 #  
+# Modified: Toyoko Orimoto    16/Dec/2003                  #  
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s+ pi0               PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                    PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Ds_rho0_recomodes.dec b/BaBar_2014/BpBm_Ds_rho0_recomodes.dec
new file mode 100644
index 0000000..ce03487
--- /dev/null
+++ b/BaBar_2014/BpBm_Ds_rho0_recomodes.dec
@@ -0,0 +1,79 @@
+############################################################
+#                                                          #
+# Exclusive Ds rho decay.dec                               #
+#                                                          #
+# Decay: B+ -> Ds+    rho0        B-     -> X              #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto    12/June/2001                   #  
+# Modified: A. Merchant 13/March/2003                      #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  rho0  MyD_s+             SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                    PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
+
+
+
+
diff --git a/BaBar_2014/BpBm_Dspi0_DsetaPpi.dec b/BaBar_2014/BpBm_Dspi0_DsetaPpi.dec
new file mode 100644
index 0000000..7d27663
--- /dev/null
+++ b/BaBar_2014/BpBm_Dspi0_DsetaPpi.dec
@@ -0,0 +1,51 @@
+############################################################
+#                                                          #
+# Exclusive Ds pi decay.dec                                #
+#                                                          #
+# Decay: B+ -> Ds+ pi0       B-     -> X                   #
+#              |-> eta' pi+                                #
+#                   |-> eta pi+ pi-                        #
+#		         |-> gamma gamma                   #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  22/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyetaP    eta'
+Alias Myeta     eta
+#
+ChargeConj MyB+   MyB-
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+0.5      MyB+     B-       VSS;
+0.5      MyB-     B+       VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD_s+   pi0      PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s+
+1.0000   MyetaP   pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyetaP
+1.0000   Myeta  pi+  pi-   PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000   gamma    gamma    PHSP;
+Enddecay
+#
+End                                                   
diff --git a/BaBar_2014/BpBm_Dspi0_Dsetapi.dec b/BaBar_2014/BpBm_Dspi0_Dsetapi.dec
new file mode 100644
index 0000000..f0d9fd8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dspi0_Dsetapi.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Exclusive Ds pi decay.dec                                #
+#                                                          #
+# Decay: B+ -> Ds+ pi0       B-     -> X                   #
+#              |-> eta pi+                                 #
+#                   |-> gamma gamma                        #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  19/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Myeta     eta
+#
+ChargeConj MyB+   MyB-
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+0.5      MyB+     B-       VSS;
+0.5      MyB-     B+       VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD_s+   pi0      PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s+
+1.0000   Myeta    pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay Myeta
+1.0000   gamma    gamma    PHSP;
+Enddecay
+#
+End                                                   
+
diff --git a/BaBar_2014/BpBm_Dsrho0_DsetaPpi.dec b/BaBar_2014/BpBm_Dsrho0_DsetaPpi.dec
new file mode 100644
index 0000000..8499a0e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsrho0_DsetaPpi.dec
@@ -0,0 +1,52 @@
+############################################################
+#                                                          #
+# Exclusive Ds rho decay.dec                               #
+#                                                          #
+# Decay: B+ -> Ds+ rho0       B-     -> X                  #
+#              |-> eta' pi+                                #
+#                   |-> eta pi+ pi-                        #
+#		         |-> gamma gamma                   #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  22/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #    
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyetaP    eta'
+Alias Myeta     eta
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+0.5      MyB+     B-       VSS;
+0.5      MyB-     B+       VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   rho0     MyD_s+   SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s+
+1.0000   MyetaP   pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyetaP
+1.0000   Myeta  pi+  pi-   PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000   gamma    gamma    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsrho0_Dsetapi.dec b/BaBar_2014/BpBm_Dsrho0_Dsetapi.dec
new file mode 100644
index 0000000..7597e2b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsrho0_Dsetapi.dec
@@ -0,0 +1,47 @@
+############################################################
+#                                                          #
+# Exclusive Ds rho decay.dec                               #
+#                                                          #
+# Decay: B+ -> Ds+ rho0       B-     -> X                  #
+#              |-> eta pi+                                 #
+#                   |-> gamma gamma                        # 
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  19/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #    
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Myeta     eta
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s+ MyD_s-
+#
+Decay Upsilon(4S)
+0.5      MyB+     B-       VSS;
+0.5      MyB-     B+       VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   rho0     MyD_s+   SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s+
+1.0000   Myeta    pi+   PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay Myeta
+1.0000   gamma    gamma    PHSP;
+Enddecay
+#
+End                                                   
+
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_D0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Dss0toDspi0_D0_KstarK_k3pi.dec
new file mode 100755
index 0000000..457a378
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_D0_KstarK_k3pi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s0*+KstarK Myanti-D0K3pi         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_D0_KstarK_kpi.dec b/BaBar_2014/BpBm_Dss0toDspi0_D0_KstarK_kpi.dec
new file mode 100755
index 0000000..8a69df9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_D0_KstarK_kpi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s0*+KstarK Myanti-D0Kpi         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_D0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Dss0toDspi0_D0_KstarK_kpipi0.dec
new file mode 100755
index 0000000..04e2092
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_D0_KstarK_kpipi0.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s0*+KstarK Myanti-D0Kpipi0         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_k3pi.dec b/BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_k3pi.dec
new file mode 100755
index 0000000..a70a1a5
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_k3pi.dec
@@ -0,0 +1,205 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s0*+ Myanti-D0K3pi         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_kpi.dec b/BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_kpi.dec
new file mode 100755
index 0000000..e7322e2
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_kpi.dec
@@ -0,0 +1,205 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s0*+ Myanti-D0Kpi         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_kpipi0.dec
new file mode 100755
index 0000000..a086fe6
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_D0_phipi_kpipi0.dec
@@ -0,0 +1,213 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+
+
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s0*+ Myanti-D0Kpipi0         PHSP;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_KstarK_k3pi.dec
new file mode 100755
index 0000000..40ad69d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_KstarK_k3pi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0K3pi  MyD_s0*+KstarK         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_KstarK_kpi.dec b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_KstarK_kpi.dec
new file mode 100755
index 0000000..1507e94
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_KstarK_kpi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpi  MyD_s0*+KstarK         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_KstarK_kpipi0.dec
new file mode 100755
index 0000000..0dbcb15
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_KstarK_kpipi0.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+Alias MyD_s0*+KstarK   D_s0*+
+Alias MyD_s0*-KstarK   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD_s0*+KstarK MyD_s0*-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpipi0  MyD_s0*+KstarK         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD_s0*+KstarK
+1.0000  MyD_s+KstarK  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_phipi_k3pi.dec b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_phipi_k3pi.dec
new file mode 100755
index 0000000..fe7fbe0
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_phipi_k3pi.dec
@@ -0,0 +1,232 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0K3pi  MyD_s0*+         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_phipi_kpi.dec b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_phipi_kpi.dec
new file mode 100755
index 0000000..176aa97
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_phipi_kpi.dec
@@ -0,0 +1,232 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpi  MyD_s0*+         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_phipi_kpipi0.dec
new file mode 100755
index 0000000..3f47900
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss0toDspi0_Dstar0_phipi_kpipi0.dec
@@ -0,0 +1,248 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s0*+   D_s0*+
+Alias MyD_s0*-   D_s0*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s0*+ MyD_s0*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpipi0  MyD_s0*+         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s0*+
+1.0000  MyD_s+  pi0             PHSP;   
+Enddecay
+CDecay MyD_s0*-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_D0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Dss1toDsgamma_D0_KstarK_k3pi.dec
new file mode 100644
index 0000000..038768a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_D0_KstarK_k3pi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+KstarK Myanti-D0K3pi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_D0_KstarK_kpi.dec b/BaBar_2014/BpBm_Dss1toDsgamma_D0_KstarK_kpi.dec
new file mode 100644
index 0000000..3237d36
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_D0_KstarK_kpi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+KstarK Myanti-D0Kpi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_D0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDsgamma_D0_KstarK_kpipi0.dec
new file mode 100644
index 0000000..e4c35b9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_D0_KstarK_kpipi0.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+KstarK Myanti-D0Kpipi0         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_D0_phipi_k3pi.dec b/BaBar_2014/BpBm_Dss1toDsgamma_D0_phipi_k3pi.dec
new file mode 100644
index 0000000..dadd855
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_D0_phipi_k3pi.dec
@@ -0,0 +1,205 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+ Myanti-D0K3pi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_D0_phipi_kpi.dec b/BaBar_2014/BpBm_Dss1toDsgamma_D0_phipi_kpi.dec
new file mode 100644
index 0000000..77a8581
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_D0_phipi_kpi.dec
@@ -0,0 +1,205 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+ Myanti-D0Kpi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_D0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDsgamma_D0_phipi_kpipi0.dec
new file mode 100644
index 0000000..045c8c3
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_D0_phipi_kpipi0.dec
@@ -0,0 +1,213 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+
+
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+ Myanti-D0Kpipi0         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_KstarK_k3pi.dec
new file mode 100644
index 0000000..b3c4922
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_KstarK_k3pi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0K3pi  MyD_s1+KstarK         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_KstarK_kpi.dec b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_KstarK_kpi.dec
new file mode 100644
index 0000000..ea85c21
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_KstarK_kpi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpi  MyD_s1+KstarK         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_KstarK_kpipi0.dec
new file mode 100644
index 0000000..312b00a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_KstarK_kpipi0.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpipi0  MyD_s1+KstarK         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_phipi_k3pi.dec b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_phipi_k3pi.dec
new file mode 100644
index 0000000..580a2d6
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_phipi_k3pi.dec
@@ -0,0 +1,232 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0K3pi  MyD_s1+         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_phipi_kpi.dec b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_phipi_kpi.dec
new file mode 100644
index 0000000..df3fdee
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_phipi_kpi.dec
@@ -0,0 +1,232 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpi  MyD_s1+         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_phipi_kpipi0.dec
new file mode 100644
index 0000000..72062c9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsgamma_Dstar0_phipi_kpipi0.dec
@@ -0,0 +1,248 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpipi0  MyD_s1+         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  gamma              VSP_PWAVE;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_D0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Dss1toDspi0_D0_KstarK_k3pi.dec
new file mode 100644
index 0000000..72ba312
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_D0_KstarK_k3pi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+KstarK Myanti-D0K3pi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_D0_KstarK_kpi.dec b/BaBar_2014/BpBm_Dss1toDspi0_D0_KstarK_kpi.dec
new file mode 100644
index 0000000..a9e875c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_D0_KstarK_kpi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+KstarK Myanti-D0Kpi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_D0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDspi0_D0_KstarK_kpipi0.dec
new file mode 100644
index 0000000..0638b31
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_D0_KstarK_kpipi0.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+KstarK Myanti-D0Kpipi0         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_k3pi.dec b/BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_k3pi.dec
new file mode 100644
index 0000000..f2e11fe
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_k3pi.dec
@@ -0,0 +1,205 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+ Myanti-D0K3pi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_kpi.dec b/BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_kpi.dec
new file mode 100644
index 0000000..03c5d96
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_kpi.dec
@@ -0,0 +1,205 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+ Myanti-D0Kpi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_kpipi0.dec
new file mode 100644
index 0000000..f9facbf
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_D0_phipi_kpipi0.dec
@@ -0,0 +1,213 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+
+
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+ Myanti-D0Kpipi0         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_KstarK_k3pi.dec
new file mode 100644
index 0000000..0bcae6f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_KstarK_k3pi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0K3pi  MyD_s1+KstarK         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_KstarK_kpi.dec b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_KstarK_kpi.dec
new file mode 100644
index 0000000..5488752
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_KstarK_kpi.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpi  MyD_s1+KstarK         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_KstarK_kpipi0.dec
new file mode 100644
index 0000000..c391a4c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_KstarK_kpipi0.dec
@@ -0,0 +1,254 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpipi0  MyD_s1+KstarK         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s+KstarK  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-KstarK
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_phipi_k3pi.dec b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_phipi_k3pi.dec
new file mode 100644
index 0000000..88e0fd2
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_phipi_k3pi.dec
@@ -0,0 +1,232 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0K3pi  MyD_s1+         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_phipi_kpi.dec b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_phipi_kpi.dec
new file mode 100644
index 0000000..35833b8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_phipi_kpi.dec
@@ -0,0 +1,232 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpi  MyD_s1+         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_phipi_kpipi0.dec
new file mode 100644
index 0000000..654bc9d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDspi0_Dstar0_phipi_kpipi0.dec
@@ -0,0 +1,248 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpipi0  MyD_s1+         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s+  pi0             VSS;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_KstarK_k3pi.dec
new file mode 100644
index 0000000..e3fee1b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_KstarK_k3pi.dec
@@ -0,0 +1,263 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+KstarK Myanti-D0K3pi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_KstarK_kpi.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_KstarK_kpi.dec
new file mode 100644
index 0000000..726ec87
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_KstarK_kpi.dec
@@ -0,0 +1,263 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+KstarK Myanti-D0Kpi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_KstarK_kpipi0.dec
new file mode 100644
index 0000000..9a04db0
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_KstarK_kpipi0.dec
@@ -0,0 +1,263 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+KstarK Myanti-D0Kpipi0         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_phipi_k3pi.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_phipi_k3pi.dec
new file mode 100644
index 0000000..185c06f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_phipi_k3pi.dec
@@ -0,0 +1,205 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+ Myanti-D0K3pi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_phipi_kpi.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_phipi_kpi.dec
new file mode 100644
index 0000000..8ecaa2a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_phipi_kpi.dec
@@ -0,0 +1,205 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+ Myanti-D0Kpi         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_phipi_kpipi0.dec
new file mode 100644
index 0000000..647018e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_D0_phipi_kpipi0.dec
@@ -0,0 +1,213 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+
+
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s1+ Myanti-D0Kpipi0         SVS;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_KstarK_k3pi.dec
new file mode 100644
index 0000000..f2b029a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_KstarK_k3pi.dec
@@ -0,0 +1,263 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0K3pi  MyD_s1+KstarK         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_KstarK_kpi.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_KstarK_kpi.dec
new file mode 100644
index 0000000..f3766c0
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_KstarK_kpi.dec
@@ -0,0 +1,263 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpi  MyD_s1+KstarK         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_KstarK_kpipi0.dec
new file mode 100644
index 0000000..bfec806
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_KstarK_kpipi0.dec
@@ -0,0 +1,263 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> kstark  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+KstarK D_s*+
+Alias MyD_s*-KstarK D_s*-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+Alias MyD_s1+KstarK   D_s1+
+Alias MyD_s1-KstarK   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+KstarK MyD_s*-KstarK
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD_s1+KstarK MyD_s1-KstarK
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpipi0  MyD_s1+KstarK         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD_s1+KstarK
+1.0000  MyD_s*+KstarK  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyD_s1-KstarK
+
+Decay MyD_s*+KstarK
+1.0000  MyD_s+KstarK  gamma            VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-KstarK
+
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_phipi_k3pi.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_phipi_k3pi.dec
new file mode 100644
index 0000000..67ed81f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_phipi_k3pi.dec
@@ -0,0 +1,232 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0K3pi  MyD_s1+         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_phipi_kpi.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_phipi_kpi.dec
new file mode 100644
index 0000000..f17af14
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_phipi_kpi.dec
@@ -0,0 +1,232 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpi  MyD_s1+         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+##
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_phipi_kpipi0.dec
new file mode 100644
index 0000000..cd2162e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dss1toDsstarpi0_Dstar0_phipi_kpipi0.dec
@@ -0,0 +1,248 @@
+############################################################
+#                                                          #
+# Exclusive Ds*+0 D0 decay.dec                             #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> Ds*0+         D0      B-     -> X           #
+#              |->Ds+pi0     |                             #
+#                 |-> phipi  Kpi                           #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+#
+# BEGIN sp5 patch
+#
+Particle D_s0*+ 2.316 0.001
+Particle D_s0*- 2.316 0.001
+Particle D_s1+ 2.457 0.001
+Particle D_s1- 2.457 0.001
+#
+ChangeMassMin D_s0*+ 2.306
+ChangeMassMax D_s0*+ 2.326
+ChangeMassMin D_s0*- 2.306
+ChangeMassMax D_s0*- 2.326
+ChangeMassMin D_s1+ 2.447
+ChangeMassMax D_s1+ 2.467
+ChangeMassMin D_s1- 2.447
+ChangeMassMax D_s1- 2.467
+#
+Decay D_s0*+
+1.0000  D_s+  pi0             PHSP;
+Enddecay
+Decay D_s0*-
+1.0000  D_s-  pi0             PHSP;
+Enddecay
+#
+Decay D_s1+
+0.2000  D_s+  gamma         VSP_PWAVE;
+0.8000  D_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay D_s1-
+0.2000  D_s-  gamma         VSP_PWAVE;
+0.8000  D_s*-  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# END sp5 patch
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD*0Kpi      D*0
+Alias Myanti-D*0Kpi anti-D*0 
+Alias MyD*0K3pi      D*0
+Alias Myanti-D*0K3pi anti-D*0 
+Alias MyD*0Kpipi0      D*0
+Alias Myanti-D*0Kpipi0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s1+   D_s1+
+Alias MyD_s1-   D_s1-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD0Kpi   D0
+Alias Myanti-D0Kpi anti-D0
+Alias MyD0Kpipi0      D0
+Alias Myanti-D0Kpipi0 anti-D0
+Alias MyD0K3pi      D0
+Alias Myanti-D0K3pi anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+Alias MyD_s+KstarK D_s+
+Alias MyD_s-KstarK D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s1+ MyD_s1-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*0Kpi  Myanti-D*0Kpi 
+ChargeConj MyD*0Kpipi0  Myanti-D*0Kpipi0 
+ChargeConj MyD*0K3pi  Myanti-D*0K3pi 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD0Kpi Myanti-D0Kpi
+ChargeConj MyD0Kpipi0 Myanti-D0Kpipi0
+ChargeConj MyD0K3pi Myanti-D0K3pi
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+ChargeConj MyD_s+KstarK  MyD_s-KstarK
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myanti-D*0Kpipi0  MyD_s1+         SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s1+
+1.0000  MyD_s*+  pi0             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyD_s1-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD*0Kpi
+0.619  MyD0Kpi    pi0                      VSS;
+0.381  MyD0Kpi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpi 
+#
+Decay MyD*0K3pi
+0.619  MyD0K3pi    pi0                      VSS;
+0.381  MyD0K3pi    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0K3pi 
+#
+Decay MyD*0Kpipi0
+0.619  MyD0Kpipi0    pi0                      VSS;
+0.381  MyD0Kpipi0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0Kpipi0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+Decay MyD_s-
+0.01764 Myphi   pi-                    SVS;
+Enddecay
+#
+Decay MyD_s+KstarK
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-KstarK
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD0Kpi
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0Kpi
+#
+Decay MyD0K3pi
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0K3pi
+#
+#
+Decay MyD0Kpipi0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0Kpipi0
+#
+
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DsstarD0_Dsg_phipiKpi.dec b/BaBar_2014/BpBm_DsstarD0_Dsg_phipiKpi.dec
new file mode 100644
index 0000000..b29e0c9
--- /dev/null
+++ b/BaBar_2014/BpBm_DsstarD0_Dsg_phipiKpi.dec
@@ -0,0 +1,107 @@
+############################################################
+#                                                          #
+# Exclusive DD decay.dec #2                                #
+#                                                          #
+# Ds*D . from B+ B- for SP3                                #
+#                                                          #
+# Decay: B+ -> D_s*        D0bar            B- -> X        #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+#                                                          #
+#        DsstarD0_Dsg_phipiKpi.dec                         #
+# 					                   #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+#         V. Lillard            20/08/00                   #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias MyD+       D+
+Alias MyD-       D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+ChargeConj  MyB+ MyB-
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyD*0  Myanti-D*0 
+ChargeConj  MyD0 Myanti-D0
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+#
+Decay MyB+
+1.0000  MyD_s*+ Myanti-D0        SVS;
+Enddecay 
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.0000 Myphi   pi+                       SVS;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+
+#CDecay  MyD*-
+#CDecay  MyD-
+CDecay  MyD_s-
+CDecay  MyD_s*-
+#CDecay  Myanti-D*0
+CDecay  Myanti-D0   
+CDecay  MyB-
+
+#
+#
+#
+End
+
diff --git a/BaBar_2014/BpBm_DsstarD0_DsgammaD.dec b/BaBar_2014/BpBm_DsstarD0_DsgammaD.dec
new file mode 100644
index 0000000..762219e
--- /dev/null
+++ b/BaBar_2014/BpBm_DsstarD0_DsgammaD.dec
@@ -0,0 +1,251 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B+ -> Ds*+   D0        anti-B0 -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+ChargeConj  MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD+ MyD-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+ChargeConj  MyD*0  Myanti-D*0 
+
+#
+
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s*+ Myanti-D0         SVS;
+1.0000  Myanti-D*0   MyD_s+       SVS;
+Enddecay
+#
+CDecay MyB-
+
+#
+Decay MyD*+
+0.2500  MyD+    pi0                       VSS;
+0.7500  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+0.2500  MyD-    pi0                       VSS;
+0.7500  MyD0    pi-                       VSS;
+Enddecay
+#
+Decay MyD*0
+0.381  MyD0    gamma                    VSP_PWAVE;
+0.619  MyD0    pi0                      VSS;
+Enddecay
+#
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+#
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.5000 Myphi   pi+                    SVS;
+1.0000 MyK0    K+                     PHSP;
+0.5000 MyK*0   K+                     SVS;
+1.0000 My2ndK*0  K+                   SVS;
+1.0000 Myphi rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+1.0000 Myeta   pi+                    PHSP;
+Enddecay
+#
+CDecay MyD_s-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK_S0 pi+ pi-                   D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   K_S0 pi+  pi0                    D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/BpBm_DsstarDstar0_DsgammaD0pi0gamma.dec b/BaBar_2014/BpBm_DsstarDstar0_DsgammaD0pi0gamma.dec
new file mode 100644
index 0000000..aa80eaf
--- /dev/null
+++ b/BaBar_2014/BpBm_DsstarDstar0_DsgammaD0pi0gamma.dec
@@ -0,0 +1,251 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: B+ -> Ds*+   D0        anti-B0 -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+ChargeConj  MyB+ MyB-
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyB0 Myanti-B0
+ChargeConj MyD+ MyD-
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+ChargeConj  MyD*0  Myanti-D*0 
+
+#
+
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB-
+#1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+1.00000    D_s*- D*0                  SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+#
+CDecay MyB+
+
+#
+Decay MyD*+
+0.2500  MyD+    pi0                       VSS;
+0.7500  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+0.2500  MyD-    pi0                       VSS;
+0.7500  MyD0    pi-                       VSS;
+Enddecay
+#
+Decay MyD*0
+0.381  MyD0    gamma                    VSP_PWAVE;
+0.619  MyD0    pi0                      VSS;
+Enddecay
+#
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+#
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.5000 Myphi   pi+                    SVS;
+1.0000 MyK0    K+                     PHSP;
+0.5000 MyK*0   K+                     SVS;
+1.0000 My2ndK*0  K+                   SVS;
+1.0000 Myphi rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+1.0000 Myeta   pi+                    PHSP;
+Enddecay
+#
+CDecay MyD_s-
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK_S0 pi+ pi-                   D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   K_S0 pi+  pi0                    D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_D0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Dsstar_D0_KstarK_k3pi.dec
new file mode 100755
index 0000000..c7b8bd5
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_D0_KstarK_k3pi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+    D0         B-     -> X              #
+#              |       |                                   #
+#              K*K     K3pi                                #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s*+ Myanti-D0        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_D0_KstarK_kpi.dec b/BaBar_2014/BpBm_Dsstar_D0_KstarK_kpi.dec
new file mode 100755
index 0000000..331d2d4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_D0_KstarK_kpi.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+    D0        B-     -> X               #
+#              |       |                                   #
+#              K*K     Kpi                                 #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s*+ Myanti-D0        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_D0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Dsstar_D0_KstarK_kpipi0.dec
new file mode 100755
index 0000000..881d602
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_D0_KstarK_kpipi0.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+    D0        B-     -> X               #
+#              |       |                                   #
+#              K*K     Kpipi0                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000 MyD_s*+ Myanti-D0         SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_D0_phipi_k3pi.dec b/BaBar_2014/BpBm_Dsstar_D0_phipi_k3pi.dec
new file mode 100755
index 0000000..ccff2c6
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_D0_phipi_k3pi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+    D0        B-     -> X               #
+#              |       |-D0 pi0,gamma                      #
+#              phipi     K3pi                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s*+ Myanti-D0         SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_D0_phipi_kpi.dec b/BaBar_2014/BpBm_Dsstar_D0_phipi_kpi.dec
new file mode 100755
index 0000000..1cc7fa1
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_D0_phipi_kpi.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+    D0        B-     -> X               #
+#              |       |                                   #
+#              phipi     Kpi                               #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s*+  Myanti-D0       SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_D0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Dsstar_D0_phipi_kpipi0.dec
new file mode 100755
index 0000000..a362a7e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_D0_phipi_kpipi0.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+    D0        B-     -> X               #
+#              |       |                                   #
+#              phipi     Kpipi0                            #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000 MyD_s*+ Myanti-D0         SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_D0_recomodes.dec b/BaBar_2014/BpBm_Dsstar_D0_recomodes.dec
new file mode 100644
index 0000000..ef55a0b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_D0_recomodes.dec
@@ -0,0 +1,152 @@
+############################################################
+#                                                          #
+# Exclusive DsD* decay.dec                                 #
+#                                                          #
+# Ds*D*0 . from B+ B- for SP3                              #
+#                                                          #
+# Decay: B+ -> Ds+    D*0        B-     -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+#         J.P.Lees              12/14/00  adapted for DsD  #
+#         J.P.Lees   01/26/00 corrected bug in Ds to K*0K  #
+# reconstructable modes= D0 kpi,kpipi0,k3pi                #
+#                        D+ Kpipi                          #
+#                        Ds phipi, K0K,K*0K                #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  MyD_s*+ Myanti-D0        SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+0.0123  MyK0    K+                     PHSP;
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Dstar0D0gamma_recomodes.dec b/BaBar_2014/BpBm_Dsstar_Dstar0D0gamma_recomodes.dec
new file mode 100644
index 0000000..a6a3fb1
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Dstar0D0gamma_recomodes.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec                                #
+#                                                          #
+# Ds*D*0 . from B+ B- for SP3  (D*0->D0gamma)              #
+#                                                          #
+# Decay: B+ -> Ds*+   D*0        B-     -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees             12/14/00  adapted for DsD  #
+# reconstructable modes= D0 kpi,kpipi0,k3pi                #
+#                        D+ Kpipi                          #
+#                        Ds phipi, K0K,K*0K                #
+#         J.P.Lees   01/26/00 corrected bug in Ds to K*0K  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+1.000  MyD0    gamma                      VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+0.0123  MyK0    K+                     PHSP;
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_k3pi.dec b/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_k3pi.dec
new file mode 100755
index 0000000..ff30b78
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_k3pi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+   D*0         B-     -> X              #
+#              |       |                                   #
+#              K*K     K3pi                                #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_kpi.dec b/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_kpi.dec
new file mode 100755
index 0000000..eb4f47b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_kpi.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+   D*0        B-     -> X               #
+#              |       |                                   #
+#              K*K     Kpi                                 #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_kpipi0.dec b/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_kpipi0.dec
new file mode 100755
index 0000000..6e86b0d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_kpipi0.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+   D*0        B-     -> X               #
+#              |       |                                   #
+#              K*K     Kpipi0                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_ks2pi.dec b/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_ks2pi.dec
new file mode 100644
index 0000000..0311e54
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Dstar0_KstarK_ks2pi.dec
@@ -0,0 +1,85 @@
+############################################################
+#                                                          #
+# Decay: B+ -> D*s+   D*0         B-     -> X              #
+#              |       |                                   #
+#              K*K     kspipi                              #
+# + cc                                                     #
+#                                                          #
+############################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+    D_s*+
+Alias MyD_s*-    D_s*-
+
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0       K0
+Alias MyK_S0     K_S0
+Alias Myanti-K0  anti-K0
+
+ChargeConj MyB+ MyB-
+
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0   Myanti-D*0 
+
+ChargeConj MyD0   Myanti-D0
+ChargeConj MyD_s+ MyD_s-
+
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK0  Myanti-K0
+
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0
+
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+
+Decay MyD_s+
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+
+Decay MyD0
+1.000  Myanti-K0  pi+   pi-      D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+
+Decay MyK0
+1.000  MyK_S0                    PHSP;
+Enddecay
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.000  pi+  pi-                  PHSP;
+Enddecay
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_k3pi.dec b/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_k3pi.dec
new file mode 100755
index 0000000..f016bd9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_k3pi.dec
@@ -0,0 +1,140 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+   D*0        B-     -> X               #
+#              |       |-D0 pi0,gamma                      #
+#              phipi     K3pi                              #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_kpi.dec b/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_kpi.dec
new file mode 100755
index 0000000..da2db6c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_kpi.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+    D*0        B-     -> X              #
+#              |       |                                   #
+#              phipi     Kpi                               #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_kpipi0.dec b/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_kpipi0.dec
new file mode 100755
index 0000000..fe73fd8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_kpipi0.dec
@@ -0,0 +1,134 @@
+############################################################
+#                                                          #
+# Exclusive DsD0 decay.dec                                 #
+#                                                          #
+# DsD0  from B+ B- for SP4                                 #
+#                                                          #
+# Decay: B+ -> D*s+    D*0        B-     -> X              #
+#              |       |                                   #
+#              phipi     Kpipi0                            #
+# + cc                                                     #
+#                                                          #
+# Author:  J.P.Lees                                        #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.1307   K-   pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_ks2pi.dec b/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_ks2pi.dec
new file mode 100644
index 0000000..ab59a1e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Dstar0_phipi_ks2pi.dec
@@ -0,0 +1,82 @@
+############################################################
+#                                                          #
+# Decay: B+ -> D*s+   D*0         B-     -> X              #
+#              |       |                                   #
+#              phipi   kspipi                              #
+# + cc                                                     #
+#                                                          #
+############################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+    D_s*+
+Alias MyD_s*-    D_s*-
+
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias Myanti-K0 anti-K0
+
+ChargeConj MyB+ MyB-
+
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0   Myanti-D*0 
+
+ChargeConj MyD0   Myanti-D0
+ChargeConj MyD_s+ MyD_s-
+
+ChargeConj MyK0 Myanti-K0
+
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+0.381  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+CDecay Myanti-D*0 
+
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+Enddecay
+CDecay MyD_s-
+
+Decay MyD0
+1.000  Myanti-K0  pi+   pi-      D_DALITZ;
+Enddecay
+CDecay Myanti-D0
+
+Decay MyK0
+1.000  MyK_S0                    PHSP;
+Enddecay
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.000  pi+  pi-                  PHSP;
+Enddecay
+
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Dstar0_recomodes.dec b/BaBar_2014/BpBm_Dsstar_Dstar0_recomodes.dec
new file mode 100644
index 0000000..cfcd5ad
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Dstar0_recomodes.dec
@@ -0,0 +1,152 @@
+############################################################
+#                                                          #
+# Exclusive Ds*D* decay.dec                                #
+#                                                          #
+# Ds*D*0 . from B+ B- for SP3                              #
+#                                                          #
+# Decay: B+ -> Ds*+   D*0        B-     -> X               #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+#         V. Lillard            09/21/00  some mods        #
+#         J.P.Lees              12/14/00  adapted for DsD  #
+#         J.P.Lees   01/26/00 corrected bug in Ds to K*0K  #
+# reconstructable modes= D0 kpi,kpipi0,k3pi                #
+#                        D+ Kpipi                          #
+#                        Ds phipi, K0K,K*0K                #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD0      D0
+Alias Myanti-D0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 Myanti-B0
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD*0  Myanti-D*0 
+ChargeConj MyD*+  MyD*-   
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+Decay MyB+
+1.0000  Myanti-D*0 MyD_s*+           SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay MyD*+
+0.6830  MyD0    pi+                       VSS;
+Enddecay
+CDecay MyD*-
+#
+Decay MyD*0
+0.619  MyD0    pi0                      VSS;
+Enddecay
+CDecay Myanti-D*0 
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma                       VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.01764 Myphi   pi+                    SVS;
+0.0123  MyK0    K+                     PHSP;
+0.0220  Myanti-K*0   K+                SVS;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyD0
+0.0391   K-   pi+                         PHSP;
+0.1307   K-   pi+  pi0                    D_DALITZ;
+# K- 3pi  (total 0.0761)
+0.0355   Mya_1+ K-                        SVS;
+0.0097   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                       SVS;
+0.0105   Myanti-K*0 pi+  pi-              PHSP;
+0.0054   K-  pi+  rho0                    PHSP;
+0.0129   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+CDecay Myanti-D0
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay MyD-
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1+
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Kstar0_recomodes_long.dec b/BaBar_2014/BpBm_Dsstar_Kstar0_recomodes_long.dec
new file mode 100644
index 0000000..c652e92
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Kstar0_recomodes_long.dec
@@ -0,0 +1,92 @@
+############################################################
+#                                                          #
+# Ds* anti-K*0 decay.dec                                   #
+#                                                          #
+# Decay: B+ -> Ds*+ anti-K*0 (longitud. polarization) B- -> X  #
+#              |         |->K- pi+                         #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Alex Merchant 5/May/2003                         #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias MyK*02  K*0
+Alias Myanti-K*02 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj Myanti-K*02 MyK*02
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s*+ Myanti-K*0       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay Myanti-K*0
+1.0000  K- pi+                   VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*02  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*02
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*02
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_Kstar0_recomodes_tran.dec b/BaBar_2014/BpBm_Dsstar_Kstar0_recomodes_tran.dec
new file mode 100644
index 0000000..1eac078
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_Kstar0_recomodes_tran.dec
@@ -0,0 +1,92 @@
+############################################################
+#                                                          #
+# Ds* anti-K*0 decay.dec                                   #
+#                                                          #
+# Decay: B+ -> Ds*+ anti-K*0 (transverse. polarization) B- -> X  #
+#              |         |->K- pi+                         #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Alex Merchant 5/May/2003                         #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias MyK*02  K*0
+Alias Myanti-K*02 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj Myanti-K*02 MyK*02
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s*+ Myanti-K*0       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 1.0;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay Myanti-K*0
+1.0000  K- pi+                   VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*02  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*02
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*02
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_a10_recomodes_long.dec b/BaBar_2014/BpBm_Dsstar_a10_recomodes_long.dec
new file mode 100644
index 0000000..ab58d1c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_a10_recomodes_long.dec
@@ -0,0 +1,89 @@
+############################################################
+#                                                          #
+# Exclusive Ds* a10 decay.dec                              #
+#                                                          #
+# Decay: B+ -> Ds*+ a_10 (longitud. polarization) B- -> X  #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto 12/June/2001                      #
+# Modified: Alex Merchant 11/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s*+ a_10             SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Dsstar_a10_recomodes_tran.dec b/BaBar_2014/BpBm_Dsstar_a10_recomodes_tran.dec
new file mode 100644
index 0000000..24b636c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_a10_recomodes_tran.dec
@@ -0,0 +1,89 @@
+############################################################
+#                                                          #
+# Exclusive Ds* a10 decay.dec                              #
+#                                                          #
+# Decay: B+ -> Ds*+ a10 (transverse polarization) B- -> X  #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto 12/June/2001                      #
+# Modified: Alex Merchant 11/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s*+ a_10             SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Dsstar_pi0_recomodes.dec b/BaBar_2014/BpBm_Dsstar_pi0_recomodes.dec
new file mode 100644
index 0000000..e07ac5b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_pi0_recomodes.dec
@@ -0,0 +1,84 @@
+############################################################
+#                                                          #
+# Exclusive Ds* pi decay.dec                               #
+#                                                          #
+# Decay: B+ -> Ds+    pi0        B-     -> X               #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author:   Toyoko Orimoto 12/June/2001                    #
+# Modified: Toyoko Orimoto 16/Dec/2003                     #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s*+ pi0              SVS;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                    PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_rho0_recomodes.dec b/BaBar_2014/BpBm_Dsstar_rho0_recomodes.dec
new file mode 100644
index 0000000..99972fa
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_rho0_recomodes.dec
@@ -0,0 +1,84 @@
+############################################################
+#                                                          #
+# Exclusive Ds* rho decay.dec                              #
+#                                                          #
+# Decay: B+ -> Ds+    rho0        B-     -> X              #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author:   Toyoko Orimoto 12/June/2001                    #
+# Modified: Toyoko Orimoto 16/Dec/2003                     #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj MyK*0 Myanti-K*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s*+ rho0             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                    PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstar_rho0_recomodes_long.dec b/BaBar_2014/BpBm_Dsstar_rho0_recomodes_long.dec
new file mode 100644
index 0000000..9ac29ca
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_rho0_recomodes_long.dec
@@ -0,0 +1,89 @@
+############################################################
+#                                                          #
+# Exclusive Ds* rho decay.dec                              #
+#                                                          #
+# Decay: B+ -> Ds*+ rho0 (long. polarization) B- -> X      #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto 12/June/2001                      #
+# Modified: Alex Merchant 13/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s*+ rho0             SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Dsstar_rho0_recomodes_tran.dec b/BaBar_2014/BpBm_Dsstar_rho0_recomodes_tran.dec
new file mode 100644
index 0000000..79efa00
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstar_rho0_recomodes_tran.dec
@@ -0,0 +1,89 @@
+############################################################
+#                                                          #
+# Exclusive Ds* rho decay.dec                              #
+#                                                          #
+# Decay: B+ -> Ds*+ rho0 (transverse pol.) B- -> X         #
+#              |                                           #
+#              |->recon-                                   #
+#                 structible                               #
+#                 modes                                    #
+# + cc                                                     #
+#                                                          #
+# Author: Toyoko Orimoto 12/June/2001                      #
+# Modified: Alex Merchant 13/March/2003                    #
+# reconstructable modes= Ds phipi,phirho,phipipi,K0K,K*0K  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+#
+Alias Myphi     phi
+Alias MyK0      K0
+Alias MyK_S0    K_S0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyB+ MyB-
+#
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+ MyD_s-
+#
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK0bar MyK0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD_s*+ rho0             SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;   
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+0.0360 Myphi       pi+           SVS;
+0.0670 Myphi       rho+          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0260 Myphi       pi+   pi0     PHSP;
+0.0330 Myanti-K*0  K+            SVS;
+0.0360 MyK0bar     K+            PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyK0bar
+1.0000 MyK_S0                      PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000      K-  pi+              VSS;
+Enddecay
+CDecay MyK*0
+#
+Decay Myphi
+1.0000   K+         K-           VSS;
+Enddecay
+#
+End
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_DsstarpKs.dec b/BaBar_2014/BpBm_DsstarpKs.dec
new file mode 100644
index 0000000..5b057d4
--- /dev/null
+++ b/BaBar_2014/BpBm_DsstarpKs.dec
@@ -0,0 +1,59 @@
+######################################################
+#                                                    #
+# Decay: B+ -> Ds*+                 K0s,    B- -> X  #
+#              |-> Ds+      pi0,gamma                #
+#                  |-> K+ K0s                        #
+#                                                    #
+#  + c.c.                                            #
+#                                                    #
+# Author : Josh Thompson                             #
+# Created: 17 September 2003                         #
+######################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0 K_S0
+
+Alias MyDs*+   D_s*+
+Alias MyDs*-   D_s*-
+Alias MyDs+    D_s+
+Alias MyDs-    D_s-
+
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyDs*+  MyK_S0   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyDs*-  MyK_S0   PHSP;
+Enddecay
+#
+Decay MyDs*+
+0.058   MyDs+ pi0   PHSP;
+0.942   MyDs+ gamma   PHSP;
+Enddecay
+#
+Decay MyDs*-
+0.058   MyDs- pi0   PHSP;
+0.942   MyDs- gamma   PHSP;
+Enddecay
+#
+Decay MyDs+
+1.000   K+ MyK_S0   PHSP;
+Enddecay
+#
+Decay MyDs-
+1.000   K- MyK_S0   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-            PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstarpi0_DsetaPpi.dec b/BaBar_2014/BpBm_Dsstarpi0_DsetaPpi.dec
new file mode 100644
index 0000000..ba53921
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstarpi0_DsetaPpi.dec
@@ -0,0 +1,63 @@
+############################################################
+#                                                          #
+# Exclusive Ds* pi decay.dec                               #
+#                                                          #
+# Decay: B+ -> Ds*+ pi0       B-     -> X                  #
+#              |-> Ds+ gamma                               #
+#                   |-> eta' pi+                           #
+#                        |-> eta pi+ pi-                   #
+#                             |-> gamma gamma              #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  19/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #    
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyetaP    eta'
+Alias Myeta     eta
+#
+ChargeConj MyB+    MyB-
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+  MyD_s-
+#
+Decay Upsilon(4S)
+0.5      MyB+     B-       VSS;
+0.5      MyB-     B+       VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD_s*+  pi0      SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000   MyD_s+   gamma    VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+          
+1.0000   MyetaP   pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyetaP
+1.0000   Myeta  pi+  pi-   PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000   gamma     gamma    PHSP;
+Enddecay
+#
+End                                                   
+                                       
+
diff --git a/BaBar_2014/BpBm_Dsstarpi0_Dsetapi.dec b/BaBar_2014/BpBm_Dsstarpi0_Dsetapi.dec
new file mode 100644
index 0000000..c171c6a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstarpi0_Dsetapi.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Exclusive Ds* pi decay.dec                               #
+#                                                          #
+# Decay: B+ -> Ds*+ pi0       B-     -> X                  #
+#              |-> Ds+ gamma                               #
+#                  |-> eta pi+                             #
+#                       |-> gamma gamma                    # 
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  19/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #    
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Myeta     eta
+#
+ChargeConj MyB+    MyB-
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+  MyD_s-
+#
+Decay Upsilon(4S)
+0.5      MyB+     B-       VSS;
+0.5      MyB-     B+       VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD_s*+  pi0      SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000   MyD_s+   gamma    VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+1.0000   Myeta    pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay Myeta
+1.0000   gamma    gamma    PHSP;
+Enddecay
+#
+End                                                   
+
+
diff --git a/BaBar_2014/BpBm_Dsstarrho0_DsetaPpi.dec b/BaBar_2014/BpBm_Dsstarrho0_DsetaPpi.dec
new file mode 100644
index 0000000..08b0d61
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstarrho0_DsetaPpi.dec
@@ -0,0 +1,62 @@
+############################################################
+#                                                          #
+# Exclusive Ds* rho decay.dec                              #
+#                                                          #
+# Decay: B+ -> Ds*+ rho0       B-     -> X                 #
+#              |-> Ds+ gamma                               #
+#                   |-> eta' pi+                           #
+#                        |-> eta pi+ pi-                   #
+#                             |-> gamma gamma              #
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  22/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #    
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias MyetaP    eta'
+Alias Myeta     eta
+#
+ChargeConj MyB+    MyB-
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+  MyD_s-
+ChargeConj MyD_s+  MyD_s-
+#
+Decay Upsilon(4S)
+0.5      MyB+     B-       VSS;
+0.5      MyB-     B+       VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD_s*+  rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000   MyD_s+   gamma    VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+1.0000   MyetaP   pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay MyetaP
+1.0000   Myeta   pi+  pi-  PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000   gamma     gamma    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dsstarrho0_Dsetapi.dec b/BaBar_2014/BpBm_Dsstarrho0_Dsetapi.dec
new file mode 100644
index 0000000..1d0d279
--- /dev/null
+++ b/BaBar_2014/BpBm_Dsstarrho0_Dsetapi.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Exclusive Ds* rho decay.dec                              #
+#                                                          #
+# Decay: B+ -> Ds*+ rho0       B-     -> X                 #
+#              |-> Ds+ gamma                               #
+#                  |-> eta pi+                             #
+#                       |-> gamma gamma                    # 
+# + c.c.                                                   #
+#                                                          #
+# Author:  Toyoko Orimoto  19/Sept/2001                    # 
+#          toyoko@slac.stanford.edu                        #    
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+#
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Myeta     eta
+#
+ChargeConj MyB+    MyB-
+ChargeConj MyD_s*+ MyD_s*-
+ChargeConj MyD_s+  MyD_s-
+ChargeConj MyD_s+  MyD_s-
+#
+Decay Upsilon(4S)
+0.5      MyB+     B-       VSS;
+0.5      MyB-     B+       VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD_s*+  rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay
+CDecay MyB-
+#
+Decay MyD_s*+
+1.0000   MyD_s+   gamma    VSP_PWAVE;
+Enddecay
+CDecay MyD_s*-
+#
+Decay MyD_s+
+1.0000   Myeta    pi+      PHSP;
+Enddecay
+CDecay MyD_s-
+#
+Decay Myeta
+1.0000   gamma    gamma    PHSP;
+Enddecay
+#
+End                                                   
+
diff --git a/BaBar_2014/BpBm_Dst0K.dec b/BaBar_2014/BpBm_Dst0K.dec
new file mode 100644
index 0000000..7426ac1
--- /dev/null
+++ b/BaBar_2014/BpBm_Dst0K.dec
@@ -0,0 +1,49 @@
+###################################################
+#                                                 #
+# Decay: B+ -> anti-D*0 K+,     B- -> X;   + cc   #
+#                                                 #
+# Author: Natalia Kuznetsova                      #
+# Date:                    11/25/99               #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D*0  K+          SVS;
+Enddecay
+Decay MyB-
+1.000   MyD*0  K-              SVS;
+Enddecay
+#
+Decay MyD*0
+1.000    MyD0  pi0                        VSS;
+Enddecay
+Decay Myanti-D*0
+1.000    Myanti-D0  pi0                   VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+Decay Myanti-D0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dst0Kst.dec b/BaBar_2014/BpBm_Dst0Kst.dec
new file mode 100644
index 0000000..1753752
--- /dev/null
+++ b/BaBar_2014/BpBm_Dst0Kst.dec
@@ -0,0 +1,73 @@
+###################################################
+#                                                 #
+# Decay: B+ -> anti-D*0 K*+,     B- -> X;   + cc  #
+#                                                 #
+# Author: Natalia Kuznetsova                      #
+# Date:                    11/25/99               #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK*+ K*+
+Alias MyK*- K*-
+ChargeConj MyK*+  MyK*-
+#
+Alias MyK0 K0
+Alias Myanti-K0  anti-K0
+ChargeConj MyK0 Myanti-K0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D*0  MyK*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+Decay MyB-
+1.000   MyD*0  MyK*-               SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*0
+1.000    MyD0  pi0                        VSS;
+Enddecay
+Decay Myanti-D*0
+1.000    Myanti-D0  pi0                   VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+Decay Myanti-D0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+Decay MyK*+
+0.6660      MyK0  pi+                        VSS;
+0.3330      K+  pi0                        VSS;
+Enddecay
+Decay MyK*-
+0.6660      Myanti-K0   pi-                        VSS;
+0.3330      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyK0
+1.000     K_S0                              PHSP;
+Enddecay
+Decay Myanti-K0
+1.000     K_S0                              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_K3piKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_K3piKstar0K.dec
new file mode 100644
index 0000000..d5c66a0
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_K3piKstar0K.dec
@@ -0,0 +1,167 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_K3piphipi.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_K3piphipi.dec
new file mode 100644
index 0000000..dae459c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_K3piphipi.dec
@@ -0,0 +1,163 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_KpiKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_KpiKstar0K.dec
new file mode 100644
index 0000000..3ee5ced
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_KpiKstar0K.dec
@@ -0,0 +1,142 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kpiphipi.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kpiphipi.dec
new file mode 100644
index 0000000..68737d7
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kpiphipi.dec
@@ -0,0 +1,138 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kpipi0Kstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kpipi0Kstar0K.dec
new file mode 100644
index 0000000..4a3cc84
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kpipi0Kstar0K.dec
@@ -0,0 +1,142 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kpipi0phipi.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kpipi0phipi.dec
new file mode 100644
index 0000000..215af4c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kpipi0phipi.dec
@@ -0,0 +1,138 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_KspipiKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_KspipiKstar0K.dec
new file mode 100644
index 0000000..24fa41b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_KspipiKstar0K.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kspipiphipi.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kspipiphipi.dec
new file mode 100644
index 0000000..3916986
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gD_sch_Kspipiphipi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_K3piKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_K3piKs0K.dec
new file mode 100644
index 0000000..f84c516
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_K3piKs0K.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_KpiKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_KpiKs0K.dec
new file mode 100644
index 0000000..c8cbdb9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_KpiKs0K.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_Kpipi0Ks0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_Kpipi0Ks0K.dec
new file mode 100644
index 0000000..8f5fc3c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_Kpipi0Ks0K.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_KspipiKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_KspipiKs0K.dec
new file mode 100644
index 0000000..47a54d5
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0gK0K_KspipiKs0K.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_K3piKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_K3piKstar0K.dec
new file mode 100644
index 0000000..86cd2b8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_K3piKstar0K.dec
@@ -0,0 +1,167 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_K3piphipi.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_K3piphipi.dec
new file mode 100644
index 0000000..826016f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_K3piphipi.dec
@@ -0,0 +1,163 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_KpiKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_KpiKstar0K.dec
new file mode 100644
index 0000000..7728121
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_KpiKstar0K.dec
@@ -0,0 +1,142 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kpiphipi.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kpiphipi.dec
new file mode 100644
index 0000000..2468cff
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kpiphipi.dec
@@ -0,0 +1,138 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kpipi0Kstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kpipi0Kstar0K.dec
new file mode 100644
index 0000000..948da85
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kpipi0Kstar0K.dec
@@ -0,0 +1,142 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kpipi0phipi.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kpipi0phipi.dec
new file mode 100644
index 0000000..c3893b3
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kpipi0phipi.dec
@@ -0,0 +1,138 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_KspipiKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_KspipiKstar0K.dec
new file mode 100644
index 0000000..759dfc3
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_KspipiKstar0K.dec
@@ -0,0 +1,153 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_1
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_1 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kspipiphipi.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kspipiphipi.dec
new file mode 100644
index 0000000..925b21e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0D_sch_Kspipiphipi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_1
+1.0000   Myphi pi+                         SVS;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_K3piKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_K3piKs0K.dec
new file mode 100644
index 0000000..d01c674
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_K3piKs0K.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_KpiKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_KpiKs0K.dec
new file mode 100644
index 0000000..aa99732
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_KpiKs0K.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_Kpipi0Ks0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_Kpipi0Ks0K.dec
new file mode 100644
index 0000000..869cc2d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_Kpipi0Ks0K.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_KspipiKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_KspipiKs0K.dec
new file mode 100644
index 0000000..64661e2
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sch_D0pi0K0K_KspipiKs0K.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000 Myanti-D*0_1 MyD_s+_1            SVS ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s+_1
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0K.dec
new file mode 100644
index 0000000..fd4615c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0K.dec
@@ -0,0 +1,180 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0K_phsp.dec
new file mode 100644
index 0000000..9706998
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0K_phsp.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km001.dec
new file mode 100644
index 0000000..24fc5bb
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km001.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km010.dec
new file mode 100644
index 0000000..2050d41
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km010.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km100.dec
new file mode 100644
index 0000000..c8de049
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKs0Km100.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0K.dec
new file mode 100644
index 0000000..b0b51b3
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0K.dec
@@ -0,0 +1,174 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0K_phsp.dec
new file mode 100644
index 0000000..086679e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0K_phsp.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0Km001.dec
new file mode 100644
index 0000000..8c8fef4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0Km001.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0Km010.dec
new file mode 100644
index 0000000..2a969a6
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0Km010.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0Km100.dec
new file mode 100644
index 0000000..4d50039
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piKstar0Km100.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipi.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipi.dec
new file mode 100644
index 0000000..30d973f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipi.dec
@@ -0,0 +1,170 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipi_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipi_phsp.dec
new file mode 100644
index 0000000..d9df825
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipi_phsp.dec
@@ -0,0 +1,169 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipim001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipim001.dec
new file mode 100644
index 0000000..4093aa0
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipim001.dec
@@ -0,0 +1,169 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipim010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipim010.dec
new file mode 100644
index 0000000..f27fd73
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipim010.dec
@@ -0,0 +1,169 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipim100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipim100.dec
new file mode 100644
index 0000000..bccfd0f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_K3piphipim100.dec
@@ -0,0 +1,169 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0K.dec
new file mode 100644
index 0000000..4214168
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0K.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0K_phsp.dec
new file mode 100644
index 0000000..95e8688
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0K_phsp.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km001.dec
new file mode 100644
index 0000000..04c3de4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km001.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km010.dec
new file mode 100644
index 0000000..c45e5b4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km010.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km100.dec
new file mode 100644
index 0000000..23a8865
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKs0Km100.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0K.dec
new file mode 100644
index 0000000..26d48f4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0K.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0K_phsp.dec
new file mode 100644
index 0000000..941792c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0K_phsp.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0Km001.dec
new file mode 100644
index 0000000..014bc16
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0Km001.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0Km010.dec
new file mode 100644
index 0000000..6fb7ee7
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0Km010.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0Km100.dec
new file mode 100644
index 0000000..695a7e3
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KpiKstar0Km100.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipi.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipi.dec
new file mode 100644
index 0000000..ae6fe4e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipi.dec
@@ -0,0 +1,145 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipi_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipi_phsp.dec
new file mode 100644
index 0000000..97bcba9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipi_phsp.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipim001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipim001.dec
new file mode 100644
index 0000000..e6bfe7a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipim001.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipim010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipim010.dec
new file mode 100644
index 0000000..8929d91
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipim010.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipim100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipim100.dec
new file mode 100644
index 0000000..ee79ed3
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpiphipim100.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0K.dec
new file mode 100644
index 0000000..458ed5a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0K.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0K_phsp.dec
new file mode 100644
index 0000000..f0a08ed
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0K_phsp.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km001.dec
new file mode 100644
index 0000000..07cd7ed
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km001.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km010.dec
new file mode 100644
index 0000000..fe34388
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km010.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km100.dec
new file mode 100644
index 0000000..8471b3a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Ks0Km100.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0K.dec
new file mode 100644
index 0000000..4ee7796
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0K.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0K_phsp.dec
new file mode 100644
index 0000000..6f76233
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0K_phsp.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0Km001.dec
new file mode 100644
index 0000000..59eaac3
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0Km001.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0Km010.dec
new file mode 100644
index 0000000..b4b7c31
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0Km010.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0Km100.dec
new file mode 100644
index 0000000..0891b9a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0Kstar0Km100.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipi.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipi.dec
new file mode 100644
index 0000000..35c3f59
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipi.dec
@@ -0,0 +1,145 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipi_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipi_phsp.dec
new file mode 100644
index 0000000..764cc82
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipi_phsp.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipim001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipim001.dec
new file mode 100644
index 0000000..a619d1e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipim001.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipim010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipim010.dec
new file mode 100644
index 0000000..f495e87
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipim010.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipim100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipim100.dec
new file mode 100644
index 0000000..033f122
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kpipi0phipim100.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0K.dec
new file mode 100644
index 0000000..622c41f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0K.dec
@@ -0,0 +1,156 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0K_phsp.dec
new file mode 100644
index 0000000..39c9dd0
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0K_phsp.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0Km001.dec
new file mode 100644
index 0000000..f603922
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0Km001.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0Km010.dec
new file mode 100644
index 0000000..748a695
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0Km010.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0Km100.dec
new file mode 100644
index 0000000..911d69b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKs0Km100.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0K.dec
new file mode 100644
index 0000000..f2dc986
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0K.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0K_phsp.dec
new file mode 100644
index 0000000..32e9f4c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0K_phsp.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0Km001.dec
new file mode 100644
index 0000000..59edb0f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0Km001.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0Km010.dec
new file mode 100644
index 0000000..8264cdf
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0Km010.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0Km100.dec
new file mode 100644
index 0000000..3b0ac23
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_KspipiKstar0Km100.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipi.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipi.dec
new file mode 100644
index 0000000..b471618
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipi.dec
@@ -0,0 +1,156 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipi_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipi_phsp.dec
new file mode 100644
index 0000000..5d2f4e8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipi_phsp.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipim001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipim001.dec
new file mode 100644
index 0000000..85de320
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipim001.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipim010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipim010.dec
new file mode 100644
index 0000000..595bb9b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipim010.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipim100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipim100.dec
new file mode 100644
index 0000000..bd34c4b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0gD_sg_Kspipiphipim100.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0K.dec
new file mode 100644
index 0000000..3c817cc
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0K.dec
@@ -0,0 +1,180 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0K_phsp.dec
new file mode 100644
index 0000000..8053d78
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0K_phsp.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km001.dec
new file mode 100644
index 0000000..4c0ade4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km001.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km010.dec
new file mode 100644
index 0000000..5cdcb01
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km010.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km100.dec
new file mode 100644
index 0000000..c5cd901
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKs0Km100.dec
@@ -0,0 +1,179 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0K.dec
new file mode 100644
index 0000000..c453630
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0K.dec
@@ -0,0 +1,174 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0K_phsp.dec
new file mode 100644
index 0000000..e82e066
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0K_phsp.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0Km001.dec
new file mode 100644
index 0000000..e65b395
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0Km001.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0Km010.dec
new file mode 100644
index 0000000..fdc917e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0Km010.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0Km100.dec
new file mode 100644
index 0000000..d60f556
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piKstar0Km100.dec
@@ -0,0 +1,173 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipi.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipi.dec
new file mode 100644
index 0000000..36d0336
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipi.dec
@@ -0,0 +1,170 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipi_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipi_phsp.dec
new file mode 100644
index 0000000..9de664c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipi_phsp.dec
@@ -0,0 +1,169 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipim001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipim001.dec
new file mode 100644
index 0000000..510b00e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipim001.dec
@@ -0,0 +1,169 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipim010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipim010.dec
new file mode 100644
index 0000000..21120c6
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipim010.dec
@@ -0,0 +1,169 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipim100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipim100.dec
new file mode 100644
index 0000000..f65a2f4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_K3piphipim100.dec
@@ -0,0 +1,169 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0K.dec
new file mode 100644
index 0000000..3e63b84
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0K.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0K_phsp.dec
new file mode 100644
index 0000000..6901e17
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0K_phsp.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km001.dec
new file mode 100644
index 0000000..7f2ac8d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km001.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km010.dec
new file mode 100644
index 0000000..8cb9bdd
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km010.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km100.dec
new file mode 100644
index 0000000..4750bbf
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKs0Km100.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0K.dec
new file mode 100644
index 0000000..11a1811
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0K.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0K_phsp.dec
new file mode 100644
index 0000000..d24793d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0K_phsp.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km001.dec
new file mode 100644
index 0000000..6b03333
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km001.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km010.dec
new file mode 100644
index 0000000..aac1d8a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km010.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km100.dec
new file mode 100644
index 0000000..6ccd401
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KpiKstar0Km100.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipi.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipi.dec
new file mode 100644
index 0000000..3b54162
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipi.dec
@@ -0,0 +1,145 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipi_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipi_phsp.dec
new file mode 100644
index 0000000..4c32d41
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipi_phsp.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipim001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipim001.dec
new file mode 100644
index 0000000..180f161
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipim001.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipim010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipim010.dec
new file mode 100644
index 0000000..5f9bd0f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipim010.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipim100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipim100.dec
new file mode 100644
index 0000000..9b0d78d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpiphipim100.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0K.dec
new file mode 100644
index 0000000..ffd74a7
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0K.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0K_phsp.dec
new file mode 100644
index 0000000..725af54
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0K_phsp.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km001.dec
new file mode 100644
index 0000000..16e7ee4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km001.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km010.dec
new file mode 100644
index 0000000..83d5984
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km010.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km100.dec
new file mode 100644
index 0000000..aac6991
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Ks0Km100.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0K.dec
new file mode 100644
index 0000000..d216fdd
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0K.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0K_phsp.dec
new file mode 100644
index 0000000..e6571dc
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0K_phsp.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km001.dec
new file mode 100644
index 0000000..b7691a9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km001.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km010.dec
new file mode 100644
index 0000000..8352849
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km010.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km100.dec
new file mode 100644
index 0000000..401ae84
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0Kstar0Km100.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipi.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipi.dec
new file mode 100644
index 0000000..3289655
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipi.dec
@@ -0,0 +1,145 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipi_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipi_phsp.dec
new file mode 100644
index 0000000..7702bea
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipi_phsp.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipim001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipim001.dec
new file mode 100644
index 0000000..ba6964d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipim001.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipim010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipim010.dec
new file mode 100644
index 0000000..80b07e8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipim010.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipim100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipim100.dec
new file mode 100644
index 0000000..84a87a7
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kpipi0phipim100.dec
@@ -0,0 +1,144 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0K.dec
new file mode 100644
index 0000000..a34a1b3
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0K.dec
@@ -0,0 +1,156 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0K_phsp.dec
new file mode 100644
index 0000000..1729264
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0K_phsp.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km001.dec
new file mode 100644
index 0000000..ad1aac4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km001.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km010.dec
new file mode 100644
index 0000000..4ec99d4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km010.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km100.dec
new file mode 100644
index 0000000..42b08da
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKs0Km100.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K0 K+                     PHSP;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0K.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0K.dec
new file mode 100644
index 0000000..d727256
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0K.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0K_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0K_phsp.dec
new file mode 100644
index 0000000..1069287
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0K_phsp.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0Km001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0Km001.dec
new file mode 100644
index 0000000..51e1351
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0Km001.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0Km010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0Km010.dec
new file mode 100644
index 0000000..c7e3641
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0Km010.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0Km100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0Km100.dec
new file mode 100644
index 0000000..6f1f6f1
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_KspipiKstar0Km100.dec
@@ -0,0 +1,159 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myanti-K*0 K+                     SVS;
+Enddecay
+
+CDecay MyD_s-_2 
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipi.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipi.dec
new file mode 100644
index 0000000..309d0c4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipi.dec
@@ -0,0 +1,156 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipi_phsp.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipi_phsp.dec
new file mode 100644
index 0000000..7887951
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipi_phsp.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       PHSP ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipim001.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipim001.dec
new file mode 100644
index 0000000..1c75464
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipim001.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 0.0 0.0 1.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipim010.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipim010.dec
new file mode 100644
index 0000000..c7bef61
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipim010.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipim100.dec b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipim100.dec
new file mode 100644
index 0000000..753694c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0D_sstar_D0pi0D_sg_Kspipiphipim100.dec
@@ -0,0 +1,155 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.000  MyD_s*+_2   Myanti-D*0_1       SVV_HELAMP 1.0 0.0 0.0 0.0 0.0 0.0 ;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD_s*+_2
+1.0000  MyD_s+_2   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay MyD_s*-_2 
+#
+#
+Decay MyD_s+_2
+1.0000   Myphi pi+                        SVS;
+Enddecay
+#
+CDecay MyD_s-_2 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0gDch_K3piKpipi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_K3piKpipi.dec
new file mode 100644
index 0000000..bf84ff0
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_K3piKpipi.dec
@@ -0,0 +1,161 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0gDch_K3piKspi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_K3piKspi.dec
new file mode 100644
index 0000000..ffd02b7
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_K3piKspi.dec
@@ -0,0 +1,172 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KpiKpipi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KpiKpipi.dec
new file mode 100644
index 0000000..ed202bd
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KpiKpipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KpiKspi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KpiKspi.dec
new file mode 100644
index 0000000..da01dc8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KpiKspi.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0gDch_Kpipi0Kpipi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_Kpipi0Kpipi.dec
new file mode 100644
index 0000000..785c04b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_Kpipi0Kpipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0gDch_Kpipi0Kspi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_Kpipi0Kspi.dec
new file mode 100644
index 0000000..8da79ba
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_Kpipi0Kspi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KspipiKpipi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KspipiKpipi.dec
new file mode 100644
index 0000000..d65a287
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KspipiKpipi.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KspipiKspi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KspipiKspi.dec
new file mode 100644
index 0000000..55c598d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0gDch_KspipiKspi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_K3piKpipi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_K3piKpipi.dec
new file mode 100644
index 0000000..a063ab3
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_K3piKpipi.dec
@@ -0,0 +1,161 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_K3piKspi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_K3piKspi.dec
new file mode 100644
index 0000000..f79f7e5
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_K3piKspi.dec
@@ -0,0 +1,172 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KpiKpipi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KpiKpipi.dec
new file mode 100644
index 0000000..134edb1
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KpiKpipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KpiKspi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KpiKspi.dec
new file mode 100644
index 0000000..8b6d437
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KpiKspi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_Kpipi0Kpipi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_Kpipi0Kpipi.dec
new file mode 100644
index 0000000..48b9638
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_Kpipi0Kpipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_Kpipi0Kspi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_Kpipi0Kspi.dec
new file mode 100644
index 0000000..1f44b5b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_Kpipi0Kspi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KspipiKpipi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KspipiKpipi.dec
new file mode 100644
index 0000000..7c63c4d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KspipiKpipi.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KspipiKspi.dec b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KspipiKspi.dec
new file mode 100644
index 0000000..32fff33
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dch_D0pi0Dch_KspipiKspi.dec
@@ -0,0 +1,149 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD+_1       SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dm_D0g_KpiKpipi.dec b/BaBar_2014/BpBm_Dstar0Dm_D0g_KpiKpipi.dec
new file mode 100644
index 0000000..486ed6f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dm_D0g_KpiKpipi.dec
@@ -0,0 +1,102 @@
+############################################################
+#                                                          #
+# Exclusive DD decay.dec #2                                #
+#                                                          #
+# D*D . from B+ B- for SP3                                 #
+#                                                          #
+# Decay: B+ -> anti-D*0(2007) D+       B- -> X             #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+#                                                          #
+#              Dstar0D-_D0g_KpiKpipi.dec                   #
+# 					                   #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+#         V. Lillard            20/08/00                   #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias MyD+       D+
+Alias MyD-       D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+ChargeConj  MyB+ MyB-
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD+ MyD-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyD*0  Myanti-D*0 
+ChargeConj  MyD0 Myanti-D0
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+#
+Decay MyB+
+1.0000  Myanti-D*0   MyD+       SVS;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+#
+
+
+#CDecay  MyD*-
+CDecay  MyD-
+CDecay  Myanti-D*0
+CDecay  Myanti-D0   
+CDecay  MyB-
+
+#
+#
+#
+End
+
diff --git a/BaBar_2014/BpBm_Dstar0Ds_D0g_Kpi_phipi.dec b/BaBar_2014/BpBm_Dstar0Ds_D0g_Kpi_phipi.dec
new file mode 100644
index 0000000..353c4d3
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Ds_D0g_Kpi_phipi.dec
@@ -0,0 +1,107 @@
+############################################################
+#                                                          #
+# Exclusive D*Ds decay.dec #2                              #
+#                                                          #
+# D*D* . from B+ B- for SP3                                #
+#                                                          #
+# Decay: B+ -> anti-D*0(2007) Ds       B- -> X             #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+#                                                          #
+#              Dstar0Ds_D0g_Kpi_phipi.dec                  #
+# 					                   #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+#         V. Lillard            20/08/00                   #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias MyD+       D+
+Alias MyD-       D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+ChargeConj  MyB+ MyB-
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD+ MyD-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyD*0  Myanti-D*0 
+ChargeConj  MyD0 Myanti-D0
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+#
+Decay MyB+
+1.0000  Myanti-D*0   MyD_s+       SVS;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.0000 Myphi   pi+                       SVS;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+
+#CDecay  MyD*-
+#CDecay  MyD-
+CDecay  MyD_s-
+CDecay  Myanti-D*0
+CDecay  Myanti-D0   
+CDecay  MyB-
+
+#
+#
+#
+End
+
diff --git a/BaBar_2014/BpBm_Dstar0Dsm_DsKpimix.dec b/BaBar_2014/BpBm_Dstar0Dsm_DsKpimix.dec
new file mode 100644
index 0000000..48605f6
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dsm_DsKpimix.dec
@@ -0,0 +1,94 @@
+####################################################
+#                                                  #
+# Inclusive DsD* decay.dec #1                      #
+#                                                  #
+# DsD* signal from B+ B-     for SP2               #
+#                                                  #
+# Decay:    B- ->   D*(2007)0 Ds-, B+ -> X  +c.c.  #
+#                   |-> X      |                   #
+#                              |-> phi pi-     21% #
+#                              |-> phi pi- pi0 39% #
+#                              |-> K*0 K-      26% #
+#                              |-> Ks K-       14% #
+#                                                  #
+#                                phi -> K+ K-      #
+#                                K*0 -> K+ pi-     #
+#                                Ks -> pi+ pi-     #
+# 25 Oct 99 (IHB AWG)                              #
+# Roy Aleksan                                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_s+ D_s+
+Alias MyD_s- D_s-
+
+Alias MyPhi phi
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000 D*0 MyD_s-               SVS;
+Enddecay
+#
+Decay MyD_s-
+0.2100 MyPhi pi-                   SVS;
+0.3900 MyPhi rho-                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.2600 MyK*0 K-                    SVS;
+0.1400 MyK0  K-                   PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+Decay MyK*0
+1.0000 K+ pi-                      VSS;
+Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+######################################################################
+Decay MyB+
+1.0000 anti-D*0 MyD_s+                   SVS;
+Enddecay
+#
+Decay MyD_s+
+0.2100 MyPhi pi+                   SVS;
+0.3900 MyPhi rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.2600 Myanti-K*0 K+               SVS;
+0.1400 Myanti-K0  K+              PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000 K- pi+                      VSS;
+Enddecay
+#
+Decay Myanti-K0
+1.0000 MyK_S0                     PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Dstar0Dsm_DsToPhiPi.dec b/BaBar_2014/BpBm_Dstar0Dsm_DsToPhiPi.dec
new file mode 100644
index 0000000..e0c2b1d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dsm_DsToPhiPi.dec
@@ -0,0 +1,58 @@
+####################################################
+#                                                  #
+# $Id:						   #
+#						   #
+# Inclusive DsD* decay.dec #1                      #
+#                                                  #
+# DsD* signal from B+ B-     for SP2               #
+#                                                  #
+# Decay:    B- ->   D*(2007)0 Ds-, B+ -> X  +c.c.  #
+#                   |-> X      |                   #
+#                              |-> phi pi-    100% #
+#                                                  #
+#                                phi -> K+ K-      #
+# 25 Oct 99 (IHB AWG)                              #
+# Roy Aleksan                                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_s+ D_s+
+Alias MyD_s- D_s-
+
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000 D*0 MyD_s-               SVS;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyPhi pi-                   SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+######################################################################
+Decay MyB+
+1.0000 anti-D*0 MyD_s+                   SVS;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyPhi pi+                   SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Dstar0Dsstar_D0gDsg_To_Kpiphipi.dec b/BaBar_2014/BpBm_Dstar0Dsstar_D0gDsg_To_Kpiphipi.dec
new file mode 100644
index 0000000..d53cfbc
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dsstar_D0gDsg_To_Kpiphipi.dec
@@ -0,0 +1,111 @@
+############################################################
+#                                                          #
+# Exclusive DD decay.dec #2                                #
+#                                                          #
+# D*D* . from B+ B- for SP3                                #
+#                                                          #
+# Decay: B+ -> anti-D*0(2007) D_s*       B- -> X           #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+#                                                          #
+#        Dstar0Dsstar_D0gDsg_Kpiphipi.dec                  #
+# 					                   #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+#         V. Lillard            20/08/00                   #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias MyD+       D+
+Alias MyD-       D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+ChargeConj  MyB+ MyB-
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyD*0  Myanti-D*0 
+ChargeConj  MyD0 Myanti-D0
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+#
+Decay MyB+
+1.0000  Myanti-D*0   MyD_s*+       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+Decay MyD_s+
+1.0000 Myphi   pi+                       SVS;
+Enddecay
+#
+Decay Myphi
+1.0000 K+ K-                              VSS;
+Enddecay
+#
+
+
+#CDecay  MyD*-
+#CDecay  MyD-
+CDecay  MyD_s-
+CDecay  MyD_s*-
+CDecay  Myanti-D*0
+CDecay  Myanti-D0   
+CDecay  MyB-
+
+#
+#
+#
+End
+
diff --git a/BaBar_2014/BpBm_Dstar0Dsstarm_DsToPhiPi.dec b/BaBar_2014/BpBm_Dstar0Dsstarm_DsToPhiPi.dec
new file mode 100644
index 0000000..ff23a60
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dsstarm_DsToPhiPi.dec
@@ -0,0 +1,68 @@
+####################################################
+#                                                  #
+# $Id:						   #
+#						   #
+# Inclusive Ds*D* decay.dec #1                     #
+#                                                  #
+# Ds*D* signal from B+ B-     for SP2              #
+#                                                  #
+# Decay:    B- ->   D*(2007)0 Ds*-, B+ -> X  +c.c. #
+#                   |-> X      Ds- gamma           #
+#			       |                   #
+#                              |-> phi pi-    100% #
+#                                                  #
+#                                phi -> K+ K-      #
+# 25 Oct 99 (IHB AWG)                              #
+# Roy Aleksan                                      #
+# dm modified: g.london 17/2                       #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD_s+ D_s+
+Alias MyD_s- D_s-
+Alias MyD_s*+ D_s*+
+Alias MyD_s*- D_s*-
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000 D*0 MyD_s*-               SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+#
+Decay MyD_s*-
+1.0000 MyD_s- gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s-
+1.0000 MyPhi pi-                   SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+######################################################################
+Decay MyB+
+1.0000 anti-D*0 MyD_s*+               SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+#
+Decay MyD_s*+
+1.0000 MyD_s+ gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+1.0000 MyPhi pi+                   SVS;
+Enddecay
+#
+Decay MyPhi
+1.0000 K+ K-                       VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0p_Kpi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0p_Kpi.dec
new file mode 100644
index 0000000..cacebe1
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0p_Kpi.dec
@@ -0,0 +1,103 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #2                              #
+#                                                          #
+# D*D* . from B+ B- for SP3                             #
+#                                                          #
+# Decay: B+ -> anti-D*0(2007) D*+(2010)       B- -> X      #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+#                                                          #
+#              Dstar0Dstar_D0gD0p_Kpi.dec                  #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+#         V. Lillard            20/08/00                   #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias MyD+       D+
+Alias MyD-       D-
+Alias MyD_s*+   D_s*+
+Alias MyD_s*-   D_s*-
+Alias MyD_s+    D_s+
+Alias MyD_s-    D_s-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+ChargeConj  MyB+ MyB-
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyD*0  Myanti-D*0 
+ChargeConj  MyD0 Myanti-D0
+ChargeConj  MyD_s*+ MyD_s*-
+ChargeConj  MyD_s+ MyD_s-
+
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+#
+Decay MyB+
+1.0000  Myanti-D*0   MyD*+       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0    gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+
+
+CDecay  MyD*-
+#CDecay  MyD-
+CDecay  Myanti-D*0
+CDecay  Myanti-D0   
+CDecay  MyB-
+
+#
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piK3pi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piK3pi.dec
new file mode 100644
index 0000000..8dcf8d0
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piK3pi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piKpi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piKpi.dec
new file mode 100644
index 0000000..8d0c500
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piKpi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piKpipi0.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piKpipi0.dec
new file mode 100644
index 0000000..0a41a2e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piKpipi0.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piKspipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piKspipi.dec
new file mode 100644
index 0000000..59b4bf9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_K3piKspipi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiK3pi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiK3pi.dec
new file mode 100644
index 0000000..070cde9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiK3pi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiKpi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiKpi.dec
new file mode 100644
index 0000000..a2e6f69
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiKpi.dec
@@ -0,0 +1,123 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiKpipi0.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiKpipi0.dec
new file mode 100644
index 0000000..e26aa97
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiKpipi0.dec
@@ -0,0 +1,123 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiKspipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiKspipi.dec
new file mode 100644
index 0000000..e67fcf2
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KpiKspipi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0K3pi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0K3pi.dec
new file mode 100644
index 0000000..2ab3450
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0K3pi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kpi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kpi.dec
new file mode 100644
index 0000000..092c397
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kpi.dec
@@ -0,0 +1,123 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kpipi0.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..a5ad59f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kpipi0.dec
@@ -0,0 +1,123 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kspipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..40d773d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_Kpipi0Kspipi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiK3pi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiK3pi.dec
new file mode 100644
index 0000000..7bd9c18
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiK3pi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiKpi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiKpi.dec
new file mode 100644
index 0000000..2cf414c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiKpi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiKpipi0.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiKpipi0.dec
new file mode 100644
index 0000000..fda77de
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiKpipi0.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiKspipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiKspipi.dec
new file mode 100644
index 0000000..2e3e4bf
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0gD0pi_KspipiKspipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   gamma                    VSP_PWAVE;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piK3pi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piK3pi.dec
new file mode 100644
index 0000000..dcbc89f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piK3pi.dec
@@ -0,0 +1,154 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piKpi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piKpi.dec
new file mode 100644
index 0000000..2f8b645
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piKpi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piKpipi0.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piKpipi0.dec
new file mode 100644
index 0000000..c07651b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piKpipi0.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piKspipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piKspipi.dec
new file mode 100644
index 0000000..e24c12e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_K3piKspipi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiK3pi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiK3pi.dec
new file mode 100644
index 0000000..09f6e46
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiK3pi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiKpi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiKpi.dec
new file mode 100644
index 0000000..9d0214b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiKpi.dec
@@ -0,0 +1,123 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiKpipi0.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiKpipi0.dec
new file mode 100644
index 0000000..d0d293d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiKpipi0.dec
@@ -0,0 +1,123 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiKspipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiKspipi.dec
new file mode 100644
index 0000000..b5ef9d6
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KpiKspipi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0K3pi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0K3pi.dec
new file mode 100644
index 0000000..c8402d0
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0K3pi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kpi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kpi.dec
new file mode 100644
index 0000000..d5c794e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kpi.dec
@@ -0,0 +1,123 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kpipi0.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..e16bcc4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kpipi0.dec
@@ -0,0 +1,123 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kspipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..20bcd7d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_Kpipi0Kspipi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiK3pi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiK3pi.dec
new file mode 100644
index 0000000..50e947e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiK3pi.dec
@@ -0,0 +1,160 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiKpi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiKpi.dec
new file mode 100644
index 0000000..b5540dc
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiKpi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiKpipi0.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiKpipi0.dec
new file mode 100644
index 0000000..de5cefa
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiKpipi0.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiKspipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiKspipi.dec
new file mode 100644
index 0000000..0e76b55
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0D0pi_KspipiKspipi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD0_2    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_K3piKpipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_K3piKpipi.dec
new file mode 100644
index 0000000..32c819e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_K3piKpipi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_KpiKpipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_KpiKpipi.dec
new file mode 100644
index 0000000..9ce32e6
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_KpiKpipi.dec
@@ -0,0 +1,123 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_Kpipi0Kpipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_Kpipi0Kpipi.dec
new file mode 100644
index 0000000..2229071
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_Kpipi0Kpipi.dec
@@ -0,0 +1,123 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_KspipiKpipi.dec b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_KspipiKpipi.dec
new file mode 100644
index 0000000..d5bd7d8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Dstar_D0pi0Dchpi0_KspipiKpipi.dec
@@ -0,0 +1,135 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         V. Lillard            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+ChargeConj MyK_S0 MyK_S0
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  Myanti-D*0_1   MyD*+_2       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*0_1
+1.0000  MyD0_1   pi0                    VSS;
+Enddecay
+
+CDecay Myanti-D*0_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD*+_2 
+1.0000  MyD+_2    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_2 
+#
+#
+Decay MyD+_2 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0K3pi_DminusK2pi_K0S.dec b/BaBar_2014/BpBm_Dstar0K3pi_DminusK2pi_K0S.dec
new file mode 100644
index 0000000..e333e19
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K3pi_DminusK2pi_K0S.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*0 D- K0s                             #
+#              D0->K3pi, D-->K+pi-pi-, K0s->pi+pi-    #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Apr/00                 #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0k3pi  MyD-  myKs      PHSP;
+Enddecay
+CDecay MyB+
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_Dstar0K_CPminusCocktail.dec b/BaBar_2014/BpBm_Dstar0K_CPminusCocktail.dec
new file mode 100644
index 0000000..0fb49ea
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_CPminusCocktail.dec
@@ -0,0 +1,141 @@
+#####################################################
+#                                                   #
+# Decay: B- -> Dstar0 K-      B+ -> Dstar0bar K+    #
+#              |                    |               #
+#     (50%)    |-> D0 pi0           |-> D0bar pi0   #
+#     (50%)    |-> D0 gamma         |-> D0bar gamma #
+#                                                   #
+#                                                   #
+#              D0                   D0bar           #
+#              |                    |               #
+#              |                    |               #
+#              |                    |               #
+#              |->    Ks0 pi0     <-|               #
+#              |->    Ks0 phi     <-|               #
+#              |->    Ks0 rho0    <-|               #
+#              |->    Ks0 omega   <-|               #
+#              |->    Ks0 eta     <-|               #
+#              |->    Ks0 eta'    <-|               #
+#              |->    pi0 phi     <-|               #
+#              |->    pi0 rho0    <-|               #
+#                                                   #
+#                                                   #
+#                     Ks0                           #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     phi                           #
+#                     |                             #
+#                     |-> K+ K-                     #
+#                                                   #
+#                     rho0                          #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     omega                         #
+#                     |                             #
+#                     |-> pi+ pi- pi0               #
+#                                                   #
+#                     eta                           #
+#                     |                             #
+#     (50%)           |-> pi+ pi- pi0               #
+#     (50%)           |-> gamma gamma               #
+#                                                   #
+#                     eta'                          #
+#                     |                             #
+#                     |-> rho0 gamma                #
+#                                                   #
+#                                                   #
+# Author: Malcolm John                              #
+# created: 25 May 2002  			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyDstar0 		D*0
+Alias Myanti-Dstar0 	anti-D*0 
+Alias MyD0              D0
+Alias Myanti-D0         anti-D0
+ 
+Alias MyK_S0  K_S0
+Alias MyPhi phi 
+Alias MyRho0 rho0 
+Alias MyOmega  omega
+Alias MyEta eta 
+Alias MyEta'  eta'
+
+#
+Decay Upsilon(4S)
+1.00	MyB- MyB+		 	 VSS;
+Enddecay 
+#
+Decay MyB-
+1.0000 MyDstar0 K-                       SVS;
+Enddecay
+#  
+Decay MyB+
+1.0000 Myanti-Dstar0 K+                  SVS;
+Enddecay
+#
+Decay MyDstar0
+0.50	MyD0 pi0                         VSS;  
+0.50    MyD0 gamma                 VSP_PWAVE; 
+Enddecay 
+#
+Decay Myanti-Dstar0 
+0.50    Myanti-D0 pi0                    VSS;
+0.50    Myanti-D0 gamma            VSP_PWAVE;
+Enddecay 
+#
+Decay MyD0
+0.125  pi0 MyK_S0 			PHSP;
+0.125  MyPhi MyK_S0			SVS;
+0.125  MyRho0 MyK_S0			SVS;
+0.125  MyOmega MyK_S0			SVS;
+0.125  MyEta	MyK_S0 			PHSP;
+0.125  MyEta'	MyK_S0 			PHSP;
+0.125  MyPhi pi0			SVS;
+0.125  MyRho0 pi0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+0.125  pi0 MyK_S0 			PHSP;
+0.125  MyPhi MyK_S0			SVS;
+0.125  MyRho0 MyK_S0			SVS;
+0.125  MyOmega MyK_S0			SVS;
+0.125  MyEta	MyK_S0 			PHSP;
+0.125  MyEta'	MyK_S0 			PHSP;
+0.125  MyPhi pi0			SVS;
+0.125  MyRho0 pi0			SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                            VSS;
+Enddecay 
+#
+Decay MyRho0
+1.000  pi- pi+		                 VSS;
+Enddecay
+#
+Decay MyOmega
+1.000    pi-  pi+  pi0          OMEGA_DALITZ;
+Enddecay 
+#
+Decay MyEta
+0.50    pi+ pi- pi0               ETA_DALITZ;
+0.50    gamma gamma                     PHSP;
+Enddecay
+# 
+Decay MyEta'
+1.000 MyRho0 gamma                      SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Dstar0K_CPplusCocktail.dec b/BaBar_2014/BpBm_Dstar0K_CPplusCocktail.dec
new file mode 100644
index 0000000..15b977c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_CPplusCocktail.dec
@@ -0,0 +1,117 @@
+#####################################################
+#                                                   #
+# Decay: B- -> Dstar0 K-      B+ -> Dstar0bar K+    #
+#              |                    |               #
+#     (50%)    |-> D0 pi0           |-> D0bar pi0   #
+#     (50%)    |-> D0 gamma         |-> D0bar gamma #
+#                                                   #
+#                                                   #
+#              D0                   D0bar           #
+#              |                    |               #
+#              |                    |               #
+#              |                    |               #
+#              |->    pi+ pi-     <-|               #
+#              |->    K+  K-      <-|               #
+#              |->    pi0 pi0     <-|               #
+#              |->    Ks0 Ks0     <-|               #
+#              |->    eta phi     <-|               #
+#              |->    eta rho     <-|               #
+#                                                   #
+#                                                   #
+#                     Ks0                           #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     phi                           #
+#                     |                             #
+#                     |-> K+ K-                     #
+#                                                   #
+#                     rho0                          #
+#                     |                             #
+#                     |-> pi+ pi-                   #
+#                                                   #
+#                     eta                           #
+#                     |                             #
+#     (50%)           |-> pi+ pi- pi0               #
+#     (50%)           |-> gamma gamma               #
+#                                                   #
+#                                                   #
+# Author: Malcolm John                              #
+# created: 25 May 2002  			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyDstar0 		D*0
+Alias Myanti-Dstar0 	anti-D*0 
+Alias MyD0              D0
+Alias Myanti-D0         anti-D0
+ 
+Alias MyK_S0  K_S0
+Alias MyPhi phi 
+Alias MyRho0 rho0 
+Alias MyEta eta 
+
+#
+Decay Upsilon(4S)
+1.00	MyB- MyB+		 	 VSS;
+Enddecay 
+#
+Decay MyB-
+1.0000 MyDstar0 K-                       SVS;
+Enddecay
+#  
+Decay MyB+
+1.0000 Myanti-Dstar0 K+                  SVS;
+Enddecay
+#
+Decay MyDstar0
+0.50	MyD0 pi0                         VSS;  
+0.50    MyD0 gamma                 VSP_PWAVE; 
+Enddecay 
+#
+Decay Myanti-Dstar0 
+0.50    Myanti-D0 pi0                    VSS;
+0.50    Myanti-D0 gamma            VSP_PWAVE;
+Enddecay 
+#
+Decay MyD0
+0.166  pi+ pi-                          PHSP;
+0.166  K+ K-                            PHSP;
+0.166  pi0 pi0                          PHSP;
+0.166  MyK_S0 MyK_S0                    PHSP;
+0.166  MyPhi MyEta                       SVS;
+0.166  MyRho0 MyEta                      SVS;
+Enddecay
+#
+Decay Myanti-D0
+0.166  pi+ pi-                          PHSP;
+0.166  K+ K-                            PHSP;
+0.166  pi0 pi0                          PHSP;
+0.166  MyK_S0 MyK_S0                    PHSP;
+0.166  MyPhi MyEta                       SVS;
+0.166  MyRho0 MyEta                      SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                            VSS;
+Enddecay 
+#
+Decay MyRho0
+1.000  pi- pi+		                 VSS;
+Enddecay
+#
+Decay MyEta
+0.50    pi+ pi- pi0               ETA_DALITZ;
+0.50    gamma gamma                     PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Dstar0K_D0CabibboNonCP.dec b/BaBar_2014/BpBm_Dstar0K_D0CabibboNonCP.dec
new file mode 100644
index 0000000..ea5ec83
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_D0CabibboNonCP.dec
@@ -0,0 +1,111 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*0 K-         B+ -> D*0bar K+       #
+#              |                    |               #
+#              |->    K*+    K-   <-|               #
+#              |->    K*-    K+   <-|               #
+#              |->    K*0    Ks   <-|               #
+#              |->    K*0bar Ks   <-|               #
+#              |->    rho+   pi-  <-|               #
+#              |->    rho-   pi+  <-|               #
+#                                                   #
+# with                Ks   -> pi+ pi-               #
+#                     K*0  -> K-  pi+               #
+#                     K*+  -> Ks pi+ and K+ pi0     #
+#                     rho+ -> generic               #
+#                     D*0  -> generic               #
+#                                                   #
+# Author: Abi Soffer                                #
+# created: 6 Nov 2002    			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+ 
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+Alias MyK*0   K*0
+Alias Myanti-K*0   anti-K*0
+
+Alias MyKs  K_S0
+
+
+Decay Upsilon(4S)
+0.5	MyB- B+			VSS;
+0.5	MyB+ B-			VSS;
+Enddecay
+
+# write the B decays as b->u. This doesn't really matter in the final
+# state, but will make identifying them in the MC truth slightly easier:
+#
+Decay MyB-
+1.00	Myanti-D*0 K-		PHSP;
+Enddecay 
+
+Decay MyB+
+1.00	MyD*0 K+		     	PHSP;
+Enddecay 
+
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay Myanti-D0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay MyKs
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+
+Decay MyK*0
+1.000    K- pi+ VSS;
+Enddecay 
+
+Decay Myanti-K*0
+1.000    K+ pi- VSS;
+Enddecay 
+
+# K*+ -> Ks pi+ 50%, due to K0 -> Ks:
+Decay MyK*+
+0.5      MyKs  pi+                        VSS;
+0.5      K+  pi0                          VSS;
+Enddecay 
+
+Decay MyK*-
+0.5      MyKs  pi-                        VSS;
+0.5      K-  pi0                          VSS;
+Enddecay 
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Dstar0K_D0mKsKK_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0K_D0mKsKK_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..d04e20d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_D0mKsKK_Ksmpipi_PHSP.dec
@@ -0,0 +1,63 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K-, B+ -> X    + c.c.  
+#              D0 pi0/gamma               		       	#
+#               |                                  		#
+#               `-> K+K-    K_S0                       		#
+#                            | 					#
+#                            `   -> pi+ pi-                     #  	  
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  K+ K-  MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  K+ K-  MyK_S0			PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_D0mKsKpi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0K_D0mKsKpi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..f6a8a92
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_D0mKsKpi_Ksmpipi_PHSP.dec
@@ -0,0 +1,65 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D0 K-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> Kpi   K_S0                       		#
+#                            | 					#
+#                        `   -> pi+ pi-                         #  	  
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+6.9 K- pi+   MyK_S0			PHSP;
+5.2 K+ pi-   MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+6.9 K+ pi-   MyK_S0                     PHSP;
+5.2 K- pi+   MyK_S0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_D0mKspipi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0K_D0mKspipi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..16e28d6
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_D0mKspipi_Ksmpipi_PHSP.dec
@@ -0,0 +1,63 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K-, B+ -> X    + c.c.  
+#              D0 pi0/gamma               		       	#
+#               |                                  		#
+#               `-> pi+pi-  K_S0                       		#
+#                            | 					#
+#                            `   -> pi+ pi-                     #  	  
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi-  MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi-  MyK_S0			PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_D0mpi0pipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0K_D0mpi0pipi_PHSP.dec
new file mode 100644
index 0000000..1ccaf9b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_D0mpi0pipi_PHSP.dec
@@ -0,0 +1,56 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K-, B+ -> X    + c.c.  
+#              D0 pi0/gamma               		       	#
+#               |                                  		#
+#               `-> pi+pi- pi0                       		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K+                   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K-                        PHSP;
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi-  pi0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi-  pi0 		PHSP;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mK3pi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mK3pi.dec
new file mode 100644
index 0000000..f775412
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mK3pi.dec
@@ -0,0 +1,51 @@
+#####################################################################
+#                                                                   #
+# Decay: B- -> Dstar0 K- (Dstar0 ->D0 gamma (D0 -> K- pi+ pi+ pi-)) #  
+#        B+ -> X;   + cc                                            #
+#                                                                   #
+# Author: Giampiero Mancinelli                                      #
+# Date:                    05/25/2001                               #
+#####################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   gamma                        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                   VSP_PWAVE;  
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKK.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKK.dec
new file mode 100644
index 0000000..818851d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKK.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 K- (Dstar0 ->D0 gamma (D0 -> K- K+))      #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giovanni Marchiori                                    #
+# Date:                    03/15/2002                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   gamma                        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                   VSP_PWAVE;  
+Enddecay
+#
+Decay MyD0
+1.000   K-  K+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  K-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKpi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKpi.dec
new file mode 100644
index 0000000..bdde0ae
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKpi.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 K- (Dstar0 ->D0 gamma (D0 -> K- pi+))     #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    05/25/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   gamma                        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                   VSP_PWAVE;  
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKpipi0.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKpipi0.dec
new file mode 100644
index 0000000..2a33082
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKpipi0.dec
@@ -0,0 +1,50 @@
+##################################################################
+#                                                                #
+# Decay: B- -> Dstar0 K- (Dstar0 ->D0 gamma (D0 -> K- pi+ p0))   #  
+#        B+ -> X;   + cc                                         #
+#                                                                #
+# Author: Giampiero Mancinelli                                   #
+# Date:                    05/25/2001                            #
+##################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   gamma                        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                   VSP_PWAVE;  
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKspi0_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKspi0_Ksmpipi.dec
new file mode 100644
index 0000000..7dc1d42
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKspi0_Ksmpipi.dec
@@ -0,0 +1,68 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 K-,    B+ -> X;    + cc                   #
+#              Dstar0 -> D0 gamma                               #
+#              D0                                               #
+#               |                                  		#
+#               `-> K_S0 pi0                      		#
+#                     | 					#
+#                     `-> pi+ pi-                       	#  	  
+#		      						#
+#		                       				#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   gamma                         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.000   MyK_S0 pi0           		PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK_S0 pi0                  	PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKsrho0_Ksmpipi_rho0mpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKsrho0_Ksmpipi_rho0mpipi.dec
new file mode 100644
index 0000000..00ca66b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mKsrho0_Ksmpipi_rho0mpipi.dec
@@ -0,0 +1,72 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 K-,    B+ -> X;    + cc                   #
+#              Dstar0 -> D0 gamma                               #
+#              D0                                               #
+#               |                                  		#
+#               `-> rho0 K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> pi+ pi-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+Alias MyRho0 rho0 
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   gamma                         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+ pi-	                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec
new file mode 100644
index 0000000..dca24da
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec
@@ -0,0 +1,78 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 K-,    B+ -> X;    + cc                   #
+#              Dstar0 -> D0 gamma                               #
+#              D0                                               #
+#               |                                  		#
+#               `-> eta'  K_S0                       		#
+#                    |      | 					#
+#                    |      `-> pi+ pi-                       	#  	  
+#		     | 						#
+#		     `-> rho0 gamma 				#
+#                         |               			#
+#                         `-> pi+ pi-		      		#
+#								#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myeta'  eta'
+Alias Myrho0  rho0
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   gamma                         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.000 	MyK_S0 Myeta'  		        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000 	MyK_S0 Myeta'                  	PHSP;
+Enddecay
+#
+Decay Myeta'
+1.000 Myrho0 gamma 			SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+   pi-                     	VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0momegaKs_omegam3pi_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0momegaKs_omegam3pi_Ksmpipi.dec
new file mode 100644
index 0000000..8078fa1
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0momegaKs_omegam3pi_Ksmpipi.dec
@@ -0,0 +1,73 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 K-,    B+ -> X;    + cc                   #
+#              Dstar0 -> D0 gamma                               #
+#              D0                                               #
+#               |                                  		#
+#               `-> omega K_S0                       		#
+#                     |     | 					#
+#                     |     `-> pi+ pi-                         #  	  
+#		      |						#
+#		      `--> pi+ pi- pi0                 		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myomega omega
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   gamma                         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.000   Myomega MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myomega MyK_S0                  SVS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi+ pi- pi0  	                OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mphiKs_phimKK_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mphiKs_phimKK_Ksmpipi.dec
new file mode 100644
index 0000000..7018972
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mphiKs_phimKK_Ksmpipi.dec
@@ -0,0 +1,73 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 K-,    B+ -> X;    + cc                   #
+#              Dstar0 -> D0 gamma                               #
+#              D0                                               #
+#               |                                  		#
+#               `-> phi K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> K+ K-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myphi phi
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   gamma                         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.000   Myphi MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myphi MyK_S0   	                SVS;
+Enddecay
+#
+Decay Myphi
+1.000  K+ K-                 		VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mpipi.dec
new file mode 100644
index 0000000..60243a2
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0gamma_D0mpipi.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 K- (Dstar0 ->D0 gamma (D0 -> pi- pi+))    #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giovanni Marchiori                                    #
+# Date:                    03/15/2002                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   gamma                        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                   VSP_PWAVE;  
+Enddecay
+#
+Decay MyD0
+1.000   pi-  pi+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   pi+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mK3pi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mK3pi.dec
new file mode 100644
index 0000000..775f46c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mK3pi.dec
@@ -0,0 +1,51 @@
+###################################################################
+#                                                                 #
+# Decay: B- -> Dstar0 K- (Dstar0 ->D0 pi0 (D0 -> K- pi+ pi+ pi-)) #  
+#        B+ -> X;   + cc                                          #
+#                                                                 #
+# Author: Giampiero Mancinelli                                    #
+# Date:                    03/09/2001                             #
+###################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                    VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKK.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKK.dec
new file mode 100644
index 0000000..d4b6c87
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKK.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 K- (Dstar0 ->D0 pi0 (D0 -> K- K+))        #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                    VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  K+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  K-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKpi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKpi.dec
new file mode 100644
index 0000000..75f9b0b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKpi.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 K- (Dstar0 ->D0 pi0 (D0 -> K- pi+))       #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                    VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKpipi0.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKpipi0.dec
new file mode 100644
index 0000000..dffe90a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKpipi0.dec
@@ -0,0 +1,50 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 K- (Dstar0 ->D0 pi0 (D0 -> K- pi+ p0))   #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                    VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKspi0_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKspi0_Ksmpipi.dec
new file mode 100644
index 0000000..cf48bca
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKspi0_Ksmpipi.dec
@@ -0,0 +1,68 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 K-,    B+ -> X;    + cc                   #
+#              Dstar0 -> D0 pi0                                 #
+#              D0                                               #
+#               |                                  		#
+#               `-> K_S0 pi0                      		#
+#                     | 					#
+#                     `-> pi+ pi-                       	#  	  
+#		      						#
+#		                       				#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                      VSS;
+Enddecay
+#
+Decay MyD0
+1.000   MyK_S0 pi0           		PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK_S0 pi0                  	PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKsrho0_Ksmpipi_rho0mpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKsrho0_Ksmpipi_rho0mpipi.dec
new file mode 100644
index 0000000..215af8c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mKsrho0_Ksmpipi_rho0mpipi.dec
@@ -0,0 +1,72 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 K-,    B+ -> X;    + cc                   #
+#              Dstar0 -> D0 pi0                                 #
+#              D0                                               #
+#               |                                  		#
+#               `-> rho0 K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> pi+ pi-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+Alias MyRho0 rho0 
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                      VSS;
+Enddecay
+#
+Decay MyD0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+ pi-	                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec
new file mode 100644
index 0000000..e75361c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec
@@ -0,0 +1,78 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 K-,    B+ -> X;    + cc                   #
+#              Dstar0 -> D0 pi0                                 #
+#              D0                                               #
+#               |                                  		#
+#               `-> eta'  K_S0                       		#
+#                    |      | 					#
+#                    |      `-> pi+ pi-                       	#  	  
+#		     | 						#
+#		     `-> rho0 gamma 				#
+#                         |               			#
+#                         `-> pi+ pi-		      		#
+#								#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myeta'  eta'
+Alias Myrho0  rho0
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                      VSS;
+Enddecay
+#
+Decay MyD0
+1.000 	MyK_S0 Myeta'  		        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000 	MyK_S0 Myeta'                  	PHSP;
+Enddecay
+#
+Decay Myeta'
+1.000 Myrho0 gamma 			SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+   pi-                     	VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0momegaKs_omegam3pi_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0momegaKs_omegam3pi_Ksmpipi.dec
new file mode 100644
index 0000000..98c779e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0momegaKs_omegam3pi_Ksmpipi.dec
@@ -0,0 +1,73 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 K-,    B+ -> X;    + cc                   #
+#              Dstar0 -> D0 pi0                                 #
+#              D0                                               #
+#               |                                  		#
+#               `-> omega K_S0                       		#
+#                     |     | 					#
+#                     |     `-> pi+ pi-                         #  	  
+#		      |						#
+#		      `--> pi+ pi- pi0                 		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myomega omega
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                      VSS;
+Enddecay
+#
+Decay MyD0
+1.000   Myomega MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myomega MyK_S0                  SVS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi+ pi- pi0  	                OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mphiKs_phimKK_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mphiKs_phimKK_Ksmpipi.dec
new file mode 100644
index 0000000..2a2c05c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mphiKs_phimKK_Ksmpipi.dec
@@ -0,0 +1,73 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 K-,    B+ -> X;    + cc                   #
+#              Dstar0 -> D0 pi0                                 #
+#              D0                                               #
+#               |                                  		#
+#               `-> phi K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> K+ K-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myphi phi
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                      VSS;
+Enddecay
+#
+Decay MyD0
+1.000   Myphi MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myphi MyK_S0   	                SVS;
+Enddecay
+#
+Decay Myphi
+1.000  K+ K-                 		VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mpipi.dec b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mpipi.dec
new file mode 100644
index 0000000..42d6d91
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0K_Dstar0mD0pi0_D0mpipi.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 K- (Dstar0 ->D0 pi0 (D0 -> pi- pi+))      #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 K+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 K-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                    VSS;
+Enddecay
+#
+Decay MyD0
+1.000   pi-  pi+                      	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   pi+  pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kpi0_D0CP.dec b/BaBar_2014/BpBm_Dstar0Kpi0_D0CP.dec
new file mode 100755
index 0000000..874fb60
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kpi0_D0CP.dec
@@ -0,0 +1,197 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B+- --> Dstar0 K pi0, Dstar0 --> D0pi0, D0gamma        #
+#                                       D0 --> CP modes                  #
+#   CP modes: KK, KsPi0, KsEta, KsEtap, KsOmega, KsRho0, KsPhi, Rho0Pi0  #
+#                                                                        #
+# The D0 decay modes are into CP eigenstates.                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   6th of November 2002                                           #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB+       B+
+Alias MyB-       B-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+Alias NewEta     eta
+Alias NewEta2    eta
+Alias NewEtap    eta'
+Alias NewOmega   omega
+Alias NewPhi     phi
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.500 MyB+ B-                          VSS;
+  0.500 MyB- B+                          VSS;
+Enddecay
+
+
+###################################################
+# B+- -> D0(bar) K+- pi0
+###################################################
+
+Decay MyB+
+  0.0004    Myanti-D*0  K+      pi0      PHSP;
+Enddecay
+
+Decay MyB-
+  0.0004    MyD*0       K-      pi0      PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> KK, KsPi0, KsEta, KsEtap,
+#            KsOmega, KsRho0, KsPhi, Rho0Pi0
+###################################################
+
+Decay MyD0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+Decay Myanti-D0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+# The final state K pi pi can be reached through the K omega, via:
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+###################################################
+# "New" decay types (due to reconstruction issues)
+###################################################
+
+Decay NewPhi
+  1.0000  K- K+                 VSS;
+Enddecay
+
+Decay NewOmega
+  1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+
+Decay NewEtap
+  1.0000  pi+ pi- NewEta2       PHSP;
+Enddecay
+
+Decay NewEta
+  0.3933  pi+ pi- pi0           ETA_DALITZ;
+  0.2300  gamma gamma           PHSP;
+Enddecay
+
+Decay NewEta2
+  1.0000  gamma gamma           PHSP;
+Enddecay
+
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kpi0_D0NonCP.dec b/BaBar_2014/BpBm_Dstar0Kpi0_D0NonCP.dec
new file mode 100755
index 0000000..dbd2476
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kpi0_D0NonCP.dec
@@ -0,0 +1,160 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B+- --> Dstar0 K pi0, Dstar0 --> D0pi0, D0gamma        #
+#                                       D0 --> Kpi, Kpipi0, Kpipipi      #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   6th of November 2002                                           #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB+       B+
+Alias MyB-       B-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.500 MyB+ B-                          VSS;
+  0.500 MyB- B+                          VSS;
+Enddecay
+
+
+###################################################
+# B+- -> D0(bar) K+- pi0
+###################################################
+
+Decay MyB+
+  0.0004    Myanti-D*0  K+      pi0      PHSP;
+Enddecay
+
+Decay MyB-
+  0.0004    MyD*0       K-      pi0      PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kpipi0_DminusK2pi_K0S.dec b/BaBar_2014/BpBm_Dstar0Kpipi0_DminusK2pi_K0S.dec
new file mode 100644
index 0000000..475d7c8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kpipi0_DminusK2pi_K0S.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*0 D- K0s                             #
+#              D0->Kpipi0, D-->K+pi-pi-, K0s->pi+pi-  #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Apr/00                 #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*0kpipi0  MyD-  myKs      PHSP;
+Enddecay
+CDecay MyB+
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
+#
diff --git a/BaBar_2014/BpBm_Dstar0Krho0_D0CP.dec b/BaBar_2014/BpBm_Dstar0Krho0_D0CP.dec
new file mode 100755
index 0000000..a19d66b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Krho0_D0CP.dec
@@ -0,0 +1,197 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B+- --> Dstar0 K rho0, Dstar0 --> D0pi0, D0gamma       #
+#                                        D0 --> CP modes                 #
+#   CP modes: KK, KsPi0, KsEta, KsEtap, KsOmega, KsRho0, KsPhi, Rho0Pi0  #
+#                                                                        #
+# The D0 decay modes are into CP eigenstates.                            #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   6th of November 2002                                           #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB+       B+
+Alias MyB-       B-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+Alias NewEta     eta
+Alias NewEta2    eta
+Alias NewEtap    eta'
+Alias NewOmega   omega
+Alias NewPhi     phi
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.500 MyB+ B-                          VSS;
+  0.500 MyB- B+                          VSS;
+Enddecay
+
+
+###################################################
+# B+- -> D0(bar) K+- pi0
+###################################################
+
+Decay MyB+
+  0.0004    Myanti-D*0  K+      rho0     PHSP;
+Enddecay
+
+Decay MyB-
+  0.0004    MyD*0       K-      rho0     PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> KK, KsPi0, KsEta, KsEtap,
+#            KsOmega, KsRho0, KsPhi, Rho0Pi0
+###################################################
+
+Decay MyD0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+Decay Myanti-D0
+# CP Even
+  0.00412   K+       K-         PHSP;
+# CP Odd
+  0.00782   MyKs     pi0        PHSP;
+  0.0016    MyKs     NewEta     PHSP;
+  0.00365   MyKs     NewEtap    PHSP;
+  0.0067    NewOmega MyKs       SVS;
+  0.00504   rho0     MyKs       SVS;
+  0.0016    NewPhi   MyKs       SVS;
+  0.004     rho0     pi0        SVS;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+# The final state K pi pi can be reached through the K omega, via:
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+###################################################
+# "New" decay types (due to reconstruction issues)
+###################################################
+
+Decay NewPhi
+  1.0000  K- K+                 VSS;
+Enddecay
+
+Decay NewOmega
+  1.0000  pi- pi+ pi0           OMEGA_DALITZ;
+Enddecay
+
+Decay NewEtap
+  1.0000  pi+ pi- NewEta2       PHSP;
+Enddecay
+
+Decay NewEta
+  0.3933  pi+ pi- pi0           ETA_DALITZ;
+  0.2300  gamma gamma           PHSP;
+Enddecay
+
+Decay NewEta2
+  1.0000  gamma gamma           PHSP;
+Enddecay
+
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Krho0_D0NonCP.dec b/BaBar_2014/BpBm_Dstar0Krho0_D0NonCP.dec
new file mode 100755
index 0000000..c9d4bea
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Krho0_D0NonCP.dec
@@ -0,0 +1,160 @@
+##########################################################################
+#                                                                        #
+# Decay file for: B+- --> Dstar0 K rho0, Dstar0 --> D0pi0, D0gamma       #
+#                                        D0 --> Kpi, Kpipi0, Kpipipi     #
+#                                                                        #
+# The D0 decay modes are into nonCP eigenstates.                         #
+#                                                                        #
+# Author: Troels Petersen, LAL                                           #
+# Date:   6th of November 2002                                           #
+#                                                                        #
+##########################################################################
+
+###################################################
+# Define alias
+###################################################
+
+Alias MyB+       B+
+Alias MyB-       B-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+
+Alias Mya_1+     a_1+
+Alias Mya_1-     a_1-
+Alias MyK_1+     K_1+
+Alias MyK_1-     K_1-
+Alias MyK*0      K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega    omega
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+Alias MyKs       K_S0
+
+
+###################################################
+# Begin the decays
+###################################################
+
+Decay Upsilon(4S)
+  0.500 MyB+ B-                          VSS;
+  0.500 MyB- B+                          VSS;
+Enddecay
+
+
+###################################################
+# B+- -> D0(bar) K+- pi0
+###################################################
+
+Decay MyB+
+  0.0004    Myanti-D*0  K+      rho0     PHSP;
+Enddecay
+
+Decay MyB-
+  0.0004    MyD*0       K-      rho0     PHSP;
+Enddecay
+
+
+###################################################
+# Dstar0(bar) -> D0(bar) pi0, D0(bar) gamma
+###################################################
+
+Decay MyD*0
+  0.6190    MyD0       pi0      VSS;
+  0.3810    MyD0       gamma    VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+  0.6190    Myanti-D0  pi0      VSS;
+  0.3810    Myanti-D0  gamma    VSP_PWAVE;
+Enddecay
+
+
+###################################################
+# D0(bar) -> K pi, K pi pi0, K pi pi pi
+###################################################
+
+Decay MyD0
+  0.142     K-  pi+             PHSP;
+  0.513     K-  pi+  pi0        D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1+ K-           SVS;
+  0.0123    MyK_1- pi+          SVS;
+  0.0375    Myanti-K*0 pi+ pi-  PHSP;
+  0.0194    K- pi+ rho0         PHSP;
+  0.0462    K- pi+ pi+ pi-      PHSP;
+  0.0346    Myanti-K*0 rho0     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay Myanti-D0
+  0.142     K+    pi-           PHSP;
+  0.513     K+    pi-  pi0      D_DALITZ;
+  #### K 3pi (0.277 in total) ###
+  0.1270    Mya_1- K+           SVS;
+  0.0123    MyK_1+ pi-          SVS;
+  0.0375    MyK*0 pi- pi+       PHSP;
+  0.0194    K+ pi- rho0         PHSP;
+  0.0462    K+ pi- pi- pi+      PHSP;
+  0.0346    MyK*0 rho0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+###################################################
+# Light meson decays
+###################################################
+
+Decay MyK0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay Myanti-K0
+  1.000   MyKs                  PHSP;
+Enddecay
+
+Decay MyKs
+  1.000   pi+ pi-               PHSP;
+Enddecay
+
+
+Decay Mya_1+
+  1.0000  rho0 pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+  1.0000  rho0 pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay MyK_1+
+  0.3913  rho0 K+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  MyK*0 pi+             VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K+ pi- pi+            PHSP;
+Enddecay
+
+Decay MyK_1-
+  0.3913  rho0 K-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.1984  Myanti-K*0 pi-        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.0067  Myomega K-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+  0.4036  K- pi+ pi-            PHSP;
+Enddecay
+
+
+Decay MyK*0
+  1.0000  K+ pi-                VSS;
+Enddecay
+
+Decay Myanti-K*0
+  1.0000  K- pi+                VSS;
+Enddecay
+
+
+Decay Myomega
+  1.0000  pi- pi+               VSS;
+Enddecay
+
+
+###################################################
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar.dec b/BaBar_2014/BpBm_Dstar0Kstar.dec
new file mode 100644
index 0000000..29018a1
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar.dec
@@ -0,0 +1,73 @@
+###################################################
+#                                                 #
+# Decay: B+ -> anti-D*0 K*+,     B- -> X;   + cc  #
+#                                                 #
+# Author: Tania McMahon                           #
+# Date:                    05/30/02               #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK*+ K*+
+Alias MyK*- K*-
+ChargeConj MyK*+  MyK*-
+#
+Alias MyK_S0   K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D*0  MyK*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+Decay MyB-
+1.000   MyD*0  MyK*-               SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190  Myanti-D0    pi0                       VSS;
+0.3810  Myanti-D0    gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0
+0.6190  MyD0    pi0                       VSS;
+0.3810  MyD0    gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.0383   K-  pi+                         PHSP;
+0.1390   K-  pi+  pi0                    D_DALITZ;
+0.0749   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+Decay Myanti-D0
+0.0383   K+  pi-                         PHSP;
+0.1390   K+  pi-  pi0                    D_DALITZ;
+0.0749   K+  pi-  pi+   pi-              PHSP;
+Enddecay
+#
+Decay MyK*+
+0.2265      MyK_S0  pi+                        VSS;
+0.3330      K+  pi0                        VSS;
+Enddecay
+Decay MyK*-
+0.2265      MyK_S0   pi-                        VSS;
+0.3330      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_00.dec b/BaBar_2014/BpBm_Dstar0Kstar_00.dec
new file mode 100644
index 0000000..4ecbb07
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_00.dec
@@ -0,0 +1,77 @@
+###################################################
+#                                                 #
+# Decay: B+ -> anti-D*0 K*+,     B- -> X;   + cc  #
+#                                                 #
+# Author: Tania McMahon                           #
+# Date:                    05/30/02               #
+# Update:  Stephen Levy    01/20/03               #
+# Date:                    01/20/03               #
+#       Only longitudinal polarization            #
+#             |H+|=|H-|=0, |H0|=1                 #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK*+ K*+
+Alias MyK*- K*-
+ChargeConj MyK*+  MyK*-
+#
+Alias MyK_S0   K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D*0  MyK*+                SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+Decay MyB-
+1.000   MyD*0  MyK*-                    SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190  Myanti-D0    pi0                VSS;
+0.3810  Myanti-D0    gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0
+0.6190  MyD0    pi0                     VSS;
+0.3810  MyD0    gamma                   VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.0383   K-  pi+                        PHSP;
+0.1390   K-  pi+  pi0                   D_DALITZ;
+0.0749   K-  pi+  pi+   pi-             PHSP;
+Enddecay
+Decay Myanti-D0
+0.0383   K+  pi-                        PHSP;
+0.1390   K+  pi-  pi0                   D_DALITZ;
+0.0749   K+  pi-  pi+   pi-             PHSP;
+Enddecay
+#
+Decay MyK*+
+0.2265      MyK_S0  pi+                 VSS;
+0.3330      K+  pi0                     VSS;
+Enddecay
+Decay MyK*-
+0.2265      MyK_S0   pi-                VSS;
+0.3330      K-  pi0                     VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_11.dec b/BaBar_2014/BpBm_Dstar0Kstar_11.dec
new file mode 100644
index 0000000..79026ae
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_11.dec
@@ -0,0 +1,77 @@
+###################################################
+#                                                 #
+# Decay: B+ -> anti-D*0 K*+,     B- -> X;   + cc  #
+#                                                 #
+# Author: Tania McMahon                           #
+# Date:                    05/30/02               #
+# Update:  Stephen Levy    01/20/03               #
+# Date:                    01/20/03               #
+#       Only transverse polarization              #
+#             |H+|=|H-|=1, |H0|=0                 #
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK*+ K*+
+Alias MyK*- K*-
+ChargeConj MyK*+  MyK*-
+#
+Alias MyK_S0   K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-D*0  MyK*+                SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay MyB-
+1.000   MyD*0  MyK*-                    SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190  Myanti-D0    pi0                VSS;
+0.3810  Myanti-D0    gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0
+0.6190  MyD0    pi0                     VSS;
+0.3810  MyD0    gamma                   VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.0383   K-  pi+                        PHSP;
+0.1390   K-  pi+  pi0                   D_DALITZ;
+0.0749   K-  pi+  pi+   pi-             PHSP;
+Enddecay
+Decay Myanti-D0
+0.0383   K+  pi-                        PHSP;
+0.1390   K+  pi-  pi0                   D_DALITZ;
+0.0749   K+  pi-  pi+   pi-             PHSP;
+Enddecay
+#
+Decay MyK*+
+0.2265      MyK_S0  pi+                 VSS;
+0.3330      K+  pi0                     VSS;
+Enddecay
+Decay MyK*-
+0.2265      MyK_S0   pi-                VSS;
+0.3330      K-  pi0                     VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_D0CabibboNonCP.dec b/BaBar_2014/BpBm_Dstar0Kstar_D0CabibboNonCP.dec
new file mode 100644
index 0000000..6ca9530
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_D0CabibboNonCP.dec
@@ -0,0 +1,111 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*0 K*-        B+ -> D*0bar K*+      #
+#              |                    |               #
+#              |->    K*+    K-   <-|               #
+#              |->    K*-    K+   <-|               #
+#              |->    K*0    Ks   <-|               #
+#              |->    K*0bar Ks   <-|               #
+#              |->    rho+   pi-  <-|               #
+#              |->    rho-   pi+  <-|               #
+#                                                   #
+# with                Ks   -> pi+ pi-               #
+#                     K*0  -> K-  pi+               #
+#                     K*+  -> Ks pi+ and K+ pi0     #
+#                     rho+ -> generic               #
+#                     D*0  -> generic               #
+#                                                   #
+# Author: Abi Soffer                                #
+# created: 6 Nov 2002    			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+ 
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+Alias MyK*0   K*0
+Alias Myanti-K*0   anti-K*0
+
+Alias MyKs  K_S0
+
+
+Decay Upsilon(4S)
+0.5	MyB- B+			VSS;
+0.5	MyB+ B-			VSS;
+Enddecay
+
+# write the B decays as b->u. This doesn't really matter in the final
+# state, but will make identifying them in the MC truth slightly easier:
+#
+Decay MyB-
+1.00	Myanti-D*0 MyK*-		PHSP;
+Enddecay 
+
+Decay MyB+
+1.00	MyD*0 MyK*+		     	PHSP;
+Enddecay 
+
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay Myanti-D0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay MyKs
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+
+Decay MyK*0
+1.000    K- pi+ VSS;
+Enddecay 
+
+Decay Myanti-K*0
+1.000    K+ pi- VSS;
+Enddecay 
+
+# K*+ -> Ks pi+ 50%, due to K0 -> Ks:
+Decay MyK*+
+0.5      MyKs  pi+                        VSS;
+0.5      K+  pi0                          VSS;
+Enddecay 
+
+Decay MyK*-
+0.5      MyKs  pi-                        VSS;
+0.5      K-  pi0                          VSS;
+Enddecay 
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_D0mCPp.dec b/BaBar_2014/BpBm_Dstar0Kstar_D0mCPp.dec
new file mode 100644
index 0000000..587f5cf
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_D0mCPp.dec
@@ -0,0 +1,82 @@
+####################################################
+# Decay: B- -> D*0             K*-                 #
+#                               |-> KS pi-         #
+#             D0                |-> K- pi0         #
+#              |-> K+ K-                           #
+#                  pi+ pi-                         #
+# + cc                                             #
+#                                                  #
+# Created:  Stephen Levy                           #
+#           August 15, 2002                        #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+#
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+# B->DK, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+# update: Ref [B1]:
+#
+Decay MyB+
+1.0000 Myanti-D*0 MyK*+      SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 MyK*-           SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                     VSS;
+0.3810    MyD0  gamma                   VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                VSS;
+0.3810    Myanti-D0  gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.742  K- K+                            PHSP;
+0.258  pi- pi+                          PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.742 K+ K-                             PHSP;
+0.258 pi+ pi-                           PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000      MyKs  pi+                      VSS;
+Enddecay
+#
+Decay MyK*-
+1.000      MyKs   pi-                     VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_D0mpipimKK.dec b/BaBar_2014/BpBm_Dstar0Kstar_D0mpipimKK.dec
new file mode 100644
index 0000000..fd2b7fa
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_D0mpipimKK.dec
@@ -0,0 +1,84 @@
+####################################################
+# Decay: B- -> D*0             K*-                 #
+#                               |-> KS pi-         #
+#             D0                |-> K- pi0         #
+#              |-> K+ K-                           #
+#                  pi+ pi-                         #
+# + cc                                             #
+#                                                  #
+# Created:  Stephen Levy                           #
+#           August 15, 2002                        #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+#
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+# B->DK, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+# update: Ref [B1]:
+#
+Decay MyB+
+1.0000 Myanti-D*0 MyK*+      SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 MyK*-           SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                     VSS;
+0.3810    MyD0  gamma                   VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                VSS;
+0.3810    Myanti-D0  gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.742  K- K+                            PHSP;
+0.258  pi- pi+                          PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.742 K+ K-                             PHSP;
+0.258 pi+ pi-                           PHSP;
+Enddecay
+#
+Decay MyK*+
+0.5784      MyKs  pi+                      VSS;
+0.4216      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+0.5784      MyKs   pi-                     VSS;
+0.4216      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_DrhoHELAMP.dec b/BaBar_2014/BpBm_Dstar0Kstar_DrhoHELAMP.dec
new file mode 100644
index 0000000..8d7d046
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_DrhoHELAMP.dec
@@ -0,0 +1,148 @@
+####################################################
+# Decay: B- -> D*0             K*-                 #
+#              |-> brec c'tail  |-> KS pi-         #
+#                               |-> K- pi0         #
+# + cc                                             #
+#                                                  #
+# Created:  Stephen Levy                           #
+#           August 15, 2002                        #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyKs K_S0
+Alias Myomega omega
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK0 K0
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias Myanti-K0 anti-K0
+#
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+# B->DK, recommendation
+# http://babar-hn.slac.stanford.edu:5090/HyperNews/get/event_gen/151.html:
+# update: Ref [B1]:
+#
+Decay MyB+
+1.0000 Myanti-D*0 MyK*+      SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 MyK*-           SVV_HELAMP 0.228 0.0 0.283 0.0 0.932 0;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                     VSS;
+0.3810    MyD0  gamma                   VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                VSS;
+0.3810    Myanti-D0  gamma              VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK*+
+0.5784      MyKs  pi+                      VSS;
+0.4216      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+0.5784      MyKs   pi-                     VSS;
+0.4216      K-  pi0                        VSS;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mKsKK_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mKsKK_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..f09213d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mKsKK_Ksmpipi_PHSP.dec
@@ -0,0 +1,62 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K*-, B+ -> X    + c.c.  
+#              D0 pi0/gamma               		       	#
+#               |                                  		#
+#               `-> K+K-    K_S0                       		#
+#                          -> pi+ pi-                           #  	  
+#                                                   		#
+#                              Longitudinal polarization        #
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K*+   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K*-        SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; 
+Enddecay
+#
+Decay MyD0
+1.000  K+ K-  MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  K+ K-  MyK_S0			PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mKsKpi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mKsKpi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..6df2ef4
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mKsKpi_Ksmpipi_PHSP.dec
@@ -0,0 +1,64 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K*-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> Kpi   K_S0                       		#
+#                            | 					#
+#                        `   -> pi+ pi-                         #  	  
+#                                                   		#
+#     long. polarization                              		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K*+   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K*-        SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD0
+6.9 K- pi+   MyK_S0			PHSP;
+5.2 K+ pi-   MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+6.9 K+ pi-   MyK_S0                     PHSP;
+5.2 K- pi+   MyK_S0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mKspipi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mKspipi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..0ec35b8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mKspipi_Ksmpipi_PHSP.dec
@@ -0,0 +1,62 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K*-, B+ -> X    + c.c.  
+#              D0 pi0/gamma               		       	#
+#               |                                  		#
+#               `->  pi+pi-   K_S0                    		#
+#                          -> pi+ pi-                           #  	  
+#                                                   		#
+#                              Longitudinal polarization        #
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K*+   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K*-        SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; 
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi-  MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi-  MyK_S0			PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mpi0pipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mpi0pipi_PHSP.dec
new file mode 100644
index 0000000..86cc592
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_ln_D0mpi0pipi_PHSP.dec
@@ -0,0 +1,57 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K*-, B+ -> X    + c.c.  
+#              D0 pi0/gamma               		       	#
+#               |                                  		#
+#               `-> pi+pi- pi0                        		#
+#                                                   		#
+#                              Longitudinal polarization        #
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K*+   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K*-        SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; 
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi- pi0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi- pi0			PHSP;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mKsKK_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mKsKK_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..84f169f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mKsKK_Ksmpipi_PHSP.dec
@@ -0,0 +1,62 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K*-, B+ -> X    + c.c.  
+#              D0 pi0/gamma               		       	#
+#               |                                  		#
+#               `->  K+K-   K_S0                       		#
+#                          -> pi+ pi-                           #  	  
+#                                                   		#
+#                              Transverse polarization          #
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K*+   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K*-        SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+1.000  K+ K-  MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  K+ K-  MyK_S0			PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mKsKpi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mKsKpi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..2a33173
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mKsKpi_Ksmpipi_PHSP.dec
@@ -0,0 +1,64 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K*-, B+ -> X    + c.c.      		       	#
+#               |                                  		#
+#               `-> Kpi   K_S0                       		#
+#                            | 					#
+#                        `   -> pi+ pi-                         #  	  
+#                                 Transv. polarization          #
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K*+   SVV_HELAMP  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K*-        SVV_HELAMP  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+6.9 K- pi+   MyK_S0			PHSP;
+5.2 K+ pi-   MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+6.9 K+ pi-   MyK_S0                     PHSP;
+5.2 K- pi+   MyK_S0                     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mKspipi_Ksmpipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mKspipi_Ksmpipi_PHSP.dec
new file mode 100644
index 0000000..b779a75
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mKspipi_Ksmpipi_PHSP.dec
@@ -0,0 +1,62 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K*-, B+ -> X    + c.c.  
+#              D0 pi0/gamma               		       	#
+#               |                                  		#
+#               `-> pi+pi-  K_S              		#
+#                          -> pi+ pi-                           #  	  
+#                                                   		#
+#                              Transverse polarization          #
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+Alias MyK_S0  K_S0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K*+   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K*-        SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi-  MyK_S0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi-  MyK_S0			PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mpi0pipi_PHSP.dec b/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mpi0pipi_PHSP.dec
new file mode 100644
index 0000000..fa020fc
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0Kstar_tr_D0mpi0pipi_PHSP.dec
@@ -0,0 +1,56 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> D*0 K*-, B+ -> X    + c.c.  
+#              D0 pi0/gamma               		       	#
+#               |                                  		#
+#               `-> pi+pi-pi0                      		#
+#                                                               #  	  
+#                                                   		#
+#                              Transverse polarization          #
+#                                                   		#
+# Author: G.Cavoto                               		#
+# Date:   09/19/03                                   		#
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyD*0              D*0
+Alias Myanti-D*0         anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0  K*+   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0  K*-        SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+1.000  pi+ pi-  pi0			PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  pi+ pi-  pi0	PHSP;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Dstar0_3pi_pi0.dec b/BaBar_2014/BpBm_Dstar0_3pi_pi0.dec
new file mode 100644
index 0000000..5e89c62
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0_3pi_pi0.dec
@@ -0,0 +1,136 @@
+##############################################################
+#                                                            #
+# Decay: B- -> D*(2007)0  pi+  pi-  pi0  pi-,    B+ -> X     #
+#                  |                                         #
+#                  |->D0  X                                  #
+#                      |                                     #
+#                      |->reconstructible modes              #
+#                                                            #
+# + cc                                                       #
+#                                                            #
+# Author: B. Dahmes (bdahmes@slac.stanford.edu)    23/8/02   #
+##############################################################
+#
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD*0       D*0
+Alias Myanti-D*0  anti-D*0
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+#
+Alias Mya_1+      a_1+
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK_1-      K_1-
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+Alias MyomegaDdk  omega
+Alias MyK0        K0
+Alias Myanti-K0   anti-K0
+Alias MyKs        K_S0
+#
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB-
+1.0000  MyD*0   pi+   pi0   pi-   pi-        PHSP;
+Enddecay 
+#
+Decay MyB+
+1.0000  Myanti-D*0   pi+   pi+   pi0   pi-   PHSP;
+Enddecay 
+#
+Decay MyD*0
+0.6190    MyD0  pi0                       VSS;
+0.3810    MyD0  gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                  VSS;
+0.3810    Myanti-D0  gamma                VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+#
+Decay MyK0
+1.000     MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-                         PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  MyomegaDdk K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                        PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  MyomegaDdk K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                        PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                            VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                            VSS;
+Enddecay
+#
+Decay MyomegaDdk
+1.0000  pi- pi+                           VSS;
+Enddecay
+#
+#
+#
+End
+
+
+
+
diff --git a/BaBar_2014/BpBm_Dstar0_omega_pi.dec b/BaBar_2014/BpBm_Dstar0_omega_pi.dec
new file mode 100644
index 0000000..8473efe
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0_omega_pi.dec
@@ -0,0 +1,141 @@
+##############################################################
+#                                                            #
+# Decay: B- -> D*(2007)0     omega      pi-,   B+ -> X       #
+#                  |           |                             #
+#                  |->D0  X    |-> pi+  pi-  pi0             #
+#                      |                                     #
+#                      |->reconstructible modes              #
+#                                                            #
+# + cc                                                       #
+#                                                            #
+# Author: B. Dahmes (bdahmes@slac.stanford.edu)    23/8/02   #
+##############################################################
+#
+#
+Alias MyB-        B-
+Alias MyB+        B+
+Alias MyD*0       D*0
+Alias Myanti-D*0  anti-D*0
+Alias MyD0        D0
+Alias Myanti-D0   anti-D0
+Alias Myomega     omega
+#
+Alias Mya_1+      a_1+
+Alias Mya_1-      a_1-
+Alias MyK_1+      K_1+
+Alias MyK_1-      K_1-
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+Alias MyomegaDdk  omega
+Alias MyK0        K0
+Alias Myanti-K0   anti-K0
+Alias MyKs        K_S0
+#
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB-
+1.0000  MyD*0   Myomega   pi-             PHSP;
+Enddecay 
+#
+Decay MyB+
+1.0000  Myanti-D*0   Myomega   pi+        PHSP;
+Enddecay 
+#
+Decay MyD*0
+0.6190    MyD0  pi0                       VSS;
+0.3810    MyD0  gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                  VSS;
+0.3810    Myanti-D0  gamma                VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myomega
+1.0000  pi-     pi+       pi0             OMEGA_DALITZ;
+Enddecay
+#
+#
+Decay MyK0
+1.000     MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-              PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  MyomegaDdk K+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                        PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  MyomegaDdk K-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                        PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                            VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                            VSS;
+Enddecay
+#
+Decay MyomegaDdk
+1.0000  pi- pi+                           VSS;
+Enddecay
+#
+#
+#
+End
+
+
+
+
diff --git a/BaBar_2014/BpBm_Dstar0barK3pi_Ds1Dstar0K_Kpi.dec b/BaBar_2014/BpBm_Dstar0barK3pi_Ds1Dstar0K_Kpi.dec
new file mode 100644
index 0000000..4d0c27b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0barK3pi_Ds1Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> D*0bar Ds1+, 
+#        D0bar->K3pi
+#        Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD*0Bk3pi MyD'_s1+kpi        SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0barKpi_Ds1Dstar0K_K3pi.dec b/BaBar_2014/BpBm_Dstar0barKpi_Ds1Dstar0K_K3pi.dec
new file mode 100644
index 0000000..727ae2d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0barKpi_Ds1Dstar0K_K3pi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> D*0bar Ds1+, 
+#        D0bar->Kpi
+#        Ds1 -> D*0 K+, D*0 -> D0(K3Pi) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD*0Bkpi MyD'_s1+k3pi        SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0barKpi_Ds1Dstar0K_Kpi.dec b/BaBar_2014/BpBm_Dstar0barKpi_Ds1Dstar0K_Kpi.dec
new file mode 100644
index 0000000..95b1e9a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0barKpi_Ds1Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> D*0bar Ds1+, 
+#        D0bar->Kpi
+#        Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD*0Bkpi MyD'_s1+kpi        SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0barKpi_Ds1Dstar0K_Kpipi0.dec b/BaBar_2014/BpBm_Dstar0barKpi_Ds1Dstar0K_Kpipi0.dec
new file mode 100644
index 0000000..cec0901
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0barKpi_Ds1Dstar0K_Kpipi0.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> D*0bar Ds1+, 
+#        D0bar->Kpi
+#        Ds1 -> D*0 K+, D*0 -> D0(KPiPi0) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD*0Bkpi MyD'_s1+kpipi0       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0barKpipi0_Ds1Dstar0K_Kpi.dec b/BaBar_2014/BpBm_Dstar0barKpipi0_Ds1Dstar0K_Kpi.dec
new file mode 100644
index 0000000..5801d9c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0barKpipi0_Ds1Dstar0K_Kpi.dec
@@ -0,0 +1,219 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> D*0bar Ds1+, 
+#        D0bar->Kpipi0
+#        Ds1 -> D*0 K+, D*0 -> D0(KPi) pi0/gamma
+# Author : J-P.Lees & P.Robbe
+#
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD'_s1+kpi D'_s1+
+Alias MyD'_s1-kpi D'_s1-
+Alias MyD'_s1+kpipi0 D'_s1+
+Alias MyD'_s1-kpipi0 D'_s1-
+Alias MyD'_s1+k3pi D'_s1+
+Alias MyD'_s1-k3pi D'_s1-
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD'_s1+kpi MyD'_s1-kpi
+ChargeConj MyD'_s1+kpipi0 MyD'_s1-kpipi0
+ChargeConj MyD'_s1+k3pi MyD'_s1-k3pi
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD*0Bkpipi0 MyD'_s1+kpi        SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+Enddecay
+CDecay MyB-
+#
+Decay  MyD'_s1+kpi
+1.0000     MyD*0kpi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpi
+#
+Decay  MyD'_s1+kpipi0
+1.0000     MyD*0kpipi0 K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-kpipi0
+#
+Decay  MyD'_s1+k3pi
+1.0000     MyD*0k3pi K+                    PHSP;
+Enddecay
+CDecay MyD'_s1-k3pi
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0bar_Kp.dec b/BaBar_2014/BpBm_Dstar0bar_Kp.dec
new file mode 100644
index 0000000..d360c6c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0bar_Kp.dec
@@ -0,0 +1,60 @@
+######################################################
+#                                                    #
+# Decay: B+ -> D*0bar                  K+,  B- -> X  #
+#              |-> D0bar     pi0,gamma               #
+#                  |-> K0s K0s                       #
+#                                                    #
+#  + c.c.                                            #
+#                                                    #
+# Author : Josh Thompson                             #
+# Created: 17 September 2003                         #
+######################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyK_S0 K_S0
+Alias Myanti-D*0  anti-D*0
+Alias MyD*0  D*0
+Alias Myanti-D0  anti-D0
+Alias MyD0  D0
+
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myanti-D*0 K+   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0 K-   PHSP;
+Enddecay
+#
+Decay Myanti-D*0
+0.619   Myanti-D0 pi0   PHSP;
+0.381   Myanti-D0 gamma   PHSP;
+Enddecay
+#
+Decay MyD*0
+0.619   MyD0 pi0   PHSP;
+0.381   MyD0 gamma   PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK_S0 MyK_S0   PHSP;
+Enddecay
+#
+Decay MyD0
+1.000   MyK_S0 MyK_S0   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-            PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0mD0mmKpimmpi0mpi_Xclnu.dec b/BaBar_2014/BpBm_Dstar0mD0mmKpimmpi0mpi_Xclnu.dec
new file mode 100644
index 0000000..a8d1e5b
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0mD0mmKpimmpi0mpi_Xclnu.dec
@@ -0,0 +1,110 @@
+###############################################################################
+#   Up(4S) -> B-   B+                                     + CC                #
+#             |    |                                                          #
+#             |    +->  X_c l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#             +->  D*0(D0(K-pi+) pi0) pi-                                     #
+#                                                                             #
+#                                                                             #
+#                                                                             #
+# Mail: ursl@slac.stanford.edu                                                #
+###############################################################################
+# -- Xclnu b decay
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+# -- reco B 
+Alias rB-  B-
+Alias rB+  B+
+ChargeConj rB+ rB-
+#
+Alias rD*0 D*0
+Alias ranti-D*0 anti-D*0
+ChargeConj rD*0 ranti-D*0
+#
+Alias rD0 D0
+Alias ranti-D0 anti-D0
+ChargeConj rD0 ranti-D0
+#
+#
+Decay Upsilon(4S)
+0.50000 rB+  myB-                          VSS;
+0.50000 rB-  myB+                          VSS;
+Enddecay
+# ----------------------------------------------------------------------
+# -- B decay
+#
+Decay rB+ 
+1.000     ranti-D*0   pi+   SVS;
+Enddecay
+#
+Decay rB-
+1.000     rD*0   pi-        SVS;
+Enddecay
+# -- D* decay
+Decay rD*0
+1.000     rD0     pi0     VSS;
+Enddecay
+#
+Decay ranti-D*0
+1.000     ranti-D0    pi0   VSS;
+Enddecay
+# -- D0 decay
+Decay rD0
+1.000     K-     pi+        PHSP;
+Enddecay
+#
+Decay ranti-D0
+1.000     K+    pi-         PHSP;
+Enddecay
+# ----------------------------------------------------------------------
+# force myB to always decay to X_c l nu
+#
+Decay myB-
+0.0560   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0056   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0560   D*0   mu-  anti-nu_mu         PHOTOS   HQET 0.92 1.18 0.72;
+0.0210   D0    mu-  anti-nu_mu         PHOTOS   ISGW2;
+0.0056   D_10  mu-  anti-nu_mu         PHOTOS   ISGW2;
+0.0020   D_0*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0037   D'_10  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0037   D_2*0  mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.0020   D*+   pi-   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0010   D*0   pi0   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0060   D+    pi-   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+0.0030   D0    pi0   mu-   anti-nu_mu  PHOTOS   GOITY_ROBERTS;
+Enddecay
+#
+Decay myB+
+0.0560   anti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    e+   nu_e        PHOTOS  ISGW2;
+0.0056   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
+0.0020   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0037   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0037   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0560   anti-D*0    mu+  nu_mu       PHOTOS   HQET 0.92 1.18 0.72;
+0.0210   anti-D0    mu+  nu_mu        PHOTOS  ISGW2;
+0.0056   anti-D_10   mu+  nu_mu       PHOTOS   ISGW2;
+0.0020   anti-D_0*0   mu+  nu_mu      PHOTOS    ISGW2;
+0.0037   anti-D'_10   mu+  nu_mu      PHOTOS    ISGW2;
+0.0037   anti-D_2*0   mu+  nu_mu      PHOTOS    ISGW2;
+0.0020   D*-  pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   mu+   nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0030   anti-D0  pi0   mu+   nu_mu   PHOTOS        GOITY_ROBERTS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0mD0mmKpimmpi0mpi_Xulnu.dec b/BaBar_2014/BpBm_Dstar0mD0mmKpimmpi0mpi_Xulnu.dec
new file mode 100644
index 0000000..b349e4f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0mD0mmKpimmpi0mpi_Xulnu.dec
@@ -0,0 +1,189 @@
+###############################################################################
+#   Up(4S) -> B-   B+                                     + CC                #
+#             |    |                                                          #
+#             |    +->  X_u l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#             +->  D*0(D0(K-pi+) pi0) pi-                                     #
+#                                                                             #
+#                                                                             #
+#                                                                             #
+# Mail: ursl@slac.stanford.edu                                                #
+###############################################################################
+# -- Xulnu b decay
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+# -- reco B 
+Alias rB-  B-
+Alias rB+  B+
+ChargeConj rB+ rB-
+#
+Alias rD*0 D*0
+Alias ranti-D*0 anti-D*0
+ChargeConj rD*0 ranti-D*0
+#
+Alias rD0 D0
+Alias ranti-D0 anti-D0
+ChargeConj rD0 ranti-D0
+#
+#
+Decay Upsilon(4S)
+0.50000 rB+  myB-                          VSS;
+0.50000 rB-  myB+                          VSS;
+Enddecay
+# ----------------------------------------------------------------------
+# -- B decay
+#
+Decay rB+ 
+1.000     ranti-D*0   pi+   SVS;
+Enddecay
+#
+Decay rB-
+1.000     rD*0   pi-        SVS;
+Enddecay
+# -- D* decay
+Decay rD*0
+1.000     rD0     pi0     VSS;
+Enddecay
+#
+Decay ranti-D*0
+1.000     ranti-D0    pi0   VSS;
+Enddecay
+# -- D0 decay
+Decay rD0
+1.000     K-     pi+        PHSP;
+Enddecay
+#
+Decay ranti-D0
+1.000     K+    pi-         PHSP;
+Enddecay
+# ----------------------------------------------------------------------
+# force myB to always decay to X_u l nu
+Decay myB-
+0.000090   pi0      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000080   eta      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   rho0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   omega    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000050   eta'     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000076   a_10     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000095   b_10     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   a_00     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000028   a_20     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000003   f_0      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000003   f'_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000036   f_1      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000036   f'_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000050   h_1      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000050   h'_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000016   f_2      e-   anti-nu_e        PHOTOS   ISGW2;
+0.000016   f'_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   pi(2S)0  e-   anti-nu_e        PHOTOS   ISGW2;
+0.000036   rho(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000036   omega(2S) e-  anti-nu_e        PHOTOS   ISGW2;
+0.000090   pi0      mu-  anti-nu_mu                 ISGW2;
+0.000080   eta      mu-  anti-nu_mu                 ISGW2;
+0.000125   rho0     mu-  anti-nu_mu                 ISGW2;
+0.000125   omega    mu-  anti-nu_mu                 ISGW2;
+0.000050   eta'     mu-  anti-nu_mu                 ISGW2;
+0.000076   a_10     mu-  anti-nu_mu                 ISGW2;
+0.000095   b_10     mu-  anti-nu_mu                 ISGW2;
+0.000004   a_00     mu-  anti-nu_mu                 ISGW2;
+0.000028   a_20     mu-  anti-nu_mu                 ISGW2;
+0.000003   f_0      mu-  anti-nu_mu                 ISGW2;
+0.000003   f'_0     mu-  anti-nu_mu                 ISGW2;
+0.000036   f_1      mu-  anti-nu_mu                 ISGW2;
+0.000036   f'_1     mu-  anti-nu_mu                 ISGW2;
+0.000050   h_1      mu-  anti-nu_mu                 ISGW2;
+0.000050   h'_1     mu-  anti-nu_mu                 ISGW2;
+0.000016   f_2      mu-  anti-nu_mu                 ISGW2;
+0.000016   f'_2     mu-  anti-nu_mu                 ISGW2;
+0.000030   pi(2S)0  mu-  anti-nu_mu                 ISGW2;
+0.000036   rho(2S)0 mu-  anti-nu_mu                 ISGW2;
+0.000036   omega(2S) mu- anti-nu_mu                 ISGW2;
+Enddecay
+#
+Decay myB+
+0.000090   pi0      e+   nu_e      PHOTOS  ISGW2;
+0.000080   eta      e+   nu_e      PHOTOS  ISGW2;
+0.000125   rho0     e+   nu_e      PHOTOS  ISGW2;
+0.000125   omega    e+   nu_e      PHOTOS  ISGW2;
+0.000050   eta'     e+   nu_e      PHOTOS  ISGW2;
+0.000076   a_10     e+   nu_e      PHOTOS  ISGW2;
+0.000095   b_10     e+   nu_e      PHOTOS  ISGW2;
+0.000004   a_00     e+   nu_e      PHOTOS  ISGW2;
+0.000028   a_20     e+   nu_e      PHOTOS  ISGW2;
+0.000003   f_0      e+   nu_e      PHOTOS  ISGW2;
+0.000003   f'_0     e+   nu_e      PHOTOS  ISGW2;
+0.000036   f_1      e+   nu_e      PHOTOS  ISGW2;
+0.000036   f'_1     e+   nu_e      PHOTOS  ISGW2;
+0.000050   h_1      e+   nu_e      PHOTOS  ISGW2;
+0.000050   h'_1     e+   nu_e      PHOTOS  ISGW2;
+0.000016   f_2      e+   nu_e      PHOTOS  ISGW2;
+0.000016   f'_2     e+   nu_e      PHOTOS  ISGW2;
+0.000030   pi(2S)0  e+   nu_e      PHOTOS  ISGW2;
+0.000036   rho(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000036   omega(2S) e+  nu_e      PHOTOS  ISGW2;
+0.000090   pi0      mu+  nu_mu              ISGW2;
+0.000080   eta      mu+  nu_mu              ISGW2;
+0.000125   rho0     mu+  nu_mu              ISGW2;
+0.000125   omega    mu+  nu_mu              ISGW2;
+0.000050   eta'     mu+  nu_mu              ISGW2;
+0.000076   a_10     mu+  nu_mu              ISGW2;
+0.000095   b_10     mu+  nu_mu              ISGW2;
+0.000004   a_00     mu+  nu_mu              ISGW2;
+0.000028   a_20     mu+  nu_mu              ISGW2;
+0.000003   f_0      mu+  nu_mu              ISGW2;
+0.000003   f'_0     mu+  nu_mu              ISGW2;
+0.000036   f_1      mu+  nu_mu              ISGW2;
+0.000036   f'_1     mu+  nu_mu              ISGW2;
+0.000050   h_1      mu+  nu_mu              ISGW2;
+0.000050   h'_1     mu+  nu_mu              ISGW2;
+0.000016   f_2      mu+  nu_mu              ISGW2;
+0.000016   f'_2     mu+  nu_mu              ISGW2;
+0.000030   pi(2S)0  mu+  nu_mu              ISGW2;
+0.000036   rho(2S)0 mu+  nu_mu              ISGW2;
+0.000036   omega(2S) mu+ nu_mu              ISGW2;
+Enddecay
+#
+Decay pi(2S)+
+0.3500   rho0 pi+                         PHSP;
+0.3500   rho+ pi0                         PHSP;
+0.2000   pi+  pi+ pi-                     PHSP;
+0.1000   pi+  pi0 pi0                     PHSP;
+Enddecay
+Decay pi(2S)-
+0.3500   rho0 pi-                         PHSP;
+0.3500   rho- pi0                         PHSP;
+0.2000   pi-  pi+ pi-                     PHSP;
+0.1000   pi-  pi0 pi0                     PHSP;
+Enddecay
+Decay pi(2S)0
+0.3500   rho+ pi-                         PHSP;
+0.3500   rho- pi+                         PHSP;
+0.2000   pi+ pi- pi0                      PHSP;
+0.1000   pi0 pi0 pi0                      PHSP;
+Enddecay
+#
+Decay rho(2S)+
+0.4000   pi+ pi0                         PHSP;
+0.4000   pi+ pi+ pi- pi0                 PHSP;
+0.2000   pi+ pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)-
+0.4000   pi- pi0                         PHSP;
+0.4000   pi- pi+ pi- pi0                 PHSP;
+0.2000   pi- pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay rho(2S)0
+0.4000   pi+ pi-                         PHSP;
+0.3500   pi+ pi- pi+ pi-                 PHSP;
+0.1500   pi+ pi- pi0 pi0                 PHSP;
+0.1000   pi0 pi0 pi0 pi0                 PHSP;
+Enddecay
+Decay omega(2S)
+0.5000   rho+ pi-                        PHSP;
+0.5000   rho- pi+                        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_D0CabibboNonCP.dec b/BaBar_2014/BpBm_Dstar0pi_D0CabibboNonCP.dec
new file mode 100644
index 0000000..584e5a9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_D0CabibboNonCP.dec
@@ -0,0 +1,111 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*0 pi-         B+ -> D*0bar pi+     #
+#              |                    |               #
+#              |->    K*+    K-   <-|               #
+#              |->    K*-    K+   <-|               #
+#              |->    K*0    Ks   <-|               #
+#              |->    K*0bar Ks   <-|               #
+#              |->    rho+   pi-  <-|               #
+#              |->    rho-   pi+  <-|               #
+#                                                   #
+# with                Ks   -> pi+ pi-               #
+#                     K*0  -> K-  pi+               #
+#                     K*+  -> Ks pi+ and K+ pi0     #
+#                     rho+ -> generic               #
+#                     D*0  -> generic               #
+#                                                   #
+# Author: Abi Soffer                                #
+# created: 6 Nov 2002    			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+ 
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+Alias MyK*0   K*0
+Alias Myanti-K*0   anti-K*0
+
+Alias MyKs  K_S0
+
+
+Decay Upsilon(4S)
+0.5	MyB- B+			VSS;
+0.5	MyB+ B-			VSS;
+Enddecay
+
+# write the B decays as b->u. This doesn't really matter in the final
+# state, but will make identifying them in the MC truth slightly easier:
+#
+Decay MyB-
+1.00	Myanti-D*0 pi-		PHSP;
+Enddecay 
+
+Decay MyB+
+1.00	MyD*0 pi+		     	PHSP;
+Enddecay 
+
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay Myanti-D0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay MyKs
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+
+Decay MyK*0
+1.000    K- pi+ VSS;
+Enddecay 
+
+Decay Myanti-K*0
+1.000    K+ pi- VSS;
+Enddecay 
+
+# K*+ -> Ks pi+ 50%, due to K0 -> Ks:
+Decay MyK*+
+0.5      MyKs  pi+                        VSS;
+0.5      K+  pi0                          VSS;
+Enddecay 
+
+Decay MyK*-
+0.5      MyKs  pi-                        VSS;
+0.5      K-  pi0                          VSS;
+Enddecay 
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mK3pi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mK3pi.dec
new file mode 100644
index 0000000..9dd11fe
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mK3pi.dec
@@ -0,0 +1,51 @@
+#####################################################################
+#                                                                   #
+# Decay: B- -> Dstar0 pi- (Dstar0 ->D0 gamma (D0 -> K- pi+ pi+ pi-))#  
+#        B+ -> X;   + cc                                            #
+#                                                                   #
+# Author: Giampiero Mancinelli                                      #
+# Date:                    05/25/2001                               #
+#####################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                           VSS;
+0.50000 B-  MyB+                           VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   gamma                        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                   VSP_PWAVE;  
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                  PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKK.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKK.dec
new file mode 100644
index 0000000..f0ba3cd
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKK.dec
@@ -0,0 +1,51 @@
+###################################################################
+#                                                                 #
+# Decay: B- -> Dstar0 pi- (Dstar0 ->D0 gamma (D0 -> K- K+))       #  
+#        B+ -> X;   + cc                                          #
+#                                                                 #
+# Author: Giovanni Marchiori                                      #
+# Date:                    03/15/2002                             #
+###################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                     SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                          SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   gamma                        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                   VSP_PWAVE;  
+Enddecay
+#
+Decay MyD0
+1.000   K-  K+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  K-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKpi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKpi.dec
new file mode 100644
index 0000000..a2e8d53
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKpi.dec
@@ -0,0 +1,51 @@
+###################################################################
+#                                                                 #
+# Decay: B- -> Dstar0 pi- (Dstar0 ->D0 gamma (D0 -> K- pi+))      #  
+#        B+ -> X;   + cc                                          #
+#                                                                 #
+# Author: Giampiero Mancinelli                                    #
+# Date:                    05/25/2001                             #
+###################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                     SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                          SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   gamma                        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                   VSP_PWAVE;  
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKpipi0.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKpipi0.dec
new file mode 100644
index 0000000..0f691b1
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKpipi0.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 pi- (Dstar0 ->D0 gamma (D0 -> K- pi+ p0)) #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    05/25/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                     SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                          SVS;
+Enddecay
+
+Decay MyD*0
+1.000  MyD0   gamma                        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                   VSP_PWAVE;  
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKspi0_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKspi0_Ksmpipi.dec
new file mode 100644
index 0000000..51a6b94
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKspi0_Ksmpipi.dec
@@ -0,0 +1,68 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 pi-,    B+ -> X;    + cc                  #
+#              Dstar0 -> D0 gamma                               #
+#              D0                                               #
+#               |                                  		#
+#               `-> K_S0 pi0                      		#
+#                     | 					#
+#                     `-> pi+ pi-                       	#  	  
+#		      						#
+#		                       				#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   gamma                         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.000   MyK_S0 pi0           		PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK_S0 pi0                  	PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKsrho0_Ksmpipi_rho0mpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKsrho0_Ksmpipi_rho0mpipi.dec
new file mode 100644
index 0000000..50437ce
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mKsrho0_Ksmpipi_rho0mpipi.dec
@@ -0,0 +1,72 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 pi-,    B+ -> X;    + cc                  #
+#              Dstar0 -> D0 gamma                               #
+#              D0                                               #
+#               |                                  		#
+#               `-> rho0 K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> pi+ pi-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+Alias MyRho0 rho0 
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   gamma                         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+ pi-	                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec
new file mode 100644
index 0000000..9667d9d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec
@@ -0,0 +1,79 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 pi-,    B+ -> X;    + cc                  #
+#              Dstar0 -> D0 gamma                               #
+#              D0                                               #
+#               |                                  		#
+#               `-> eta'  K_S0                       		#
+#                    |      | 					#
+#                    |      `-> pi+ pi-                       	#  	  
+#		     | 						#
+#		     `-> rho0 gamma 				#
+#                         |               			#
+#                         `-> pi+ pi-		      		#
+#								#
+# Author: Steve Schrenk, based on file from                     #
+#         Steve Schrenk based on file from.                     #
+#         Giovanni Marchiori                        		#
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myeta'  eta'
+Alias Myrho0  rho0
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   gamma                         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.000 	MyK_S0 Myeta'  		        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000 	MyK_S0 Myeta'                  	PHSP;
+Enddecay
+#
+Decay Myeta'
+1.000 Myrho0 gamma 			SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+   pi-                     	VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0momegaKs_omegam3pi_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0momegaKs_omegam3pi_Ksmpipi.dec
new file mode 100644
index 0000000..ad47930
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0momegaKs_omegam3pi_Ksmpipi.dec
@@ -0,0 +1,74 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 pi-,    B+ -> X;    + cc                  #
+#              Dstar0 -> D0 gamma                               #
+#              D0                                               #
+#               |                                  		#
+#               `-> omega K_S0                       		#
+#                     |     | 					#
+#                     |     `-> pi+ pi-                         #  	  
+#		      |						#
+#		      `--> pi+ pi- pi0                 		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Steve Schrenk based on file from.                     #
+#         Giovanni Marchiori                        		#
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myomega omega
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   gamma                         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.000   Myomega MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myomega MyK_S0                  SVS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi+ pi- pi0  	                OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mphiKs_phimKK_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mphiKs_phimKK_Ksmpipi.dec
new file mode 100644
index 0000000..7bdd2ab
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mphiKs_phimKK_Ksmpipi.dec
@@ -0,0 +1,74 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 pi-,    B+ -> X;    + cc                  #
+#              Dstar0 -> D0 gamma                               #
+#              D0                                               #
+#               |                                  		#
+#               `-> phi K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> K+ K-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myphi phi
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   gamma                         VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                    VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.000   Myphi MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myphi MyK_S0   	                SVS;
+Enddecay
+#
+Decay Myphi
+1.000  K+ K-                 		VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mpipi.dec
new file mode 100644
index 0000000..2313448
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0gamma_D0mpipi.dec
@@ -0,0 +1,51 @@
+###################################################################
+#                                                                 #
+# Decay: B- -> Dstar0 pi- (Dstar0 ->D0 gamma (D0 -> pi- pi+))     #  
+#        B+ -> X;   + cc                                          #
+#                                                                 #
+# Author: Giovanni Marchiori                                      #
+# Date:                    03/15/2002                             #
+###################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                     SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                          SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   gamma                        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   gamma                   VSP_PWAVE;  
+Enddecay
+#
+Decay MyD0
+1.000   pi-  pi+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   pi+  pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mK3pi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mK3pi.dec
new file mode 100644
index 0000000..4ad74f7
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mK3pi.dec
@@ -0,0 +1,51 @@
+###################################################################
+#                                                                 #
+# Decay: B- -> Dstar0 pi- (Dstar0 ->D0 pi0 (D0 -> K- pi+ pi+ pi-))#  
+#        B+ -> X;   + cc                                          #
+#                                                                 #
+# Author: Giampiero Mancinelli                                    #
+# Date:                    03/09/2001                             #
+###################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                    VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi+  pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-  pi+  pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKK.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKK.dec
new file mode 100644
index 0000000..157fd4d
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKK.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 pi- (Dstar0 ->D0 pi0 (D0 -> K- K+))       #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                    VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  K+                      	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  K-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKpi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKpi.dec
new file mode 100644
index 0000000..d4b0777
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKpi.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 pi- (Dstar0 ->D0 pi0 (D0 -> K- pi+))      #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                     SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                          SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                    VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                       	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKpipi0.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKpipi0.dec
new file mode 100644
index 0000000..1bfb80a
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKpipi0.dec
@@ -0,0 +1,50 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 pi- (Dstar0 ->D0 pi0 (D0 -> K- pi+ p0))   #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                     SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                          SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                    VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+  pi0                      D_DALITZ;
+Enddecay
+Decay Myanti-D0
+1.000   K+  pi-  pi0                      D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKspi0_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKspi0_Ksmpipi.dec
new file mode 100644
index 0000000..02c73ac
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKspi0_Ksmpipi.dec
@@ -0,0 +1,68 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 pi-,    B+ -> X;    + cc                  #
+#              Dstar0 -> D0 pi0                                 #
+#              D0                                               #
+#               |                                  		#
+#               `-> K_S0 pi0                      		#
+#                     | 					#
+#                     `-> pi+ pi-                       	#  	  
+#		      						#
+#		                       				#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                      VSS;
+Enddecay
+#
+Decay MyD0
+1.000   MyK_S0 pi0           		PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   MyK_S0 pi0                  	PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKsrho0_Ksmpipi_rho0mpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKsrho0_Ksmpipi_rho0mpipi.dec
new file mode 100644
index 0000000..16548d8
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mKsrho0_Ksmpipi_rho0mpipi.dec
@@ -0,0 +1,72 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 pi-,    B+ -> X;    + cc                  #
+#              Dstar0 -> D0 pi0                                 #
+#              D0                                               #
+#               |                                  		#
+#               `-> rho0 K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> pi+ pi-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+Alias MyB- 		B-
+Alias MyB+	 	B+
+ChargeConj MyB+ MyB-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ChargeConj MyD0 Myanti-D0 
+
+Alias MyK_S0  K_S0
+Alias MyRho0 rho0 
+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                      VSS;
+Enddecay
+#
+Decay MyD0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000  MyRho0 MyK_S0			SVS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+ pi-	                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec
new file mode 100644
index 0000000..40c33ab
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0metapKs_etapmrho0g_rho0mpipi_Ksmpipi.dec
@@ -0,0 +1,79 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 pi-,    B+ -> X;    + cc                  #
+#              Dstar0 -> D0 pi0                                 #
+#              D0                                               #
+#               |                                  		#
+#               `-> eta'  K_S0                       		#
+#                    |      | 					#
+#                    |      `-> pi+ pi-                       	#  	  
+#		     | 						#
+#		     `-> rho0 gamma 				#
+#                         |               			#
+#                         `-> pi+ pi-		      		#
+#								#
+# Author: Steve Schrenk, based on file from                     #
+#         Steve Schrenk based on file from.                     #
+#         Giovanni Marchiori                        		#
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myeta'  eta'
+Alias Myrho0  rho0
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                      VSS;
+Enddecay
+#
+Decay MyD0
+1.000 	MyK_S0 Myeta'  		        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000 	MyK_S0 Myeta'                  	PHSP;
+Enddecay
+#
+Decay Myeta'
+1.000 Myrho0 gamma 			SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+   pi-                     	VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0momegaKs_omegam3pi_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0momegaKs_omegam3pi_Ksmpipi.dec
new file mode 100644
index 0000000..1f617df
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0momegaKs_omegam3pi_Ksmpipi.dec
@@ -0,0 +1,74 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 pi-,    B+ -> X;    + cc                  #
+#              Dstar0 -> D0 pi0                                 #
+#              D0                                               #
+#               |                                  		#
+#               `-> omega K_S0                       		#
+#                     |     | 					#
+#                     |     `-> pi+ pi-                         #  	  
+#		      |						#
+#		      `--> pi+ pi- pi0                 		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Steve Schrenk based on file from.                     #
+#         Giovanni Marchiori                        		#
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myomega omega
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                      VSS;
+Enddecay
+#
+Decay MyD0
+1.000   Myomega MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myomega MyK_S0                  SVS;
+Enddecay
+#
+Decay Myomega
+1.0000    pi+ pi- pi0  	                OMEGA_DALITZ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mphiKs_phimKK_Ksmpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mphiKs_phimKK_Ksmpipi.dec
new file mode 100644
index 0000000..c55f1eb
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mphiKs_phimKK_Ksmpipi.dec
@@ -0,0 +1,74 @@
+#################################################################
+#                                                   		#
+# Decay: B- -> Dstar0 pi-,    B+ -> X;    + cc                  #
+#              Dstar0 -> D0 pi0                                 #
+#              D0                                               #
+#               |                                  		#
+#               `-> phi K_S0                       		#
+#                    |   | 					#
+#                    |   `-> pi+ pi-                            #  	  
+#		     |						#
+#		     `--> K+ K-                    		#
+#                                                   		#
+#                                                   		#
+#                                                   		#
+# Author: Steve Schrenk, based on file from                     #
+#         Giovanni Marchiori.                                   #
+# Date:   29 Aug 2003                                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Alias Myphi phi
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+#
+Decay MyD*0
+1.000  MyD0   pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                      VSS;
+Enddecay
+#
+Decay MyD0
+1.000   Myphi MyK_S0             	SVS;
+Enddecay
+#
+Decay Myanti-D0
+1.000   Myphi MyK_S0   	                SVS;
+Enddecay
+#
+Decay Myphi
+1.000  K+ K-                 		VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   	PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mpipi.dec b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mpipi.dec
new file mode 100644
index 0000000..9121c37
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_Dstar0mD0pi0_D0mpipi.dec
@@ -0,0 +1,51 @@
+#################################################################
+#                                                               #
+# Decay: B- -> Dstar0 pi- (Dstar0 ->D0 pi0 (D0 -> pi- pi+))     #  
+#        B+ -> X;   + cc                                        #
+#                                                               #
+# Author: Giampiero Mancinelli                                  #
+# Date:                    03/09/2001                           #
+#################################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+#
+Alias MyD*0 D*0
+Alias Myanti-D*0  anti-D*0
+ChargeConj MyD*0 Myanti-D*0
+#
+Alias MyD0 D0
+Alias Myanti-D0  anti-D0
+ChargeConj MyD0 Myanti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 Myanti-D*0 pi+                      SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*0 pi-                           SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0   pi0                         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000  Myanti-D0   pi0                    VSS;
+Enddecay
+#
+Decay MyD0
+1.000   pi-  pi+                      	  PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   pi+  pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_DstarmD0gammamD0mKspi0.dec b/BaBar_2014/BpBm_Dstar0pi_DstarmD0gammamD0mKspi0.dec
new file mode 100644
index 0000000..20dee62
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_DstarmD0gammamD0mKspi0.dec
@@ -0,0 +1,52 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B+ B-                          #
+#                                                  #
+# Decay: B- -> D*0 pi--,      B0 -> X       +c.c.  #
+#               |-> D0 gamma                       #
+#                   |-> Ks pi0                     #
+#                                                  #
+# 06 May 2003  Kelly E Ford                        #
+#                                                  #
+####################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias MyD*0bar anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+1.000 B+ B- MyB+ MyB- VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+1.000 MyD*0 pi+               SVS;
+Enddecay
+#
+Decay MyD*0
+1.0000 MyD0 gamma             VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0000 K_S0 pi0               PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyD*0bar pi-            SVS;
+Enddecay
+#
+Decay MyD*0bar
+1.0000 Myanti-D0 gamma        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K_S0 pi0               PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_DstarmD0gammamD0mKspipi.dec b/BaBar_2014/BpBm_Dstar0pi_DstarmD0gammamD0mKspipi.dec
new file mode 100644
index 0000000..4e42b31
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_DstarmD0gammamD0mKspipi.dec
@@ -0,0 +1,52 @@
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B+ B-                          #
+#                                                  #
+# Decay: B- -> D*0 pi--,      B0 -> X       +c.c.  #
+#               |-> D0 gamma                       #
+#                   |-> Ks pi pi                   #
+#                                                  #
+# 06 May 2003  Kelly E Ford                        #
+#                                                  #
+####################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias MyD*0bar anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+1.000 B+ B- MyB+ MyB- VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+1.000 MyD*0 pi+               SVS;
+Enddecay
+#
+Decay MyD*0
+1.0000 MyD0 gamma             VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0000 K_S0 pi+ pi-           PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyD*0bar pi-            SVS;
+Enddecay
+#
+Decay MyD*0bar
+1.0000 Myanti-D0 gamma        VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K_S0 pi+ pi-           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_DstarmD0pimD0mKspi0.dec b/BaBar_2014/BpBm_Dstar0pi_DstarmD0pimD0mKspi0.dec
new file mode 100644
index 0000000..07341bb
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_DstarmD0pimD0mKspi0.dec
@@ -0,0 +1,53 @@
+
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B+ B-                          #
+#                                                  #
+# Decay: B- -> D*0 pi-,       B0 -> X       +c.c.  #
+#                   |-> D0 pi                      #
+#                       |-> Ks pi0                 #
+#                                                  #
+# 06 May 2003  Kelly E Ford                        #
+#                                                  #
+####################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias MyD*0bar anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+1.000 B+ B- MyB+ MyB- VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+1.000 MyD*0 pi+               SVS;
+Enddecay
+#
+Decay MyD*0
+1.0000 MyD0 pi0               VSS;
+Enddecay
+#
+Decay MyD0
+1.0000 K_S0 pi0               PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyD*0bar pi-            SVS;
+Enddecay
+#
+Decay MyD*0bar
+1.0000 Myanti-D0 pi0          VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K_S0 pi0               PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pi_DstarmD0pimD0mKspipi.dec b/BaBar_2014/BpBm_Dstar0pi_DstarmD0pimD0mKspipi.dec
new file mode 100644
index 0000000..8f44d50
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pi_DstarmD0pimD0mKspipi.dec
@@ -0,0 +1,53 @@
+
+####################################################
+#                                                  #
+# Inclusive D*rho decay.dec #1                     #
+#                                                  #
+# D*rho signal from B+ B-                          #
+#                                                  #
+# Decay: B- -> D*0 pi-,       B0 -> X       +c.c.  #
+#                   |-> D0 pi                      #
+#                       |-> Ks pi pi               #
+#                                                  #
+# 06 May 2003  Kelly E Ford                        #
+#                                                  #
+####################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias MyD*0bar anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+1.000 B+ B- MyB+ MyB- VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+1.000 MyD*0 pi+               SVS;
+Enddecay
+#
+Decay MyD*0
+1.0000 MyD0 pi0               VSS;
+Enddecay
+#
+Decay MyD0
+1.0000 K_S0 pi+ pi-           PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyD*0bar pi-            SVS;
+Enddecay
+#
+Decay MyD*0bar
+1.0000 Myanti-D0 pi0          VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.0000 K_S0 pi+ pi-           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0pip.dec b/BaBar_2014/BpBm_Dstar0pip.dec
new file mode 100644
index 0000000..d3f4baa
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0pip.dec
@@ -0,0 +1,32 @@
+
+####################################################
+#                                                  #
+# Inclusive D*pi decay.dec #2                      #
+#                                                  #
+# D*pi      from B+B- for SP2                      #
+#                                                  #
+# Decay: B+ -> D*0(2007) pi+, B- -> X   +c.c.      #
+#               |-> X                              #
+#                                                  #
+# 5 Feb 99                                         #
+# Philip Hart (IHB AWG)                            #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 anti-D*0 pi+         SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 D*0 pi-              SVS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_K2pi.dec b/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_K2pi.dec
new file mode 100644
index 0000000..3d1f821
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_K2pi.dec
@@ -0,0 +1,48 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B+ -> D*(2007)0bar p anti-p pi+,      B- -> X   #
+#              +-> D0bar pi0                             #
+#                  +-> K+ pi- pi0                        #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   June 4   2004                                  #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#                                    // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-D*0 p+ anti-p- pi+             PHSP;
+Enddecay
+#
+Decay MyB-
+ 1.00000  MyD*0 p+ anti-p- pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-D*0
+ 1.00000  Myanti-D0 pi0                      VSS;
+Enddecay
+#
+Decay MyD*0
+ 1.00000  MyD0 pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi- pi0                        D_DALITZ;
+Enddecay
+#             
+Decay MyD0
+ 1.00000  K- pi+ pi0                        D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_K3pi.dec b/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_K3pi.dec
new file mode 100644
index 0000000..12ba45f
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_K3pi.dec
@@ -0,0 +1,49 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B+ -> D*(2007)0bar p anti-p pi+   B- -> X       #
+#              +-> D0bar pi0                             #
+#                  +-> K+ pi- pi- pi+                    #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   June 4  2004                                   #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+#
+#                                    // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-D*0 p+ anti-p- pi+              PHSP;
+Enddecay
+#
+Decay MyB-
+ 1.00000  MyD*0 p+ anti-p- pi-                   PHSP;
+Enddecay
+#
+Decay Myanti-D*0
+ 1.00000  Myanti-D0 pi0                      VSS;
+Enddecay
+#
+Decay MyD*0
+ 1.00000  MyD0 pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi- pi- pi+                     PHSP;
+Enddecay
+#             
+Decay MyD0
+ 1.00000  K- pi+ pi+ pi-                      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_Kpi.dec b/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_Kpi.dec
new file mode 100644
index 0000000..d662c93
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_Kpi.dec
@@ -0,0 +1,48 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B+ -> D*(2007)0bar p anti-p pi+,  B- -> X       #
+#              +-> D0bar pi0                             #
+#                  +-> K+ pi-                            #
+#                                                        #
+# Author: Haibo Li,  Wisconsin                           #
+# Date:   June 4  2004                                   #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                        VSS;
+0.50000 B-  MyB+                        VSS;
+Enddecay
+
+Decay MyB+
+ 1.00000  Myanti-D*0 p+ anti-p- pi+          PHSP;
+Enddecay
+#
+Decay MyB-
+ 1.00000  MyD*0 p+ anti-p- pi-               PHSP;
+Enddecay
+#
+Decay Myanti-D*0
+ 1.00000  Myanti-D0 pi0                      VSS;
+Enddecay
+#
+Decay MyD*0
+ 1.00000  MyD0 pi0                           VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 1.00000  K+ pi-                        PHSP;
+Enddecay
+#             
+Decay MyD0
+ 1.00000  K- pi+                        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_Ks2pi.dec b/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_Ks2pi.dec
new file mode 100644
index 0000000..172a4fd
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0ppbarpi_D0pi0_Ks2pi.dec
@@ -0,0 +1,64 @@
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#                                                        #
+# Decay: B+ -> D*(2007)0bar p anti-p pi+   B- -> X       #
+#              +->  D0bar pi0                            #
+#                  ->  K0 pi+ pi-                        #
+#                                                        #
+# Author: Haibo Li, Wisconsin                            #
+# Date:   June 4  2004                                   #
+#                                                        #
+#:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*:::*#
+#
+Alias MyB-  B-
+Alias MyB+  B+
+ChargeConj MyB+ MyB-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0
+Alias Myanti-D0  anti-D0
+Alias MyD0       D0
+Alias MyKs       K_S0
+Alias MyK0       K0
+Alias Myanti-K0  anti-K0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#                                    // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-D*0 p+ anti-p- pi+            PHSP;
+Enddecay
+#
+Decay MyB-
+ 1.00000  MyD*0 p+ anti-p- pi-                 PHSP;
+Enddecay
+#
+Decay Myanti-D*0
+ 1.00000  Myanti-D0 pi0                     VSS;
+Enddecay
+#
+Decay MyD*0
+ 1.00000  MyD0 pi0                          VSS;
+Enddecay
+#   // resonance structure in Dalitz modelled
+Decay Myanti-D0
+1.0000   MyK0  pi-   pi+                D_DALITZ;
+Enddecay
+#             // resonance structure in Dalitz modelled
+Decay MyD0
+1.0000   Myanti-K0  pi+  pi-            D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.0000    MyKs                          PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.0000    MyKs                          PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000    pi+ pi-                       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstar0rho_D0CabibboNonCP.dec b/BaBar_2014/BpBm_Dstar0rho_D0CabibboNonCP.dec
new file mode 100644
index 0000000..0ac3f82
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstar0rho_D0CabibboNonCP.dec
@@ -0,0 +1,111 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*0 rho-        B+ -> D*0bar rho+    #
+#              |                    |               #
+#              |->    K*+    K-   <-|               #
+#              |->    K*-    K+   <-|               #
+#              |->    K*0    Ks   <-|               #
+#              |->    K*0bar Ks   <-|               #
+#              |->    rho+   pi-  <-|               #
+#              |->    rho-   pi+  <-|               #
+#                                                   #
+# with                Ks   -> pi+ pi-               #
+#                     K*0  -> K-  pi+               #
+#                     K*+  -> Ks pi+ and K+ pi0     #
+#                     rho+ -> generic               #
+#                     D*0  -> generic               #
+#                                                   #
+# Author: Abi Soffer                                #
+# created: 6 Nov 2002    			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+ 
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+ 
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+Alias MyK*0   K*0
+Alias Myanti-K*0   anti-K*0
+
+Alias MyKs  K_S0
+
+
+Decay Upsilon(4S)
+0.5	MyB- B+			VSS;
+0.5	MyB+ B-			VSS;
+Enddecay
+
+# write the B decays as b->u. This doesn't really matter in the final
+# state, but will make identifying them in the MC truth slightly easier:
+#
+Decay MyB-
+1.00	Myanti-D*0 rho-		PHSP;
+Enddecay 
+
+Decay MyB+
+1.00	MyD*0 rho+		     	PHSP;
+Enddecay 
+
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                       VSS;
+0.3810    Myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+Decay MyD0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay Myanti-D0
+0.25 MyK*+ 		K- 	SVS;
+0.25 MyK*- 		K+ 	SVS;
+0.125 MyK*0 		MyKs 	SVS;
+0.125 Myanti-K*0 	MyKs 	SVS;
+0.125 rho+ 		pi- 	SVS;
+0.125 rho- 		pi+ 	SVS;
+Enddecay
+
+Decay MyKs
+1.0000  pi+ pi-                         PHSP;
+Enddecay
+
+Decay MyK*0
+1.000    K- pi+ VSS;
+Enddecay 
+
+Decay Myanti-K*0
+1.000    K+ pi- VSS;
+Enddecay 
+
+# K*+ -> Ks pi+ 50%, due to K0 -> Ks:
+Decay MyK*+
+0.5      MyKs  pi+                        VSS;
+0.5      K+  pi0                          VSS;
+Enddecay 
+
+Decay MyK*-
+0.5      MyKs  pi-                        VSS;
+0.5      K-  pi0                          VSS;
+Enddecay 
+
+End
+
+
diff --git a/BaBar_2014/BpBm_DstarD0_D0p_Kpi.dec b/BaBar_2014/BpBm_DstarD0_D0p_Kpi.dec
new file mode 100644
index 0000000..1c6b77b
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0p_Kpi.dec
@@ -0,0 +1,93 @@
+############################################################
+#                                                          #
+# Exclusive D*D decay.dec #2                               #
+#                                                          #
+# D*D . from B+ B- for SP3                                 #
+#                                                          #
+# Decay: B+ -> D*+           D0       B- -> X              #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+#                                                          #
+#              DstarD0_D0p_Kpi.dec                         #
+# + cc                                                     #
+#                                                          #
+# Author: J. Schieck    	16/08/00  	           #
+#         V. Lillard            20/08/00                   #
+############################################################
+#
+#
+Define beta 0.39
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+      D*+
+Alias MyD*-      D*-
+Alias MyD*0      D*0
+Alias Myanti-D*0 anti-D*0 
+Alias MyD0       D0
+Alias Myanti-D0  anti-D0
+Alias MyD+       D+
+Alias MyD-       D-
+#
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+#
+
+ChargeConj  MyB+ MyB-
+ChargeConj  MyD*+ MyD*-
+ChargeConj  MyD0 Myanti-D0   
+ChargeConj  MyD*0  Myanti-D*0 
+ChargeConj  MyD0 Myanti-D0
+
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+
+#
+Decay MyB+
+1.0000  MyD*+   Myanti-D0       SVS;
+Enddecay 
+#
+#
+Decay MyD*+
+1.0000 MyD0    pi+                        VSS;
+Enddecay
+#
+
+Decay MyD0
+1.0000   K-   pi+                         PHSP;
+Enddecay
+#
+
+
+CDecay  MyD*-
+#CDecay  MyD-
+CDecay  Myanti-D0   
+CDecay  MyB-
+
+#
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_K3piK3pi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_K3piK3pi.dec
new file mode 100644
index 0000000..ed52b20
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_K3piK3pi.dec
@@ -0,0 +1,167 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_K3piKpi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_K3piKpi.dec
new file mode 100644
index 0000000..ae2bac6
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_K3piKpi.dec
@@ -0,0 +1,161 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_K3piKpipi0.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_K3piKpipi0.dec
new file mode 100644
index 0000000..4cf5fc4
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_K3piKpipi0.dec
@@ -0,0 +1,161 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_K3piKspipi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_K3piKspipi.dec
new file mode 100644
index 0000000..b3a6982
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_K3piKspipi.dec
@@ -0,0 +1,171 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_KpiK3pi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_KpiK3pi.dec
new file mode 100644
index 0000000..0df5a7a
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_KpiK3pi.dec
@@ -0,0 +1,161 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_KpiKpi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_KpiKpi.dec
new file mode 100644
index 0000000..15a6a73
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_KpiKpi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_KpiKpipi0.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_KpiKpipi0.dec
new file mode 100644
index 0000000..b81f25d
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_KpiKpipi0.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_KpiKspipi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_KpiKspipi.dec
new file mode 100644
index 0000000..c6fe1ca
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_KpiKspipi.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0K3pi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0K3pi.dec
new file mode 100644
index 0000000..68b0811
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0K3pi.dec
@@ -0,0 +1,161 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0Kpi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0Kpi.dec
new file mode 100644
index 0000000..76194e5
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0Kpi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0Kpipi0.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0Kpipi0.dec
new file mode 100644
index 0000000..cc41187
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0Kpipi0.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0Kspipi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0Kspipi.dec
new file mode 100644
index 0000000..434c740
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_Kpipi0Kspipi.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiK3pi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiK3pi.dec
new file mode 100644
index 0000000..06f24e3
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiK3pi.dec
@@ -0,0 +1,171 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiKpi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiKpi.dec
new file mode 100644
index 0000000..0fcb6d9
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiKpi.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiKpipi0.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiKpipi0.dec
new file mode 100644
index 0000000..7c663fc
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiKpipi0.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiKspipi.dec b/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiKspipi.dec
new file mode 100644
index 0000000..039002f
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_D0piD0_KspipiKspipi.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD0_1    pi+                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD0_1 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_1 
+#
+
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiK3pi.dec b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiK3pi.dec
new file mode 100644
index 0000000..2da99aa
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiK3pi.dec
@@ -0,0 +1,161 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiKpi.dec b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiKpi.dec
new file mode 100644
index 0000000..c15aa98
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiKpi.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiKpipi0.dec b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiKpipi0.dec
new file mode 100644
index 0000000..8f48634
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiKpipi0.dec
@@ -0,0 +1,136 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK_S0 MyK_S0
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiKspipi.dec b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiKspipi.dec
new file mode 100644
index 0000000..7160d37
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KpipiKspipi.dec
@@ -0,0 +1,146 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1 
+1.0000   K-   pi+   pi+                     D_DALITZ;
+Enddecay
+
+CDecay MyD-_1 
+#
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiK3pi.dec b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiK3pi.dec
new file mode 100644
index 0000000..ba5b75e
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiK3pi.dec
@@ -0,0 +1,172 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD0_2 
+# K- 3pi (total 0.0761)
+0.0355   Mya_1+ K-                       SVS;
+0.0097   Myanti-K*0  rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   Myanti-K*0 pi+  pi-             PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay MyK_1-
+
+Decay Mya_1-
+1.0000   rho0 pi-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+CDecay Mya_1+
+
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay Myanti-K*0
+#
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiKpi.dec b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiKpi.dec
new file mode 100644
index 0000000..c5c5dcc
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiKpi.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD0_2 
+1.0000   K-   pi+                         PHSP;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiKpipi0.dec b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiKpipi0.dec
new file mode 100644
index 0000000..6ecb60d
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiKpipi0.dec
@@ -0,0 +1,147 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD0_2 
+1.0000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiKspipi.dec b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiKspipi.dec
new file mode 100644
index 0000000..37d6432
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD0_Dchpi0D0_KspiKspipi.dec
@@ -0,0 +1,148 @@
+############################################################
+#                                                          #
+# Exclusive D(*)D(*) decay.dec                             #
+##
+# D*D* . from B+ B- for SP5                                #
+#                                                          #
+# Decay: B+ -> D(*)0         D*+           B- -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+#         T. Piatenko            03/20/03  (created)        #
+############################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+_1     D*+
+Alias MyD*-_1     D*-
+Alias MyD*+_2     D*+
+Alias MyD*-_2     D*-
+Alias MyD*0_1      D*0
+Alias Myanti-D*0_1 anti-D*0 
+Alias MyD*0_2      D*0
+Alias Myanti-D*0_2 anti-D*0 
+Alias MyD0_1      D0
+Alias Myanti-D0_1   anti-D0
+Alias MyD0_2      D0
+Alias Myanti-D0_2   anti-D0
+Alias MyD+_1      D+
+Alias MyD-_1      D-
+Alias MyD+_2      D+
+Alias MyD-_2      D-
+Alias MyD_s*+_1     D_s*+
+Alias MyD_s*-_1     D_s*-
+Alias MyD_s*+_2     D_s*+
+Alias MyD_s*-_2     D_s*-
+Alias MyD_s+_1     D_s+
+Alias MyD_s-_1     D_s-
+Alias MyD_s+_2     D_s+
+Alias MyD_s-_2     D_s-
+#
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK_1- K_1-
+Alias MyK_1+ K_1+
+#
+Alias My2ndK*0B anti-K*0
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyK_S0    K_S0
+#
+
+#
+ChargeConj MyB+ MyB-
+ChargeConj MyD*+_1 MyD*-_1
+ChargeConj MyD*+_2 MyD*-_2
+ChargeConj MyD*0_1  Myanti-D*0_1 
+ChargeConj MyD*0_2  Myanti-D*0_2 
+
+ChargeConj MyD0_1 Myanti-D0_1
+ChargeConj MyD0_2 Myanti-D0_2
+ChargeConj MyD+_1 MyD-_1
+ChargeConj MyD+_2 MyD-_2
+
+ChargeConj MyD_s*+_1 MyD_s*-_1
+ChargeConj MyD_s*+_2 MyD_s*-_2
+ChargeConj MyD_s+_1 MyD_s-_1
+ChargeConj MyD_s+_2 MyD_s-_2
+
+ChargeConj Mya_1- Mya_1+
+ChargeConj Myanti-K*0 MyK*0
+ChargeConj MyK_1- MyK_1+
+ChargeConj MyK0 Myanti-K0
+
+ChargeConj Myphi Myphi
+#
+#
+Decay Upsilon(4S)
+0.5 MyB+  B-                     VSS;
+0.5 MyB-  B+                     VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyD*+_1  Myanti-D0_2         SVS;
+Enddecay 
+#
+
+#
+CDecay MyB-
+#
+#
+Decay MyD*+_1 
+1.0000  MyD+_1    pi0                       VSS;
+Enddecay
+
+CDecay MyD*-_1 
+#
+#
+Decay MyD+_1
+1.0000   Myanti-K0 pi+                         PHSP;
+Enddecay
+#
+CDecay MyD-_1 
+
+#
+
+#
+Decay MyD0_2 
+1.0000   Myanti-K0  pi+ pi-                     D_DALITZ;
+Enddecay
+
+CDecay Myanti-D0_2 
+#
+
+#
+Decay MyK0
+1.0000  MyK_S0                         PHSP;
+Enddecay
+
+CDecay Myanti-K0
+
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+ K-                     VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_DstarD_exclusive.dec b/BaBar_2014/BpBm_DstarD_exclusive.dec
new file mode 100644
index 0000000..d4cc494
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarD_exclusive.dec
@@ -0,0 +1,224 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D* . from B0 B0bar for SP3                             #
+#                                                          #
+# Decay: Bc -> D*            D             Bc -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+      B+
+Alias MyB-      B-
+Alias MyD*0     D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+#
+Decay Upsilon(4S)
+0.5000 MyB+  B-                      VSS;
+0.5000 MyB-  B+                      VSS;
+Enddecay
+#
+Decay MyB+
+0.5000  MyD*+   Myanti-D0      SVS; 
+0.5000  Myanti-D*0   MyD+      SVS;
+Enddecay 
+#
+Decay MyB-
+0.5000  MyD*-   MyD0      SVS;
+0.5000  MyD*0   MyD-      SVS;
+Enddecay 
+#
+Decay Myanti-D*0
+0.6666  Myanti-D0    pi0                       VSS;
+0.3333  Myanti-D0    gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0
+0.6666  MyD0    pi0                       VSS;
+0.3333  MyD0    gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+0.2500  MyD+    pi0                       VSS;
+0.7500  MyD0    pi+                       VSS;
+Enddecay
+#
+Decay MyD*-
+0.2500  MyD-    pi0                       VSS;
+0.7500  MyD0    pi-                       VSS;
+Enddecay
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK0bar pi+ pi-                  D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+              VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   MyK0bar pi+  pi0                 D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/BpBm_DstarDstar0_exclusive.dec b/BaBar_2014/BpBm_DstarDstar0_exclusive.dec
new file mode 100644
index 0000000..dd13ba4
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarDstar0_exclusive.dec
@@ -0,0 +1,225 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D*0 . from B+ B- for SP3                               #
+#                                                          #
+# Decay: Bc -> D*(2010)    D*0             Bc -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+      B+
+Alias MyB-      B-
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+Alias MyD*0     D*0
+Alias Myanti-D*0     anti-D*0
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+#
+Decay Upsilon(4S)
+0.5000 MyB+  B-                      VSS;
+0.5000 MyB-  B+                      VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD*+   Myanti-D*0      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyD*-   MyD*0      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-D*0
+0.6666  Myanti-D0    pi0                       VSS;
+0.3333  Myanti-D0    gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0
+0.6666  MyD0    pi0                       VSS;
+0.3333  MyD0    gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+0.7500  MyD0    pi+                       VSS;
+0.2500  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-
+0.7500  Myanti-D0    pi-                  VSS;
+0.2500  MyD-         pi0                  VSS;
+Enddecay
+
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK0bar pi+ pi-                  D_DALITZ;
+0.2000   MyK_S0 pi0                       PHSP;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+#
+Decay MyK0bar
+1.0000 K_S0                         PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+0.1666   MyK0bar pi+  pi0                 D_DALITZ;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+# K-  K+   pi+   pi0  (total 0.0260)
+0.0449   Myphi pi+  pi0                   PHSP;
+0.0256   Myphi rho+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0962   K-  K+   pi+   pi0               PHSP;
+# K0s pi+  pi+   pi-  (total 0.0350)
+0.0529   Mya_1+ K_S0                      SVS; 
+0.0290   MyK_10 pi+                       SVS;
+0.0186   MyK*-  pi+  pi+                  PHSP;
+0.0557   rho0   K_S0 pi+                  PHSP;
+0.0105   MyK_S0   pi+  pi+   pi-          PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/BpBm_DstarDstar0_exclusive_mod.dec b/BaBar_2014/BpBm_DstarDstar0_exclusive_mod.dec
new file mode 100644
index 0000000..a7f098a
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarDstar0_exclusive_mod.dec
@@ -0,0 +1,213 @@
+############################################################
+#                                                          #
+# Exclusive D*D* decay.dec #1                              #
+#                                                          #
+# D*D*0 . from B+ B- for SP3                               #
+#                                                          #
+# Decay: Bc -> D*(2010)    D*0             Bc -> X         #
+#              |             |                             #
+#              |->recon-     |-> recon-                    #
+#                 structible     structible                #
+#                 modes          modes                     #
+# + cc                                                     #
+#                                                          #
+# Author: S. Xella (IHB AWG)    06/11/99  (inclusive modes)#
+#         J. Albert             07/02/00  (mod for excl.)  #
+############################################################
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+      B+
+Alias MyB-      B-
+Alias MyD*+     D*+
+Alias MyD*-     D*-
+Alias MyD0      D0
+Alias Myanti-D0      anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+#
+Alias Mya_1+ a_1+
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0  K*0
+Alias MyK_1+ K_1+
+#
+Alias My2ndK_1- K_1-
+Alias My2ndK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias My2ndanti-K*0 anti-K*0
+Alias My2ndK_1+ K_1+
+Alias Myphi     phi
+Alias Myeta     eta
+Alias Myomega   omega
+Alias MyK_10    K_10
+Alias MyK_10B   anti-K_10
+Alias MyK*-     K*-
+Alias MyK*+     K*+
+Alias MyK_S0    K_S0
+Alias MyK0      K0
+Alias MyK0bar   anti-K0
+Alias MyD*0     D*0
+Alias Myanti-D*0     anti-D*0
+#
+ChargeConj MyD0 Myanti-D0
+ChargeConj MyD+ MyD-
+ChargeConj  MyK*0 Myanti-K*0
+ChargeConj  My2ndK*0 My2ndanti-K*0
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+ChargeConj MyK_10 MyK_10B
+ChargeConj MyK0bar MyK0
+ChargeConj MyK*-   MyK*+
+#
+Decay Upsilon(4S)
+0.5000 MyB+  B-                      VSS;
+0.5000 MyB-  B+                      VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyD*+   Myanti-D*0      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyD*-   MyD*0      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay Myanti-D*0
+0.5000  Myanti-D0    pi0                       VSS;
+0.5000  Myanti-D0    gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0
+0.5000  MyD0    pi0                       VSS;
+0.5000  MyD0    gamma                     VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+0.5000  MyD0    pi+                       VSS;
+0.5000  MyD+    pi0                       VSS;
+Enddecay
+#
+Decay MyD*-
+0.5000  Myanti-D0    pi-                  VSS;
+0.5000  MyD-         pi0                  VSS;
+Enddecay
+
+#
+# From M.H. Schune + S. Plaszczynski
+# the nightmare ... D0 -> KPi , Kpipi0, K3pi
+# J. Albert -- added K0s pi+ pi-, K0s pi+ pi- pi0
+#
+Decay MyD0
+0.2000   K-   pi+                         PHSP;
+0.2000   K-   pi+  pi0                    D_DALITZ;
+0.2000   MyK0bar pi+ pi-                  D_DALITZ;
+0.2000   K-   K+                          PHSP;
+# K- 3pi  (total 0.0761)
+0.0933   Mya_1+ K-                        SVS;
+0.0255   Myanti-K*0 rho0                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0055   MyK_1- pi+                       SVS;
+0.0276   Myanti-K*0 pi+  pi-              PHSP;
+0.0142   K-  pi+  rho0                    PHSP;
+0.0339   K-  pi+  pi+   pi-               PHSP;
+Enddecay
+#
+CDecay Myanti-D0
+#
+#
+Decay MyK0bar
+1.0000 MyK_S0                             PHSP;
+Enddecay
+#
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-                          PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000   rho0 pi+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+CDecay Mya_1-
+#
+#
+Decay MyK_1-
+0.1400   rho0     K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1-
+0.1400   rho-        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;  
+0.0710   My2ndanti-K*0   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myeta
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000   pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+#
+CDecay Myanti-K*0
+#
+Decay My2ndK*0
+1.0000      MyK_S0  pi0                   VSS;
+Enddecay
+#
+CDecay My2ndanti-K*0
+#
+Decay MyK_1+
+0.1400   rho0    K+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay My2ndK_1+
+0.1400   rho+        MyK_S0               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   My2ndanti-K*0   pi+                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+# Now D+ and D-
+#
+Decay MyD+
+0.1666   K-   pi+  pi+                    D_DALITZ;
+0.1666   MyK_S0 pi+                       PHSP;
+# K-  K+   pi+        (total 0.0088)
+0.0492   Myphi pi+                        SVS; 
+0.0455   MyK*0 K+                         SVS;
+0.0720   K-    K+   pi+                   PHSP;
+Enddecay
+#
+CDecay MyD-
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+Decay MyK_10
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*+      pi-                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_10B
+0.1400   rho0       MyK_S0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*-      pi+                   VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*-
+1.0000   MyK_S0       pi-                 VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000   MyK_S0       pi+                 VSS;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/BpBm_DstarKstar0.dec b/BaBar_2014/BpBm_DstarKstar0.dec
new file mode 100644
index 0000000..88ea5fd
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarKstar0.dec
@@ -0,0 +1,150 @@
+####################################################
+# Decay: B- -> D*-             K*0bar              #
+#              |-> brec c'tail  |-> KS pi0         #
+#                               |-> K- pi+         #
+# + cc                                             #
+#                                                  #
+# Created:  Stephen Levy                           #
+#           August 15, 2002                        #
+#                                                  #
+####################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias Myomega omega
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+#
+# No obvious model for this decay
+# make it vanilla SVV
+#
+Decay MyB+
+1.000 MyD*+ MyK*0           SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.000 MyD*- Myanti-K*0      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*-
+0.6830    Myanti-D0 pi-                    VSS;
+0.3060    MyD-  pi0                        VSS;
+0.0110    MyD-  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD*+
+0.6830    MyD0  pi+                        VSS;
+0.3060    MyD+  pi0                        VSS;
+0.0110    MyD+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     Myanti-K0 pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD+
+0.905  K- pi+ pi+                      D_DALITZ;
+0.095  MyKs pi+                        PHSP;
+Enddecay
+#
+Decay MyD-
+0.905  K+ pi- pi-                      D_DALITZ;
+0.095  MyKs pi-                        PHSP;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000 pi+ pi-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstarenubar_DstarmD0gamma_D0mKpi.dec b/BaBar_2014/BpBm_Dstarenubar_DstarmD0gamma_D0mKpi.dec
new file mode 100644
index 0000000..28c9020
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarenubar_DstarmD0gamma_D0mKpi.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D*0 e- anti-nu_e     #
+#                                |-> D0 pi0	  #
+#                                  |-> K- pi+     #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB+   B+
+Alias MyB-   B-
+Alias MyD*0  D*0
+Alias MyD*0b anti-D*0
+Alias MyD0   D0
+Alias MyD0b  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD*0b     e+   nu_e             ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD*0     e-   anti-nu_e         ISGW2;
+Enddecay
+#
+Decay MyD*0
+1.0000   MyD0 gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0b
+1.0000   MyD0b gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0000  K- pi+                            PHSP;
+Enddecay
+#
+Decay MyD0b
+1.0000  K+ pi-                            PHSP;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dstarenubar_DstarmD0gamma_D0mKpipi0.dec b/BaBar_2014/BpBm_Dstarenubar_DstarmD0gamma_D0mKpipi0.dec
new file mode 100644
index 0000000..da74166
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarenubar_DstarmD0gamma_D0mKpipi0.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D*0 e- anti-nu_e     #
+#                                |-> D0 pi0	  #
+#                                  |-> K- pi+ pi0 #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB+   B+
+Alias MyB-   B-
+Alias MyD*0  D*0
+Alias MyD*0b anti-D*0
+Alias MyD0   D0
+Alias MyD0b  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD*0b     e+   nu_e             ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD*0     e-   anti-nu_e         ISGW2;
+Enddecay
+#
+Decay MyD*0
+1.0000   MyD0 gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0b
+1.0000   MyD0b gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0000  K- pi+ pi0                        PHSP;
+Enddecay
+#
+Decay MyD0b
+1.0000  K+ pi- pi0                        PHSP;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dstarenubar_DstarmD0pi_D0mKpi.dec b/BaBar_2014/BpBm_Dstarenubar_DstarmD0pi_D0mKpi.dec
new file mode 100644
index 0000000..58ff388
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarenubar_DstarmD0pi_D0mKpi.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D*0 e- anti-nu_e     #
+#                                |-> D0 pi0	  #
+#                                  |-> K- pi+     #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB+   B+
+Alias MyB-   B-
+Alias MyD*0  D*0
+Alias MyD*0b anti-D*0
+Alias MyD0   D0
+Alias MyD0b  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD*0b     e+   nu_e             ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD*0     e-   anti-nu_e         ISGW2;
+Enddecay
+#
+Decay MyD*0
+1.0000   MyD0 pi0                         VSS;
+Enddecay
+#
+Decay MyD*0b
+1.0000   MyD0b  pi0                       VSS;
+Enddecay
+#
+Decay MyD0
+1.0000  K- pi+                            PHSP;
+Enddecay
+#
+Decay MyD0b
+1.0000  K+ pi-                            PHSP;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dstarenubar_DstarmD0pi_D0mKpipi0.dec b/BaBar_2014/BpBm_Dstarenubar_DstarmD0pi_D0mKpipi0.dec
new file mode 100644
index 0000000..6914223
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarenubar_DstarmD0pi_D0mKpipi0.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D*0 e- anti-nu_e     #
+#                                |-> D0 pi0	  #
+#                                  |-> K- pi+ pi0 #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB+   B+
+Alias MyB-   B-
+Alias MyD*0  D*0
+Alias MyD*0b anti-D*0
+Alias MyD0   D0
+Alias MyD0b  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD*0b     e+   nu_e             ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD*0     e-   anti-nu_e         ISGW2;
+Enddecay
+#
+Decay MyD*0
+1.0000   MyD0 pi0                         VSS;
+Enddecay
+#
+Decay MyD*0b
+1.0000   MyD0b  pi0                       VSS;
+Enddecay
+#
+Decay MyD0
+1.0000  K- pi+ pi0                        PHSP;
+Enddecay
+#
+Decay MyD0b
+1.0000  K+ pi- pi0                        PHSP;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dstarlnu_X.dec b/BaBar_2014/BpBm_Dstarlnu_X.dec
new file mode 100644
index 0000000..7c07f52
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarlnu_X.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X    B- ->D*0 l- anti-nu_l         #
+#                                                 #
+#       l = e or mu                               #
+#                       +CC                       #
+#                                                 #
+#  amanda@slac.stanford.edu
+###################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+#
+Decay MyB+
+0.5000   anti-D*0    e+   nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   anti-D*0    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB-
+0.5000   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   D*0    mu-  anti-nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+End
+
diff --git a/BaBar_2014/BpBm_Dstarma0p.dec b/BaBar_2014/BpBm_Dstarma0p.dec
new file mode 100644
index 0000000..4e3cf34
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarma0p.dec
@@ -0,0 +1,144 @@
+###################################################
+#                                                 #
+# Decay: B+ -> D*0   - a0+,       anti-B0 -> X  # 
+#                        |			  #
+#                        -->eta (gg) pi+          # 
+#                                                 #
+#                                                 #
+# Author: H. Snoek                                #
+# Date:   13/jan/04	                          #
+###################################################
+#
+Alias MyB+ 	   B+
+Alias MyB- 	   B-
+
+Alias MyD0         D0
+Alias Myanti-D0    anti-D0
+Alias MyD*0        D*0
+Alias Myanti-D*0   anti-D*0
+
+Alias MyK*0        K*0
+Alias Myanti-K*0   anti-K*0
+Alias MyK_1+       K_1+
+Alias MyK_1-       K_1-
+Alias MyKs	   K_S0
+Alias MyK0         K0
+Alias MyK0bar      anti-K0
+
+Alias Mya_0+       a_0+
+Alias Mya_0-       a_0-
+Alias Mya_1+       a_1+
+Alias Mya_1-       a_1-
+Alias Myeta        eta
+Alias Myomega      omega
+#
+# Always one B0 to the signal channel
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.00000 Myanti-D*0  Mya_0+	  	SVS;	
+Enddecay
+#
+Decay MyB-
+1.00000 MyD*0  Mya_0-          SVS;
+Enddecay
+#
+Decay MyD*0
+1.000  MyD0  pi0                   VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000 Myanti-D0 pi0				VSS;
+Enddecay
+#
+Decay MyD0
+0.142     K-  pi+                         PHSP;
+0.513     K-  pi+  pi0                    D_DALITZ;
+0.068     MyK0bar pi+ pi-               D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1+ K-                       SVS;
+0.0123    MyK_1- pi+                      SVS;
+0.0375    Myanti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-                       PHSP;
+0.513     K+    pi-  pi0                  D_DALITZ;
+0.068     MyK0 pi- pi+                    D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    Mya_1- K+                       SVS;
+0.0123    MyK_1+ pi-                      SVS;
+0.0375    MyK*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyK0bar
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1+
+1.0000  rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+0.7449 K+ pi-                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay Myanti-K*0
+0.7449 K- pi+                           VSS;
+0.2551 MyKs pi0                         VSS;
+Enddecay
+#
+Decay MyKs
+1.000 pi+ pi-				PHSP;
+Enddecay
+#
+Decay Mya_0-
+1.000 Myeta pi-				PHSP;
+Enddecay
+#
+Decay Mya_0+
+1.0000 Myeta pi+			PHSP;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+#
+Decay Myeta
+1.0000 gamma gamma			PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstarmunubar_DstarmD0gamma_D0mKpi.dec b/BaBar_2014/BpBm_Dstarmunubar_DstarmD0gamma_D0mKpi.dec
new file mode 100644
index 0000000..98c4485
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarmunubar_DstarmD0gamma_D0mKpi.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D*0 mu- anti-nu_mu     #
+#                                |-> D0 pi0	  #
+#                                  |-> K- pi+     #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB+   B+
+Alias MyB-   B-
+Alias MyD*0  D*0
+Alias MyD*0b anti-D*0
+Alias MyD0   D0
+Alias MyD0b  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD*0b     mu+   nu_mu           ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD*0      mu-   anti-nu_mu      ISGW2;
+Enddecay
+#
+Decay MyD*0
+1.0000   MyD0 gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0b
+1.0000   MyD0b gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0000  K- pi+                            PHSP;
+Enddecay
+#
+Decay MyD0b
+1.0000  K+ pi-                            PHSP;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dstarmunubar_DstarmD0gamma_D0mKpipi0.dec b/BaBar_2014/BpBm_Dstarmunubar_DstarmD0gamma_D0mKpipi0.dec
new file mode 100644
index 0000000..2afc85c
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarmunubar_DstarmD0gamma_D0mKpipi0.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D*0 mu- anti-nu_mu   #
+#                                |-> D0 pi0	  #
+#                                  |-> K- pi+ pi0 #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB+   B+
+Alias MyB-   B-
+Alias MyD*0  D*0
+Alias MyD*0b anti-D*0
+Alias MyD0   D0
+Alias MyD0b  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD*0b     mu+   nu_mu           ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD*0     mu-   anti-nu_mu       ISGW2;
+Enddecay
+#
+Decay MyD*0
+1.0000   MyD0 gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0b
+1.0000   MyD0b gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0000  K- pi+ pi0                        PHSP;
+Enddecay
+#
+Decay MyD0b
+1.0000  K+ pi- pi0                        PHSP;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dstarmunubar_DstarmD0pi_D0mKpi.dec b/BaBar_2014/BpBm_Dstarmunubar_DstarmD0pi_D0mKpi.dec
new file mode 100644
index 0000000..63b0bac
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarmunubar_DstarmD0pi_D0mKpi.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D*0 mu- anti-nu_mu     #
+#                                |-> D0 pi0	  #
+#                                  |-> K- pi+     #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB+   B+
+Alias MyB-   B-
+Alias MyD*0  D*0
+Alias MyD*0b anti-D*0
+Alias MyD0   D0
+Alias MyD0b  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD*0b     mu+   nu_mu           ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD*0      mu-   anti-nu_mu      ISGW2;
+Enddecay
+#
+Decay MyD*0
+1.0000   MyD0 pi0                         VSS;
+Enddecay
+#
+Decay MyD*0b
+1.0000   MyD0b  pi0                       VSS;
+Enddecay
+#
+Decay MyD0
+1.0000  K- pi+                            PHSP;
+Enddecay
+#
+Decay MyD0b
+1.0000  K+ pi-                            PHSP;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dstarmunubar_DstarmD0pi_D0mKpipi0.dec b/BaBar_2014/BpBm_Dstarmunubar_DstarmD0pi_D0mKpipi0.dec
new file mode 100644
index 0000000..5709d03
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarmunubar_DstarmD0pi_D0mKpipi0.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X 	B- ->D*0 mu- anti-nu_mu   #
+#                                |-> D0 pi0	  #
+#                                  |-> K- pi+ pi0 #
+# + CC 						  #
+#                                                 #
+# Comments: using default value for dm            #
+#                                                 #
+# Author: Kelly E Ford                            #
+# Created:                  07/May/03             #
+###################################################
+#
+Alias MyB+   B+
+Alias MyB-   B-
+Alias MyD*0  D*0
+Alias MyD*0b anti-D*0
+Alias MyD0   D0
+Alias MyD0b  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.0000   MyD*0b     mu+   nu_mu           ISGW2;
+Enddecay
+#
+Decay MyB-
+1.0000   MyD*0     mu-   anti-nu_mu       ISGW2;
+Enddecay
+#
+Decay MyD*0
+1.0000   MyD0 pi0                         VSS;
+Enddecay
+#
+Decay MyD*0b
+1.0000   MyD0b  pi0                       VSS;
+Enddecay
+#
+Decay MyD0
+1.0000  K- pi+ pi0                        PHSP;
+Enddecay
+#
+Decay MyD0b
+1.0000  K+ pi- pi0                        PHSP;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_DstarpKs.dec b/BaBar_2014/BpBm_DstarpKs.dec
new file mode 100644
index 0000000..f18e165
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarpKs.dec
@@ -0,0 +1,324 @@
+
+####################################################
+#                                                  #
+#                                                  #
+#                                                  #
+# Decay: B+ -> D+ Ks , B- -> X   +c.c.             #
+#                                                  #
+#                                                  #
+# 17 Apr 02                                        #
+# Riccardo Faccini                                 #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyD+ D+
+Alias MyD- D-
+#
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Alias MyD*+ D*+
+Alias MyD*- D*-
+#
+Alias Myomega omega
+#
+Alias my-a_1+ a_1+
+Alias my-a_1- a_1-
+#
+Alias my-anti-K0 anti-K0
+Alias my-K0 K0
+Alias my-K_S0 K_S0
+#
+Alias my-K*0 K*0
+Alias my-anti-K*0 anti-K*0
+#
+Alias my-K_1+ K_1+
+Alias my-K_1- K_1-
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+##
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyD*+ my-K_S0         SVS;
+Enddecay
+#
+Decay MyB-
+1.0000  MyD*-  my-K_S0            SVS;
+Enddecay
+#
+Decay MyD*-
+0.688  Myanti-D0   pi-                 VSS;
+0.312  MyD-  pi0                       VSS;
+Enddecay
+#
+Decay MyD*+
+0.688  MyD0   pi+                      VSS;
+0.312  MyD+   pi0                      VSS;
+Enddecay
+
+#
+Decay MyD0
+0.142     K-  pi+            PHSP;
+0.513     K-  pi+  pi0       D_DALITZ;
+0.068     my-anti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    my-a_1+ K-                       SVS;
+0.0123    my-K_1- pi+                      SVS;
+0.0375    my-anti-K*0 pi+ pi-              PHSP;
+0.0194    K- pi+ rho0                     PHSP;
+0.0462    K- pi+ pi+ pi-                  PHSP;
+0.0346    my-anti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.142     K+    pi-          PHSP;
+0.513     K+    pi-  pi0     D_DALITZ;
+0.068     my-K0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.1270    my-a_1- K+                       SVS;
+0.0123    my-K_1+ pi-                      SVS;
+0.0375    my-K*0 pi- pi+                   PHSP;
+0.0194    K+ pi- rho0                     PHSP;
+0.0462    K+ pi- pi- pi+                  PHSP;
+0.0346    my-K*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+
+#
+Decay MyD+
+#
+#
+# Ks pi
+0.0098   my-anti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+# these 4 modes below are K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ and non res 
+#0.0127   my-anti-K*0 pi+                 SVS;
+#0.0230   my-anti-K_0*0 pi+               PHSP;
+#0.0037   my-anti-K''*0 pi+               SVS;
+#0.0850   K-  pi+  pi+                    PHSP;
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    my-anti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   my-anti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   my-anti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   my-anti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   my-a_1+ my-anti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   my-anti-K0  rho0  pi+           PHSP;    
+0.0027   my-anti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+#
+Decay MyD-
+#
+#
+# Ks pi
+0.0098   my-K0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+# these 4 modes below are K*(892)0 pi-, 
+# K*(1430)0 pi-, and K*(1680)0 pi-  and non res 
+#0.0127   my-K*0 pi-                      SVS;
+#0.0230   my-K_0*0 pi-                    PHSP;
+#0.0037   my-K''*0 pi-                    SVS;
+#0.0850   K+  pi-  pi-                    PHSP;
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- my-K0                      SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   my-K0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   my-K*0 rho-                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   my-K*0 pi0  pi-                 PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   my-a_1- my-K0                   SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   my-K0  rho0  pi-                PHSP;   
+0.0027   my-K0   pi-  pi-   pi+          PHSP;   
+Enddecay
+#
+#
+#
+#
+# Redefined modes
+#
+Decay my-K0
+0.500     my-K_S0                        PHSP;
+Enddecay				
+#					
+Decay my-anti-K0			
+0.500     my-K_S0                        PHSP;
+Enddecay				
+#					
+Decay my-K_S0				
+0.6861    pi+  pi-                       PHSP;
+Enddecay				
+#					
+#					
+Decay my-K*0				
+0.6657      K+  pi-                      VSS;
+Enddecay				
+#					
+Decay my-anti-K*0			
+0.6657      K-  pi+                      VSS;
+Enddecay			
+#	
+#					
+Decay my2-K*0				
+0.3323      my-K0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      my-anti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#
+Decay my-K_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  my-K*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay my-K_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  my-anti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   my-K*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   my-anti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      my-K0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      my-anti-K0  pi-              VSS;
+Enddecay
+#
+#
+Decay my-a_1+
+0.4920   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay my-a_1-
+0.4920   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+
+#
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Dstarpilnu_KPi.dec b/BaBar_2014/BpBm_Dstarpilnu_KPi.dec
new file mode 100644
index 0000000..6da3c51
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarpilnu_KPi.dec
@@ -0,0 +1,56 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D*+ pi- l- anti-nu_l      #
+#                           |-> D0 pi                 #
+#                               |-> K pi              #
+#                                                     #
+# with l = e or mu                                    #
+#                               + CC                  #
+#                                                     #
+# Author: Rolf Dubitzky                               #
+# Created:                  15/Oct/99                 #
+# Mail: dubitzky@SLAC.STANFORD.EDU                    #
+#######################################################
+#
+
+#
+Alias myB-       B-
+Alias myB+       B+
+Alias myD*+      D*+
+Alias myD*-      D*-
+Alias myanti-D0  anti-D0
+Alias myD0       D0
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+0.5000   myD*-  pi+   e+   nu_e           PHOTOS GOITY_ROBERTS;
+0.5000   myD*-  pi+   mu+  nu_mu          PHOTOS GOITY_ROBERTS;
+Enddecay
+#
+Decay myB-
+0.5000   myD*+  pi-   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.5000   myD*+  pi-   mu-  anti-nu_mu     PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay myD*+
+1.0000    myD0  pi+                       VSS;
+Enddecay
+#
+Decay myD*-
+1.0000    myanti-D0  pi-                  VSS;
+Enddecay
+#
+Decay myD0
+1.0000   K-  pi+                          PHSP;
+Enddecay
+#
+Decay myanti-D0
+1.0000   K+  pi-                          PHSP;
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BpBm_Dstarpipi_D0Kpi_nonres.dec b/BaBar_2014/BpBm_Dstarpipi_D0Kpi_nonres.dec
new file mode 100644
index 0000000..564174e
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarpipi_D0Kpi_nonres.dec
@@ -0,0 +1,50 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- -> D*+ pi- pi- (nonresonant)   #
+#                          |-> D0 pi+		      #
+#                               |-> K- pi+            #
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*+ pi- pi-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000 MyD*- pi+ pi+                      PHSP;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+                           PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000   K+  pi-                     	  PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstarpipi_nonres.dec b/BaBar_2014/BpBm_Dstarpipi_nonres.dec
new file mode 100644
index 0000000..ad18a29
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarpipi_nonres.dec
@@ -0,0 +1,121 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X    B- -> D*+ pi- pi- (nonresonant)   #
+#                          |-> D0 pi+		      #
+#                               |-> K- pi+            #
+#                               |-> K- pi+ pi0        #
+#                               |-> K- pi+ pi+ pi-    #
+#                               |-> Ks pi+ pi-        #
+#                                    |-> pi+ pi-      #
+#			+CC			      #
+#                                                     #
+# Contacts:                                           #
+# jong@slac.stanford.edu                              #
+# December 2002					      #
+#                                                     #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyD*+ D*+
+Alias MyD0  D0
+Alias MyB+  B+
+Alias MyD*- D*-
+Alias Myanti-D0  anti-D0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+Alias MyKs              K_S0
+Alias Mya_1+ a_1+
+Alias MyK*0B anti-K*0
+Alias MyK_1- K_1-
+Alias Mya_1- a_1-
+Alias MyK*0 K*0
+Alias MyK_1+ K_1+
+#
+#
+Decay Upsilon(4S)
+0.50000 B-  MyB+                          VSS;
+0.50000 B+  MyB-                          VSS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyD*+ pi- pi-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000 MyD*- pi+ pi+                      PHSP;
+Enddecay
+#
+Decay MyD*-
+1.000    Myanti-D0  pi-                   VSS;
+Enddecay
+#
+Decay MyD*+
+1.000    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.0540   Myanti-K0 pi+  pi-              D_DALITZ;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+Enddecay
+#
+Decay Myanti-D0
+0.0391   K+  pi-                         PHSP;
+0.1307   K+  pi-  pi0                    D_DALITZ;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+0.0540   MyK0 pi-  pi+                   D_DALITZ;
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi-  pi+                  PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+Enddecay
+#
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+#
+Decay Mya_1+
+1.0000   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0B
+1.0000      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0B   pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                        VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DstarplusK3pi_DstarminusK2pi_Kminus.dec b/BaBar_2014/BpBm_DstarplusK3pi_DstarminusK2pi_Kminus.dec
new file mode 100644
index 0000000..55fceea
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarplusK3pi_DstarminusK2pi_Kminus.dec
@@ -0,0 +1,205 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*+ D*- K-                             #
+#              D*+->D0pi, D0->K3pi                    #
+#              D*-->D-pi0 D-->kpipi                   # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Apr/00                 #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*+k3pi  MyD*-k2pi    K-           PHSP;
+Enddecay
+CDecay MyB+
+#
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DstarplusK3pi_DstarminusK3pi_Kminus.dec b/BaBar_2014/BpBm_DstarplusK3pi_DstarminusK3pi_Kminus.dec
new file mode 100644
index 0000000..01d9a87
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarplusK3pi_DstarminusK3pi_Kminus.dec
@@ -0,0 +1,197 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*+ D*- K-                             #
+#              D*+->D0pi, D0->K3pi                    #
+#              D*-->D0barpi- D0bar->k3pi              # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Apr/00                 #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*+k3pi  MyD*-k3pi    K-           PHSP;
+Enddecay
+CDecay MyB+
+#
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DstarplusK3pi_DstarminusKpipi0_Kminus.dec b/BaBar_2014/BpBm_DstarplusK3pi_DstarminusKpipi0_Kminus.dec
new file mode 100644
index 0000000..6bddb2c
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarplusK3pi_DstarminusKpipi0_Kminus.dec
@@ -0,0 +1,197 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*+ D*- K-                             #
+#              D*+->D0pi, D0->K3pi                    #
+#              D*-->D0barpi- D0bar->kpipi0            # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Apr/00                 #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*+k3pi  MyD*-kpipi0    K-           PHSP;
+Enddecay
+CDecay MyB+
+#
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DstarplusKpi_DstarminusK2pi_Kminus.dec b/BaBar_2014/BpBm_DstarplusKpi_DstarminusK2pi_Kminus.dec
new file mode 100644
index 0000000..bee84d2
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarplusKpi_DstarminusK2pi_Kminus.dec
@@ -0,0 +1,205 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*+ D*- K-                             #
+#              D*+->D0pi, D0->Kpi                     #
+#              D*-->D-pi0 D-->kpipi                   # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Apr/00                 #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*+kpi  MyD*-k2pi    K-           PHSP;
+Enddecay
+CDecay MyB+
+#
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DstarplusKpi_DstarminusK3pi_Kminus.dec b/BaBar_2014/BpBm_DstarplusKpi_DstarminusK3pi_Kminus.dec
new file mode 100644
index 0000000..5f4407d
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarplusKpi_DstarminusK3pi_Kminus.dec
@@ -0,0 +1,64 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*+ D*- K-                             #
+#              D*+->D0pi, D0->Kpi                     #
+#              D*-->D0barpi- D0bar->k3pi              # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  30/Nov/00                 #
+#######################################################
+#
+
+#
+Alias MyB-  B-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0  D0
+Alias MyD0B  anti-D0
+Alias Mya_1- a_1-
+Alias MyK*0 K*0
+Alias MyK_1+ K_1+
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*+  MyD*-    K-                PHSP;
+Enddecay
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+#
+Decay MyD*+
+0.6830    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0355   Mya_1- K+                       SVS;
+0.0097   MyK*0  rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1+ pi-                      SVS;
+0.0105   MyK*0 pi-  pi+                  PHSP;
+0.0054   K+  pi-  rho0                   PHSP;
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DstarplusKpi_DstarminusKpi_Kminus.dec b/BaBar_2014/BpBm_DstarplusKpi_DstarminusKpi_Kminus.dec
new file mode 100644
index 0000000..c3aff95
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarplusKpi_DstarminusKpi_Kminus.dec
@@ -0,0 +1,43 @@
+#######################################################
+#   B+B-_DstarminusKpi_DstarplusKpi_Kminus.dec'       # 
+# Decay: B- -> D*+ D*- K-                             #
+#              D*+->D0pi, D0->Kpi                     #
+#              D*-->D0barpi- D0bar->kpi               # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  30/Nov/00                 #
+#######################################################
+#
+
+#
+Alias MyB-  B-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0  D0
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*+  MyD*-    K-                PHSP;
+Enddecay
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+#
+Decay MyD*+
+0.6830    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DstarplusKpi_DstarminusKpipi0_Kminus.dec b/BaBar_2014/BpBm_DstarplusKpi_DstarminusKpipi0_Kminus.dec
new file mode 100644
index 0000000..e4bf444
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarplusKpi_DstarminusKpipi0_Kminus.dec
@@ -0,0 +1,43 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*+ D*- K-                             #
+#              D*+->D0pi, D0->Kpi                     #
+#              D*-->D0barpi- D0bar->kpipi0            # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  30/Nov/00                 #
+#######################################################
+#
+
+#
+Alias MyB-  B-
+Alias MyD*+ D*+
+Alias MyD*- D*-
+Alias MyD0  D0
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+1.000   B+       MyB-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*+  MyD*-    K-                PHSP;
+Enddecay
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+#
+Decay MyD*+
+0.6830    MyD0  pi+                        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD0B
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DstarplusKpi_DstarplusKpi_Kminus.dec b/BaBar_2014/BpBm_DstarplusKpi_DstarplusKpi_Kminus.dec
new file mode 100644
index 0000000..5fb37a4
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarplusKpi_DstarplusKpi_Kminus.dec
@@ -0,0 +1,196 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*-D*-K+  B+->X                   #
+#              D*-->D0bar pi-                #
+#                        Kpi*Kpi                      #
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/March/2000             #
+# Modified:Jean-Pierre Lees 02/April/2001 VSS_BMIX dm #
+# Modified:Patrick Robbe 31/May/2002 D*-D*-K+ #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 B+       MyB-                      VSS; 
+Enddecay
+#
+Decay MyB-
+1.000   MyD*-kpi MyD*-kpi   K+           PHSP;
+Enddecay
+CDecay MyB+
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DstarplusKpipi0_DstarminusK2pi_Kminus.dec b/BaBar_2014/BpBm_DstarplusKpipi0_DstarminusK2pi_Kminus.dec
new file mode 100644
index 0000000..5c7c371
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarplusKpipi0_DstarminusK2pi_Kminus.dec
@@ -0,0 +1,205 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*+ D*- K-                             #
+#              D*+->D0pi, D0->Kpipi0                  #
+#              D*-->D-pi0 D-->kpipi                   # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Apr/00                 #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*+kpipi0  MyD*-k2pi    K-           PHSP;
+Enddecay
+CDecay MyB+
+#
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_DstarplusKpipi0_DstarminusKpipi0_Kminus.dec b/BaBar_2014/BpBm_DstarplusKpipi0_DstarminusKpipi0_Kminus.dec
new file mode 100644
index 0000000..8c4301d
--- /dev/null
+++ b/BaBar_2014/BpBm_DstarplusKpipi0_DstarminusKpipi0_Kminus.dec
@@ -0,0 +1,197 @@
+#######################################################
+#                                                     #
+# Decay: B- -> D*+ D*- K-                             #
+#              D*+->D0pi, D0->Kpipi0                  #
+#              D*-->D0barpi- D0bar->kpipi0            # 
+# Author: Jean-Pierre Lees                            #
+# Created:                  17/Apr/00                 #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   MyB+       B-                        VSS;
+Enddecay
+#
+Decay MyB-
+# modes DDK
+1.000   MyD*+kpipi0  MyD*-kpipi0    K-      PHSP;
+Enddecay
+CDecay MyB+
+#
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstarstarlnu.dec b/BaBar_2014/BpBm_Dstarstarlnu.dec
new file mode 100644
index 0000000..a3d1789
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstarstarlnu.dec
@@ -0,0 +1,164 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D** l nu                  #
+#                                                     #
+# with D**                                            #
+#    D_10    ->  D*0 pi0                              #
+#            ->  D*+ pi-                              #
+#    D'_10   ->  D*+ pi-                              #
+#    D_2*0   ->  D*0 pi0                              #
+#            ->  D*+ pi-                              #
+#            ->  D0 pi0                               #
+#            ->  D+ pi-                               #
+#    D*+  pi-                                         #
+#                                                     #
+# with D*+ -> D0 pi+                                  #
+#      D*0 -> D0 pi0                                  #
+#                                                     #
+# with D0 -> K- pi+                                   #
+#      D+ -> K- pi+ pi+                               #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author: Armin Hauke                                 #
+#         Rolf Dubitzky                               #
+#                                                     #
+# Created:                  11/Dec/01                 #
+# Mail: dubitzky@SLAC.STANFORD.EDU                    #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myD_10        D_10 
+Alias myD'_10       D'_10 
+Alias myD_2*0       D_2*0 
+Alias myanti-D_10   anti-D_10 
+Alias myanti-D'_10  anti-D'_10  
+Alias myanti-D_2*0  anti-D_2*0   
+#
+Alias myanti-D*0         anti-D*0
+Alias myD*0         D*0
+Alias myD*+         D*+
+Alias myD*-         D*-
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+Alias myD+          D+
+Alias myD-          D-
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myB+
+0.1250   myanti-D_10         e+    nu_e         PHOTOS  ISGW2;
+0.1250   myanti-D'_10        e+    nu_e         PHOTOS  ISGW2;
+0.1250   myanti-D_2*0        e+    nu_e         PHOTOS  ISGW2;
+0.1250   myD*-  pi+          e+    nu_e         PHOTOS  GOITY_ROBERTS;
+0.1250   myanti-D_10         mu+   nu_mu        PHOTOS  ISGW2;
+0.1250   myanti-D'_10        mu+   nu_mu        PHOTOS  ISGW2;
+0.1250   myanti-D_2*0        mu+   nu_mu        PHOTOS  ISGW2;
+0.1250   myD*-  pi+          mu+   nu_mu        PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay myB-
+0.1250   myD_10         e-    anti-nu_e         PHOTOS  ISGW2;
+0.1250   myD'_10        e-    anti-nu_e         PHOTOS  ISGW2;
+0.1250   myD_2*0        e-    anti-nu_e         PHOTOS  ISGW2;
+0.1250   myD*+  pi-     e-    anti-nu_e         PHOTOS  GOITY_ROBERTS;
+0.1250   myD_10         mu-   anti-nu_mu        PHOTOS  ISGW2;
+0.1250   myD'_10        mu-   anti-nu_mu        PHOTOS  ISGW2;
+0.1250   myD_2*0        mu-   anti-nu_mu        PHOTOS  ISGW2;
+0.1250   myD*+  pi-     mu-   anti-nu_mu        PHOTOS  GOITY_ROBERTS;
+Enddecay
+
+
+
+#
+#   D**
+#
+Decay myD_10
+0.5000    myD*0 pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000    myD*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay myD'_10
+1.0000    myD*+ pi-                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay myD_2*0
+0.2500    myD*0 pi0                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2500    myD*+ pi-                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2500    myD0  pi0                        TSS;
+0.2500    myD+  pi-                        TSS;
+Enddecay
+Decay myanti-D_10
+0.5000    myanti-D*0 pi0                   VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000    myD*- pi+                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay myanti-D'_10
+1.0000    myD*- pi+                        VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay myanti-D_2*0
+0.2500    anti-D*0 pi0                     TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2500    myD*- pi+                        TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2500    myanti-D0 pi0                    TSS;
+0.2500    myD-  pi+                        TSS;
+Enddecay
+
+
+
+#
+#   D*+  -> D0 pi+
+#
+Decay myD*+
+1.0000    myD0  pi+                        VSS;
+Enddecay
+Decay myD*-
+1.0000    myanti-D0  pi-                   VSS;
+Enddecay
+Decay myD*0
+1.0000    myD0  pi0                        VSS;
+Enddecay
+Decay myanti-D*0
+1.0000    myanti-D0  pi0                   VSS;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+Decay myD+
+# the Dalitz mode below includes K*bar(892)0 pi+, K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+Decay myD-
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+1.0   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+
+
+
+End
diff --git a/BaBar_2014/BpBm_Dstr0lnu_D0Kpi.dec b/BaBar_2014/BpBm_Dstr0lnu_D0Kpi.dec
new file mode 100644
index 0000000..452ed94
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstr0lnu_D0Kpi.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X    B- ->D*0 l- anti-nu_l         #
+#                        |-> D0 pi0		  #
+#			     D0 gamma   	  #
+#                            |-> K- pi+           #
+#                                                 #
+#	l = e or mu 				  #
+#			+CC			  #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Created:                  09/Feb/99             #
+# Mail: METZLER@SLAC.STANFORD.EDU                 #
+# Modified by Rowan Hamilton                      #
+###################################################
+#
+Alias MyB-  B-
+Alias MyD*0 D*0
+Alias MyD0  D0
+Alias MyB+  B+
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+#
+Decay MyB+
+0.5000   MyD*0B    e+   nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0B    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB-
+0.5000   MyD*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0    mu-  anti-nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0B
+0.6190    MyD0B  pi0                        VSS;
+0.3810    MyD0B  gamma                       VSP_PWAVE;
+Enddecay
+#
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_Dstr0lnu_D0pi0_Kpi.dec b/BaBar_2014/BpBm_Dstr0lnu_D0pi0_Kpi.dec
new file mode 100644
index 0000000..09cceb1
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstr0lnu_D0pi0_Kpi.dec
@@ -0,0 +1,58 @@
+####################################################
+#                                                  #
+# Decay: B+ -> X    B- ->D*0 l- anti-nu_l          #
+#                        |-> D0 pi0		   #
+#                            |-> K- pi+            #
+#                                                  #
+#	l = e or mu 				   #
+#			+CC			   #
+# Received by J.Richman from Edinburg group        # 
+# (Ali Anjomshoaa)                                 #
+# Mail: RICHMAN@SLAC.STANFORD.EDU                  #
+# Grabbed from M.H. Schune + S. Plaszczynski's file#
+# Created:                  01/11/99               #
+####################################################
+#
+Alias MyB-  B-
+Alias MyD*0 D*0
+Alias MyD0  D0
+Alias MyB+  B+
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+#
+Decay MyB+
+0.5000   MyD*0B    e+   nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0B    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB-
+0.5000   MyD*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0    mu-  anti-nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*0
+1.0000    MyD0  pi0                        VSS;
+Enddecay
+#
+Decay MyD*0B
+1.0000    MyD0B  pi0                        VSS;
+Enddecay
+#
+#
+# D0-> KPi 
+#
+Decay MyD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay MyD0B
+1.0000   K+  pi-                         PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_Dstr0lnu_Kpi.dec b/BaBar_2014/BpBm_Dstr0lnu_Kpi.dec
new file mode 100644
index 0000000..452ed94
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstr0lnu_Kpi.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X    B- ->D*0 l- anti-nu_l         #
+#                        |-> D0 pi0		  #
+#			     D0 gamma   	  #
+#                            |-> K- pi+           #
+#                                                 #
+#	l = e or mu 				  #
+#			+CC			  #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Created:                  09/Feb/99             #
+# Mail: METZLER@SLAC.STANFORD.EDU                 #
+# Modified by Rowan Hamilton                      #
+###################################################
+#
+Alias MyB-  B-
+Alias MyD*0 D*0
+Alias MyD0  D0
+Alias MyB+  B+
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+#
+Decay MyB+
+0.5000   MyD*0B    e+   nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0B    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB-
+0.5000   MyD*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0    mu-  anti-nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0B
+0.6190    MyD0B  pi0                        VSS;
+0.3810    MyD0B  gamma                       VSP_PWAVE;
+Enddecay
+#
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+Enddecay
+Decay MyD0B
+0.0391   K+  pi-                         PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_Dstr0lnu_Kpipi.dec b/BaBar_2014/BpBm_Dstr0lnu_Kpipi.dec
new file mode 100644
index 0000000..e3bb894
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstr0lnu_Kpipi.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X    B- ->D*0 l- anti-nu_l         #
+#                        |-> D0 pi0		  #
+#			     D0 gamma   	  #
+#                            |-> K- pi+ pi0       #
+#                                                 #
+#	l = e or mu 				  #
+#			+CC			  #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Created:                  09/Feb/99             #
+# Mail: METZLER@SLAC.STANFORD.EDU                 #
+# Modified by Rowan Hamilton                      #
+###################################################
+#
+Alias MyB-  B-
+Alias MyD*0 D*0
+Alias MyD0  D0
+Alias MyB+  B+
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+#
+Decay MyB+
+0.5000   MyD*0B    e+   nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0B    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB-
+0.5000   MyD*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0    mu-  anti-nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0B
+0.6190    MyD0B  pi0                        VSS;
+0.3810    MyD0B  gamma                       VSP_PWAVE;
+Enddecay
+#
+#
+Decay MyD0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+Decay MyD0B
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_Dstr0lnu_Kpipipi.dec b/BaBar_2014/BpBm_Dstr0lnu_Kpipipi.dec
new file mode 100644
index 0000000..30b00ca
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstr0lnu_Kpipipi.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# Decay: B+ -> X    B- ->D*0 l- anti-nu_l         #
+#                        |-> D0 pi0		  #
+#			     D0 gamma   	  #
+#                            |-> K- pi+ pi+ pi-   #
+#                                                 #
+#	l = e or mu 				  #
+#			+CC			  #
+#                                                 #
+# Author: M.H. Schune + S. Plaszczynski           #
+# Created:                  09/Feb/99             #
+# Mail: METZLER@SLAC.STANFORD.EDU                 #
+# Modified by Rowan Hamilton                      #
+###################################################
+#
+Alias MyB-  B-
+Alias MyD*0 D*0
+Alias MyD0  D0
+Alias MyB+  B+
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+#
+Decay MyB+
+0.5000   MyD*0B    e+   nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0B    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB-
+0.5000   MyD*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0    mu-  anti-nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0B
+0.6190    MyD0B  pi0                        VSS;
+0.3810    MyD0B  gamma                       VSP_PWAVE;
+Enddecay
+#
+#
+Decay MyD0
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+Decay MyD0B
+0.0129   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_Dstr0lnu_Kspipi.dec b/BaBar_2014/BpBm_Dstr0lnu_Kspipi.dec
new file mode 100644
index 0000000..0d9dce9
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstr0lnu_Kspipi.dec
@@ -0,0 +1,63 @@
+######################################################
+#                                                 #
+# Decay: B+ -> X    B- ->D*0 l- anti-nu_l         #
+#                        |-> D0 pi0               #
+#                            D0 gamma             #
+#                                |-> Ks pi+ pi-   #
+#                                                 #
+#       l = e or mu                               #
+#                       +CC                       #
+#                                                 #
+# Authors: Mousumi Datta and Steve Sekula         #
+# Created: 30 January 2002                        #  
+# Mail: dattam@slac.stanford.edu                  # 
+#       sekula@slac.stanford.edu                  #
+######################################################
+
+
+Alias MyB-  B-
+Alias MyD*0 D*0
+Alias MyD0  D0
+Alias MyB+  B+
+Alias MyD*0B anti-D*0
+Alias MyD0B  anti-D0
+Alias MyKs   K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+0.5000   MyD*0B    e+   nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0B    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyB-
+0.5000   MyD*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.5000   MyD*0    mu-  anti-nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+Enddecay
+#
+Decay MyD*0
+0.6190    MyD0  pi0                        VSS;
+0.3810    MyD0  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD*0B
+0.6190    MyD0B  pi0                        VSS;
+0.3810    MyD0B  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay MyD0
+1.0000  MyKs   pi+  pi-                PHSP;  
+Enddecay
+#
+Decay MyD0B
+1.0000  MyKs   pi+  pi-                PHSP;
+Enddecay
+#
+Decay MyKs
+1.0000  pi+    pi-                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Dstr0pi0lnu_D0Kpi.dec b/BaBar_2014/BpBm_Dstr0pi0lnu_D0Kpi.dec
new file mode 100644
index 0000000..bd467ff
--- /dev/null
+++ b/BaBar_2014/BpBm_Dstr0pi0lnu_D0Kpi.dec
@@ -0,0 +1,83 @@
+#######################################################
+#                                                     #
+# Decay: B+ -> X      B- -> D*0 pi0 l nu              #
+#                           |-> D0 pi0/gamma          #
+#                               |-> K- pi+            #
+#                                                     #
+# with l = e or mu                                    #
+#                                                     #
+#                                                     #
+#   + CC                                              #
+#                                                     #
+#                                                     #
+# Author:           Jens Schubert                     #
+# Created:            18/May/2004                     #
+# Mail: jschubi@SLAC.STANFORD.EDU                     #
+#######################################################
+#
+#
+Alias myB-          B-
+Alias myB+          B+
+#
+Alias myanti-D*0    anti-D*0
+Alias myD*0         D*0
+#
+Alias myanti-D0     anti-D0
+Alias myD0          D0
+#
+
+
+#
+#  Y
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+
+
+#
+#  B
+#
+Decay myB-
+0.5000   myD*0  pi0   e-    anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.5000   myD*0  pi0   mu-   anti-nu_mu    PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay myB+
+0.5000   myanti-D*0    pi0   e+    nu_e     PHOTOS  GOITY_ROBERTS;
+0.5000   myanti-D*0    pi0   mu+   nu_mu    PHOTOS  GOITY_ROBERTS;
+Enddecay
+
+
+
+#
+#   D*  -> D0 pi0/gamma
+#
+
+Decay myD*0
+0.6190    myD0  pi0                        VSS;
+0.3810    myD0  gamma                      VSP_PWAVE;
+Enddecay
+Decay myanti-D*0
+0.6190    myanti-D0  pi0                       VSS;
+0.3810    myanti-D0  gamma                      VSP_PWAVE;
+Enddecay
+
+
+
+#
+#  D Meson
+#
+Decay myD0
+1.0000   K-  pi+                         PHSP;
+Enddecay
+Decay myanti-D0
+1.0000   K+  pi-                         PHSP;
+Enddecay
+
+
+
+
+End
diff --git a/BaBar_2014/BpBm_HHHHH.dec b/BaBar_2014/BpBm_HHHHH.dec
new file mode 100644
index 0000000..07e59a1
--- /dev/null
+++ b/BaBar_2014/BpBm_HHHHH.dec
@@ -0,0 +1,55 @@
+###################################################
+#                                                 #
+# Decay: B+ -> h+ h+ h- h+ h-			  #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000 pi+ pi- pi+ pi- pi+		PHSP;
+1.0000 K+ pi- pi+ pi- pi+		PHSP;
+1.0000 pi+ K- pi+ pi- pi+		PHSP;
+
+1.0000 K+ K- pi+ pi- pi+		PHSP;
+1.0000 K+ pi- K+ pi- pi+		PHSP;
+1.0000 pi+ K- pi+ K- pi+		PHSP;
+
+#1.0000 pi+ K- K+ K- pi+		PHSP;
+#1.0000 K+ K- K+ pi- pi+		PHSP;
+#1.0000 K+ pi- K+ pi- K+		PHSP;
+#1.0000 K+ K- K+ K- pi+			PHSP;
+#1.0000 K+ K- K+ pi- K+			PHSP;
+#1.0000 K+ K- K+ K- K+			PHSP;
+Enddecay
+
+Decay MyB-
+1.0000 pi- pi- pi+ pi- pi+		PHSP;
+1.0000 K- pi- pi+ pi- pi+		PHSP;
+1.0000 pi- K+ pi- pi- pi+		PHSP;
+
+1.0000 K+ K- pi- pi- pi+		PHSP;
+1.0000 K+ pi- K+ pi- pi-		PHSP;
+1.0000 pi+ K- pi+ K- pi-		PHSP;
+
+#1.0000 pi- K- K+ K- pi+		PHSP;
+#1.0000 K+ K- K+ pi- pi-		PHSP;
+#1.0000 K- pi+ K- pi+ K-		PHSP;
+#1.0000 K+ K- K+ K- pi-			PHSP;
+#1.0000 K+ K- pi+ K- K-			PHSP;
+#1.0000 K+ K- K+ K- K-			PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_HHHPP.dec b/BaBar_2014/BpBm_HHHPP.dec
new file mode 100644
index 0000000..2af22d6
--- /dev/null
+++ b/BaBar_2014/BpBm_HHHPP.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# Decay: B+ -> h+ h+ h- pi0 pi0			  #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000 pi+ pi- pi+ pi0 pi0		PHSP;
+1.0000 K+ pi- pi+ pi0 pi0		PHSP;
+1.0000 pi+ K- pi+ pi0 pi0		PHSP;
+
+1.0000 K+ pi- K+ pi0 pi0		PHSP;
+1.0000 K+ K- pi+ pi0 pi0		PHSP;
+
+#1.0000 K+ K- K+ pi0 pi0		PHSP;
+Enddecay
+
+Decay MyB-
+1.0000 pi+ pi- pi- pi0 pi0		PHSP;
+1.0000 K+ pi- pi- pi0 pi0		PHSP;
+1.0000 pi+ K- pi- pi0 pi0		PHSP;
+
+1.0000 K+ pi- K- pi0 pi0		PHSP;
+1.0000 K- K- pi+ pi0 pi0		PHSP;
+
+#1.0000 K+ K- K- pi0 pi0		PHSP;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_JPsiK_AllJpsi.dec b/BaBar_2014/BpBm_JPsiK_AllJpsi.dec
new file mode 100644
index 0000000..c20788a
--- /dev/null
+++ b/BaBar_2014/BpBm_JPsiK_AllJpsi.dec
@@ -0,0 +1,34 @@
+############################################################
+#                                                          #
+# Decay: B- -> J/psi      K-,       B+ -> X                #
+#                |-> X                                     #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: E. Varnes                                        #
+# Created:                   14/Aug/01                     #
+# Mail: VARNES@SLAC.STANFORD.EDU
+############################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  J/psi K+               SVS;   
+Enddecay 
+#
+Decay MyB-
+1.0000  J/psi K-               SVS;   
+Enddecay 
+End
+
+
+
diff --git a/BaBar_2014/BpBm_JpsiD.dec b/BaBar_2014/BpBm_JpsiD.dec
new file mode 100644
index 0000000..5f02c79
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiD.dec
@@ -0,0 +1,37 @@
+############################################################
+#                                                          #
+# Decay:      B- -> J/psi      D-,        B+ -> X          #
+#                   |-> e+e-                               #
+#                   |-> mu+mu-                             #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: D. Bernard                                       #
+# Created:                   27 Nov 02                     #
+############################################################
+#
+#
+Alias MyJ/psi J/psi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyJ/psi  D+               SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyJ/psi  D-               SVS;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiD_Kpi.dec b/BaBar_2014/BpBm_JpsiD_Kpi.dec
new file mode 100644
index 0000000..9eab188
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiD_Kpi.dec
@@ -0,0 +1,51 @@
+############################################################
+#                                                          #
+# Decay:      B- -> J/psi      D-,        B+ -> X          #
+#                   |-> e+e-   |                           #
+#                   |-> mu+mu- |-> K_S0 pi-                #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: D. Bernard                                       #
+# Created:                   27 Nov 02                     #
+############################################################
+#
+#
+Alias MyJ/psi J/psi
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyJ/psi  MyD+       SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyJ/psi  MyD-       SVS;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-               PHOTOS VLL;
+0.5000  mu+ mu-             PHOTOS VLL;
+Enddecay
+#
+Decay MyD-
+1.0000  MyK_S0   pi-        PHSP;
+Enddecay
+#
+Decay MyD+
+1.0000  MyK_S0   pi+        PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-             PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_JpsiDpi.dec b/BaBar_2014/BpBm_JpsiDpi.dec
new file mode 100644
index 0000000..3a3cb54
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiDpi.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay:      B- -> J/psi      D pi,        B+ -> X        #
+#                   |-> e+e-                               #
+#                   |-> mu+mu-                             #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: D. Bernard                                       #
+# Created:                   27 Nov 02                     #
+############################################################
+#
+#
+Alias MyJ/psi J/psi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+0.5000  MyJ/psi  D+ pi0              PHSP;
+0.5000  MyJ/psi  anti-D0 pi+              PHSP;
+Enddecay 
+#
+Decay MyB-
+0.5000  MyJ/psi  D- pi0              PHSP;
+0.5000  MyJ/psi  D0 pi-              PHSP;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiDstar.dec b/BaBar_2014/BpBm_JpsiDstar.dec
new file mode 100644
index 0000000..754dfe1
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiDstar.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay:      B- -> J/psi      D*-,        B+ -> X         #
+#                   |-> e+e-                               #
+#                   |-> mu+mu-                             #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: D. Bernard                                       #
+# The D* is badly treated, as a sheer scalar               #
+# Created:                   27 Nov 02                     #
+############################################################
+#
+#
+Alias MyJ/psi J/psi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyJ/psi  D*+               PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyJ/psi  D*-               PHSP;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiDstar_D0pi_Kpi_l.dec b/BaBar_2014/BpBm_JpsiDstar_D0pi_Kpi_l.dec
new file mode 100644
index 0000000..c013e4f
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiDstar_D0pi_Kpi_l.dec
@@ -0,0 +1,63 @@
+###################################################################
+# B-  --> J/psi D*-              B+ --> Generic                   #
+#         |     |                                                 #
+#         |     |-->D0bar pi-                                     #
+#         |         |                                             #
+#         |         |-->K+ pi-                                    #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         # 
+#                                                                 #
+# + c. c.                                                         #
+#                                                                 #
+#  Using Longitudinal Helicity Amp                                #
+#                                                                 #
+#  Author: E. Robutti (adapted from V. Halyo)                     #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyDstar- D*-
+Alias MyDstar+ D*+
+Alias MyD0 D0
+Alias MyAnti-D0 anti-D0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyDstar-      SVV_HELAMP 0. 0. 1. 0. 0. 0.;
+Enddecay
+#
+Decay MyDstar-
+1.000  MyAnti-D0  pi-       VSS;
+Enddecay
+#
+Decay MyAnti-D0
+1.000   K+  pi-             PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyDstar+      SVV_HELAMP 0. 0. 1. 0. 0. 0.;
+Enddecay
+#
+Decay MyDstar+
+1.000  D0  pi+              VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiDstar_D0pi_Kpi_t.dec b/BaBar_2014/BpBm_JpsiDstar_D0pi_Kpi_t.dec
new file mode 100644
index 0000000..275907b
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiDstar_D0pi_Kpi_t.dec
@@ -0,0 +1,63 @@
+###################################################################
+# B-  --> J/psi D*-              B+ --> Generic                   #
+#         |     |                                                 #
+#         |     |-->D0bar pi-                                     #
+#         |         |                                             #
+#         |         |-->K+ pi-                                    #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         # 
+#                                                                 #
+# + c. c.                                                         #
+#                                                                 #
+#  Using Transverse Helicity Amp                                  #
+#                                                                 #
+#  Author: E. Robutti (adapted from V. Halyo)                     #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyDstar- D*-
+Alias MyDstar+ D*+
+Alias MyD0 D0
+Alias MyAnti-D0 anti-D0
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyDstar-      SVV_HELAMP 1. 0. 0. 0. 1. 0.;
+Enddecay
+#
+Decay MyDstar-
+1.000  MyAnti-D0  pi-       VSS;
+Enddecay
+#
+Decay MyAnti-D0
+1.000   K+  pi-             PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyDstar+      SVV_HELAMP 1. 0. 0. 0. 1. 0.;
+Enddecay
+#
+Decay MyDstar+
+1.000  D0  pi+              VSS;
+Enddecay
+#
+Decay MyD0
+1.000   K-  pi+             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiDstar_l.dec b/BaBar_2014/BpBm_JpsiDstar_l.dec
new file mode 100644
index 0000000..9814cbc
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiDstar_l.dec
@@ -0,0 +1,50 @@
+###################################################################
+# B-  --> J/psi D*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->D0bar pi-                                      #
+#         |                                                       #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  Using Longitudinal Helicity Amp                                #
+#                                                                 #
+#  Author: Valerie Halyo                                          #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyDstar- D*-
+Alias MyDstar+ D*+
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyDstar-      SVV_HELAMP 0. 0. 1. 0. 0. 0.;
+Enddecay
+#
+Decay MyDstar-
+1.000  anti-D0  pi-            VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyDstar+      SVV_HELAMP 0. 0. 1. 0. 0. 0.;
+Enddecay
+#
+Decay MyDstar+
+1.000  D0  pi+            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiDstar_t.dec b/BaBar_2014/BpBm_JpsiDstar_t.dec
new file mode 100644
index 0000000..2ce6715
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiDstar_t.dec
@@ -0,0 +1,50 @@
+###################################################################
+# B-  --> J/psi D*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->D0bar pi-                                      #
+#         |                                                       #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  Using Transverse Helicisy Amp                                  #
+#                                                                 #
+#  Author : Valerie Halyo                                         #
+###################################################################
+#
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyDstar- D*-
+Alias MyDstar+ D*+
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyDstar-      SVV_HELAMP 1. 0. 0. 0. 1. 0.;
+Enddecay
+#
+Decay MyDstar-
+1.000  anti-D0  pi-            VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyDstar+      SVV_HELAMP 1. 0. 0. 0. 1. 0.;
+Enddecay
+#
+Decay MyDstar+
+1.000  D0  pi+            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiEtaKm.dec b/BaBar_2014/BpBm_JpsiEtaKm.dec
new file mode 100644
index 0000000..3d88212
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiEtaKm.dec
@@ -0,0 +1,45 @@
+###################################################################
+#  B+ -> J/psi Eta K+, B- -> X (50%); + C.C. (50%)
+#          |    |
+#          |     -> Gamma Gamma (50%), Pi+ Pi- Pi0 (50%)
+#          |
+#           -> e+e- (50%), mu+mu- (50%)
+#      
+#         Eric Eckhart
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEta eta
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyEta
+0.5000    gamma gamma                      PHSP;
+0.5000    pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+#
+
+Decay MyB-
+1.000 MyJpsi  MyEta  K-   PHSP;
+Enddecay
+#
+
+Decay MyB+
+1.000 MyJpsi  MyEta  K+   PHSP;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiEtaPKm.dec b/BaBar_2014/BpBm_JpsiEtaPKm.dec
new file mode 100644
index 0000000..4328540
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiEtaPKm.dec
@@ -0,0 +1,53 @@
+###################################################################
+#  B+ -> J/psi Eta' K+, B- -> X (50%) + C.C. (50%)
+#          |    |
+#          |     -> Rho0 Gamma (50%), Eta Pi+ Pi- (50%)
+#          |                           |
+#          |                            -> Gamma Gamma
+#          |
+#           -> e+e- (50%), mu+mu- (50%)
+#
+#         Eric Eckhart
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEtaP eta'
+Alias MyEta eta
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyEtaP
+0.5000    pi+ pi- MyEta           PHSP;
+0.5000    rho0  gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyEta
+0.5000   gamma  gamma                       PHSP;
+0.5000    pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+#
+
+Decay MyB-
+1.000 MyJpsi  MyEtaP  K-   PHSP;
+Enddecay
+#
+
+Decay MyB+
+1.000 MyJpsi  MyEtaP  K+   PHSP;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiK.dec b/BaBar_2014/BpBm_JpsiK.dec
new file mode 100644
index 0000000..ec79c76
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiK.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay:      B- -> J/psi      K-,        B+ -> X          #
+#                   |-> e+e-                               #
+#                   |-> mu+mu-                             #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: G. London                                        #
+# Mail: GLONDON@SLAC.STANFORD.EDU                          #
+# Created:                   29 Jan 99                     #
+############################################################
+#
+#
+Alias MyJ/psi J/psi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyJ/psi  K+               SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyJ/psi  K-               SVS;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiK_ppbar.dec b/BaBar_2014/BpBm_JpsiK_ppbar.dec
new file mode 100644
index 0000000..47a8833
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiK_ppbar.dec
@@ -0,0 +1,37 @@
+############################################################
+#                                                          #
+# Decay:      B- -> J/psi      K-,        B+ -> X          #
+#                   |                                      #
+#                   `-> ppbar                              #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author:  Dieter Best                                     #
+# Mail:    best@slac.stanford.edu                          #
+# Created: 17.July.2002                                    #
+############################################################
+#
+#
+Alias MyJ/psi J/psi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyJ/psi  K+               SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyJ/psi  K-               SVS;
+Enddecay 
+#
+Decay MyJ/psi
+1.000   p+ anti-p-                VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar.dec b/BaBar_2014/BpBm_JpsiKstar.dec
new file mode 100644
index 0000000..1d12111
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar.dec
@@ -0,0 +1,71 @@
+###################################################################
+# B-  --> J/psi K*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->KS pi- (2/3)                                   #
+#         |    |-->K- pi0 (1/3)                                   #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: G. London     9Feb99                                    #
+# Mail: GLONDON@SLAC.STANFORD.EDU                                 #
+###################################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar-
+0.333 K_S0   pi-            VSS;
+0.333 K-   pi0              VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+0.333 K_S0   pi+            VSS;
+0.333 K+   pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar_KLpi.dec b/BaBar_2014/BpBm_JpsiKstar_KLpi.dec
new file mode 100644
index 0000000..b69ddeb
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar_KLpi.dec
@@ -0,0 +1,62 @@
+###################################################################
+# B-  --> J/psi K*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->KL pi-                                         #
+#         |                                                       #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: G. London     9Feb99                                    #
+# modified: D. Wright 2-12-99
+# Mail: WRIGHT@SLAC.STANFORD.EDU
+###################################################################
+#
+#Define the transversity amplitudes
+#supposed to be CLEO measurement
+Define A+  0.566
+Define A0  1.02
+Define A- 0.4
+#
+Define phA+ 0.0
+Define phA0 0.0
+Define phA- 0.0
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP A+ phA+ A0 phA0 A- phA-;
+Enddecay
+#
+Decay MyKstar-
+1.000 K_L0   pi-            VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP A+ phA+ A0 phA0 A- phA-;
+Enddecay
+#
+Decay MyKstar+
+1.000 K_L0   pi+            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar_KLpi_RunIPol.dec b/BaBar_2014/BpBm_JpsiKstar_KLpi_RunIPol.dec
new file mode 100644
index 0000000..f7c0b4f
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar_KLpi_RunIPol.dec
@@ -0,0 +1,65 @@
+###################################################################
+# B-  --> J/psi K*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->KL pi-                                         #
+#         |                                                       #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: G. London     9Feb99                                    #
+# modified: D. Wright 2-12-99
+# Mail: WRIGHT@SLAC.STANFORD.EDU
+###################################################################
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# put the values measured by Babar (see BAD #35 and #154)
+Define Hplus  0.159
+Define Hzero  0.775
+Define Hminus 0.612
+Define phHplus  1.563
+Define phHzero  0.0
+Define phHminus 2.712
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar-
+1.000 K_L0   pi-            VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+1.000 K_L0   pi+            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar_KS.dec b/BaBar_2014/BpBm_JpsiKstar_KS.dec
new file mode 100644
index 0000000..195a1ef
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar_KS.dec
@@ -0,0 +1,74 @@
+###################################################################
+# B-  --> J/psi K*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->KS pi-                                         #
+#         |        |--> pi+pi-                                    #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# B decay should be according to CLEO                             #
+#                                                                 #
+# Author: G. London     9Feb99                                    #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar-
+1.000 MyK_S0   pi-           VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+1.000 MyK_S0   pi+            VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar_KS00.dec b/BaBar_2014/BpBm_JpsiKstar_KS00.dec
new file mode 100644
index 0000000..72b8894
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar_KS00.dec
@@ -0,0 +1,74 @@
+###################################################################
+# B-  --> J/psi K*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->KS pi-                                         #
+#         |        |--> pi0pi0                                    #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# B decay should be according to CLEO                             #
+#                                                                 #
+# Author: R. Faccini   25 feb 00                                  #
+# Mail: RFACCINI@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar-
+1.000 MyK_S0   pi-           VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+1.000 MyK_S0   pi+            VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi0 pi0                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar_KS_RunIPol.dec b/BaBar_2014/BpBm_JpsiKstar_KS_RunIPol.dec
new file mode 100644
index 0000000..da7c2d5
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar_KS_RunIPol.dec
@@ -0,0 +1,71 @@
+###################################################################
+# B-  --> J/psi K*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->KS pi-                                         #
+#         |        |--> pi+pi-                                    #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# B decay should be according to CLEO                             #
+#                                                                 #
+# Author: G. London     9Feb99                                    #
+# Mail: GLONDON@SLAC.STANFORD.EDU                                 #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+###################################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# put the values measured by Babar (see BAD #35 and #154)
+Define Hplus  0.159
+Define Hzero  0.775
+Define Hminus 0.612
+Define phHplus  1.563
+Define phHzero  0.0
+Define phHminus 2.712
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyKstar-
+1.000 MyK_S0   pi-           VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+1.000 MyK_S0   pi+            VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar_Km.dec b/BaBar_2014/BpBm_JpsiKstar_Km.dec
new file mode 100644
index 0000000..a072ef7
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar_Km.dec
@@ -0,0 +1,68 @@
+###################################################################
+# B-  --> J/psi K*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->K- pi0                                         #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# B decay should be according to CLEO                             #
+#                                                                 #
+# Author: G. London     9Feb99                                    #
+# Mail: GLONDON@SLAC.STANFORD.EDU                                 #
+###################################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar-
+1.000 K-   pi0              VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar_Km_RunIPol.dec b/BaBar_2014/BpBm_JpsiKstar_Km_RunIPol.dec
new file mode 100644
index 0000000..502bc30
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar_Km_RunIPol.dec
@@ -0,0 +1,65 @@
+###################################################################
+# B-  --> J/psi K*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->K- pi0                                         #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# B decay should be according to CLEO                             #
+#                                                                 #
+# Author: G. London     9Feb99                                    #
+# Mail: GLONDON@SLAC.STANFORD.EDU                                 #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+###################################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# put the values measured by Babar (see BAD #35 and #154)
+Define Hplus  0.159
+Define Hzero  0.775
+Define Hminus 0.612
+Define phHplus  1.563
+Define phHzero  0.0
+Define phHminus 2.712
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyKstar-
+1.000 K-   pi0              VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar_KpPi0_RunIpIIPol.dec b/BaBar_2014/BpBm_JpsiKstar_KpPi0_RunIpIIPol.dec
new file mode 100644
index 0000000..7744e99
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar_KpPi0_RunIpIIPol.dec
@@ -0,0 +1,63 @@
+###################################################################
+# B-  --> J/psi K*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->K- pi0                                         #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# author :  Marc Verderi 06/05/2004                               #
+# made from original decay file:                                  #
+#                 B+B-_JpsiKstar_K-_RunIPol.dec                   #
+###################################################################
+#
+#
+# Define the helicity amplitudes starting from the transversity amplitudes:
+# -------------------------------------------------------------------------
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Values measured by Babar run I+II (BAD#673/752):
+Define Hplus    0.6301
+Define Hzero    0.7523
+Define Hminus   0.1924
+Define phHplus  3.246
+Define phHzero  0.000
+Define phHminus 4.924
+#
+# Alias particles for specific decays
+#
+Alias MyB+     B+
+Alias MyB-     B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi   J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP  Hminus phHminus   Hzero phHzero   Hplus phHplus;
+Enddecay
+#
+Decay MyKstar-
+1.000 K-   pi0              VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP  Hplus phHplus     Hzero phHzero   Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar_KsPip_RunIpIIPol.dec b/BaBar_2014/BpBm_JpsiKstar_KsPip_RunIpIIPol.dec
new file mode 100644
index 0000000..6e34b64
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar_KsPip_RunIpIIPol.dec
@@ -0,0 +1,69 @@
+###################################################################
+# B-  --> J/psi K*-              B0 --> Generic                   #
+#         |    |                                                  #
+#         |    |-->KS pi-                                         #
+#         |        |--> pi+pi-                                    #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# author :  Marc Verderi 06/05/2004                               #
+# made from original decay file:                                  #
+#                B+B-_JpsiKstar_KS_RunIPol.dec                    #
+###################################################################
+#
+#
+# Define the helicity amplitudes starting from the transversity amplitudes:
+# -------------------------------------------------------------------------
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Values measured by Babar run I+II (BAD#673/752):
+Define Hplus    0.6301
+Define Hzero    0.7523
+Define Hminus   0.1924
+Define phHplus  3.246
+Define phHzero  0.000
+Define phHminus 4.924
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP Hminus phHminus  Hzero phHzero   Hplus phHplus;
+Enddecay
+#
+Decay MyKstar-
+1.000 MyK_S0   pi-           VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP Hplus phHplus    Hzero phHzero   Hminus phHminus;
+Enddecay
+#
+Decay MyKstar+
+1.000 MyK_S0   pi+            VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiKstar_ppbar.dec b/BaBar_2014/BpBm_JpsiKstar_ppbar.dec
new file mode 100644
index 0000000..d6b0547
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiKstar_ppbar.dec
@@ -0,0 +1,76 @@
+###################################################################
+# B-  --> J/psi K*-              B- --> Generic                   #
+#         |    |                                                  #
+#         |    |-->KS pi-                                         #
+#         |        |--> pi+pi-                                    #
+#         |                                                       #
+#         |-->p+p-                                                #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# B decay should be according to CLEO                             #
+#                                                                 #
+# Author: G. London     9Feb99  				  #
+# updated to Jpsi->ppbar by thrynova@slac.stanford.edu            #	
+# 12 Dec 2003							  #
+###################################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyKstar-      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyJpsi
+1.000   p+ anti-p-                VLL;
+Enddecay
+#
+Decay MyKstar-
+0.5   MyK_S0   pi-            VSS;
+0.5   K-  pi0                 VSS;
+Enddecay
+#
+Decay MyKstar+
+0.5      MyK_S0  pi+                VSS;
+0.5      K+  pi0                    VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiPhiKm.dec b/BaBar_2014/BpBm_JpsiPhiKm.dec
new file mode 100644
index 0000000..f9e89c2
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiPhiKm.dec
@@ -0,0 +1,40 @@
+###################################################################
+#  B+ -> J/psi Phi K+
+#      
+#         Jinlong  Zhang
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPhi phi
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+
+Decay MyB-
+1.000 MyJpsi  MyPhi  K-   PHSP;
+Enddecay
+#
+
+Decay MyB+
+1.000 MyJpsi  MyPhi  K+   PHSP;
+Enddecay
+
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiPi.dec b/BaBar_2014/BpBm_JpsiPi.dec
new file mode 100644
index 0000000..92cdb33
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiPi.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay:      B- -> J/psi      pi-,        B+ -> X         #
+#                   |-> e+e-                               #
+#                   |-> mu+mu-                             #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: R.Faccini                                        #
+# Created:                   03 May 00                     #
+# Mail: RFACCINI@SLAC.STANFORD.EDU
+############################################################
+#
+#
+Alias MyJ/psi J/psi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyJ/psi  pi+               SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyJ/psi  pi-               SVS;
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsiPiPi0_nonres.dec b/BaBar_2014/BpBm_JpsiPiPi0_nonres.dec
new file mode 100644
index 0000000..1ebaab0
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiPiPi0_nonres.dec
@@ -0,0 +1,75 @@
+###################################################################
+# B+ --> J/psi pi0 pi+ (n.r)    B- --> Generic                    #
+#         |                                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: Jamie Boyd 10 April 2001                                #
+###################################################################
+#
+
+# Non resonant mode (for comparison with the rho+ mode)
+
+#
+# Alias particles for specific decays
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPiPlus pi+
+Alias MyPiMinus pi-
+Alias MyPiZero pi0
+Alias MyJpsi J/psi
+
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+#
+Decay MyB+
+1.000 MyJpsi  MyPiPlus MyPiZero   PHSP;
+Enddecay
+#
+
+#
+Decay MyB-
+1.000 MyJpsi  MyPiMinus MyPiZero   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_JpsiRho.dec b/BaBar_2014/BpBm_JpsiRho.dec
new file mode 100644
index 0000000..bbfdaa5
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiRho.dec
@@ -0,0 +1,99 @@
+###################################################################
+# B+ --> J/psi rho+              B- --> Generic                   #
+#         |    |                                                  #
+#         |    |-->pi+ pi0                                        #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# helicity amplitudes all set as 1                                #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: Jamie Boyd 11 Sep 2000                                  #
+###################################################################
+#
+#
+#Define dm 0.464e12
+
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+
+# put all the amplitudes in the same for now ??
+# not sure what they should be yet.
+Define Hplus  0.577
+Define Hzero  0.577
+Define Hminus 0.577
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyRho+ rho+
+Alias MyRho- rho-
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyRho+              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyRho-              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyRho+
+1.000 pi+   pi0             VSS;
+Enddecay
+#
+Decay MyRho-
+1.000 pi-   pi0             VSS;
+Enddecay
+#
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_JpsiRho_0polarisation.dec b/BaBar_2014/BpBm_JpsiRho_0polarisation.dec
new file mode 100644
index 0000000..bbfdaa5
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiRho_0polarisation.dec
@@ -0,0 +1,99 @@
+###################################################################
+# B+ --> J/psi rho+              B- --> Generic                   #
+#         |    |                                                  #
+#         |    |-->pi+ pi0                                        #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# helicity amplitudes all set as 1                                #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: Jamie Boyd 11 Sep 2000                                  #
+###################################################################
+#
+#
+#Define dm 0.464e12
+
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+
+# put all the amplitudes in the same for now ??
+# not sure what they should be yet.
+Define Hplus  0.577
+Define Hzero  0.577
+Define Hminus 0.577
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyRho+ rho+
+Alias MyRho- rho-
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyRho+              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyRho-              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyRho+
+1.000 pi+   pi0             VSS;
+Enddecay
+#
+Decay MyRho-
+1.000 pi-   pi0             VSS;
+Enddecay
+#
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_JpsiRho_Kstarpolarisation.dec b/BaBar_2014/BpBm_JpsiRho_Kstarpolarisation.dec
new file mode 100644
index 0000000..13b5c69
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsiRho_Kstarpolarisation.dec
@@ -0,0 +1,100 @@
+###################################################################
+# B+ --> J/psi rho+              B- --> Generic                   #
+#         |    |                                                  #
+#         |    |-->pi+ pi0                                        #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# helicity amplitudes set to K* ones                              #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# Author: Jamie Boyd 11 Sep 2000                                  #
+###################################################################
+#
+#
+#Define dm 0.464e12
+
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note: Hzero following convention from Dunietz & al. To
+# be consistent with cleo measurements all phases should be == 0
+
+# put all the amplitudes in the same for now ??
+# not sure what they should be yet.
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# Alias particles for specific decays
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyRho+ rho+
+Alias MyRho- rho-
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi  MyRho+              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi  MyRho-              SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay MyRho+
+1.000 pi+   pi0             VSS;
+Enddecay
+#
+Decay MyRho-
+1.000 pi-   pi0             VSS;
+Enddecay
+#
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Jpsi_KstHR_lplmKppippim.dec b/BaBar_2014/BpBm_Jpsi_KstHR_lplmKppippim.dec
new file mode 100644
index 0000000..20393a0
--- /dev/null
+++ b/BaBar_2014/BpBm_Jpsi_KstHR_lplmKppippim.dec
@@ -0,0 +1,155 @@
+###################################################################
+# B+ --> J/psi Kst HR              B- --> Generic                 #
+#         |    |                                                  #
+#         |    |-->K+ rho0   or   Kst(892) pi+                    #
+#         |            |           |                              #
+#         |            |-----------|---> pi+ pi-                  #
+#         |                                                       #
+#         |-->e+e-/mu+mu-                                         #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# where Kst HR is one of the following:                           #
+#    K1(1270), K1(1400), K2(1430), K1(1270), K*(1410), K*(1680)   #
+# ...all with K+ pi+ pi- in the final state, with intermediate    #
+#    resonances rho0 or Kst0(892).                                #
+#                                                                 #
+#  ofte@fi.uib.no                                                 #
+#  kjetil@SLAC.stanford.edu                                       #
+###################################################################
+#
+#
+# Alias particles for specific decays
+Alias MyB+ B+
+Alias MyB- B-
+#
+Alias MyJpsi J/psi
+#
+# K*0(892)
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+# K1(1270)
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+#
+# K1(1400)
+Alias MyK'_1+ K'_1+
+Alias MyK'_1- K'_1-
+#
+# K2(1430)
+Alias MyK_2*+ K_2*+
+Alias MyK_2*- K_2*-
+#
+# K*(1410)
+Alias MyK'*+ K'*+
+Alias MyK'*- K'*-
+#
+# K*(1680)
+Alias MyK''*+ K''*+
+Alias MyK''*- K''*-
+#
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0 MyJpsi MyK_1+                   PHSP;
+1.0 MyJpsi MyK'_1+                  PHSP;
+1.0 MyJpsi MyK_2*+                  PHSP;
+1.0 MyJpsi MyK'*+                   PHSP;
+1.0 MyJpsi MyK''*+                  PHSP;
+Enddecay
+#
+Decay MyB-
+1.0 MyJpsi MyK_1-                   PHSP;
+1.0 MyJpsi MyK'_1-                  PHSP;
+1.0 MyJpsi MyK_2*-                  PHSP;
+1.0 MyJpsi MyK'*-                   PHSP;
+1.0 MyJpsi MyK''*-                  PHSP;
+Enddecay
+#
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+#
+Decay MyK*0
+1.000  K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  K-  pi+                        VSS;
+Enddecay
+#
+#
+# K1(1270)
+Decay MyK_1+
+0.500  rho0  K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.500  MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1-
+0.500  rho0  K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.500  Myanti-K*0  pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+# K1(1400)
+Decay MyK'_1+
+0.500  rho0  K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.500  MyK*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK'_1-
+0.500  rho0  K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.500  Myanti-K*0   pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+# K2(1430)
+Decay MyK_2*+
+0.500  rho0  K+                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.500  MyK*0   pi+                      TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_2*-
+0.500  rho0  K-                         TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.500  Myanti-K*0   pi-                 TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+# K*(1410)
+Decay MyK'*+
+0.500  rho0 K+                          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.500  MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK'*-
+0.500  rho0  K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.500  Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+# K*(1680)
+Decay MyK''*+
+0.500  rho0  K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.500  MyK*0   pi+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK''*-
+0.500  rho0  K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.500  Myanti-K*0   pi-                 VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Jpsim3pimnoint_Kp.dec b/BaBar_2014/BpBm_Jpsim3pimnoint_Kp.dec
new file mode 100644
index 0000000..6a58669
--- /dev/null
+++ b/BaBar_2014/BpBm_Jpsim3pimnoint_Kp.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> Jpsi      K+,        B- -> X           #
+#                    |                                     #
+#                     -> pi+pi-pi0                         #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Jpsi decay to final state pi+pi-pi0 according to         #
+# PDG2000. Caution: NO INTERFERENCE between rho pi final   #
+# states are implemented!                                  #
+#                                                          #
+# Author: Thomas Schietinger                               #
+#         Joanthon Coleman changed to phsp model           #
+# e-mail: schieti@slac.stanford.edu                        #
+# Created:                   2001/07/17                    #
+############################################################
+
+Alias MyJ/psi J/psi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyJ/psi  K+           SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyJ/psi  K-           SVS;
+Enddecay 
+#
+Decay MyJ/psi
+1.0000   pi+  pi- pi0       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Jpsim5pimnoint_Kp.dec b/BaBar_2014/BpBm_Jpsim5pimnoint_Kp.dec
new file mode 100644
index 0000000..3a8dbf8
--- /dev/null
+++ b/BaBar_2014/BpBm_Jpsim5pimnoint_Kp.dec
@@ -0,0 +1,92 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> Jpsi      K+,        B- -> X           #
+#                    |                                     #
+#                     -> pi+pi-pi+pi-pi0                   #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Jpsi decay to final state pi+pi-pi+pi-pi0 according to   #
+# PDG2000. Caution: NO INTERFERENCES between the various   #
+# resonances are implemented!                              #
+#                                                          #
+# Author: Thomas Schietinger                               #
+# e-mail: schieti@slac.stanford.edu                        #
+# Created:                   2001/07/17                    #
+#                                                          #
+############################################################
+
+Alias MyJ/psi J/psi
+Alias Mya_20  a_20  
+Alias Mya_2+  a_2+  
+Alias Mya_2-  a_2-  
+Alias Myb_10  b_10  
+Alias Myb_1+  b_1+  
+Alias Myb_1-  b_1-  
+Alias Myf_2   f_2   
+Alias Myomega omega 
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyJ/psi  K+           SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyJ/psi  K-           SVS;
+Enddecay 
+#
+Decay MyJ/psi
+0.0755    Mya_20  rho0           PHSP;
+0.0756    Mya_2+  rho-           PHSP;
+0.0756    Mya_2-  rho+           PHSP;
+0.0607    Myb_10  rho0           PHSP;
+0.0790    Myb_1+  rho-           PHSP;
+0.0790    Myb_1-  rho+           PHSP;
+0.0641    Myomega Myf_2          PHSP;
+0.1258    Myomega pi+ pi-        PHSP;
+0.3647    pi+ pi- pi+ pi- pi0    PHSP;
+Enddecay
+#
+Decay Mya_20
+0.500   rho+ pi-               TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.500   rho- pi+               TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_2+
+0.500   rho0 pi+              TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.500   rho+ pi0              TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_2-
+0.500   rho0 pi-               TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+0.500   rho- pi0               TVS_PWAVE 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myb_10
+1.0     Myomega pi0            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myb_1+
+1.0     Myomega pi+            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myb_1-
+1.0     Myomega pi-            VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myf_2
+1.0     pi+  pi-               TSS;
+Enddecay
+#
+Decay Myomega
+1.0     pi-  pi+  pi0          OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Jpsim7pimnoint_Kp.dec b/BaBar_2014/BpBm_Jpsim7pimnoint_Kp.dec
new file mode 100644
index 0000000..a3c9205
--- /dev/null
+++ b/BaBar_2014/BpBm_Jpsim7pimnoint_Kp.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> Jpsi      K+,        B- -> X           #
+#                    |                                     #
+#                     -> pi+pi-pi+pi-pi+pi-pi0             #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Jpsi decay to final state pi+pi-pi+pi-pi0 according to   #
+# PDG2000. Caution: NO INTERFERENCES between the various   #
+# resonances are implemented!                              #
+#                                                          #
+# Author: Thomas Schietinger                               #
+# e-mail: schieti@slac.stanford.edu                        #
+# Created:                   2001/07/17                    #
+############################################################
+
+Alias MyJ/psi J/psi
+Alias Myomega omega 
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyJ/psi  K+           SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyJ/psi  K-           SVS;
+Enddecay 
+#
+Decay MyJ/psi
+0.260   Myomega pi+ pi- pi+ pi-      PHSP;
+0.740   pi+ pi- pi+ pi- pi+ pi- pi0  PHSP;
+Enddecay
+#
+Decay Myomega
+1.0     pi-  pi+  pi0          OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_JpsipBaryon.dec b/BaBar_2014/BpBm_JpsipBaryon.dec
new file mode 100644
index 0000000..d00f469
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsipBaryon.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# B- -> J/psi anti-p- baryon                      #
+#        |                                        #
+#        ->l+l-                                   #
+#                                                 #
+# Contact: Christopher Hearty                     #
+# hearty@triumf.ca                                #
+# Created June 13, 2002                           #
+###################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJ/psi J/psi
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+Alias MySigma0 Sigma0
+Alias Myanti-Sigma0 anti-Sigma0
+#
+ChargeConj MyLambda0  Myanti-Lambda0
+ChargeConj MySigma0  Myanti-Sigma0
+ChargeConj MyB+ MyB-
+#
+Decay Upsilon(4S)
+0.5 MyB+ B-                           VSS;
+0.5 MyB- B+                           VSS;
+Enddecay
+#
+Decay MyB-
+0.50 MyJ/psi anti-p- MyLambda0          PHSP;
+0.50 MyJ/psi anti-p- MySigma0           PHSP;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyLambda0
+1.00 p+ pi-                              PHSP;
+Enddecay
+#
+Decay MySigma0
+1.00 MyLambda0 gamma                     PHSP;
+Enddecay
+#
+CDecay MyB+
+CDecay Myanti-Lambda0
+CDecay Myanti-Sigma0
+End
diff --git a/BaBar_2014/BpBm_JpsipSigma.dec b/BaBar_2014/BpBm_JpsipSigma.dec
new file mode 100644
index 0000000..bd16566
--- /dev/null
+++ b/BaBar_2014/BpBm_JpsipSigma.dec
@@ -0,0 +1,53 @@
+###################################################
+#                                                 #
+# B- -> J/psi anti-p- sigma0                      #
+#        |                                        #
+#        ->l+l-                                   #
+#                                                 #
+# Contact: Christopher Hearty                     #
+# hearty@triumf.ca                                #
+# Created July 11, 2002                           #
+###################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJ/psi J/psi
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+Alias MySigma0 Sigma0
+Alias Myanti-Sigma0 anti-Sigma0
+#
+ChargeConj MyLambda0  Myanti-Lambda0
+ChargeConj MySigma0  Myanti-Sigma0
+ChargeConj MyB+ MyB-
+#
+ChargeConj MySigma0  Myanti-Sigma0
+ChargeConj MyB+ MyB-
+#
+Decay Upsilon(4S)
+0.5 MyB+ B-                           VSS;
+0.5 MyB- B+                           VSS;
+Enddecay
+#
+Decay MyB-
+1.00 MyJ/psi anti-p- MySigma0           PHSP;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyLambda0
+1.00 p+ pi-                              PHSP;
+Enddecay
+#
+Decay MySigma0
+1.00 MyLambda0 gamma                     PHSP;
+Enddecay
+#
+CDecay MyB+
+CDecay Myanti-Lambda0
+CDecay Myanti-Sigma0
+End
diff --git a/BaBar_2014/BpBm_Jpsiplambda.dec b/BaBar_2014/BpBm_Jpsiplambda.dec
new file mode 100644
index 0000000..c5d85b4
--- /dev/null
+++ b/BaBar_2014/BpBm_Jpsiplambda.dec
@@ -0,0 +1,46 @@
+###################################################
+#                                                 #
+# B+/- --> J/psi p+ Lambda0                       #
+# B-/+ --> generic                                #
+#						  #
+#  c.c.						  #
+#                                                 #
+# Author: Aron Soha	soha@slac.stanford.edu    #
+# Created: 26 Jul 2001                            # 
+#                                                 #
+# Modified July 11, 2002, C. Hearty,              #
+# to force Jpsi, Lambda decays                    #
+#                                                 #
+###################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJ/psi J/psi
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+#
+ChargeConj MyLambda0  Myanti-Lambda0
+ChargeConj MyB+ MyB-
+#
+Decay Upsilon(4S)
+0.5 MyB+ B-                           VSS;
+0.5 MyB- B+                           VSS;
+Enddecay
+#
+Decay MyB-
+1.00 MyJ/psi anti-p- MyLambda0          PHSP;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyLambda0
+1.00 p+ pi-                              PHSP;
+Enddecay
+#
+CDecay MyB+
+CDecay Myanti-Lambda0
+End
diff --git a/BaBar_2014/BpBm_K0Lrho.dec b/BaBar_2014/BpBm_K0Lrho.dec
new file mode 100644
index 0000000..44d5ca1
--- /dev/null
+++ b/BaBar_2014/BpBm_K0Lrho.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B+ -> rho+ K0l   + c.c.                         #
+#        |                                        #
+#        `--> pi+ pi0                             # 
+#                                                 #
+# Author: Matt Graham				  #
+# Created: 19 Apr 2004                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho+ K0l
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myrho+ rho+
+Alias Myrho- rho-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myrho+ K_L0           SVS;
+Enddecay
+#
+Decay MyB-
+1.000  Myrho- K_L0           SVS;
+Enddecay
+#
+Decay Myrho+
+1.000  pi+ pi0               VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0               VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_K0srho.dec b/BaBar_2014/BpBm_K0srho.dec
new file mode 100644
index 0000000..9434e3e
--- /dev/null
+++ b/BaBar_2014/BpBm_K0srho.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B+ -> rho+ K0s   + c.c.                         #
+#        |                                        #
+#        `--> pi+ pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho+ K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myrho+ rho+
+Alias Myrho- rho-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myrho+ K_S0           SVS;
+Enddecay
+#
+Decay MyB-
+1.000  Myrho- K_S0           SVS;
+Enddecay
+#
+Decay Myrho+
+1.000  pi+ pi0               VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0               VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_K0srho_kstopi0pi0.dec b/BaBar_2014/BpBm_K0srho_kstopi0pi0.dec
new file mode 100644
index 0000000..6f73ec5
--- /dev/null
+++ b/BaBar_2014/BpBm_K0srho_kstopi0pi0.dec
@@ -0,0 +1,56 @@
+###################################################
+#                                                 #
+# B+ -> rho+ K0s   + c.c.                         #
+#        |    |                                   #
+#        |    |                                   #
+#        |    \-->pi0pi0                          #
+#        |                                        #
+#        `--> pi+ pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+# Modified: 29 March 2001 to force ks->pi0pi0     #
+#           Adrian Bevan                          #
+###################################################
+#
+# Decay table for B+ -> rho+ K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myrho+ rho+
+Alias Myrho- rho-
+Alias MyKs K_S0
+Alias MyPi0 pi0
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myrho+ K_S0           SVS;
+Enddecay
+#
+Decay MyB-
+1.000  Myrho- K_S0           SVS;
+Enddecay
+#
+Decay Myrho+
+1.000  pi+ pi0               VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0               VSS;
+Enddecay
+#
+Decay MyKs
+1.00     pi0      pi0    PHSP;
+Enddecay
+#
+Decay MyPi0
+1.00    gamma   gamma   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_K2K0s.dec b/BaBar_2014/BpBm_K2K0s.dec
new file mode 100644
index 0000000..f5f9d36
--- /dev/null
+++ b/BaBar_2014/BpBm_K2K0s.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B+ -> K+ K0s K0s (non-resonant)   + c.c.       #
+#                                                 #
+# Author: Stefan Spanier                          #
+# Created: 15 April 2003                          #
+#                                                 #
+###################################################
+#
+# Decay table for B + -> K+ K0s K0s (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K+ MyK_S0 MyK_S0   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- MyK_S0 MyK_S0    PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-            PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_K2pi.dec b/BaBar_2014/BpBm_K2pi.dec
new file mode 100644
index 0000000..1a4a681
--- /dev/null
+++ b/BaBar_2014/BpBm_K2pi.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B+ -> K+ pi+ pi- (non-resonant)   + c.c.        #
+#                                                 #
+# Author: John Back   jback@slac.stanford.edu     #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K+ pi+ pi- (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K+ pi+ pi-         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- pi- pi+          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_K2pi0.dec b/BaBar_2014/BpBm_K2pi0.dec
new file mode 100644
index 0000000..edb3c2c
--- /dev/null
+++ b/BaBar_2014/BpBm_K2pi0.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B+ -> K+ pi0 pi0 (non-resonant)   + c.c.        #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K+ pi0 pi0 (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  K+ pi0 pi0           PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- pi0 pi0           PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_KK0pi0.dec b/BaBar_2014/BpBm_KK0pi0.dec
new file mode 100644
index 0000000..107af62
--- /dev/null
+++ b/BaBar_2014/BpBm_KK0pi0.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B+ -> K+ K0S pi0 (non-resonant)   + c.c.        #
+#                                                 #
+# Author: John Back   jback@slac.stanford.edu     #
+# Created: 26/April/00                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K+ K0S pi0 (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K+ K_S0 pi0         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K-  K_S0 pi0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KKpi_SMsupp.dec b/BaBar_2014/BpBm_KKpi_SMsupp.dec
new file mode 100644
index 0000000..aa58d1f
--- /dev/null
+++ b/BaBar_2014/BpBm_KKpi_SMsupp.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B+ -> K+ K+ pi- (non-resonant)   + c.c.         #
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 01/Jun/02                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K+ K+ pi- (non-resonant) 
+# using phase space (SM suppressed mode)
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K+ K+ pi-         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- K- pi+          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_KPiPiPi0.dec b/BaBar_2014/BpBm_KPiPiPi0.dec
new file mode 100644
index 0000000..b60a5df
--- /dev/null
+++ b/BaBar_2014/BpBm_KPiPiPi0.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B+ ->  K+ pi+ pi- pi0 +cc                       #
+#                                                 #
+# Author:	S. Emery                          #
+# created:			22/07/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+Decay MyB+
+1.0000     K+ pi- pi+ pi0    PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     K- pi+ pi- pi0    PHSP;
+
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_KSK.dec b/BaBar_2014/BpBm_KSK.dec
new file mode 100644
index 0000000..9a5a9fe
--- /dev/null
+++ b/BaBar_2014/BpBm_KSK.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> Ks K- -                                   #
+#                                                 #
+# Author: Jim Olsen                               #
+# created:                     3/Feb/99           #
+# modified: g. london         10/Feb/99           #
+# modified: g. london SSS-PHSP 21/Feb/99          #
+###################################################
+#
+# Decay table for B- -> Ks K- using a simple (S)calar to (S)calar-(S)calar
+# model.  The Ks decays to pi+ pi-.
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias   myKs   K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     myKs   K+    PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     myKs   K-    PHSP;
+Enddecay
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_KSpi.dec b/BaBar_2014/BpBm_KSpi.dec
new file mode 100644
index 0000000..0182e0f
--- /dev/null
+++ b/BaBar_2014/BpBm_KSpi.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# B- -> KS  pi-                                   #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jim Olsen                               #
+# created:                     3/Feb/99           #
+# modified: g.london          10/Feb/99           #
+# modified: g.london SSS/PHSP 21/Feb/99           #
+###################################################
+#
+# Decay table for B- -> Ks pi- using a simple (S)calar to (S)calar-(S)calar
+# model.  The Ks decays to pi+ pi-.
+#
+Alias     myKs    K_S0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     myKs     pi+    PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     myKs     pi-    PHSP;
+Enddecay
+#
+Decay myKs
+1.00     pi+      pi-    PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_KSpi_00.dec b/BaBar_2014/BpBm_KSpi_00.dec
new file mode 100644
index 0000000..1a3198d
--- /dev/null
+++ b/BaBar_2014/BpBm_KSpi_00.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B- -> KS  pi-                                   #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Wah	                                  #
+# from the Ks->pi+pi- by Olsen and London 	  #
+###################################################
+#
+# Decay table for B- -> Ks pi- using a simple (S)calar to (S)calar-(S)calar
+# model.  The Ks decays to pi0 pi0.
+#
+Alias     myKs    K_S0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     myKs     pi+    PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     myKs     pi-    PHSP;
+Enddecay
+#
+Decay myKs
+1.00     pi0      pi0    PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_KStarRho.dec b/BaBar_2014/BpBm_KStarRho.dec
new file mode 100644
index 0000000..e8914e5
--- /dev/null
+++ b/BaBar_2014/BpBm_KStarRho.dec
@@ -0,0 +1,58 @@
+###################################################
+#                                                 #
+# B+ -> K*0 rho+           + C.C.                 #
+#       |    |                                    #
+#       |    `--> pi+ pi0                         #
+#       |                                         #
+#       `--> K+ pi-                               #
+#                                                 #
+# Author: Huw Shorthouse  H.Shorthouse@qmw.ac.uk  #
+# Created: 14/Jun/00                              #
+# Put back in ProdDecayFiles 24/Jul/02 C. Bozzi   #
+#                                                 #
+###################################################
+#
+# 
+#
+Alias MyB+        B+
+Alias MyB-        B-
+Alias Myrho+      rho+
+Alias Myrho-      rho-
+Alias MyK*0       K*0
+Alias Myanti-K*0  anti-K*0
+Alias Mypi0       pi0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyK*0  Myrho+         SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.000  Myanti-K*0  Myrho-    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myrho+ 
+1.000  pi+  Mypi0            VSS;
+Enddecay
+#
+Decay Myrho- 
+1.000  pi-  Mypi0            VSS;
+Enddecay
+#
+Decay Mypi0
+1.000  gamma   gamma         PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000  K+  pi-               VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  K-  pi+               VSS; 
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_KStf0_f0topi0pi0.dec b/BaBar_2014/BpBm_KStf0_f0topi0pi0.dec
new file mode 100644
index 0000000..537e837
--- /dev/null
+++ b/BaBar_2014/BpBm_KStf0_f0topi0pi0.dec
@@ -0,0 +1,32 @@
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias myB+      B+
+Alias myB-      B-
+Alias myKst+    K*+
+Alias myKst-    K*-
+Alias myf0	f_0
+#
+Decay Upsilon(4S)
+0.50000 B+ myB-          VSS;
+0.50000 B- myB+          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 myKst+ myf0        SVS;
+Enddecay
+Decay myB-
+1.0000 myKst- myf0       SVS;
+Enddecay
+Decay myKst+
+1.0000 K+ pi0            VSS;
+Enddecay
+Decay myKst-
+1.0000 K- pi0            VSS;
+Enddecay
+Decay myf0
+1.000  pi0 pi0               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_KStp_1410_pi0.dec b/BaBar_2014/BpBm_KStp_1410_pi0.dec
new file mode 100644
index 0000000..ba3017e
--- /dev/null
+++ b/BaBar_2014/BpBm_KStp_1410_pi0.dec
@@ -0,0 +1,23 @@
+Alias myB+      B+
+Alias myB-      B-
+Alias myKst+    K'*+
+Alias myKst-    K'*-
+#
+Decay Upsilon(4S)
+0.50000 B+ myB-          VSS;
+0.50000 B- myB+          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 myKst+ pi0        SVS;
+Enddecay
+Decay myB-
+1.0000 myKst- pi0       SVS;
+Enddecay
+Decay myKst+
+1.0000 K+ pi0            VSS;
+Enddecay
+Decay myKst-
+1.0000 K- pi0            VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_KStp_1680_pi0.dec b/BaBar_2014/BpBm_KStp_1680_pi0.dec
new file mode 100644
index 0000000..b346ecc
--- /dev/null
+++ b/BaBar_2014/BpBm_KStp_1680_pi0.dec
@@ -0,0 +1,23 @@
+Alias myB+      B+
+Alias myB-      B-
+Alias myKst+    K''*+
+Alias myKst-    K''*-
+#
+Decay Upsilon(4S)
+0.50000 B+ myB-          VSS;
+0.50000 B- myB+          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 myKst+ pi0        SVS;
+Enddecay
+Decay myB-
+1.0000 myKst- pi0       SVS;
+Enddecay
+Decay myKst+
+1.0000 K+ pi0            VSS;
+Enddecay
+Decay myKst-
+1.0000 K- pi0            VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_KStp_spin0_1430_pi0.dec b/BaBar_2014/BpBm_KStp_spin0_1430_pi0.dec
new file mode 100644
index 0000000..051937c
--- /dev/null
+++ b/BaBar_2014/BpBm_KStp_spin0_1430_pi0.dec
@@ -0,0 +1,23 @@
+Alias myB+      B+
+Alias myB-      B-
+Alias myKst+    K_0*+
+Alias myKst-    K_0*-
+#
+Decay Upsilon(4S)
+0.50000 B+ myB-          VSS;
+0.50000 B- myB+          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 myKst+ pi0	 PHSP;
+Enddecay
+Decay myB-
+1.0000 myKst- pi0	 PHSP;
+Enddecay
+Decay myKst+            
+1.0000 K+ pi0		PHSP;
+Enddecay
+Decay myKst-
+1.0000 K- pi0		PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_KStp_spin2_1430_pi0.dec b/BaBar_2014/BpBm_KStp_spin2_1430_pi0.dec
new file mode 100644
index 0000000..494be36
--- /dev/null
+++ b/BaBar_2014/BpBm_KStp_spin2_1430_pi0.dec
@@ -0,0 +1,23 @@
+Alias myB+      B+
+Alias myB-      B-
+Alias myKst+    K_2*+
+Alias myKst-    K_2*-
+#
+Decay Upsilon(4S)
+0.50000 B+ myB-          VSS;
+0.50000 B- myB+          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 myKst+ pi0        STS;
+Enddecay
+Decay myB-
+1.0000 myKst- pi0       STS;
+Enddecay
+Decay myKst+
+1.0000 K+ pi0            TSS;
+Enddecay
+Decay myKst-  
+1.0000 K- pi0          TSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kchi_c0_pipi.dec b/BaBar_2014/BpBm_Kchi_c0_pipi.dec
new file mode 100644
index 0000000..d75fd98
--- /dev/null
+++ b/BaBar_2014/BpBm_Kchi_c0_pipi.dec
@@ -0,0 +1,35 @@
+###################################################
+#                                                 #
+# B+ -> K+ chi_c0       + C.C.                    #
+#          |                                      #
+#           --> pi+ pi-                           #
+#                                                 #
+# Author: Huw Shorthouse  huw@slac.stanford.edu   #
+# Created: 15/Jan/02                              #
+#                                                 #
+###################################################
+#
+#
+#
+Alias MyB+     B+
+Alias MyB-     B-
+Alias Mychi_c0 chi_c0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K+ Mychi_c0          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   K- Mychi_c0          PHSP;
+Enddecay
+#
+Decay Mychi_c0
+1.000   pi+ pi-              PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kee_Ali.dec b/BaBar_2014/BpBm_Kee_Ali.dec
new file mode 100644
index 0000000..757f2b0
--- /dev/null
+++ b/BaBar_2014/BpBm_Kee_Ali.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> K- e+ e-                                  #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     K+     e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00     K-     e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kee_Ball.dec b/BaBar_2014/BpBm_Kee_Ball.dec
new file mode 100644
index 0000000..757f2b0
--- /dev/null
+++ b/BaBar_2014/BpBm_Kee_Ball.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> K- e+ e-                                  #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     K+     e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00     K-     e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Keta1295_KKpipl.dec b/BaBar_2014/BpBm_Keta1295_KKpipl.dec
new file mode 100644
index 0000000..3194772
--- /dev/null
+++ b/BaBar_2014/BpBm_Keta1295_KKpipl.dec
@@ -0,0 +1,44 @@
+##############################################################
+#                                                            #
+# Decay:      B+ -> eta(1295) K+, eta(1295) -> K0K-pi+       #
+#             B- -> generic                        +cc       #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  07/30/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV            #
+# Meson eta(2S) 20221 1.297  0.053     0.2                   #
+#                                                            #
+##############################################################
+#
+Alias Myetap eta(2S)
+Alias MyK_S0 K_S0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myetap  K-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myetap  K+                      PHSP;
+Enddecay
+#
+Decay Myetap
+0.5000       MyK_S0 K+ pi-                 PHSP;
+0.5000       MyK_S0 K- pi+                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Keta1295_KKpizr.dec b/BaBar_2014/BpBm_Keta1295_KKpizr.dec
new file mode 100644
index 0000000..2181a7b
--- /dev/null
+++ b/BaBar_2014/BpBm_Keta1295_KKpizr.dec
@@ -0,0 +1,38 @@
+##############################################################
+#                                                            #
+# Decay:      B+ -> eta(1295) K+, eta(1295) -> K+K-pi0       #
+#             B- -> generic                        +cc       #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  07/30/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV            #
+# Meson eta(2S) 20221 1.297  0.053     0.2                   #
+#                                                            #
+##############################################################
+#
+Alias Myetap eta(2S)
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myetap  K-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myetap  K+                      PHSP;
+Enddecay
+#
+Decay Myetap
+1.0000       K+ K- pi0                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Keta1295_etapipi.dec b/BaBar_2014/BpBm_Keta1295_etapipi.dec
new file mode 100644
index 0000000..66fbdf6
--- /dev/null
+++ b/BaBar_2014/BpBm_Keta1295_etapipi.dec
@@ -0,0 +1,43 @@
+##############################################################
+#                                                            #
+# Decay:      B+ -> eta(1295) K+, eta(1295) -> eta(gg)pi+pi- #
+#             B- -> generic                        +cc       #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  07/30/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV            #
+# Meson eta(2S) 20221 1.297  0.053     0.2                   #
+#                                                            #
+##############################################################
+#
+Alias Myetap eta(2S)
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myetap  K-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myetap  K+                      PHSP;
+Enddecay
+#
+Decay Myetap
+1.0000       pi+ pi- Myeta                 PHSP;
+Enddecay
+#
+Decay Myeta
+1.000     gamma  gamma                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Keta_etaDalitz.dec b/BaBar_2014/BpBm_Keta_etaDalitz.dec
new file mode 100644
index 0000000..44e12f3
--- /dev/null
+++ b/BaBar_2014/BpBm_Keta_etaDalitz.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# Decay: B+ -> K+  eta + cc,eta->e+e-gamma        #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# Created:  030414                                #
+#						  #
+###################################################
+#
+#
+Alias myEta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+  B-                     VSS;
+0.5000 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 K+ myEta          PHSP;         
+Enddecay 
+#
+Decay MyB-
+1.0000 K- myEta          PHSP;         
+Enddecay
+#
+Decay myEta
+1.00    e+  e- gamma                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kf0.dec b/BaBar_2014/BpBm_Kf0.dec
new file mode 100644
index 0000000..e6bd53e
--- /dev/null
+++ b/BaBar_2014/BpBm_Kf0.dec
@@ -0,0 +1,56 @@
+###################################################
+#                                                 #
+# B+ -> f0(980) K+    + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: Huw Shorthouse                          #
+# Created: 14/Jun/00                              #
+#                                                 #
+# Patched by Kelly Ford (17/Feb/04)               #
+# Taken from f0(980) Ks patch by Andreas Hoecker  #
+#						  #
+###################################################
+#
+# Decay table for B+ -> f0(980) K+ using phase space.
+# The f0(980) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    note: the results from the ordinary BW fit
+#          are used and not those from the coupled
+#          channel BW, which is not in EvtGen
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myf0 f_0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-             VSS;
+0.50000 B-  MyB+             VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myf0 K+               PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  Myf0 K-               PHSP;
+Enddecay
+#
+Decay Myf0
+1.000  pi+ pi-               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kf0_1370.dec b/BaBar_2014/BpBm_Kf0_1370.dec
new file mode 100644
index 0000000..7f586a9
--- /dev/null
+++ b/BaBar_2014/BpBm_Kf0_1370.dec
@@ -0,0 +1,52 @@
+###################################################
+#                                                 #
+# B+ -> f0(1370) K+   + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 7/Oct/2002                             #
+#                                                 #
+# Patched by Kelly Ford (06/Feb/04)               #
+# Using Andreas Hoecker's f'0 patch               #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> f0(1370) K+ using phase space.
+# The f0(1370) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0-1370) = 1.434 +- 0.018 GeV/c^2
+#                 G(f0-1370) = 0.173 +- 0.032 GeV/c^2
+# )
+#
+Particle f'_0 1.434 0.173
+#
+ChangeMassMin f'_0 0.40
+ChangeMassMax f'_0 2.50
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myf'0 f'_0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-               VSS;
+0.50000 B-  MyB+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myf'0 K+                PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  Myf'0 K-                PHSP;
+Enddecay
+#
+Decay Myf'0
+1.000  pi+ pi-                 PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kf1285_KKpipl.dec b/BaBar_2014/BpBm_Kf1285_KKpipl.dec
new file mode 100644
index 0000000..748fd22
--- /dev/null
+++ b/BaBar_2014/BpBm_Kf1285_KKpipl.dec
@@ -0,0 +1,44 @@
+##############################################################
+#                                                            #
+# Decay:      B+ -> f_1 K+, f_1(1285) -> K0K-pi+             #
+#             B- -> generic                        +cc       #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  07/30/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV  spin      #
+# Meson f_1  20223  1.2822     0.0248  0.05	   1         #
+#                                                            #
+##############################################################
+#
+Alias Myetap f_1
+Alias MyK_S0 K_S0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myetap  K-                      SVS;
+Enddecay
+#
+Decay MyB+
+1.0000     Myetap  K+                      SVS;
+Enddecay
+#
+Decay Myetap
+0.5000       MyK_S0 K+ pi-                 PHSP;
+0.5000       MyK_S0 K- pi+                 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-                            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kf1285_KKpizr.dec b/BaBar_2014/BpBm_Kf1285_KKpizr.dec
new file mode 100644
index 0000000..cce500c
--- /dev/null
+++ b/BaBar_2014/BpBm_Kf1285_KKpizr.dec
@@ -0,0 +1,38 @@
+##############################################################
+#                                                            #
+# Decay:      B+ -> f_1 K+, f_1(1285) -> K+K-pi0             #
+#             B- -> generic                        +cc       #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  07/30/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV  spin      #
+# Meson f_1  20223  1.2822     0.0248  0.05	   1         #
+#                                                            #
+##############################################################
+#
+Alias Myetap f_1
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myetap  K-                       SVS;
+Enddecay
+#
+Decay MyB+
+1.0000     Myetap  K+                       SVS;
+Enddecay
+#
+Decay Myetap
+1.0000       K+ K- pi0                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kf1285_etapipi.dec b/BaBar_2014/BpBm_Kf1285_etapipi.dec
new file mode 100644
index 0000000..a0e1549
--- /dev/null
+++ b/BaBar_2014/BpBm_Kf1285_etapipi.dec
@@ -0,0 +1,43 @@
+##############################################################
+#                                                            #
+# Decay:      B+ -> f_1 K+, f_1(1285) -> eta(gg)pi+pi-       #
+#             B- -> generic                        +cc       #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  07/30/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV  spin      #
+# Meson f_1  20223  1.2822     0.0248  0.05	   1         #
+#                                                            #
+##############################################################
+#
+Alias Myetap f_1
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myetap  K-                      SVS;
+Enddecay
+#
+Decay MyB+
+1.0000     Myetap  K+                      SVS;
+Enddecay
+#
+Decay Myetap
+1.0000       pi+ pi- Myeta                 PHSP;
+Enddecay
+#
+Decay Myeta
+1.000     gamma  gamma                     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kf1525_K0K0.dec b/BaBar_2014/BpBm_Kf1525_K0K0.dec
new file mode 100644
index 0000000..776d38e
--- /dev/null
+++ b/BaBar_2014/BpBm_Kf1525_K0K0.dec
@@ -0,0 +1,43 @@
+##############################################################
+#                                                            #
+# Decay:      B+ -> f'_2 K+, f'_2 -> KSKS                    #
+#             B- -> generic                        +cc       #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  12/18/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV            #
+# Meson f'_2     335  1.525  0.076     0.2                   #
+#                                                            #
+##############################################################
+#
+Alias Myetap f'_2
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myetap  K+          STS;
+Enddecay
+#
+Decay MyB-
+1.0000  Myetap  K-          STS;
+Enddecay
+#
+Decay Myetap
+1.0000   MyK_S0   MyK_S0    TSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-             PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kf1525_KpKm.dec b/BaBar_2014/BpBm_Kf1525_KpKm.dec
new file mode 100644
index 0000000..7f25f3d
--- /dev/null
+++ b/BaBar_2014/BpBm_Kf1525_KpKm.dec
@@ -0,0 +1,43 @@
+##############################################################
+#                                                            #
+# Decay:      B+ -> f'_2 K+, f'_2 -> K+K-                    #
+#             B- -> generic                        +cc       #
+#                                                            #
+# Author: Andrei Gritsan                                     #
+# e-mail: gritsan@slac.stanford.edu                          #
+# Created:  12/18/2001                                       #
+#                                                            #
+##############################################################
+#                                                            #
+#               id  mass/GeV width/GeV max_Dm/GeV            #
+# Meson f'_2     335  1.525  0.076     0.2                   #
+#                                                            #
+##############################################################
+#
+Alias Myetap f'_2
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Myetap  K+          STS;
+Enddecay
+#
+Decay MyB-
+1.0000  Myetap  K-          STS;
+Enddecay
+#
+Decay Myetap
+1.0000   K+   K-            TSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-             PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kf2.dec b/BaBar_2014/BpBm_Kf2.dec
new file mode 100644
index 0000000..4d1a35c
--- /dev/null
+++ b/BaBar_2014/BpBm_Kf2.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B+ -> K+ f_2              + c.c.                #
+#          |                                      #
+#          -> pi+ pi-                             #
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 7/Oct/2002                             #
+#                                                 #
+###################################################
+#
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias Myf_2 f_2
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myf_2 K+             STS;
+Enddecay
+#
+Decay MyB-
+1.000   Myf_2 K-             STS;
+Enddecay
+#
+Decay Myf_2
+1.00    pi+ pi-              TSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kmumu_Ali.dec b/BaBar_2014/BpBm_Kmumu_Ali.dec
new file mode 100644
index 0000000..1fdbd17
--- /dev/null
+++ b/BaBar_2014/BpBm_Kmumu_Ali.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> K- mu+ mu-                                #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     K+     mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00     K-     mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kmumu_Ball.dec b/BaBar_2014/BpBm_Kmumu_Ball.dec
new file mode 100644
index 0000000..1fdbd17
--- /dev/null
+++ b/BaBar_2014/BpBm_Kmumu_Ball.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> K- mu+ mu-                                #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     K+     mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00     K-     mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_KpKmKstar_KSpip.dec b/BaBar_2014/BpBm_KpKmKstar_KSpip.dec
new file mode 100644
index 0000000..c8f4b9e
--- /dev/null
+++ b/BaBar_2014/BpBm_KpKmKstar_KSpip.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> K+ K- K*+ (KSpi+)  (non-resonant)     #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  K+ K- MyK*+          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- K+ MyK*-          PHSP;
+Enddecay
+#
+#
+Decay MyK*+
+1.0000  MyK_S0  pi+         VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0  pi-         VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KpKmKstar_Kppi0.dec b/BaBar_2014/BpBm_KpKmKstar_Kppi0.dec
new file mode 100644
index 0000000..493c67a
--- /dev/null
+++ b/BaBar_2014/BpBm_KpKmKstar_Kppi0.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> K+ K- K*+ (K+pi0)  (non-resonant)     #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  K+ K- MyK*+          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- K+ MyK*-          PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KpKpKm_intf1.dec b/BaBar_2014/BpBm_KpKpKm_intf1.dec
new file mode 100644
index 0000000..18de5ce
--- /dev/null
+++ b/BaBar_2014/BpBm_KpKpKm_intf1.dec
@@ -0,0 +1,108 @@
+# Author: 	Alexei Dvoretskii
+# Created:	12 June 2003
+#
+# Upsilon(4S) -> B+ B-
+#                |  |-> generic
+#                |
+#                |-> K+ K+ K- 
+#
+# charge conjugation assumed 
+#
+# The decay into the K+ K+ K- final state proceeds
+# via multiple interfering subchannels. They are summarized in the 
+# table below. The contribution of each channel is roughly proportional 
+# to magnitude squared of the complex coefficient for that channel times 
+# the integral of the amplitude squared term.
+#
+#SCAN 10000 2.004391
+#Total: 325.313764
+#   Channel        I      |c|  |c|^2*I    Fract
+#        NR   293.72     0.50    73.43     0.22
+#       phi     4.50     5.00   112.38     0.34
+#       phi     4.51     5.00   112.75     0.34
+#      f'_2    14.58     1.00    14.58     0.04
+#      f'_2    14.32     1.00    14.32     0.04
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B-	VSS;
+0.5 MyB- B+	VSS;
+Enddecay
+
+
+Decay MyB+
+1.0 K+ K+ K- PTO3P       
+	
+	MAXPDF 2.4
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# KK RESONANCES	
+        
+	AMPLITUDE	RESONANCE	CA	phi	
+	ANGULAR		BC
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	5.0 	1.0
+	
+	AMPLITUDE	RESONANCE	BC	phi	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	5.0 	1.0
+
+	AMPLITUDE	RESONANCE	CA	f'_2	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	2.0
+
+	AMPLITUDE	RESONANCE	BC	f'_2	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	2.0
+
+	;
+
+Enddecay
+
+
+Decay MyB-
+1.0 K- K- K+ PTO3P       
+	
+	MAXPDF 2.4
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# KK RESONANCES	
+        
+	AMPLITUDE	RESONANCE	CA	phi	
+	ANGULAR		BC
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	5.0 	1.0
+	
+	AMPLITUDE	RESONANCE	BC	phi	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	5.0 	1.0
+
+	AMPLITUDE	RESONANCE	CA	f'_2	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	2.0
+
+	AMPLITUDE	RESONANCE	BC	f'_2	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	2.0
+
+	;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_KpKpKstar_KSpim.dec b/BaBar_2014/BpBm_KpKpKstar_KSpim.dec
new file mode 100644
index 0000000..70dbd8d
--- /dev/null
+++ b/BaBar_2014/BpBm_KpKpKstar_KSpim.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> K+ K+ K*- (KSpi-)  (non-resonant)     #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  K+ K+ MyK*-          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- K- MyK*+          PHSP;
+Enddecay
+#
+#
+Decay MyK*+
+1.0000  MyK_S0  pi+         VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0  pi-         VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KpKpKstar_Kmpi0.dec b/BaBar_2014/BpBm_KpKpKstar_Kmpi0.dec
new file mode 100644
index 0000000..8d43af6
--- /dev/null
+++ b/BaBar_2014/BpBm_KpKpKstar_Kmpi0.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> K+ K+ K*- (K-pi0)  (non-resonant)     #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  K+ K+ MyK*-          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- K- MyK*+          PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kpemmup_PHSP.dec b/BaBar_2014/BpBm_Kpemmup_PHSP.dec
new file mode 100644
index 0000000..cf34a8b
--- /dev/null
+++ b/BaBar_2014/BpBm_Kpemmup_PHSP.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> K- e+ mu-                                  #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     K+     mu+  e-    PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     K-     e+  mu-    PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kpepmum_PHSP.dec b/BaBar_2014/BpBm_Kpepmum_PHSP.dec
new file mode 100644
index 0000000..d916335
--- /dev/null
+++ b/BaBar_2014/BpBm_Kpepmum_PHSP.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> K- e- mu+                                 #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     4/Oct/99           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     K+     mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     K-     e-  mu+    PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kpf0_f0topi0pi0.dec b/BaBar_2014/BpBm_Kpf0_f0topi0pi0.dec
new file mode 100644
index 0000000..d6e64dc
--- /dev/null
+++ b/BaBar_2014/BpBm_Kpf0_f0topi0pi0.dec
@@ -0,0 +1,26 @@
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myf0 f_0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-             VSS;
+0.50000 B-  MyB+             VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myf0 K+               PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  Myf0 K-               PHSP;
+Enddecay
+#
+Decay Myf0
+1.000  pi0 pi0               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kpf2_f2topi0pi0.dec b/BaBar_2014/BpBm_Kpf2_f2topi0pi0.dec
new file mode 100644
index 0000000..da0b33a
--- /dev/null
+++ b/BaBar_2014/BpBm_Kpf2_f2topi0pi0.dec
@@ -0,0 +1,21 @@
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myf2 f_2
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-             VSS;
+0.50000 B-  MyB+             VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myf2 K+               STS;
+Enddecay
+#
+Decay MyB-
+1.000  Myf2 K-               STS;
+Enddecay
+#
+Decay Myf2
+1.000  pi0 pi0               TSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kpgg_PHSP.dec b/BaBar_2014/BpBm_Kpgg_PHSP.dec
new file mode 100644
index 0000000..56149c0
--- /dev/null
+++ b/BaBar_2014/BpBm_Kpgg_PHSP.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> K- gamma gamma                            #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# F. Di Lodovico                                  # 
+#                                                 #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     K+     gamma gamma   PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     K-     gamma gamma   PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kpi0.dec b/BaBar_2014/BpBm_Kpi0.dec
new file mode 100644
index 0000000..30dcfc9
--- /dev/null
+++ b/BaBar_2014/BpBm_Kpi0.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K+ pi0 + c.c. with pi0 -> gamma gamma     #
+#                                                 #
+# Author: Paul Dauncey   P.Dauncey@ic.ac.uk       #
+# Created: 19/Apr/00                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K+ pi0
+#
+Alias myPi0 pi0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K+ myPi0             PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   K- myPi0             PHSP;
+Enddecay
+#
+Decay myPi0
+1.00    gamma   gamma   PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kpi0_pi0Dalitz.dec b/BaBar_2014/BpBm_Kpi0_pi0Dalitz.dec
new file mode 100644
index 0000000..facc3ff
--- /dev/null
+++ b/BaBar_2014/BpBm_Kpi0_pi0Dalitz.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# Decay: B+ -> K+  pi0 + cc,pi0->e+e-gamma        #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# Created:  030414                                #
+#						  #
+###################################################
+#
+#
+Alias myPi0 pi0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+  B-                     VSS;
+0.5000 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 K+ myPi0          PHSP;         
+Enddecay 
+#
+Decay MyB-
+1.0000 K- myPi0          PHSP;         
+Enddecay
+#
+Decay myPi0
+1.00    e+  e- gamma                     PI0_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kpipi_SMsupp.dec b/BaBar_2014/BpBm_Kpipi_SMsupp.dec
new file mode 100644
index 0000000..23ed7a5
--- /dev/null
+++ b/BaBar_2014/BpBm_Kpipi_SMsupp.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B+ -> K- pi+ pi+ (non-resonant)   + c.c.        #
+#                                                 #
+# Author: John Back   jback@slac.stanford.edu     #
+# Created: 01/Jun/02                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K- pi+ pi+ (non-resonant) 
+# using phase space (SM suppressed mode)
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K- pi+ pi+         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K+ pi- pi-          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kpll.dec b/BaBar_2014/BpBm_Kpll.dec
new file mode 100644
index 0000000..3c1335e
--- /dev/null
+++ b/BaBar_2014/BpBm_Kpll.dec
@@ -0,0 +1,40 @@
+###################################################################
+# B+ --> K+ e+e-/mu+mu-, B- - > generic                           #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: P. Reinertsen   8/11/99                                 #
+# Mail: PLASSE@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#
+Decay MyB+
+0.5000 K+ e+ e-               PHOTOS PHSP ;
+0.5000 K+ mu+ mu-             PHOTOS PHSP ;
+Enddecay
+# 
+Decay MyB-
+0.5000 K- e+ e-               PHOTOS PHSP ;
+0.5000 K- mu+ mu-             PHOTOS PHSP ;
+Enddecay
+# 
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Kpnunu.dec b/BaBar_2014/BpBm_Kpnunu.dec
new file mode 100644
index 0000000..396c932
--- /dev/null
+++ b/BaBar_2014/BpBm_Kpnunu.dec
@@ -0,0 +1,38 @@
+###################################################################
+# B+ --> K+ nu nubar, B- - > generic                              #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: T.I. Meyer   9/28/00                                 	  #
+# Mail: MEYERTIM@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000 K+ nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay MyB-
+1.0000 K- nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_KppipKm_intf1.dec b/BaBar_2014/BpBm_KppipKm_intf1.dec
new file mode 100644
index 0000000..297c45a
--- /dev/null
+++ b/BaBar_2014/BpBm_KppipKm_intf1.dec
@@ -0,0 +1,135 @@
+# Author: 	Alexei Dvoretskii
+# Created:	12 June 2003
+#
+# Upsilon(4S) -> B+ B-
+#                |  |-> generic
+#                |
+#                |-> K+ pi+ K- 
+#
+# charge conjugation assumed 
+#
+# The decay into the K+ pi+ K- final state proceeds
+# via multiple interfering subchannels. They are summarized in the 
+# table below. The contribution of each channel is roughly proportional 
+# to magnitude squared of the complex coefficient for that channel times 
+# the integral of the amplitude squared term.
+#
+#SCAN 10000 4.579823
+#Total: 272.893283
+#   Channel        I      |c|  |c|^2*I    Fract
+#        NR   320.74     0.50    80.19     0.28
+#       phi     4.55     5.00   113.84     0.40
+#       K*0    38.97     1.00    38.97     0.14
+#     K_0*0   151.71     0.30    13.65     0.05
+#     K_2*0    16.03     1.00    16.03     0.06
+#     K''*0    24.79     1.00    24.79     0.09
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B-	VSS;
+0.5 MyB- B+	VSS;
+Enddecay
+
+
+Decay MyB+
+1.0 K+ pi+ K- PTO3P       
+
+	MAXPDF 5.7
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# KK RESONANCES	
+        
+	AMPLITUDE	RESONANCE	CA	phi	
+	ANGULAR		BC
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	5.0 	0.0
+
+	AMPLITUDE	RESONANCE	CA	f'_2	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+
+
+	# KPI RESONANCES
+
+        AMPLITUDE	RESONANCE	BC	K*0
+	ANGULAR		CA	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+        AMPLITUDE	RESONANCE	BC	K_0*0
+	ANGULAR		CA	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	0.3	0.0
+
+        AMPLITUDE	RESONANCE	BC	K_2*0
+	ANGULAR		CA	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+        AMPLITUDE	RESONANCE	BC	K''*0
+	ANGULAR		CA	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+	;
+
+Enddecay
+
+
+Decay MyB-
+1.0 K- pi- K+ PTO3P       
+
+	MAXPDF 5.7
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# KK RESONANCES	
+        
+	AMPLITUDE	RESONANCE	CA	phi	
+	ANGULAR		BC
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	5.0 	0.0
+
+	AMPLITUDE	RESONANCE	CA	f'_2	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+
+
+	# KPI RESONANCES
+
+        AMPLITUDE	RESONANCE	BC	K*0
+	ANGULAR		CA	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+        AMPLITUDE	RESONANCE	BC	K_0*0
+	ANGULAR		CA	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	0.3	0.0
+
+        AMPLITUDE	RESONANCE	BC	K_2*0
+	ANGULAR		CA	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+        AMPLITUDE	RESONANCE	BC	K''*0
+	ANGULAR		CA	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+	;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kppippim_intf1.dec b/BaBar_2014/BpBm_Kppippim_intf1.dec
new file mode 100644
index 0000000..6e3886a
--- /dev/null
+++ b/BaBar_2014/BpBm_Kppippim_intf1.dec
@@ -0,0 +1,155 @@
+# Author: 	Alexei Dvoretskii
+# Created:	12 June 2003
+#
+# Upsilon(4S) -> B+ B-
+#                |  |-> generic
+#                |
+#                |-> K+ pi+ pi- 
+#
+# charge conjugation assumed 
+#
+# The decay into the K+ pi+ pi- final state proceeds
+# via multiple interfering subchannels. They are summarized in the 
+# table below. The contribution of each channel is roughly proportional 
+# to magnitude squared of the complex coefficient for that channel times 
+# the integral of the amplitude squared term.
+#
+#SCAN 10000 4.473968
+#Total: 279.471343
+#   Channel        I      |c|  |c|^2*I    Fract
+#        NR   348.34     0.50    87.08     0.32
+#      rho0    31.54     1.00    31.54     0.12
+#  rho(2S)0    28.39     0.50     7.10     0.03
+#  rho(3S)0    42.75     0.30     3.85     0.01
+#       f_0    50.63     1.00    50.63     0.18
+#       K*0    39.13     1.00    39.13     0.14
+#     K_0*0   153.44     0.30    13.81     0.05
+#     K_2*0    15.89     1.00    15.89     0.06
+#     K''*0    24.67     1.00    24.67     0.09
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B-	VSS;
+0.5 MyB- B+	VSS;
+Enddecay
+
+Decay MyB+
+1.0 K+ pi+ pi- PTO3P       
+
+	MAXPDF 5.4
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	0.0
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+
+	# KPI RESONANCES
+
+        AMPLITUDE	RESONANCE	CA	K*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+        AMPLITUDE	RESONANCE	CA	K_0*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	0.3	0.0
+
+        AMPLITUDE	RESONANCE	CA	K_2*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+        AMPLITUDE	RESONANCE	CA	K''*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+	;
+
+Enddecay
+
+
+Decay MyB-
+1.0 K- pi- pi+ PTO3P       
+
+	MAXPDF 5.4
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	0.0
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+
+	# KPI RESONANCES
+
+        AMPLITUDE	RESONANCE	CA	K*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+        AMPLITUDE	RESONANCE	CA	K_0*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	0.3	0.0
+
+        AMPLITUDE	RESONANCE	CA	K_2*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+        AMPLITUDE	RESONANCE	CA	K''*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+	;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kppippim_intf2.dec b/BaBar_2014/BpBm_Kppippim_intf2.dec
new file mode 100644
index 0000000..51f4731
--- /dev/null
+++ b/BaBar_2014/BpBm_Kppippim_intf2.dec
@@ -0,0 +1,155 @@
+# Author: 	Alexei Dvoretskii
+# Created:	12 June 2003
+#
+# Upsilon(4S) -> B+ B-
+#                |  |-> generic
+#                |
+#                |-> K+ pi+ pi- 
+#
+# charge conjugation assumed 
+#
+# The decay into the K+ pi+ pi- final state proceeds
+# via multiple interfering subchannels. They are summarized in the 
+# table below. The contribution of each channel is roughly proportional 
+# to magnitude squared of the complex coefficient for that channel times 
+# the integral of the amplitude squared term.
+#
+#SCAN 10000 7.945768
+#Total: 299.907341
+#   Channel        I      |c|  |c|^2*I    Fract
+#        NR   348.34     0.50    87.08     0.32
+#      rho0    31.54     1.00    31.54     0.12
+#  rho(2S)0    28.39     0.50     7.10     0.03
+#  rho(3S)0    42.75     0.30     3.85     0.01
+#       f_0    50.63     1.00    50.63     0.18
+#       K*0    39.13     1.00    39.13     0.14
+#     K_0*0   153.44     0.30    13.81     0.05
+#     K_2*0    15.89     1.00    15.89     0.06
+#     K''*0    24.67     1.00    24.67     0.09
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B-	VSS;
+0.5 MyB- B+	VSS;
+Enddecay
+
+Decay MyB+
+1.0 K+ pi+ pi- PTO3P       
+
+	MAXPDF 9.6
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	3.14
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	-1.2
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	1.0
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	-0.5
+
+	# KPI RESONANCES
+
+        AMPLITUDE	RESONANCE	CA	K*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	3.0
+
+        AMPLITUDE	RESONANCE	CA	K_0*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	0.3	-2.0
+
+        AMPLITUDE	RESONANCE	CA	K_2*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+        AMPLITUDE	RESONANCE	CA	K''*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	-2.5
+
+	;
+
+Enddecay
+
+
+Decay MyB-
+1.0 K- pi- pi+ PTO3P       
+
+	MAXPDF 9.6
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	3.14
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	-1.2
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	1.0
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	-0.5
+
+	# KPI RESONANCES
+
+        AMPLITUDE	RESONANCE	CA	K*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	3.0
+
+        AMPLITUDE	RESONANCE	CA	K_0*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	0.3	-2.0
+
+        AMPLITUDE	RESONANCE	CA	K_2*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	0.0
+
+        AMPLITUDE	RESONANCE	CA	K''*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	-2.5
+
+	;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kppippim_intf3.dec b/BaBar_2014/BpBm_Kppippim_intf3.dec
new file mode 100644
index 0000000..59d2b62
--- /dev/null
+++ b/BaBar_2014/BpBm_Kppippim_intf3.dec
@@ -0,0 +1,156 @@
+# Author: 	Alexei Dvoretskii
+# Created:	12 June 2003
+#
+# Upsilon(4S) -> B+ B-
+#                |  |-> generic
+#                |
+#                |-> K+ pi+ pi- 
+#
+# charge conjugation assumed 
+#
+# The decay into the K+ pi+ pi- final state proceeds
+# via multiple interfering subchannels. They are summarized in the 
+# table below. The contribution of each channel is roughly proportional 
+# to magnitude squared of the complex coefficient for that channel times 
+# the integral of the amplitude squared term.
+#
+#SCAN 10000 4.554229
+#Total: 279.638730
+#   Channel        I      |c|  |c|^2*I    Fract
+#        NR   348.34     0.50    87.08     0.30
+#      rho0    31.54     0.80    20.19     0.07
+#  rho(2S)0    28.39     0.60    10.22     0.03
+#  rho(3S)0    42.75     0.40     6.84     0.02
+#       f_0    50.63     1.00    50.63     0.17
+#       K*0    39.14     1.00    39.14     0.13
+#     K_0*0   153.44     0.50    38.36     0.13
+#     K_2*0    15.90     1.00    15.90     0.05
+#     K''*0    24.67     1.00    24.67     0.08
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B-	VSS;
+0.5 MyB- B+	VSS;
+Enddecay
+
+
+Decay MyB+
+1.0 K+ pi+ pi- PTO3P       
+
+	MAXPDF 5.5
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.8 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.6 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.4 	-0.5
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.5
+
+	# KPI RESONANCES
+
+        AMPLITUDE	RESONANCE	CA	K*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	3.14
+
+        AMPLITUDE	RESONANCE	CA	K_0*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	0.5	-2.5
+
+        AMPLITUDE	RESONANCE	CA	K_2*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	-2.0
+
+        AMPLITUDE	RESONANCE	CA	K''*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	1.5
+
+	;
+
+Enddecay
+
+Decay MyB-
+1.0 K- pi- pi+ PTO3P       
+
+	MAXPDF 5.5
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.8 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.6 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.4 	-0.5
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.5
+
+	# KPI RESONANCES
+
+        AMPLITUDE	RESONANCE	CA	K*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	3.14
+
+        AMPLITUDE	RESONANCE	CA	K_0*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	0.5	-2.5
+
+        AMPLITUDE	RESONANCE	CA	K_2*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	-2.0
+
+        AMPLITUDE	RESONANCE	CA	K''*0
+	ANGULAR		AB	
+	TYPE		RBW_ZEMACH
+	COEFFICIENT	POLAR_DEG	1.0	1.5
+
+	;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Krho.dec b/BaBar_2014/BpBm_Krho.dec
new file mode 100644
index 0000000..d68fac8
--- /dev/null
+++ b/BaBar_2014/BpBm_Krho.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B- -> rho0 K-   + cc                            #
+#                                                 #
+# Author: Jim Olsen                               #
+# created:                     3/Feb/99           #
+# modified: g.london          10/Feb/99           #
+###################################################
+#
+# Decay table for B- -> K- rho0 using a simple (S)calar to (V)ector-(S)calar
+# model.  The rho0 decays to pi+ pi-.
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias   myrho0   rho0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     myrho0   K+    SVS;
+Enddecay
+#
+Decay MyB-
+1.00     myrho0   K-    SVS;
+Enddecay
+#
+Decay myrho0
+1.00     pi+      pi-   VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kst0Kst0H_KPi_KPi.dec b/BaBar_2014/BpBm_Kst0Kst0H_KPi_KPi.dec
new file mode 100644
index 0000000..c98d688
--- /dev/null
+++ b/BaBar_2014/BpBm_Kst0Kst0H_KPi_KPi.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# B+ -> K*0 K*0 h+ +cc (K*0 -> K+ pi-)            #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     MyK*0 MyK*0 pi+      	PHSP;
+1.0000     MyK*0 MyK*0 K+      		PHSP;
+1.0000     MyK*0bar MyK*0 pi+      	PHSP;
+#1.0000     MyK*0bar MyK*0 K+      	PHSP;
+1.0000     MyK*0bar MyK*0bar pi+      	PHSP;
+#1.0000     MyK*0bar MyK*0bar K+      	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     MyK*0 MyK*0 pi-      	PHSP;
+1.0000     MyK*0 MyK*0 K-      		PHSP;
+1.0000     MyK*0bar MyK*0 pi-      	PHSP;
+#1.0000     MyK*0bar MyK*0 K-      	PHSP;
+1.0000     MyK*0bar MyK*0bar pi-      	PHSP;
+#1.0000     MyK*0bar MyK*0bar K-      	PHSP;
+Enddecay
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Kst0Rho0H_KPi.dec b/BaBar_2014/BpBm_Kst0Rho0H_KPi.dec
new file mode 100644
index 0000000..2d0f0fb
--- /dev/null
+++ b/BaBar_2014/BpBm_Kst0Rho0H_KPi.dec
@@ -0,0 +1,47 @@
+###################################################
+#                                                 #
+# B+ -> K*0 rho0 h+ +cc (K*0 -> K+ pi-)           #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     MyK*0 rho0 pi+      		PHSP;
+1.0000     MyK*0 rho0 K+      		PHSP;
+1.0000     MyK*0bar rho0 pi+      	PHSP;
+1.0000     MyK*0bar rho0 K+      	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     MyK*0 rho0 pi-      		PHSP;
+1.0000     MyK*0 rho0 K-      		PHSP;
+1.0000     MyK*0bar rho0 pi-      	PHSP;
+1.0000     MyK*0bar rho0 K-      	PHSP;
+Enddecay
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Kst0RhoPi0_KPi.dec b/BaBar_2014/BpBm_Kst0RhoPi0_KPi.dec
new file mode 100644
index 0000000..1845576
--- /dev/null
+++ b/BaBar_2014/BpBm_Kst0RhoPi0_KPi.dec
@@ -0,0 +1,42 @@
+###################################################
+#                                                 #
+# B+ -> K*0 rho+ pi0 +cc (K*0 -> K+ pi-)          #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     MyK*0 rho+ pi0	      	PHSP;
+1.0000     MyK*0bar rho+ pi0	      	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     MyK*0 rho- pi0	      	PHSP;
+1.0000     MyK*0bar rho- pi0	      	PHSP;
+Enddecay
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_KstKst0Pi0_KPi0_KPi.dec b/BaBar_2014/BpBm_KstKst0Pi0_KPi0_KPi.dec
new file mode 100644
index 0000000..b324269
--- /dev/null
+++ b/BaBar_2014/BpBm_KstKst0Pi0_KPi0_KPi.dec
@@ -0,0 +1,52 @@
+###################################################
+#                                                 #
+# B+ -> K*+ K*0 pi0 +cc (K*+ -> K+ pi0; K*0 -> K+ pi-) #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     MyK*+ MyK*0 pi0      	PHSP;
+1.0000     MyK*+ MyK*0bar pi0      	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     MyK*- MyK*0 pi0      	PHSP;
+1.0000     MyK*- MyK*0bar pi0      	PHSP;
+Enddecay
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_KstKstH_KPi0_KPi0.dec b/BaBar_2014/BpBm_KstKstH_KPi0_KPi0.dec
new file mode 100644
index 0000000..9745bed
--- /dev/null
+++ b/BaBar_2014/BpBm_KstKstH_KPi0_KPi0.dec
@@ -0,0 +1,46 @@
+###################################################
+#                                                 #
+# B+ -> K*+ K*- h+ +cc (K*+ -> K+ pi0)            #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     MyK*+ MyK*- pi+      	PHSP;
+1.0000     MyK*+ MyK*+ pi-      	PHSP;
+#1.0000     MyK*+ MyK*- K+     	 	PHSP;
+#1.0000     MyK*+ MyK*+ K-       	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     MyK*- MyK*- pi+      	PHSP;
+1.0000     MyK*- MyK*+ pi-      	PHSP;
+#1.0000     MyK*- MyK*- K+     	 	PHSP;
+#1.0000     MyK*- MyK*+ K-       	PHSP;
+Enddecay
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_KstRho0Pi0_KPi0.dec b/BaBar_2014/BpBm_KstRho0Pi0_KPi0.dec
new file mode 100644
index 0000000..71ee771
--- /dev/null
+++ b/BaBar_2014/BpBm_KstRho0Pi0_KPi0.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# B+ -> K*+ rho0 pi0 +cc (K*+ -> K+ pi0)	  #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     MyK*+ rho0 pi0      	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     MyK*- rho0 pi0      	PHSP;
+Enddecay
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_KstRhoH_KPi0.dec b/BaBar_2014/BpBm_KstRhoH_KPi0.dec
new file mode 100644
index 0000000..8138837
--- /dev/null
+++ b/BaBar_2014/BpBm_KstRhoH_KPi0.dec
@@ -0,0 +1,50 @@
+###################################################
+#                                                 #
+# B+ -> K*+ rho- h+ +cc (K*+ -> K+ pi0)	  	  #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     MyK*+ rho- pi+      	PHSP;
+1.0000     MyK*+ rho- K+      	PHSP;
+1.0000     MyK*+ rho+ pi-      	PHSP;
+1.0000     MyK*+ rho+ K-      	PHSP;
+1.0000     MyK*- rho+ pi+      	PHSP;
+1.0000     MyK*- rho+ K+      	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     MyK*- rho- pi+      	PHSP;
+1.0000     MyK*- rho- K+      	PHSP;
+1.0000     MyK*- rho+ pi-      	PHSP;
+1.0000     MyK*- rho+ K-      	PHSP;
+1.0000     MyK*+ rho- pi-      	PHSP;
+1.0000     MyK*+ rho- K-      	PHSP;
+Enddecay
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_KstRhomPip_KPi0.dec b/BaBar_2014/BpBm_KstRhomPip_KPi0.dec
new file mode 100644
index 0000000..ffb4536
--- /dev/null
+++ b/BaBar_2014/BpBm_KstRhomPip_KPi0.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# B+ -> K*+ rho- pi+ +cc (K*+ -> K+ pi0) 	  #
+#                                                 #
+# Author:	S. Emery                          #
+# created:			23/07/03          #
+###################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+Decay MyB+
+1.0000     MyK*+ rho- pi+      	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     MyK*- rho+ pi-      	PHSP;
+Enddecay
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_KstRhopPim_KPi0.dec b/BaBar_2014/BpBm_KstRhopPim_KPi0.dec
new file mode 100644
index 0000000..2dfbde2
--- /dev/null
+++ b/BaBar_2014/BpBm_KstRhopPim_KPi0.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# B+ -> K*+ rho+ pi- +cc (K*+ -> K+ pi0)  	  #
+#                                                 #
+# Author:	S. EMERY                          #
+# created:			23/07/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     MyK*+ rho+ pi-      	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     MyK*- rho- pi+      	PHSP;
+Enddecay
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Kst_1273_gamma.dec b/BaBar_2014/BpBm_Kst_1273_gamma.dec
new file mode 100644
index 0000000..9efc6c1
--- /dev/null
+++ b/BaBar_2014/BpBm_Kst_1273_gamma.dec
@@ -0,0 +1,29 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B+  B-bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K-(1273) gamma                                         #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+###############################################################################
+Alias myB+  B+
+Alias myB-  B-
+ChargeConj myB+ myB-
+#
+Decay Upsilon(4S)
+0.50000 B- myB+                       VSS;
+0.50000 B+ myB-                       VSS;
+Enddecay
+#
+#
+Decay myB-
+1.0000  K_1- gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay myB+
+1.0000  K_1+ gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kst_1402_gamma.dec b/BaBar_2014/BpBm_Kst_1402_gamma.dec
new file mode 100644
index 0000000..104efad
--- /dev/null
+++ b/BaBar_2014/BpBm_Kst_1402_gamma.dec
@@ -0,0 +1,29 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B+  B-bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K-(1402) gamma                                         #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#                                                                             #
+###############################################################################
+Alias myB+  B+
+Alias myB-  B-
+ChargeConj myB+ myB-
+#
+Decay Upsilon(4S)
+0.50000 B- myB+                       VSS;
+0.50000 B+ myB-                       VSS;
+Enddecay
+#
+#
+Decay myB-
+1.0000  K'_1- gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay myB+
+1.0000  K'_1+ gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kst_1430_gamma.dec b/BaBar_2014/BpBm_Kst_1430_gamma.dec
new file mode 100644
index 0000000..300620d
--- /dev/null
+++ b/BaBar_2014/BpBm_Kst_1430_gamma.dec
@@ -0,0 +1,28 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B+  B-bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*2-(1430) gamma                                         #
+#             |                                                               #
+#              -> X                                                           #
+#  lodovico@slac.stanford.edu                                                    #
+###############################################################################
+Alias myB+  B+
+Alias myB-  B-
+ChargeConj myB+ myB-
+#
+Decay Upsilon(4S)
+0.50000 B- myB+                       VSS;
+0.50000 B+ myB-                       VSS;
+Enddecay
+#
+#
+Decay myB-
+1.0000  K_2*- gamma                   HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay myB+
+1.0000  K_2*+ gamma                   HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kstar0K0sK.dec b/BaBar_2014/BpBm_Kstar0K0sK.dec
new file mode 100644
index 0000000..42c7057
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar0K0sK.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B+ -> K+ K0s K*0   + c.c.                       #
+#              |-> K0s pi0
+#                                                 #
+# Author: Joshua Thompson                         #
+# Created: 17 September 2003                      #
+#                                                 #
+###################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0  K_S0
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   K+ MyK_S0 MyK*0   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  K- MyK_S0 Myanti-K*0    PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000   MyK_S0 pi0   PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000   MyK_S0 pi0   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-            PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstar0_1430_0_pip_Kstar0mKppim.dec b/BaBar_2014/BpBm_Kstar0_1430_0_pip_Kstar0mKppim.dec
new file mode 100644
index 0000000..e9e0760
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar0_1430_0_pip_Kstar0mKppim.dec
@@ -0,0 +1,34 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B-  B+                       + CC                               #
+#             |    |                                                          #
+#             |     -> K*0(1430)0 pi+                                         #
+#             |         |                                                     #
+#              -> X      -> K+ pi-                                            #
+#                                                                             #
+#                                                                             #
+# Mail: keford@slac.stanford.edu					      #
+###############################################################################
+Alias myB+  B+
+Alias myB-  B-
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#
+Decay myB+
+1.0000  K_0*0 pi+                     PHSP;
+Enddecay
+Decay myB-
+1.0000  anti-K_0*0 pi-                PHSP;
+Enddecay
+Decay K_0*0 
+1.0000 K+ pi-			      PHSP;
+Enddecay
+Decay anti-K_0*0 
+1.0000 K- pi+			      PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kstar0barK_Kstar0barK0spi0.dec b/BaBar_2014/BpBm_Kstar0barK_Kstar0barK0spi0.dec
new file mode 100644
index 0000000..b6b3deb
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar0barK_Kstar0barK0spi0.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B+ -> K+ K*0bar   + c.c.                        #
+#           |                                     #
+#           |                                     #
+#           `--> K0s pi0                          #  
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K+ K*0bar
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*0bar decays to K0s pi0 (using a simple VSS model).
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-K*0 K+         SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyK*0 K-              SVS;
+Enddecay
+#
+Decay MyK*0
+1.000  K_S0 pi0              VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  K_S0 pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstar0p_ee_Ball.dec b/BaBar_2014/BpBm_Kstar0p_ee_Ball.dec
new file mode 100644
index 0000000..3e33551
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar0p_ee_Ball.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K0s pi+) mu+ mu-      + c.c.        #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*+
+1.0  MyK_S0  pi+     VSS;
+Enddecay
+#
+Decay MyK*-
+1.0  MyK_S0  pi-     VSS;
+Enddecay
+# 
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kstar0p_emmup_PHSP.dec b/BaBar_2014/BpBm_Kstar0p_emmup_PHSP.dec
new file mode 100644
index 0000000..1684f2f
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar0p_emmup_PHSP.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K0s pi+) e- mu+       + c.c.        #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  e-   mu+    PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  mu-   e+    PHOTOS PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0  MyK_S0  pi+     VSS;
+Enddecay
+#
+Decay MyK*-
+1.0  MyK_S0  pi-     VSS;
+Enddecay
+# 
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kstar0p_epmum_PHSP.dec b/BaBar_2014/BpBm_Kstar0p_epmum_PHSP.dec
new file mode 100644
index 0000000..7f5b5c1
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar0p_epmum_PHSP.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K0s pi+) e+ mu-      + c.c.        #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  e+   mu-    PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  mu+   e-    PHOTOS PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0  MyK_S0  pi+     VSS;
+Enddecay
+#
+Decay MyK*-
+1.0  MyK_S0  pi-     VSS;
+Enddecay
+# 
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kstar0p_mumu_Ball.dec b/BaBar_2014/BpBm_Kstar0p_mumu_Ball.dec
new file mode 100644
index 0000000..e198ddd
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar0p_mumu_Ball.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K0s pi+) mu+ mu-       + c.c.       #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  mu+   mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  mu+   mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*+
+1.0  MyK_S0  pi+     VSS;
+Enddecay
+#
+Decay MyK*-
+1.0  MyK_S0  pi-     VSS;
+Enddecay
+# 
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kstar0pi_Kstar0K0pi0.dec b/BaBar_2014/BpBm_Kstar0pi_Kstar0K0pi0.dec
new file mode 100644
index 0000000..e4602b6
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar0pi_Kstar0K0pi0.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B+ -> pi+ K*0   + c.c.                          #
+#           |                                     #
+#           |                                     #
+#           ---> K0S pi0                          #  
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 26/April/00                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> pi+ K*0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*0 decays to K0S pi0 (using a simple VSS model).
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyK*0 pi+              SVS;
+Enddecay
+#
+Decay MyB-
+1.000  Myanti-K*0 pi-         SVS;
+Enddecay
+#
+Decay MyK*0
+1.000  K_S0  pi0                VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  K_S0   pi0                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstar1410_0_pip_Kstar1410mKpi.dec b/BaBar_2014/BpBm_Kstar1410_0_pip_Kstar1410mKpi.dec
new file mode 100644
index 0000000..ad8d012
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar1410_0_pip_Kstar1410mKpi.dec
@@ -0,0 +1,34 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B-  B+                       + CC                               #
+#             |    |                                                          #
+#             |     -> K*(1410)0 pi+                                          #
+#             |        |                                                      #
+#              -> X     -> K+ pi-                                             #
+#                                                                             #
+#                                                                             #
+# Mail: keford@slac.stanford.edu
+###############################################################################
+Alias myB+  B+
+Alias myB- B-
+
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#
+Decay myB+
+1.0000  K'*0 pi+                     SVS;
+Enddecay
+Decay myB-
+1.0000  anti-K'*0 pi-                SVS;
+Enddecay
+Decay K'*0 
+1.0000 K+ pi-			      VSS;
+Enddecay
+Decay anti-K'*0
+1.0000 K- pi+			      VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstar1680_0_pip_Kstar1680mKpi.dec b/BaBar_2014/BpBm_Kstar1680_0_pip_Kstar1680mKpi.dec
new file mode 100644
index 0000000..38fcca7
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar1680_0_pip_Kstar1680mKpi.dec
@@ -0,0 +1,35 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B-  B+                       + CC                               #
+#             |    |                                                          #
+#             |     -> K*(1680)0 pi+                                          #
+#             |        |                                                      #
+#              -> X     -> K+ pi-                                             #
+#                                                                             #
+#                                                                             #
+# Mail: keford@slac.stanford.edu
+###############################################################################
+Alias myB+  B+
+Alias myB- B-
+
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#
+Decay myB+
+1.0000  K''*0 pi+                     SVS;
+Enddecay
+Decay myB-
+1.0000  anti-K''*0 pi-                SVS;
+Enddecay
+Decay K''*0 
+1.0000 K+ pi-			      VSS;
+Enddecay
+Decay anti-K''*0
+1.0000 K- pi+			      VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/BpBm_Kstar2_1430_0_pip_Kstar2mKppim.dec b/BaBar_2014/BpBm_Kstar2_1430_0_pip_Kstar2mKppim.dec
new file mode 100644
index 0000000..610b46e
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar2_1430_0_pip_Kstar2mKppim.dec
@@ -0,0 +1,34 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B-  B+                       + CC                               #
+#             |    |                                                          #
+#             |     -> K*0(1430)2 pi+                                         #
+#             |         |                                                     #
+#              -> X      -> K+ pi-                                            #
+#                                                                             #
+#                                                                             #
+# Mail: keford@slac.stanford.edu					      #
+###############################################################################
+Alias myB+  B+
+Alias myB-  B-
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#
+Decay myB+
+1.0000  K_2*0 pi+                     STS;
+Enddecay
+Decay myB-
+1.0000  anti-K_2*0 pi-                STS;
+Enddecay
+Decay K_2*0 
+1.0000 K+ pi-			      TSS;
+Enddecay
+Decay anti-K_2*0 
+1.0000 K- pi+			      TSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_KstarK.dec b/BaBar_2014/BpBm_KstarK.dec
new file mode 100644
index 0000000..12425e0
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarK.dec
@@ -0,0 +1,42 @@
+###################################################
+#                                                 #
+# B+ -> K+ K*0bar   + c.c.                        #
+#           |                                     #
+#           |                                     #
+#           ---> K- pi+                           #  
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K+ K*0bar
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*0bar decays to K- pi+ (using a simple VSS model).
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myanti-K*0 K+         SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyK*0 K-              SVS;
+Enddecay
+#
+Decay MyK*0
+1.000  K+ pi-                VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.000  K- pi+                VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_KstarK0s_KstarK0spi.dec b/BaBar_2014/BpBm_KstarK0s_KstarK0spi.dec
new file mode 100644
index 0000000..f10f872
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarK0s_KstarK0spi.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B+ -> K*+ K0s   + c.c.                          #
+#        |                                        #
+#        `--> K0S pi+                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K*+ K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*+ decays to K0s pi+ (using a simple VSS model).
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyK*+ K_S0            SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyK*- K_S0            SVS;
+Enddecay
+#
+Decay MyK*+
+1.000  K_S0 pi+              VSS;
+Enddecay
+#
+Decay MyK*-
+1.000  K_S0 pi-              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KstarK0s_KstarKpi0.dec b/BaBar_2014/BpBm_KstarK0s_KstarKpi0.dec
new file mode 100644
index 0000000..8a35181
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarK0s_KstarKpi0.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B+ -> K*+ K0s   + c.c.                          #
+#        |                                        #
+#        `--> K+ pi0                              # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K*+ K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*+ decays to K+ pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyK*+ K_S0            SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyK*- K_S0            SVS;
+Enddecay
+#
+Decay MyK*+
+1.000  K+ pi0                VSS;
+Enddecay
+#
+Decay MyK*-
+1.000  K- pi0                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KstarK_1270.dec b/BaBar_2014/BpBm_KstarK_1270.dec
new file mode 100644
index 0000000..4c651ad
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarK_1270.dec
@@ -0,0 +1,48 @@
+#####################################################
+#        _                                          #
+#  B+ -> K_1(1270) K+      (100%)           + C.C.  #
+#  _                                                #
+#  K_1(1270) -> rho+ K-    (100%)           + C.C.  #
+#                                                   # 
+#  rho+ -> pi0 pi+         (100%)           + C.C.  #
+#                                                   #
+#  Author:  J. P. Burke    phjpb@SLAC.Stanford.EDU  #
+#  Created: 12-Dec-2003                             #
+#                                                   #
+#####################################################
+#
+Alias MyB+                 B+
+Alias MyB-                 B-
+Alias myK*0                K_10
+Alias myantiK*0            anti-K_10
+Alias myRho+               rho+
+Alias myRho-               rho-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-             VSS;
+0.5000 MyB- B+             VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 myantiK*0 K+        SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 myK*0 K-            SVS;
+Enddecay
+#
+Decay myK*0
+1.0000 myRho- K+           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay myantiK*0
+1.0000 myRho+ K-           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay myRho-
+1.0000 pi- pi0             VSS;
+Enddecay
+Decay myRho+
+1.0000 pi+ pi0             VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_KstarK_1430_spin0.dec b/BaBar_2014/BpBm_KstarK_1430_spin0.dec
new file mode 100644
index 0000000..9a8e24f
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarK_1430_spin0.dec
@@ -0,0 +1,37 @@
+#####################################################
+#        _                                          #
+#  B+ -> K^*_0(1430) K+    (100%)           + C.C.  #
+#  _                                                # 
+#  K^*_0(1430) -> pi+ K-   (100%)           + C.C.  #
+#                                                   #
+#  Author:  J. P. Burke    phjpb@SLAC.Stanford.EDU  #
+#  Created: 20-Nov-2003                             #
+#                                                   #
+#####################################################
+#
+Alias myB+                 B+
+Alias myB-                 B-
+Alias myK*0                K_0*0
+Alias myantiK*0            anti-K_0*0
+#
+Decay Upsilon(4S)
+0.5000 myB+ B-             VSS;
+0.5000 myB- B+             VSS;
+Enddecay
+#
+Decay myB+
+1.0000 myantiK*0 K+        PHSP;
+Enddecay
+#
+Decay myB-
+1.0000 myK*0 K-            PHSP;
+Enddecay
+#
+Decay myantiK*0
+1.0000 K- pi+              PHSP;
+Enddecay
+#
+Decay myK*0
+1.0000 K+ pi-              PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_KstarK_1430_spin2.dec b/BaBar_2014/BpBm_KstarK_1430_spin2.dec
new file mode 100644
index 0000000..889e730
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarK_1430_spin2.dec
@@ -0,0 +1,38 @@
+#####################################################
+#        _                                          #
+#  B+ -> K^*_2(1430) K+    (100%)           + C.C.  #
+#  _                                                # 
+#  K^*_2(1430) -> pi+ K-   (100%)           + C.C.  #
+#                                                   #
+#  Author:  J. P. Burke    phjpb@SLAC.Stanford.EDU  #
+#  Created: 06-Dec-2003                             #
+#                                                   #
+#####################################################
+#
+Alias myB+                 B+
+Alias myB-                 B-
+Alias myK*0                K_2*0
+Alias myantiK*0            anti-K_2*0
+#
+Decay Upsilon(4S)
+0.5000 myB+ B-             VSS;
+0.5000 myB- B+             VSS;
+Enddecay
+#
+Decay myB+
+1.0000 myantiK*0 K+        STS;
+Enddecay
+#
+Decay myB-
+1.0000 myK*0 K-            STS;
+Enddecay
+#
+Decay myantiK*0
+1.0000 K- pi+              TSS;
+Enddecay
+#
+Decay myK*0
+1.0000 K+ pi-              TSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KstarK_1680.dec b/BaBar_2014/BpBm_KstarK_1680.dec
new file mode 100644
index 0000000..fd3b548
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarK_1680.dec
@@ -0,0 +1,38 @@
+#####################################################
+#        _                                          #
+#  B+ -> K^*(1680) K+      (100%)           + C.C.  #
+#  _                                                # 
+#  K^*(1680) -> pi+ K-     (100%)           + C.C.  # 
+#                                                   # 
+#  Author:  J. P. Burke    phjpb@SLAC.Stanford.EDU  #
+#  Created: 06-Dec-2003                             #
+#                                                   #
+#####################################################
+#
+Alias myB+                 B+
+Alias myB-                 B-
+Alias myK*0                K''*0
+Alias myanti-K*0           anti-K''*0
+#
+Decay Upsilon(4S)
+0.5000 myB+ B-             VSS;
+0.5000 myB- B+             VSS;
+Enddecay
+#
+Decay myB+
+1.0000 myanti-K*0 K+       SVS;
+Enddecay
+#
+Decay myB-
+1.0000 myK*0 K-            SVS;
+Enddecay
+
+Decay myK*0
+1.000  K+ pi-              VSS;
+Enddecay
+#
+Decay myanti-K*0
+1.000  K- pi+              VSS;
+Enddecay
+End
+
diff --git a/BaBar_2014/BpBm_KstarPi0p_ee_Ball.dec b/BaBar_2014/BpBm_KstarPi0p_ee_Ball.dec
new file mode 100644
index 0000000..c8bda12
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarPi0p_ee_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K+ pi0) mu+ mu-      + c.c.         #
+#                                                 #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*+
+1.0  K+  pi0                        VSS;    
+Enddecay
+#
+Decay MyK*-
+1.0  K-  pi0                        VSS;    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KstarPi0p_emmup_PHSP.dec b/BaBar_2014/BpBm_KstarPi0p_emmup_PHSP.dec
new file mode 100644
index 0000000..29ec035
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarPi0p_emmup_PHSP.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K+ pi0) e- mu+       + c.c.         #
+#                                                 #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  e-   mu+    PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  mu-   e+    PHOTOS PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0  K+  pi0                        VSS;    
+Enddecay
+#
+Decay MyK*-
+1.0  K-  pi0                        VSS;    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KstarPi0p_epmum_PHSP.dec b/BaBar_2014/BpBm_KstarPi0p_epmum_PHSP.dec
new file mode 100644
index 0000000..9c7a70f
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarPi0p_epmum_PHSP.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K+ pi0) e+ mu-       + c.c.         #
+#                                                 #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  e+   mu-    PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  mu+   e-    PHOTOS PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0  K+  pi0                        VSS;    
+Enddecay
+#
+Decay MyK*-
+1.0  K-  pi0                        VSS;    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KstarPi0p_mumu_Ball.dec b/BaBar_2014/BpBm_KstarPi0p_mumu_Ball.dec
new file mode 100644
index 0000000..709cc8d
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarPi0p_mumu_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K+ pi0) mu+ mu-      + c.c.         #
+#                                                 #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  mu+   mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  mu+   mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*+
+1.0  K+  pi0                        VSS;    
+Enddecay
+#
+Decay MyK*-
+1.0  K-  pi0                        VSS;    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstar_1410_gamma.dec b/BaBar_2014/BpBm_Kstar_1410_gamma.dec
new file mode 100644
index 0000000..327c890
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar_1410_gamma.dec
@@ -0,0 +1,29 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B+  B-bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K*-(1410) gamma                                         #
+#             |                                                               #
+#              -> X                                                           #
+#           lodovico@slac.stanford.edu                                                                  #
+#                                                                             #
+###############################################################################
+Alias myB+  B+
+Alias myB-  B-
+ChargeConj myB+ myB-
+#
+Decay Upsilon(4S)
+0.50000 B- myB+                       VSS;
+0.50000 B+ myB-                       VSS;
+Enddecay
+#
+#
+Decay myB-
+1.0000  K'*- gamma                    SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay myB+
+1.0000  K'*+  gamma                   SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kstar_1680_gamma.dec b/BaBar_2014/BpBm_Kstar_1680_gamma.dec
new file mode 100644
index 0000000..8cd5811
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar_1680_gamma.dec
@@ -0,0 +1,29 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#   Up(4S) -> B+  B-bar                    + CC                               #
+#             |    |                                                          #
+#             |     -> K-(1680) gamma                                         #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+#   lodovico@slac.stanford.edu                                                
+###############################################################################
+Alias myB+  B+
+Alias myB-  B-
+ChargeConj myB+ myB-
+#
+Decay Upsilon(4S)
+0.50000 B- myB+                       VSS;
+0.50000 B+ myB-                       VSS;
+Enddecay
+#
+#
+Decay myB-
+1.0000  K''*- gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay myB+
+1.0000  K''*+ gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim.dec b/BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim.dec
new file mode 100644
index 0000000..ebad546
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> K*+ K*0bar -> (pi+K0)(K-pi+)           #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/27/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyK*+ MyK*0bar      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyK*- MyK*0   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim_ln.dec b/BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim_ln.dec
new file mode 100644
index 0000000..c694ada
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim_ln.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> K*+ K*0bar -> (pi+K0)(K-pi+)           #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/27/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB+
+1.0000  MyK*+ MyK*0bar      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyK*- MyK*0   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim_tr.dec b/BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim_tr.dec
new file mode 100644
index 0000000..524bd6b
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar_K0pipKstar_Kppim_tr.dec
@@ -0,0 +1,65 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> K*+ K*0bar -> (pi+K0)(K-pi+)           #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/27/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyK*+ MyK*0bar      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyK*- MyK*0   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim.dec b/BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim.dec
new file mode 100644
index 0000000..f6e308d
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> K*+ K*0bar -> (K+pi0)(K-pi+)           #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/27/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyK*+ MyK*0bar      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyK*- MyK*0   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim_ln.dec b/BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim_ln.dec
new file mode 100644
index 0000000..f36c4b8
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim_ln.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> K*+ K*0bar -> (K+pi0)(K-pi+)           #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/27/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB+
+1.0000  MyK*+ MyK*0bar      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyK*- MyK*0   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim_tr.dec b/BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim_tr.dec
new file mode 100644
index 0000000..41b260b
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstar_Kppi0Kstar_Kppim_tr.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> K*+ K*0bar -> (K+pi0)(K-pi+)           #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/27/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyK*+ MyK*0bar      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyK*- MyK*0   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+Decay MyK*+
+1.0000  K+ pi0          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_Kstaree_Ali.dec b/BaBar_2014/BpBm_Kstaree_Ali.dec
new file mode 100644
index 0000000..3e307ef
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstaree_Ali.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K*+(generic) e+ e-      + c.c.            #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     1/Jun/03           #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   K*+  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   K*-  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kstaree_KS0pi_Ali.dec b/BaBar_2014/BpBm_Kstaree_KS0pi_Ali.dec
new file mode 100644
index 0000000..3e33551
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstaree_KS0pi_Ali.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K0s pi+) mu+ mu-      + c.c.        #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*+
+1.0  MyK_S0  pi+     VSS;
+Enddecay
+#
+Decay MyK*-
+1.0  MyK_S0  pi-     VSS;
+Enddecay
+# 
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kstaree_Kpi0_Ali.dec b/BaBar_2014/BpBm_Kstaree_Kpi0_Ali.dec
new file mode 100644
index 0000000..c8bda12
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstaree_Kpi0_Ali.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K+ pi0) mu+ mu-      + c.c.         #
+#                                                 #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*+
+1.0  K+  pi0                        VSS;    
+Enddecay
+#
+Decay MyK*-
+1.0  K-  pi0                        VSS;    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstareta_etaDalitz.dec b/BaBar_2014/BpBm_Kstareta_etaDalitz.dec
new file mode 100644
index 0000000..237f9dc
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstareta_etaDalitz.dec
@@ -0,0 +1,47 @@
+###################################################
+#                                                 #
+# Decay: B+ -> K*+  eta + cc,eta->e+e-gamma       #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# Created:  030414                                #
+#						  #
+###################################################
+#
+#
+Alias myEta eta
+Alias myK*+ K*+
+Alias myK*- K*-
+Alias myKS K_S0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+  B-                     VSS;
+0.5000 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 myK*+ myEta          SVS;         
+Enddecay 
+#
+Decay MyB-
+1.0000 myK*- myEta          SVS;         
+Enddecay
+#
+Decay myK*+
+1.0000 myKS pi+             VSS;
+Enddecay
+#
+Decay myK*-
+1.0000 myKS pi-             VSS;
+Enddecay
+#
+Decay myKS
+1.0000 pi+   pi-            PHSP;
+Enddecay
+#
+Decay myEta
+1.00    e+  e- gamma        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstarf0_KSpip.dec b/BaBar_2014/BpBm_Kstarf0_KSpip.dec
new file mode 100644
index 0000000..637d280
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarf0_KSpip.dec
@@ -0,0 +1,78 @@
+############################################################
+#                                                          #
+# Decay:      B+    -> f0 K*+ -> (pi+pi-)(Ks0pi+)          #
+#                                         Ks0->pi+pi-      #
+#             B-    -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+#                                                          #
+# patch by Andreas Hoecker (26-Jan-04)                     #
+# patch by Andrei Gritsan  (01-Mar-04) back to Ks0->pi+pi- #
+#                                                          #
+############################################################
+#
+# BEGIN sp5 patch 
+# (
+#    note: the results from the ordinary BW fit
+#          are used and not those from the coupled
+#          channel BW, which is not in EvtGen
+#    note: no CPV generated - assumed to be done by 
+#          reweighting after selection
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.50
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias Myf_0 f_0
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyK*+ Myf_0         SVS;  
+Enddecay 
+#
+Decay MyB-
+1.0000  MyK*- Myf_0         SVS;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+# not generic decay of KS
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay Myf_0
+1.0000   pi+ pi-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstarf0_KSpipKpKm.dec b/BaBar_2014/BpBm_Kstarf0_KSpipKpKm.dec
new file mode 100644
index 0000000..47a9e3f
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarf0_KSpipKpKm.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay:      B+    -> f0 K*+ -> (K+K-)(Ks0pi+)            #
+#                                       Ks0->pi+pi-        #
+#             B-    -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+#                                                          #
+# patch by Andrei Gritsan (01-Mar-04):                     #
+#          ChangeMassMin f_0                               #
+#                                                          #
+############################################################
+#
+# patch f_0 -> K+K- mass cut off
+ChangeMassMin f_0 0.9874
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias Myf_0 f_0
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyK*+ Myf_0         SVS;  
+Enddecay 
+#
+Decay MyB-
+1.0000  MyK*- Myf_0         SVS;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay Myf_0
+1.0000   K+   K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstarf0_Kppi0.dec b/BaBar_2014/BpBm_Kstarf0_Kppi0.dec
new file mode 100644
index 0000000..cf61199
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarf0_Kppi0.dec
@@ -0,0 +1,62 @@
+###################################################
+#                                                 #
+# B+ -> K*+ f_0             + c.c.                #
+#       |   |                                     #
+#       |   -> pi+ pi-                            #
+#       |                                         #
+#       -> K+ pi0                                 #
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+#
+# BEGIN sp5 patch (01-Mar-04)
+# patch by Andreas Hoecker and Andrei Gritsan
+# (
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.50
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias Myf_0 f_0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyK*+ Myf_0          SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyK*- Myf_0          SVS;
+Enddecay
+#
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+#
+Decay Myf_0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstarf0_Kppi0KpKm.dec b/BaBar_2014/BpBm_Kstarf0_Kppi0KpKm.dec
new file mode 100644
index 0000000..5c9bbc4
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarf0_Kppi0KpKm.dec
@@ -0,0 +1,55 @@
+############################################################
+#                                                          #
+# Decay:      B+    -> f0 K*+ -> (K+K-)(K+pi0)             #
+#             B-    -> generic                       +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+#                                                          #
+# patch by Andrei Gritsan (01-Mar-04):                     #
+#          ChangeMassMin f_0                               #
+#                                                          #
+############################################################
+#
+# patch f_0 -> K+K- mass cut off
+ChangeMassMin f_0 0.9874
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias Myf_0 f_0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000  MyK*+ Myf_0         SVS;  
+Enddecay 
+#
+Decay MyB-
+1.0000  MyK*- Myf_0         SVS;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+Decay Myf_0
+1.0000   K+   K-            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstargamma.dec b/BaBar_2014/BpBm_Kstargamma.dec
new file mode 100644
index 0000000..1170c8b
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstargamma.dec
@@ -0,0 +1,31 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                          + CC                            # 
+#            |    |                                                           #
+#            |     ->K*-  gamma                                               #
+#            |          	                                              #
+#            |                                                                #
+#             ->X      	                                                      #  
+#                                                                             # 
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#force B- to always decay to K*- gamma
+#
+Decay myB-
+1.0000 K*-  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB+
+1.0000 K*+  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Kstargamma_Kpi0.dec b/BaBar_2014/BpBm_Kstargamma_Kpi0.dec
new file mode 100644
index 0000000..e0d587a
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstargamma_Kpi0.dec
@@ -0,0 +1,43 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                          + CC                            # 
+#            |    |                                                           #
+#            |     ->K*-  gamma                                               #
+#            |       |  	                                              #
+#            |        ->K- pi0                                                #
+#             ->X      	                                                      #  
+#                                                                             # 
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Alias myK*+ K*+
+Alias myK*- K*-
+ChargeConj myK*+ myK*-
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#force B- to always decay to K*- gamma
+#
+Decay myB-
+1.0000 myK*-  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB+
+1.0000 myK*+  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+# force K*- to go to K- pi0
+#
+Decay myK*-
+1.0000      K-  pi0                         VSS;
+Enddecay
+Decay myK*+
+1.0000      K+  pi0                         VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstargamma_Kspi.dec b/BaBar_2014/BpBm_Kstargamma_Kspi.dec
new file mode 100644
index 0000000..8c553bf
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstargamma_Kspi.dec
@@ -0,0 +1,61 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                          + CC                            # 
+#            |    |                                                           #
+#            |     ->K*-  gamma                                               #
+#            |       |  	                                              #
+#            |       |                                                        #
+#             ->X     ->K_s0 pi-                                              #  
+#                        |                                                    #
+#                         -> pi+ pi-                                          #
+#                                                                             # 
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Alias myK*+ K*+
+Alias myK*- K*-
+ChargeConj myK*+ myK*-
+#
+# and for K_S0
+#
+Alias myK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#force B- to always decay to K*- gamma
+#
+Decay myB-
+1.0000 myK*-  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB+
+1.0000 myK*+  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+# force K*- to go to Ks0 pi-
+#
+Decay myK*-
+1.0000      myK_S0   pi-                    VSS;
+Enddecay
+Decay myK*+
+1.0000      myK_S0   pi+                    VSS;
+Enddecay
+#
+# finally, force K0 to always decay to pi+ pi-
+#
+Decay myK_S0
+1.0000  pi+  pi-                            PHSP;
+Enddecay
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kstarmumu_Ali.dec b/BaBar_2014/BpBm_Kstarmumu_Ali.dec
new file mode 100644
index 0000000..ef26adf
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarmumu_Ali.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K*+(generic) mu+ mu-    + c.c.            #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     1/Jun/03           #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   K*+  mu+    mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   K*-  mu+    mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kstarmumu_KS0pi_Ali.dec b/BaBar_2014/BpBm_Kstarmumu_KS0pi_Ali.dec
new file mode 100644
index 0000000..e198ddd
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarmumu_KS0pi_Ali.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K0s pi+) mu+ mu-       + c.c.       #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# created:                     12/Nov/99          #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  mu+   mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  mu+   mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*+
+1.0  MyK_S0  pi+     VSS;
+Enddecay
+#
+Decay MyK*-
+1.0  MyK_S0  pi-     VSS;
+Enddecay
+# 
+Decay MyK_S0
+1.0 pi+ pi-    PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_Kstarmumu_Kpi0_Ali.dec b/BaBar_2014/BpBm_Kstarmumu_Kpi0_Ali.dec
new file mode 100644
index 0000000..709cc8d
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarmumu_Kpi0_Ali.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K*+(->K+ pi0) mu+ mu-      + c.c.         #
+#                                                 #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   MyK*+  mu+   mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   MyK*-  mu+   mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyK*+
+1.0  K+  pi0                        VSS;    
+Enddecay
+#
+Decay MyK*-
+1.0  K-  pi0                        VSS;    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KstarpKs.dec b/BaBar_2014/BpBm_KstarpKs.dec
new file mode 100644
index 0000000..02b919c
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarpKs.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B+ -> K*+        K0s   + c.c.                   #
+#       |-> K0s pi+                               #
+#                                                 #
+# Author: Josh Thompson                           #
+# Created: 26 September 2003                      #
+#                                                 #
+###################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0  K_S0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyK*+  MyK_S0   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyK*-  MyK_S0   PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000  MyK_S0  pi+   PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000  MyK_S0  pi-   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-            PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_KstarpKsKs.dec b/BaBar_2014/BpBm_KstarpKsKs.dec
new file mode 100644
index 0000000..8554fd6
--- /dev/null
+++ b/BaBar_2014/BpBm_KstarpKsKs.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B+ -> K*+ K0s K0s   + c.c.                      #
+#       |-> K+ pi0                                #
+#                                                 #
+# Author: Josh Thompson                           #
+# Created: 17 September 2003                      #
+#                                                 #
+###################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0  K_S0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyK*+ MyK_S0 MyK_S0   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   MyK*- MyK_S0 MyK_S0   PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000   K+ pi0   PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000   K- pi0   PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-            PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstarpf0_Kppi0.dec b/BaBar_2014/BpBm_Kstarpf0_Kppi0.dec
new file mode 100644
index 0000000..cabbfbc
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpf0_Kppi0.dec
@@ -0,0 +1,47 @@
+###################################################
+#                                                 #
+# B+ -> K*+ f_0             + c.c.                #
+#       |   |                                     #
+#       |   -> pi+ pi-                            #
+#       |                                         #
+#       -> K+ pi0                                 #
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias Myf_0 f_0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 MyK*+ Myf_0          SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 MyK*- Myf_0          SVS;
+Enddecay
+#
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+#
+Decay Myf_0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstarpi.dec b/BaBar_2014/BpBm_Kstarpi.dec
new file mode 100644
index 0000000..f9eb452
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpi.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# B- -> K*0 pi-  + cc                             #
+#                                                 #
+# Author: Jim Olsen                               #
+# created:                     3/Feb/99           #
+# modified: g.london          10/Feb/99           #
+###################################################
+#
+# Decay table for B- -> K*0 pi- using a simple (S)calar to (V)ector-(S)calar
+# model.  The K*0 decays to K+ pi-.
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias   myK*0   K*0
+Alias   myantiK*0   K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     myK*0   pi+    SVS;
+Enddecay
+#
+Decay myK*0
+1.00     K+      pi-    VSS;
+Enddecay
+#
+Decay MyB-
+1.00     myantiK*0   pi-    SVS;
+Enddecay
+#
+Decay myantiK*0
+1.00     K-      pi+    VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstarpi0_KstarK0spi.dec b/BaBar_2014/BpBm_Kstarpi0_KstarK0spi.dec
new file mode 100644
index 0000000..cbb14a2
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpi0_KstarK0spi.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B+ -> K*+ pi0   + c.c.                          #
+#        |                                        #
+#        `--> K0S pi+                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K*+ pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*+ decays to K0s pi+ (using a simple VSS model).
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyK*+ pi0             SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyK*- pi0             SVS;
+Enddecay
+#
+Decay MyK*+
+1.000  K_S0 pi+              VSS;
+Enddecay
+#
+Decay MyK*-
+1.000  K_S0 pi-              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstarpi0_KstarKpi0.dec b/BaBar_2014/BpBm_Kstarpi0_KstarKpi0.dec
new file mode 100644
index 0000000..3b66c35
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpi0_KstarKpi0.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# B+ -> K*+ pi0   + c.c.                          #
+#        |                                        #
+#        `--> K+ pi0                              # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K*+ pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K*+ decays to K+ pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyK*+ pi0             SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyK*- pi0             SVS;
+Enddecay
+#
+Decay MyK*+
+1.000  K+ pi0                VSS;
+Enddecay
+#
+Decay MyK*-
+1.000  K- pi0                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstarpi0_pi0Dalitz.dec b/BaBar_2014/BpBm_Kstarpi0_pi0Dalitz.dec
new file mode 100644
index 0000000..74d61ca
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpi0_pi0Dalitz.dec
@@ -0,0 +1,47 @@
+###################################################
+#                                                 #
+# Decay: B+ -> K*+  pi0 + cc,pi0->e+e-gamma       #
+#                                                 #
+# Author: Anders Ryd (ryd@slac.stanford.edu)      #
+# Created:  030414                                #
+#						  #
+###################################################
+#
+#
+Alias myPi0 pi0
+Alias myK*+ K*+
+Alias myK*- K*-
+Alias myKS K_S0
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+  B-                     VSS;
+0.5000 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 myK*+ myPi0          SVS;         
+Enddecay 
+#
+Decay MyB-
+1.0000 myK*- myPi0          SVS;         
+Enddecay
+#
+Decay myK*+
+1.0000 myKS pi+             VSS;
+Enddecay
+#
+Decay myK*-
+1.0000 myKS pi-             VSS;
+Enddecay
+#
+Decay myKS
+1.0000 pi+   pi-            PHSP;
+Enddecay
+#
+Decay myPi0
+1.00    e+  e- gamma                     PI0_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Kstarpi_1270.dec b/BaBar_2014/BpBm_Kstarpi_1270.dec
new file mode 100644
index 0000000..2a0b5c2
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpi_1270.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B+ -> K_1+ pi0     (50 %)         + c.c.        #
+#    |                                            #
+#    |                                            #
+#    -> K_10 pi+     (50 %)                       # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K_1 pi
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K_1 decays according to the official DECAY.DEC file.
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+0.5000 K_1+ pi0             SVS;
+0.5000 K_10 pi+             SVS;
+Enddecay
+#
+Decay MyB-
+0.5000 K_1- pi0             SVS;
+0.5000 anti-K_10 pi-        SVS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstarpi_1400.dec b/BaBar_2014/BpBm_Kstarpi_1400.dec
new file mode 100644
index 0000000..1b17bf2
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpi_1400.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B+ -> K'_1+ pi0     (50 %)        + c.c.        #
+#    |                                            #
+#    |                                            #
+#    -> K'_10 pi+     (50 %)                      # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K'_1 pi
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K'_1 decays according to the official DECAY.DEC file.
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+0.5000 K'_1+ pi0             SVS;
+0.5000 K'_10 pi+             SVS;
+Enddecay
+#
+Decay MyB-
+0.5000 K'_1- pi0             SVS;
+0.5000 anti-K'_10 pi-        SVS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstarpi_1430_spin0.dec b/BaBar_2014/BpBm_Kstarpi_1430_spin0.dec
new file mode 100644
index 0000000..d91fc5d
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpi_1430_spin0.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B+ -> K_0*+ pi0     (33.33 %)     + c.c.        #
+#    |                                            #
+#    |                                            #
+#    -> K_0*0 pi+     (66.67 %)                   # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 7/Oct/2002                             #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K_0* pi
+# using a simple phase-space model.
+# The K_0* decays according to the official DECAY.DEC file.
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+0.3333 K_0*+ pi0             PHSP;
+0.6667 K_0*0 pi+             PHSP;
+Enddecay
+#
+Decay MyB-
+0.3333 K_0*- pi0             PHSP;
+0.6667 anti-K_0*0 pi-        PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstarpi_1430_spin2.dec b/BaBar_2014/BpBm_Kstarpi_1430_spin2.dec
new file mode 100644
index 0000000..25ce458
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpi_1430_spin2.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B+ -> K_2*+ pi0     (50 %)        + c.c.        #
+#    |                                            #
+#    |                                            #
+#    -> K_2*0 pi+     (50 %)                      # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K_2* pi
+# using a simple (S)calar to (T)ensor-(S)calar model.
+# The K_2* decays according to the official DECAY.DEC file.
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+0.5000 K_2*+ pi0            STS;
+0.5000 K_2*0 pi+            STS;
+Enddecay
+#
+Decay MyB-
+0.5000 K_2*- pi0            STS;
+0.5000 anti-K_2*0 pi-       STS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstarpi_1680.dec b/BaBar_2014/BpBm_Kstarpi_1680.dec
new file mode 100644
index 0000000..14b6ce1
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpi_1680.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B+ -> K''*+ pi0     (50 %)        + c.c.        #
+#    |                                            #
+#    |                                            #
+#    -> K''*0 pi+     (50 %)                      # 
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K''* pi
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K''* decays according to the official DECAY.DEC file.
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+0.5000 K''*+ pi0            SVS;
+0.5000 K''*0 pi+            SVS;
+Enddecay
+#
+Decay MyB-
+0.5000 K''*- pi0            SVS;
+0.5000 anti-K''*0 pi-       SVS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstarpnunu.dec b/BaBar_2014/BpBm_Kstarpnunu.dec
new file mode 100644
index 0000000..21d1108
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarpnunu.dec
@@ -0,0 +1,37 @@
+###################################################################
+# B+ --> K*+ nu nubar, B- - > generic                             #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: R.V. Kowalewski   11/22/01                              #
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000 K*+ nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay MyB-
+1.0000 K*- nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Kstarrho_1680_Kpi_ln.dec b/BaBar_2014/BpBm_Kstarrho_1680_Kpi_ln.dec
new file mode 100644
index 0000000..64bdb1b
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstarrho_1680_Kpi_ln.dec
@@ -0,0 +1,68 @@
+###################################################
+#                                                 #
+# B+ -> K''*+ rho0     (50 %)       + c.c.        #
+#    |  |                                         #
+#    |  -> K+ pi0                                 #
+#    |                                            #
+#    |                                            #
+#    -> K''*0 rho+     (50 %)                     # 
+#       |                                         #
+#       -> K+ pi-                                 #
+#                                                 #
+# Longitudinal polarisation only.                 #
+#                                                 #
+# Author:  Jan Stark     stark@in2p3.fr           #
+# Created: 12/Sep/2002                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> K''* rho
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The K''* only decays to K+/- pi0 and  K+/- pi-/+.
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK''*+ K''*+
+Alias MyK''*- K''*-
+Alias MyK''*0 K''*0
+Alias Myanti-K''*0 anti-K''*0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# We want as much K''*+ rho0 as K''*0 rho+.
+# But BR(K''*+ -> K+ pi0) is half of BR(K''*0 -> K+ pi-),
+# so we use a one third probability for B+ -> K''*+ rho0
+# and a two thirds probability for B+ -> K''*0 rho+.
+#
+Decay MyB+
+0.3333 rho0 MyK''*+            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+0.6667 rho+ MyK''*0            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB-
+0.3333 rho0 MyK''*-            SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+0.6667 rho- Myanti-K''*0       SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+Decay MyK''*+
+1.0000 K+ pi0                  VSS;
+Enddecay
+#
+Decay MyK''*-
+1.0000 K- pi0                  VSS;
+Enddecay
+#
+Decay MyK''*0
+1.0000 K+ pi-                  VSS;
+Enddecay
+#
+Decay Myanti-K''*0
+1.0000 K- pi+                  VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstgamma.dec b/BaBar_2014/BpBm_Kstgamma.dec
new file mode 100644
index 0000000..4157409
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstgamma.dec
@@ -0,0 +1,63 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                          + CC                            # 
+#            |    |                                                           #
+#            |     ->K*-  gamma                                               #
+#            |       |  	                                              #
+#            |        ->K- pi0                                                #
+#             ->X       K_s0 pi-                                              #  
+#                        |                                                    #
+#                         -> pi+ pi-                                          #
+#                                                                             # 
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Alias myK*+ K*+
+Alias myK*- K*-
+ChargeConj myK*+ myK*-
+#
+# and for K0
+#
+Alias myantiK0 anti-K0
+Alias myK0 K0
+ChargeConj myK0 myantiK0
+#
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#force B- to always decay to K*- gamma
+#
+Decay myB-
+1.0000 myK*-  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB+
+1.0000 myK*+  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+# force K*- to go to K- pi0 and to K0 pi-
+#
+Decay myK*-
+0.6660      myantiK0   pi-                  VSS;
+0.3330      K-  pi0                         VSS;
+Enddecay
+Decay myK*+
+0.6660      myK0   pi+                      VSS;
+0.3330      K+  pi0                         VSS;
+Enddecay
+#
+# finally, force K0 to always decay to pi+ pi-
+#
+Decay myantiK0
+1.0000  pi+  pi-                            PHSP;
+Enddecay
+Decay myK0
+1.0000  pi+  pi-                            PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Kstgamma_KL.dec b/BaBar_2014/BpBm_Kstgamma_KL.dec
new file mode 100644
index 0000000..3b23695
--- /dev/null
+++ b/BaBar_2014/BpBm_Kstgamma_KL.dec
@@ -0,0 +1,52 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                          + CC                            #
+#            |    |                                                           #
+#            |     ->K*-  gamma                                               #
+#            |       |  	                                              #
+#            |        ->K-L0 pi-                                              #
+#             ->X                                                             #
+#                                                                             #
+# Responsible: R. Baldini                                                     #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Alias myK*+ K*+
+Alias myK*- K*-
+ChargeConj myK*+ myK*-
+#
+# and for K0
+#
+Alias myantiK0 anti-K0
+Alias myK0 K0
+ChargeConj myK0 myantiK0
+#
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+#force B- to always decay to K*- gamma
+#
+Decay myB-
+1.0000 myK*-  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB+
+1.0000 myK*+  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+# force K*- to always go to K_L0 + charged pi
+#
+Decay myK*-
+1.0           K_L0  pi-                  VSS;
+Enddecay
+Decay myK*+
+1.0           K_L0  pi+                  VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_OmegaPipPi0_PiPiPi0.dec b/BaBar_2014/BpBm_OmegaPipPi0_PiPiPi0.dec
new file mode 100644
index 0000000..130b58c
--- /dev/null
+++ b/BaBar_2014/BpBm_OmegaPipPi0_PiPiPi0.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> omega pi+ pi0 +cc (omega -> pi+ pi- pi0)  #
+#                                                 #
+# Author:	S. EMERY                          #
+# created:			23/07/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyOm omega
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+Decay MyB+
+1.0000     MyOm pi+ pi0      	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     MyOm pi- pi0      	PHSP;
+Enddecay
+
+
+Decay MyOm
+1.0000  pi+ pi- pi0             OMEGA_DALITZ;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_PiPiPiPi0.dec b/BaBar_2014/BpBm_PiPiPiPi0.dec
new file mode 100644
index 0000000..a74c1df
--- /dev/null
+++ b/BaBar_2014/BpBm_PiPiPiPi0.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B+ ->  pi+ pi+ pi- pi0 +cc                       #
+#                                                 #
+# Author:	S. Emery                          #
+# created:			23/07/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+Decay MyB+
+1.0000     pi+ pi- pi+ pi0    PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     pi- pi+ pi- pi0    PHSP;
+
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BpBm_Pif0.dec b/BaBar_2014/BpBm_Pif0.dec
new file mode 100644
index 0000000..bcf160c
--- /dev/null
+++ b/BaBar_2014/BpBm_Pif0.dec
@@ -0,0 +1,35 @@
+###################################################
+#                                                 #
+# B+ -> pi+ f0           + C.C.                   #
+#           |                                     #
+#           `--> pi+ pi-                          #
+#                                                 #
+# Author: Huw Shorthouse  H.Shorthouse@qmw.ac.uk  #
+# Created: 14/Jun/00                              #
+#                                                 #
+###################################################
+#
+#
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias Myf_0 f_0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   pi+ Myf_0            PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   pi- Myf_0            PHSP;
+Enddecay
+#
+Decay Myf_0
+1.00    pi+ pi-              PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Pipnunu.dec b/BaBar_2014/BpBm_Pipnunu.dec
new file mode 100644
index 0000000..864c7c9
--- /dev/null
+++ b/BaBar_2014/BpBm_Pipnunu.dec
@@ -0,0 +1,35 @@
+###################################################################
+# B+ --> pi+ nu nubar, B- - > generic                             #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+#                                                                 #
+# +cc                                                             #
+#                                                                 #
+# Author: Paul D. Jackson   8/14/02                               #
+# Mail: JACK@SLAC.STANFORD.EDU
+###################################################################
+#
+#
+# Alias particles for specific decays
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#
+Decay MyB+
+1.0000 pi+ nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+Decay MyB-
+1.0000 pi- nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_Psi2sK.dec b/BaBar_2014/BpBm_Psi2sK.dec
new file mode 100644
index 0000000..bfc3ab2
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi2sK.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay:  B- -> Psi2s      K-,        B+ -> X              #
+#               |-->mu+mu-/e+e-     [15% + 15%  (VLL)]     #
+#               |                                          #
+#               |-->J/psi pi+pi-    [70%       (VVPIPI)]   #
+#                   |                                      #
+#                   |-->mu+mu-/e+e-                        #
+#                                                          #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: M. Milek                                         #
+# Mail: MILEK@SLAC.STANFORD.EDU
+# Created:                   30 Nov 99                     #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Mypsi(2S)  K+               SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  Mypsi(2S)  K-               SVS;
+Enddecay 
+#
+Decay Mypsi(2S)
+#0.700  MyJ/psi  pi+ pi-         PHSP;
+0.700  MyJ/psi  pi+ pi-         VVPIPI;
+0.150    e+   e-                PHOTOS  VLL;
+0.150   mu+  mu-                PHOTOS VLL;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Psi2sK_All.dec b/BaBar_2014/BpBm_Psi2sK_All.dec
new file mode 100644
index 0000000..c3c0b32
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi2sK_All.dec
@@ -0,0 +1,34 @@
+############################################################
+#                                                          #
+# Decay: B- ->  psi(2s)   K-,       B+ -> X                #
+#                |-> X                                     #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: R. Faccini                                       #
+# Created:                   14/Aug/01                     #
+# Mail: rfaccini@SLAC.STANFORD.EDU
+############################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  psi(2S) K+               SVS;   
+Enddecay 
+#
+Decay MyB-
+1.0000  psi(2S) K-               SVS;   
+Enddecay 
+End
+
+
+
diff --git a/BaBar_2014/BpBm_Psi2sK_Psi2stoJpsiPi0Pi0.dec b/BaBar_2014/BpBm_Psi2sK_Psi2stoJpsiPi0Pi0.dec
new file mode 100644
index 0000000..d024e3e
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi2sK_Psi2stoJpsiPi0Pi0.dec
@@ -0,0 +1,43 @@
+#############################################################
+#                                                           #
+# Decay:  B- -> Psi2s      K-,        B+ -> X               #
+#               |                                           #
+#               |-->J/psi pi0 pi0  [100% (VVPIPI)]          #
+#                   |                                       #
+#                   |-->mu+mu-/e+e-  [50%/50% (PHOTOS VLL)] #
+#                                                           #
+#                                                           #
+#             + cc                                          #
+#                                                           #
+# Author: S. Passaggio  06/02/2001                          #
+# (from analogous decay file by M. Milek)                   # 
+#############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  Mypsi(2S) K+        SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  Mypsi(2S) K-        SVS;
+Enddecay 
+#
+Decay Mypsi(2S)
+1.000  MyJ/psi pi0 pi0      VVPIPI;
+Enddecay
+#
+Decay MyJ/psi
+0.5000  e+ e-               PHOTOS VLL;
+0.5000  mu+ mu-             PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Psi2sKstar_K.dec b/BaBar_2014/BpBm_Psi2sKstar_K.dec
new file mode 100644
index 0000000..6bfba27
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi2sKstar_K.dec
@@ -0,0 +1,81 @@
+###################################################################
+# B-  --> psi2s K*-                 B+ --> Generic                #
+#         |     |-->K- pi0                                        #
+#         |                                                       #
+#         |                                                       #
+#         |                                                       #
+#         |-->mu+mu-/e+e-     [15% + 15%  (VLL)]                  #
+#         |                                                       #
+#         |-->J/psi pi+pi-    [70%       (VVPIPI)]                #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# B decay: phase space.                                           #
+#                                                                 #
+# Author: R. Faccini   30 Nov 1999                                #
+# Mail: RFACCINI@SLAC.STANFORD.EDU                                #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+###################################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# put the values measured by Babar (see BAD #35 and #154)
+Define Hplus  0.159
+Define Hzero  0.775
+Define Hminus 0.612
+Define phHplus  1.563
+Define phHzero  0.0
+Define phHminus 2.712
+#
+# Alias particles for specific decays:
+# ------------------------------------
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi J/psi
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB-
+1.000 Mypsi(2S)  MyKstar-      SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyB+
+1.000 Mypsi(2S)  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Mypsi(2S)
+#0.700  MyJ/psi  pi+ pi-         PHSP;
+0.700  MyJ/psi  pi+ pi-         VVPIPI;
+0.150    e+   e-                PHOTOS  VLL;
+0.150   mu+  mu-                PHOTOS VLL;
+Enddecay
+#
+Decay MyJ/psi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyKstar-
+1.000  K-   pi0             VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Psi2sKstar_KS.dec b/BaBar_2014/BpBm_Psi2sKstar_KS.dec
new file mode 100644
index 0000000..55c9fd3
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi2sKstar_KS.dec
@@ -0,0 +1,85 @@
+###################################################################
+# B-  --> psi2s K*-                 B+ --> Generic                #
+#         |     |-->K0s pi+                                       #
+#         |          |                                            #
+#         |          |--> pi+pi-                                  #
+#         |                                                       #
+#         |-->mu+mu-/e+e-     [15% + 15%  (VLL)]                  #
+#         |                                                       #
+#         |-->J/psi pi+pi-    [70%       (VVPIPI)]                #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+#                                                                 #
+# + cc                                                            #
+#                                                                 #
+# B decay: phase space.                                           #
+#                                                                 #
+# Author: M. Verderi     04Nov99                                  #
+# Mail: VERDERI@SLAC.STANFORD.EDU                                 #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU     #
+###################################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes:
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# put the values measured by Babar (see BAD #35 and #154)
+Define Hplus  0.159
+Define Hzero  0.775
+Define Hminus 0.612
+Define phHplus  1.563
+Define phHzero  0.0
+Define phHminus 2.712
+#
+# Alias particles for specific decays:
+# ------------------------------------
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias Mypsi(2S) psi(2S)
+Alias MyJ/psi J/psi
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB-
+1.000 Mypsi(2S)  MyKstar-      SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyB+
+1.000 Mypsi(2S)  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Mypsi(2S)
+#0.700  MyJ/psi  pi+ pi-         PHSP;
+0.700  MyJ/psi  pi+ pi-         VVPIPI;
+0.150    e+   e-                PHOTOS  VLL;
+0.150   mu+  mu-                PHOTOS VLL;
+Enddecay
+#
+Decay MyJ/psi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyKstar-
+1.000 MyK_S0   pi-            VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000 MyK_S0   pi+            VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Psi2sKstar_KpPi0_RunIpIIPol.dec b/BaBar_2014/BpBm_Psi2sKstar_KpPi0_RunIpIIPol.dec
new file mode 100644
index 0000000..db28617
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi2sKstar_KpPi0_RunIpIIPol.dec
@@ -0,0 +1,69 @@
+####################################################################
+# B-  --> psi2s K*-                 B+ --> Generic                 #
+#         |     |-->K- pi0                                         #
+#         |                                                        #
+#         |                                                        #
+#         |                                                        #
+#         |-->mu+mu-/e+e-                                          #
+#                                                                  #
+# + cc                                                             #
+#                                                                  #
+# Author: R. Faccini   30 Nov 1999                                 #
+# Mail: RFACCINI@SLAC.STANFORD.EDU                                 #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU      #
+# Made from B+B-_Psi2sKstar_K.dec, updated with runI+II            #
+# J/Psi K* polarisation. Marc Verderi, Philippe Grenier 01 Jun 2004#
+# Only Psi2s decay to leptons                                      #
+####################################################################
+#
+#
+# Define the helicity amplitudes starting from the transversity amplitudes:
+# -------------------------------------------------------------------------
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Values measured by Babar run I+II (BAD#673/752):
+Define Hplus    0.6301
+Define Hzero    0.7523
+Define Hminus   0.1924
+Define phHplus  3.246
+Define phHzero  0.000
+Define phHminus 4.924
+#
+# Alias particles for specific decays:
+# ------------------------------------
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias Mypsi(2S) psi(2S)
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB-
+1.000 Mypsi(2S)  MyKstar-      SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyB+
+1.000 Mypsi(2S)  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Mypsi(2S)
+0.500    e+   e-                PHOTOS  VLL;
+0.500   mu+  mu-                PHOTOS  VLL;
+Enddecay
+#
+Decay MyKstar-
+1.000  K-   pi0             VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Psi2sKstar_KsPip_RunIpIIPol.dec b/BaBar_2014/BpBm_Psi2sKstar_KsPip_RunIpIIPol.dec
new file mode 100644
index 0000000..e0c66de
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi2sKstar_KsPip_RunIpIIPol.dec
@@ -0,0 +1,77 @@
+####################################################################
+# B-  --> psi2s K*-                 B+ --> Generic                 #
+#         |     |-->K0s pi+                                        #
+#         |          |                                             #
+#         |          |--> pi+pi-                                   #
+#         |                                                        #
+#         |-->mu+mu-/e+e-                                          #
+#                                                                  #
+#                                                                  #
+# + cc                                                             #
+#                                                                  #
+#                                                                  #
+# Author: M. Verderi     04Nov99                                   #
+# Mail: VERDERI@SLAC.STANFORD.EDU                                  #
+# Modified: P. Grenier 17/12/2002   GRENIER@SLAC.STANFORD.EDU      #
+# Made from B+B-_Psi2sKstar_KS.dec,  updated with runI+II          #
+# J/Psi K* polarisation. Marc Verderi, Philippe Grenier 01 Jun 2004#
+# Only Psi2s decay to leptons                                      #
+####################################################################
+#
+#
+#
+# Define the helicity amplitudes starting from the transversity amplitudes:
+# -------------------------------------------------------------------------
+# Hplus  = (Aplus + Aminus) / sqrt(2)
+# Hzero  =  Azero/sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Values measured by Babar run I+II (BAD#673/752):
+Define Hplus    0.6301
+Define Hzero    0.7523
+Define Hminus   0.1924
+Define phHplus  3.246
+Define phHzero  0.000
+Define phHminus 4.924
+#
+#
+# Alias particles for specific decays:
+# ------------------------------------
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias Mypsi(2S) psi(2S)
+Alias MyK_S0 K_S0 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB-
+1.000 Mypsi(2S)  MyKstar-      SVV_HELAMP Hminus phHminus Hzero phHzero Hplus phHplus;
+Enddecay
+#
+Decay MyB+
+1.000 Mypsi(2S)  MyKstar+      SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay
+#
+Decay Mypsi(2S)
+0.500    e+   e-                PHOTOS  VLL;
+0.500   mu+  mu-                PHOTOS  VLL;
+Enddecay
+#
+Decay MyKstar-
+1.000 MyK_S0   pi-            VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000 MyK_S0   pi+            VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Psi3770D0D0KpiK3pi_K.dec b/BaBar_2014/BpBm_Psi3770D0D0KpiK3pi_K.dec
new file mode 100644
index 0000000..74b64d7
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi3770D0D0KpiK3pi_K.dec
@@ -0,0 +1,126 @@
+###################################################################
+# B+ --> psi(3770) K+         B- --> Generic                      #
+#         |                                                       #
+#         |                                                       #
+#         |-->D0 D0B                                              #
+#                                                                 #
+#   D0 -> K- pi+                                                  #
+#   D0B -> K+ pi- pi- pi+                                         #
+#                                                                 #
+# Author: V. Poireau       30/1/04                                #
+###################################################################
+#
+#######################################################
+# The MyPsi list 
+#######################################################
+Alias MyPsi_D0D0 psi(3770)
+Alias MyPsi_D+D- psi(3770)
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+#
+#
+#
+Decay Upsilon(4S)
+1.000 MyB+  B-                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyPsi_D0D0  K+   SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyPsi_D0D0
+1.000 MyD0kpi  MyD0Bk3pi       VSS;
+Enddecay
+#
+#
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0kpi
+1.000   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+1.000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Psi3770D0D0KpiKpi_K.dec b/BaBar_2014/BpBm_Psi3770D0D0KpiKpi_K.dec
new file mode 100644
index 0000000..c30c6b1
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi3770D0D0KpiKpi_K.dec
@@ -0,0 +1,126 @@
+###################################################################
+# B+ --> psi(3770) K+         B- --> Generic                      #
+#         |                                                       #
+#         |                                                       #
+#         |-->D0 D0B                                              #
+#                                                                 #
+#   D0 -> K- pi+                                                  #
+#   D0B -> K+ pi-                                                 #
+#                                                                 #
+# Author: V. Poireau       30/1/04                                #
+###################################################################
+#
+#######################################################
+# The MyPsi list 
+#######################################################
+Alias MyPsi_D0D0 psi(3770)
+Alias MyPsi_D+D- psi(3770)
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+#
+#
+#
+Decay Upsilon(4S)
+1.000 MyB+  B-                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyPsi_D0D0  K+   SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyPsi_D0D0
+1.000 MyD0kpi  MyD0Bkpi       VSS;
+Enddecay
+#
+#
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0kpi
+1.000   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+1.000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Psi3770D0D0KpiKpipi0_K.dec b/BaBar_2014/BpBm_Psi3770D0D0KpiKpipi0_K.dec
new file mode 100644
index 0000000..01e8854
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi3770D0D0KpiKpipi0_K.dec
@@ -0,0 +1,126 @@
+###################################################################
+# B+ --> psi(3770) K+         B- --> Generic                      #
+#         |                                                       #
+#         |                                                       #
+#         |-->D0 D0B                                              #
+#                                                                 #
+#   D0 -> K- pi+                                                  #
+#   D0B -> K+ pi- pi0                                             #
+#                                                                 #
+# Author: V. Poireau       30/1/04                                #
+###################################################################
+#
+#######################################################
+# The MyPsi list 
+#######################################################
+Alias MyPsi_D0D0 psi(3770)
+Alias MyPsi_D+D- psi(3770)
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+#
+#
+#
+Decay Upsilon(4S)
+1.000 MyB+  B-                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyPsi_D0D0  K+   SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyPsi_D0D0
+1.000 MyD0kpi  MyD0Bkpipi0       VSS;
+Enddecay
+#
+#
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0kpi
+1.000   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+1.000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Psi3770DpDm_K.dec b/BaBar_2014/BpBm_Psi3770DpDm_K.dec
new file mode 100644
index 0000000..161b3c9
--- /dev/null
+++ b/BaBar_2014/BpBm_Psi3770DpDm_K.dec
@@ -0,0 +1,130 @@
+###################################################################
+# B+ --> psi(3770) K+         B- --> Generic                      #
+#         |                                                       #
+#         |                                                       #
+#         |-->D+ D-                                               #
+#                                                                 #
+#   D+ -> K- pi+ pi+                                              #
+#   D- -> K+ pi- pi-                                              #
+#                                                                 #
+# Author: V. Poireau       30/1/04                                #
+###################################################################
+#
+#######################################################
+# The MyPsi list 
+#######################################################
+Alias MyPsi_D0D0 psi(3770)
+Alias MyPsi_D+D- psi(3770)
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+#
+#
+#
+Decay Upsilon(4S)
+1.000 MyB+  B-                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyPsi_D+D-  K+   SVS;
+Enddecay
+CDecay MyB-
+#
+Decay MyPsi_D0D0
+1.000 MyD0kpi  MyD0Bk3pi       VSS;
+Enddecay
+#
+Decay MyPsi_D+D-
+1.000 MyD+  MyD-       VSS;
+Enddecay
+#
+#
+#
+Decay MyD-
+1.000   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0kpi
+1.000   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+1.000   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_Rho0Rho0K.dec b/BaBar_2014/BpBm_Rho0Rho0K.dec
new file mode 100644
index 0000000..ae6420c
--- /dev/null
+++ b/BaBar_2014/BpBm_Rho0Rho0K.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B+ -> rho0 rho0 K+ +cc 			  #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     rho0 rho0 K+      PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     rho0 rho0 K-      PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Rho0Rho0Pi.dec b/BaBar_2014/BpBm_Rho0Rho0Pi.dec
new file mode 100644
index 0000000..4ef85cb
--- /dev/null
+++ b/BaBar_2014/BpBm_Rho0Rho0Pi.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# B+ -> rho0 rho0 pi+    +cc                      #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     rho0 rho0 pi+      PHSP;
+Enddecay
+
+
+Decay MyB-
+1.0000     rho0 rho0 pi-      PHSP;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/BpBm_RhoRhoK.dec b/BaBar_2014/BpBm_RhoRhoK.dec
new file mode 100644
index 0000000..e61667b
--- /dev/null
+++ b/BaBar_2014/BpBm_RhoRhoK.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# B+ -> rho- rho+ K+   +cc                        #
+#                                                 #
+# Author:	G. Schott                         #
+# created:			30/05/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000     rho+ rho- K+      PHSP;
+1.0000     rho+ rho+ K-      PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     rho- rho- K+      PHSP;
+1.0000     rho- rho+ K-      PHSP;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/BpBm_RhopRhoppim.dec b/BaBar_2014/BpBm_RhopRhoppim.dec
new file mode 100644
index 0000000..02b3737
--- /dev/null
+++ b/BaBar_2014/BpBm_RhopRhoppim.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# Decay: B+ -> rho+ rho+ pi- + cc                 #
+#                                                 #
+# Author: 	S. Emery			  #
+# Created:                   23/07/03             #
+###################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+Decay MyB+
+1.0000     rho+ rho+ pi-      	PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     rho- rho- pi+      	PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Rhopf0.dec b/BaBar_2014/BpBm_Rhopf0.dec
new file mode 100644
index 0000000..38ae2c1
--- /dev/null
+++ b/BaBar_2014/BpBm_Rhopf0.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# B+ -> rho+ f_0            + c.c.                #
+#           |                                     #
+#           -> pi+ pi-                            #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author:  Gregory Schott schott@in2p3.fr         #
+# Created: 13/Feb/2004                            #
+#                                                 #
+###################################################
+#
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myf_0 f_0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 rho+ Myf_0          SVS;
+Enddecay
+#
+Decay MyB-
+1.0000 rho- Myf_0          SVS;
+Enddecay
+#
+#
+Decay Myf_0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_Rhoppippimpi0.dec b/BaBar_2014/BpBm_Rhoppippimpi0.dec
new file mode 100644
index 0000000..7074a47
--- /dev/null
+++ b/BaBar_2014/BpBm_Rhoppippimpi0.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# Decay: B+ -> rho+ pi+ pi- pi0 + cc              #
+#                                                 #
+# Author: 	S. Emery			  #
+# Created:                   23/07/03             #
+###################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+Decay MyB+
+1.0000     rho+ pi+ pi- pi0     PHSP;
+Enddecay
+
+Decay MyB-
+1.0000     rho- pi- pi+ pi0    	PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_V0PPP.dec b/BaBar_2014/BpBm_V0PPP.dec
new file mode 100644
index 0000000..b7df1c1
--- /dev/null
+++ b/BaBar_2014/BpBm_V0PPP.dec
@@ -0,0 +1,92 @@
+###################################################
+#                                                 #
+# Decay: B+ -> V0 h+ h- h+ / V0 h+ pi0 pi0  	  #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0 K*0
+Alias MyK*0bar anti-K*0
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000 rho0 pi+ pi0 pi0			PHSP;
+1.0000 MyK*0 pi+ pi0 pi0		PHSP;
+1.0000 MyK*0bar pi+ pi0 pi0		PHSP;
+1.0000 rho0 K+ pi0 pi0			PHSP;
+1.0000 MyK*0 K+ pi0 pi0			PHSP;
+1.0000 MyK*0bar K+ pi0 pi0		PHSP;
+
+1.0000 rho0 pi+ pi+ pi-			PHSP;
+1.0000 rho0 K+ pi+ pi-			PHSP;
+1.0000 rho0 pi+ pi+ K-			PHSP;
+1.0000 rho0 K+ K+ pi-			PHSP;
+1.0000 rho0 K+ pi+ K-			PHSP;
+#1.0000 rho0 K+ K+ K-			PHSP;
+
+1.0000 MyK*0 pi+ pi+ pi-		PHSP;
+1.0000 MyK*0 K+ pi+ pi-			PHSP;
+1.0000 MyK*0 pi+ pi+ K-			PHSP;
+#1.0000 MyK*0 K+ K+ pi-			PHSP;
+#1.0000 MyK*0 K+ pi+ K-			PHSP;
+#1.0000 MyK*0 K+ K+ K-			PHSP;
+
+1.0000 MyK*0bar pi+ pi+ pi-		PHSP;
+1.0000 MyK*0bar K+ pi+ pi-		PHSP;
+1.0000 MyK*0bar pi+ pi+ K-		PHSP;
+#1.0000 MyK*0bar K+ K+ pi-		PHSP;
+#1.0000 MyK*0bar K+ pi+ K-		PHSP;
+#1.0000 MyK*0bar K+ K+ K-		PHSP;
+Enddecay
+
+Decay MyB-
+1.0000 rho0 pi- pi0 pi0			PHSP;
+1.0000 MyK*0 pi- pi0 pi0		PHSP;
+1.0000 MyK*0bar pi- pi0 pi0		PHSP;
+1.0000 rho0 K- pi0 pi0			PHSP;
+1.0000 MyK*0 K- pi0 pi0			PHSP;
+1.0000 MyK*0bar K- pi0 pi0		PHSP;
+
+1.0000 rho0 pi+ pi- pi-			PHSP;
+1.0000 rho0 K+ pi- pi-			PHSP;
+1.0000 rho0 pi+ pi- K-			PHSP;
+1.0000 rho0 K+ K- pi-			PHSP;
+1.0000 rho0 K- pi+ K-			PHSP;
+#1.0000 rho0 K+ K- K-			PHSP;
+
+1.0000 MyK*0 pi+ pi- pi-		PHSP;
+1.0000 MyK*0 K+ pi- pi-			PHSP;
+1.0000 MyK*0 pi+ pi- K-			PHSP;
+#1.0000 MyK*0 K+ K- pi-			PHSP;
+#1.0000 MyK*0 K- pi+ K-			PHSP;
+#1.0000 MyK*0 K+ K- K-			PHSP;
+
+1.0000 MyK*0bar pi+ pi- pi-		PHSP;
+1.0000 MyK*0bar K+ pi- pi-		PHSP;
+1.0000 MyK*0bar pi+ pi- K-		PHSP;
+#1.0000 MyK*0bar K+ K- pi-		PHSP;
+#1.0000 MyK*0bar K- pi+ K-		PHSP;
+#1.0000 MyK*0bar K- K+ K-		PHSP;
+Enddecay
+
+
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+
+
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_VpPPP.dec b/BaBar_2014/BpBm_VpPPP.dec
new file mode 100644
index 0000000..934ee76
--- /dev/null
+++ b/BaBar_2014/BpBm_VpPPP.dec
@@ -0,0 +1,72 @@
+###################################################
+#                                                 #
+# Decay: B+ -> V+ h- h+ pi0 		  	  #
+#                                                 #
+# Author: 	G. Schott			  #
+# Created:                   30/5/03              #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+Decay MyB+
+1.0000 rho+ pi- pi+ pi0			PHSP;
+1.0000 rho+ K- pi+ pi0			PHSP;
+1.0000 rho+ pi- K+ pi0			PHSP;
+1.0000 rho+ K- K+ pi0			PHSP;
+
+1.0000 rho- pi+ pi+ pi0			PHSP;
+1.0000 rho- K+ pi+ pi0			PHSP;
+1.0000 rho- K+ K+ pi0			PHSP;
+
+1.0000 MyK*+ pi- pi+ pi0		PHSP;
+1.0000 MyK*+ K- pi+ pi0			PHSP;
+1.0000 MyK*+ pi- K+ pi0			PHSP;
+#1.0000 MyK*+ K- K+ pi0			PHSP;
+
+1.0000 MyK*- pi+ pi+ pi0		PHSP;
+1.0000 MyK*- K+ pi+ pi0			PHSP;
+#1.0000 MyK*- K+ K+ pi0			PHSP;
+Enddecay
+
+Decay MyB-
+1.0000 rho- pi- pi+ pi0			PHSP;
+1.0000 rho- K- pi+ pi0			PHSP;
+1.0000 rho- pi- K+ pi0			PHSP;
+1.0000 rho- K- K+ pi0			PHSP;
+
+1.0000 rho+ pi- pi- pi0			PHSP;
+1.0000 rho+ K- pi- pi0			PHSP;
+1.0000 rho+ K- K- pi0			PHSP;
+
+1.0000 MyK*- pi- pi+ pi0		PHSP;
+1.0000 MyK*- K- pi+ pi0			PHSP;
+1.0000 MyK*- pi- K+ pi0			PHSP;
+#1.0000 MyK*- K- K+ pi0			PHSP;
+
+1.0000 MyK*+ pi- pi- pi0		PHSP;
+1.0000 MyK*+ K- pi- pi0			PHSP;
+#1.0000 MyK*+ K- K- pi0			PHSP;
+Enddecay
+
+
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+
+
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_XdugammaExp480.dec b/BaBar_2014/BpBm_XdugammaExp480.dec
new file mode 100644
index 0000000..dd33b37
--- /dev/null
+++ b/BaBar_2014/BpBm_XdugammaExp480.dec
@@ -0,0 +1,78 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xdu or
+# anti-Xdu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xdu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xdu 3*Charge:
+JetSetPar KCHG(459,1)=3
+# Set Xdu color information:
+JetSetPar KCHG(459,2)=0
+# Set Xdu particle/antiparticle distinction:
+JetSetPar KCHG(459,3)=1
+# Set Xdu mass:
+JetSetPar PMAS(459,1)=1.600
+# Set Xdu width (sigma):
+JetSetPar PMAS(459,2)=0.500
+# Set Xdu truncation:
+JetSetPar PMAS(459,3)=2.000
+# Set Xdu name:
+JetSetPar CHAF(459)=Xdu 
+# Set Xdu so it can decay:
+JetSetPar MDCY(459,1)=1
+# Set decay table entry pt for Xdu: 
+JetSetPar MDCY(459,2)=1158
+# Number of decay channels for Xdu:                
+JetSetPar MDCY(459,3)=1
+# Switch on Xdu decay                                  
+JetSetPar MDME(1158,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1158,2)=11
+# Xdu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1158,1)=-1
+JetSetPar KFDP(1158,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xdu    gamma     BTOXSGAMMA 2 1 5.27885 4.8 4.8 -0.3 0.9 0.0841 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xdu    gamma     BTOXSGAMMA 2 1 5.27885 4.8 4.8 -0.3 0.9 0.0841 100 80;
+Enddecay
+
+Decay Xdd
+1.00000     d anti-d  JETSET 11;
+Enddecay
+
+Decay anti-Xdd
+1.00000     anti-d d  JETSET 11;
+Enddecay
+
+Decay Xdu
+1.00000     u anti-d  JETSET 11;
+Enddecay
+
+Decay anti-Xdu
+1.00000     anti-u d  JETSET 11;
+Enddecay
+
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Xenu_Yenu.dec b/BaBar_2014/BpBm_Xenu_Yenu.dec
new file mode 100644
index 0000000..c3f4c98
--- /dev/null
+++ b/BaBar_2014/BpBm_Xenu_Yenu.dec
@@ -0,0 +1,203 @@
+###############################################################################
+# Decay file for Y(4S) -> B+ B-
+#                         |  |
+#                         |   --> X e nu
+#                          -----> Y e nu
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Modified C. Bozzi (bozzi@fe.infn.it): cut B_no-SL aliases (Jetset problem)
+# Last change 15 Oct 2000
+###############################################################################
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B+_SL-e   B+
+Alias B+_SL-mu  B+
+
+Alias B-_SL-e   B-
+Alias B-_SL-mu  B-
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B+_SL-e  B-_SL-e
+ChargeConj B+_SL-mu B-_SL-mu
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  1.0  B+_SL-e  B-_SL-e  VSS;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-e
+
+# b -> c e+ nu (10.4%)
+
+0.0490   anti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0891%)
+
+0.000032   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000012   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000125   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000125   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000020   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000137   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000080   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000012   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000006   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000006   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000068   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000068   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000040   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000040   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000060   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000060   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+0.0490   anti-D*0    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    mu+  nu_mu         PHOTOS ISGW2;
+0.0040   anti-D_10   mu+  nu_mu        PHOTOS  ISGW2;
+0.0040   anti-D_0*0   mu+  nu_mu       PHOTOS   ISGW2;
+0.0070   anti-D'_10   mu+  nu_mu       PHOTOS   ISGW2;
+0.0070   anti-D_2*0   mu+  nu_mu       PHOTOS   ISGW2;
+0.0020   D*-  pi+   mu+   nu_mu        PHOTOS   GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   mu+   nu_mu   PHOTOS    GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu        PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   mu+   nu_mu    PHOTOS   GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0891%)
+
+0.000032   pi0    mu+  nu_mu        PHOTOS      ISGW2;
+0.000012   eta    mu+  nu_mu        PHOTOS      ISGW2;
+0.000125   rho0   mu+  nu_mu        PHOTOS      ISGW2;
+0.000125   omega   mu+  nu_mu       PHOTOS       ISGW2;
+0.000020   eta'   mu+  nu_mu        PHOTOS      ISGW2;
+0.000137   a_10    mu+  nu_mu       PHOTOS       ISGW2;
+0.000080   b_10    mu+  nu_mu       PHOTOS       ISGW2;
+0.000012   a_00    mu+  nu_mu       PHOTOS       ISGW2;
+0.000006   f_0     mu+  nu_mu       PHOTOS       ISGW2;
+0.000006   f'_0    mu+  nu_mu       PHOTOS       ISGW2;
+0.000068   f_1     mu+  nu_mu       PHOTOS       ISGW2;
+0.000068   f'_1    mu+  nu_mu       PHOTOS       ISGW2;
+0.000040   h_1     mu+  nu_mu       PHOTOS       ISGW2;
+0.000040   h'_1    mu+  nu_mu       PHOTOS       ISGW2;
+0.000060   f_2     mu+  nu_mu       PHOTOS       ISGW2;
+0.000060   f'_2    mu+  nu_mu        PHOTOS      ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu    PHOTOS          ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu   PHOTOS           ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-e
+
+# b -> c e- nu (10.4%)
+
+0.0490   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0891%)
+
+0.000032   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000020   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000137   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000080   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-mu
+
+# b -> c mu- nu (10.4%)
+
+0.0490   D*0   mu-  anti-nu_mu         PHOTOS         HQET 0.92 1.18 0.72;
+0.0210   D0    mu-  anti-nu_mu         PHOTOS         ISGW2;
+0.0040   D_10  mu-  anti-nu_mu         PHOTOS         ISGW2;
+0.0040   D_0*0  mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0070   D'_10  mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0070   D_2*0  mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0020   D*+   pi-   mu-   anti-nu_mu   PHOTOS        GOITY_ROBERTS;
+0.0010   D*0   pi0   mu-   anti-nu_mu   PHOTOS        GOITY_ROBERTS;
+0.0060   D+    pi-   mu-   anti-nu_mu   PHOTOS        GOITY_ROBERTS;
+0.0030   D0    pi0   mu-   anti-nu_mu   PHOTOS        GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0891%)
+
+0.000032   pi0    mu-  anti-nu_mu        PHOTOS         ISGW2;
+0.000012   eta    mu-  anti-nu_mu        PHOTOS         ISGW2;
+0.000125   rho0   mu-  anti-nu_mu        PHOTOS         ISGW2;
+0.000125   omega   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000020   eta'   mu-  anti-nu_mu        PHOTOS         ISGW2;
+0.000137   a_10    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000080   b_10    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000012   a_00    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000006   f_0     mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000006   f'_0    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000068   f_1     mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000068   f'_1    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000040   h_1     mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000040   h'_1    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000060   f_2     mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000060   f'_2    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu        PHOTOS         ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu       PHOTOS          ISGW2;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Xenu_Ymunu.dec b/BaBar_2014/BpBm_Xenu_Ymunu.dec
new file mode 100644
index 0000000..ef6d2b6
--- /dev/null
+++ b/BaBar_2014/BpBm_Xenu_Ymunu.dec
@@ -0,0 +1,204 @@
+###############################################################################
+# Decay file for Y(4S) -> B+ B- (and C.C.)
+#                         |  |
+#                         |   --> X mu nu
+#                          -----> Y e nu
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Modified C. Bozzi (bozzi@fe.infn.it): cut B_no-SL aliases (Jetset problem)
+# Last change 15 Oct 2000
+###############################################################################
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B+_SL-e   B+
+Alias B+_SL-mu  B+
+
+Alias B-_SL-e   B-
+Alias B-_SL-mu  B-
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B+_SL-e  B-_SL-e
+ChargeConj B+_SL-mu B-_SL-mu
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  0.5  B+_SL-e  B-_SL-mu  VSS;
+  0.5  B+_SL-mu B-_SL-e   VSS;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-e
+
+# b -> c e+ nu (10.4%)
+
+0.0490   anti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0891%)
+
+0.000032   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000012   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000125   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000125   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000020   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000137   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000080   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000012   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000006   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000006   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000068   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000068   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000040   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000040   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000060   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000060   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+0.0490   anti-D*0    mu+  nu_mu       PHOTOS         HQET 0.92 1.18 0.72;
+0.0210   anti-D0    mu+  nu_mu        PHOTOS        ISGW2;
+0.0040   anti-D_10   mu+  nu_mu       PHOTOS         ISGW2;
+0.0040   anti-D_0*0   mu+  nu_mu      PHOTOS          ISGW2;
+0.0070   anti-D'_10   mu+  nu_mu      PHOTOS          ISGW2;
+0.0070   anti-D_2*0   mu+  nu_mu      PHOTOS          ISGW2;
+0.0020   D*-  pi+   mu+   nu_mu       PHOTOS     GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   mu+   nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0030   anti-D0  pi0   mu+   nu_mu   PHOTOS        GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0891%)
+
+0.000032   pi0    mu+  nu_mu      PHOTOS        ISGW2;
+0.000012   eta    mu+  nu_mu      PHOTOS        ISGW2;
+0.000125   rho0   mu+  nu_mu      PHOTOS        ISGW2;
+0.000125   omega   mu+  nu_mu     PHOTOS         ISGW2;
+0.000020   eta'   mu+  nu_mu      PHOTOS        ISGW2;
+0.000137   a_10    mu+  nu_mu     PHOTOS         ISGW2;
+0.000080   b_10    mu+  nu_mu     PHOTOS         ISGW2;
+0.000012   a_00    mu+  nu_mu     PHOTOS         ISGW2;
+0.000006   f_0     mu+  nu_mu     PHOTOS         ISGW2;
+0.000006   f'_0    mu+  nu_mu     PHOTOS         ISGW2;
+0.000068   f_1     mu+  nu_mu     PHOTOS         ISGW2;
+0.000068   f'_1    mu+  nu_mu     PHOTOS         ISGW2;
+0.000040   h_1     mu+  nu_mu     PHOTOS         ISGW2;
+0.000040   h'_1    mu+  nu_mu     PHOTOS         ISGW2;
+0.000060   f_2     mu+  nu_mu     PHOTOS         ISGW2;
+0.000060   f'_2    mu+  nu_mu     PHOTOS         ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu    PHOTOS          ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu   PHOTOS           ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-e
+
+# b -> c e- nu (10.4%)
+
+0.0490   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0891%)
+
+0.000032   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000020   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000137   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000080   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-mu
+
+# b -> c mu- nu (10.4%)
+
+0.0490   D*0   mu-  anti-nu_mu        PHOTOS          HQET 0.92 1.18 0.72;
+0.0210   D0    mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0040   D_10  mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0040   D_0*0  mu-  anti-nu_mu       PHOTOS           ISGW2;
+0.0070   D'_10  mu-  anti-nu_mu       PHOTOS           ISGW2;
+0.0070   D_2*0  mu-  anti-nu_mu       PHOTOS           ISGW2;
+0.0020   D*+   pi-   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0010   D*0   pi0   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0060   D+    pi-   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0030   D0    pi0   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0891%)
+
+0.000032   pi0    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000012   eta    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000125   rho0   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000125   omega   mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000020   eta'   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000137   a_10    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000080   b_10    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000012   a_00    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000006   f_0     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000006   f'_0    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000068   f_1     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000068   f'_1    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000040   h_1     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000040   h'_1    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000060   f_2     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000060   f'_2    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu      PHOTOS           ISGW2;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Xenu_noSLemu.dec b/BaBar_2014/BpBm_Xenu_noSLemu.dec
new file mode 100644
index 0000000..60d8a3d
--- /dev/null
+++ b/BaBar_2014/BpBm_Xenu_noSLemu.dec
@@ -0,0 +1,576 @@
+###############################################################################
+# Decay file for Y(4S) -> B+ B- (and C.C.)
+#                         |  |
+#                         |   --> X e nu
+#                          -----> non-SL
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Last change 15 Nov 1999
+###############################################################################
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B+_SL-e   B+
+Alias B+_SL-mu  B+
+Alias B+_no-SL  B+
+
+Alias B-_SL-e   B-
+Alias B-_SL-mu  B-
+Alias B-_no-SL  B-
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B+_SL-e  B-_SL-e
+ChargeConj B+_SL-mu B-_SL-mu
+ChargeConj B+_no-SL B-_no-SL
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  0.5  B+_SL-e  B-_no-SL  VSS;
+  0.5  B+_no-SL B-_SL-e   VSS;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-e
+
+# b -> c e+ nu (10.4%)
+
+0.0490   anti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0891%)
+
+0.000032   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000012   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000125   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000125   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000020   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000137   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000080   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000012   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000006   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000006   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000068   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000068   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000040   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000040   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000060   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000060   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+0.0490   anti-D*0    mu+  nu_mu       PHOTOS         HQET 0.92 1.18 0.72;
+0.0210   anti-D0    mu+  nu_mu        PHOTOS        ISGW2;
+0.0040   anti-D_10   mu+  nu_mu       PHOTOS         ISGW2;
+0.0040   anti-D_0*0   mu+  nu_mu      PHOTOS          ISGW2;
+0.0070   anti-D'_10   mu+  nu_mu      PHOTOS          ISGW2;
+0.0070   anti-D_2*0   mu+  nu_mu      PHOTOS          ISGW2;
+0.0020   D*-  pi+   mu+   nu_mu       PHOTOS     GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   mu+   nu_mu  PHOTOS        GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0030   anti-D0  pi0   mu+   nu_mu   PHOTOS        GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0891%)
+
+0.000032   pi0    mu+  nu_mu      PHOTOS        ISGW2;
+0.000012   eta    mu+  nu_mu      PHOTOS        ISGW2;
+0.000125   rho0   mu+  nu_mu      PHOTOS        ISGW2;
+0.000125   omega   mu+  nu_mu     PHOTOS         ISGW2;
+0.000020   eta'   mu+  nu_mu      PHOTOS        ISGW2;
+0.000137   a_10    mu+  nu_mu     PHOTOS         ISGW2;
+0.000080   b_10    mu+  nu_mu     PHOTOS         ISGW2;
+0.000012   a_00    mu+  nu_mu     PHOTOS         ISGW2;
+0.000006   f_0     mu+  nu_mu     PHOTOS         ISGW2;
+0.000006   f'_0    mu+  nu_mu     PHOTOS         ISGW2;
+0.000068   f_1     mu+  nu_mu     PHOTOS         ISGW2;
+0.000068   f'_1    mu+  nu_mu     PHOTOS         ISGW2;
+0.000040   h_1     mu+  nu_mu     PHOTOS         ISGW2;
+0.000040   h'_1    mu+  nu_mu     PHOTOS         ISGW2;
+0.000060   f_2     mu+  nu_mu     PHOTOS         ISGW2;
+0.000060   f'_2    mu+  nu_mu     PHOTOS         ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu     PHOTOS         ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu    PHOTOS          ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-e
+
+# b -> c e- nu (10.4%)
+
+0.0490   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0891%)
+
+0.000032   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000020   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000137   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000080   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-mu
+
+# b -> c mu- nu (10.4%)
+
+0.0490   D*0   mu-  anti-nu_mu         PHOTOS         HQET 0.92 1.18 0.72;
+0.0210   D0    mu-  anti-nu_mu         PHOTOS         ISGW2;
+0.0040   D_10  mu-  anti-nu_mu         PHOTOS         ISGW2;
+0.0040   D_0*0  mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0070   D'_10  mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0070   D_2*0  mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0020   D*+   pi-   mu-   anti-nu_mu   PHOTOS        GOITY_ROBERTS;
+0.0010   D*0   pi0   mu-   anti-nu_mu   PHOTOS        GOITY_ROBERTS;
+0.0060   D+    pi-   mu-   anti-nu_mu   PHOTOS        GOITY_ROBERTS;
+0.0030   D0    pi0   mu-   anti-nu_mu   PHOTOS        GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0891%)
+
+0.000032   pi0    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000012   eta    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000125   rho0   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000125   omega   mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000020   eta'   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000137   a_10    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000080   b_10    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000012   a_00    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000006   f_0     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000006   f'_0    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000068   f_1     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000068   f'_1    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000040   h_1     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000040   h'_1    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000060   f_2     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000060   f'_2    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu      PHOTOS           ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_no-SL
+
+# b -> c tau+ nu (2.96%)
+
+0.0160   anti-D*0    tau+ nu_tau                ISGW2;
+0.0070   anti-D0    tau+ nu_tau                ISGW2;
+0.0013   anti-D_10   tau+ nu_tau                ISGW2;
+0.0013   anti-D_0*0   tau+ nu_tau                ISGW2;
+0.0020   anti-D'_10   tau+ nu_tau                ISGW2;
+0.0020   anti-D_2*0   tau+ nu_tau                ISGW2;
+
+# b -> u tau+ nu (0.0298%)
+
+0.000010   pi0    tau+ nu_tau              ISGW2;
+0.000004   eta    tau+ nu_tau              ISGW2;
+0.000042   rho0   tau+ nu_tau              ISGW2;
+0.000042   omega   tau+ nu_tau              ISGW2;
+0.000007   eta'   tau+ nu_tau              ISGW2;
+0.000046   a_10    tau+ nu_tau              ISGW2;
+0.000027   b_10    tau+ nu_tau              ISGW2;
+0.000004   a_00    tau+ nu_tau              ISGW2;
+0.000002   f_0     tau+ nu_tau              ISGW2;
+0.000002   f'_0    tau+ nu_tau              ISGW2;
+0.000023   f_1     tau+ nu_tau              ISGW2;
+0.000023   f'_1    tau+ nu_tau              ISGW2;
+0.000013   h_1     tau+ nu_tau              ISGW2;
+0.000013   h'_1    tau+ nu_tau              ISGW2;
+0.000020   f_2     tau+ nu_tau              ISGW2;
+0.000020   f'_2    tau+ nu_tau              ISGW2;
+0.000000   anti-D(2S)0 tau+ nu_tau              ISGW2;
+0.000000   anti-D*(2S)0 tau+ nu_tau              ISGW2;
+
+# b -> tau+ nu (0.005%)
+
+0.000050   tau+ nu_tau                     SLN;
+
+# Exclusive hadronic b->u (0.0037%)
+
+0.000026   pi+   pi0   pi0                   CB3PI-P00 alpha;
+0.000011   pi+   pi+   pi-                   CB3PI-MPP alpha;
+
+# B -> cc= s (1.95%)
+
+0.0009   J/psi K+                         SVS;
+0.0015   J/psi K*+                        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   J/psi K0  pi+                    PHSP;
+0.0005   J/psi K+  pi0                    PHSP;
+0.0014   J/psi K+  pi-  pi+               PHSP;
+0.0007   J/psi K+  pi0  pi0               PHSP;
+0.0007   J/psi K0  pi+  pi0               PHSP;
+0.0005   J/psi K'_1+                       PHSP;
+0.0005   J/psi K_2*+                       PHSP;
+#
+0.0006   psi(2S) K+                        SVS;
+0.0015   psi(2S) K*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004   psi(2S) K0  pi+                   PHSP;
+0.0002   psi(2S) K+  pi0                   PHSP;
+0.0004   psi(2S) K+  pi-  pi+              PHSP;
+0.0002   psi(2S) K+  pi0  pi0              PHSP;
+0.0002   psi(2S) K0  pi+  pi0              PHSP;
+#
+0.0002    eta_c  K+                      PHSP;
+0.0003    K*+   eta_c                    SVS;
+0.0002    eta_c  K0  pi+                 PHSP;
+0.0001    eta_c  K+  pi0                 PHSP;
+0.0002    eta_c  K+  pi-  pi+            PHSP;
+0.0001    eta_c  K+  pi0  pi0            PHSP;
+0.0001    eta_c  K0  pi+  pi0            PHSP;
+#
+0.0002    chi_c0  K+                      PHSP;
+0.0003    K*+   chi_c0                    SVS;
+0.0002    chi_c0  K0  pi+                 PHSP;
+0.0001    chi_c0  K+  pi0                 PHSP;
+0.0002    chi_c0  K+  pi-  pi+            PHSP;
+0.0001    chi_c0  K+  pi0  pi0            PHSP;
+0.0001    chi_c0  K0  pi+  pi0            PHSP;
+#
+0.0006    chi_c1  K+                      SVS;
+0.0012    chi_c1  K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004    chi_c1  K0  pi+                 PHSP;
+0.0002    chi_c1  K+  pi0                 PHSP;
+0.0004    chi_c1  K+  pi-  pi+            PHSP;
+0.0002    chi_c1  K+  pi0  pi0            PHSP;
+0.0002    chi_c1  K0  pi+  pi0            PHSP;
+#
+0.0004    chi_c2  K+                      PHSP;
+0.0009    chi_c2  K*+                     PHSP;
+0.0004    chi_c2  K0  pi+                 PHSP;
+0.0002    chi_c2  K+  pi0                 PHSP;
+0.0004    chi_c2  K+  pi-  pi+            PHSP;
+0.0002    chi_c2  K+  pi0  pi0            PHSP;
+0.0002    chi_c2  K0  pi+  pi0            PHSP;
+
+# b -> c (sc=) -> D Ds X (10.14%)
+
+0.0096    anti-D0  D_s+                      PHSP;
+0.0102    anti-D*0  D_s+                      SVS;
+0.0120    anti-D_10 D_s+                      SVS;
+0.0094    D_s*+ anti-D0                      SVS;
+0.0174    D_s*+ anti-D*0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0060    D_s+  D-  pi+                  PHSP;
+0.0030    D_s+  anti-D0 pi0                  PHSP;
+0.0060    D_s*+ D-  pi+                  PHSP;
+0.0030    D_s*+ anti-D0 pi0                  PHSP;
+0.0055    D_s+  D-  pi+  pi0             PHSP;
+0.0055    D_s+  anti-D0 pi+  pi-             PHSP;
+0.0014    D_s+  anti-D0 pi0  pi0             PHSP;
+0.0055    D_s*+ D-  pi+  pi0             PHSP;
+0.0055    D_s*+ anti-D0 pi+  pi-             PHSP;
+0.0014    D_s*+ anti-D0 pi0  pi0             PHSP;
+
+# b -> c (sc=) -> D D= K X (8%)
+
+0.0025   anti-D0  D0  K+                    PHSP;
+0.0025   anti-D0  D+  K0                    PHSP;
+0.0025   anti-D0  D0  K*+                   PHSP;
+0.0025   anti-D0  D+  K*0                   PHSP;
+#
+0.0050   anti-D*0  D0  K+                   PHSP;
+0.0050   anti-D*0  D+  K0                   PHSP;
+0.0050   anti-D0  D*0  K+                   PHSP;
+0.0050   anti-D0  D*+  K0                   PHSP;
+#
+0.0025   anti-D*0  D0  K*+                  PHSP;
+0.0025   anti-D*0  D+  K*0                  PHSP;
+0.0025   anti-D0  D*0  K*+                  PHSP;
+0.0025   anti-D0  D*+  K*0                  PHSP;
+#
+0.0150   anti-D*0  D*0  K+                  PHSP;
+0.0150   anti-D*0  D*+  K0                  PHSP;
+0.0050   anti-D*0  D*0  K*+                 PHSP;
+0.0050   anti-D*0  D*+  K*0                 PHSP;
+
+# B -> D(*) X  Exclusive Modes (8.26%)
+
+0.0050   anti-D*0  pi+                       SVS;
+0.0048   anti-D0  pi+                       PHSP;
+0.0132   anti-D0  rho+                      PHSP;
+0.0147   anti-D*0  rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0015   anti-D_10 pi+                       PHSP;
+0.0007   anti-D_10 rho+                      PHSP;
+0.0005   anti-D0  pi0  pi+                  PHSP;
+0.0005   anti-D*0  pi0  pi+                  PHSP;
+0.0005   D-   pi+  pi+                  PHSP;
+0.0005   D*-  pi+  pi+                  PHSP;
+#
+0.0042   a_1+ anti-D0                        SVS;
+0.0041   anti-D0 rho0 pi+                   PHSP;
+0.0041   anti-D0 pi-  pi+  pi+              PHSP;
+0.0183   anti-D*0 a_1+                        PHSP;
+0.0005   anti-D*0 rho0 pi+                   PHSP;
+0.0005   anti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0020   D-  rho+  pi+                  PHSP;
+0.0020   D-  pi0   pi+  pi+             PHSP;
+0.0020   D*- rho+  pi+                  PHSP;
+0.0020   D*- pi0   pi+  pi+             PHSP;
+0.0005   anti-D*0 rho+  pi0                  PHSP;
+0.0005   anti-D*0 pi+   pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+0.04000       anti-cd_1       uu_1         JETSET 23;
+
+# Xi_c X (2.4%)
+
+0.02400       anti-cs_1       uu_1         JETSET 23;
+
+# misc fragmentation (41.277%)
+
+0.33327         u       anti-d  anti-c          u       JETSET         48;
+0.04300         u       anti-d  anti-c          u       JETSET         25;
+0.02250         u       anti-s  anti-c          u       JETSET         23;
+0.00000         c       anti-s  anti-c          u       JETSET         13;
+0.00400         c       anti-d  anti-c          u       JETSET         13;
+0.00600         u       anti-d  anti-u          u       JETSET         48;
+0.00400         c       anti-s  anti-u          u       JETSET         48;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_no-SL
+
+# b -> c tau- nu (2.96%)
+
+0.0160   D*0    tau- anti-nu_tau                 ISGW2;
+0.0070   D0     tau- anti-nu_tau                 ISGW2;
+0.0013   D_10   tau- anti-nu_tau                 ISGW2;
+0.0013   D_0*0   tau- anti-nu_tau                 ISGW2;
+0.0020   D'_10   tau- anti-nu_tau                 ISGW2;
+0.0020   D_2*0   tau- anti-nu_tau                 ISGW2;
+
+# b -> u tau- nu (0.0298%)
+
+0.000010   pi0    tau- anti-nu_tau                 ISGW2;
+0.000004   eta    tau- anti-nu_tau                 ISGW2;
+0.000042   rho0   tau- anti-nu_tau                 ISGW2;
+0.000042   omega   tau- anti-nu_tau                 ISGW2;
+0.000007   eta'   tau- anti-nu_tau                 ISGW2;
+0.000046   a_10    tau- anti-nu_tau                 ISGW2;
+0.000027   b_10    tau- anti-nu_tau                 ISGW2;
+0.000004   a_00    tau- anti-nu_tau                 ISGW2;
+0.000002   f_0     tau- anti-nu_tau                 ISGW2;
+0.000002   f'_0    tau- anti-nu_tau                 ISGW2;
+0.000023   f_1     tau- anti-nu_tau                 ISGW2;
+0.000023   f'_1    tau- anti-nu_tau                 ISGW2;
+0.000013   h_1     tau- anti-nu_tau                 ISGW2;
+0.000013   h'_1    tau- anti-nu_tau                 ISGW2;
+0.000020   f_2     tau- anti-nu_tau                 ISGW2;
+0.000020   f'_2    tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)0 tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)0 tau- anti-nu_tau                 ISGW2;
+
+# b -> tau- nu (0.005%)
+
+0.000050   tau- anti-nu_tau                        SLN;
+
+# Exclusive hadronic b->u (0.0037%)
+
+0.000026   pi-   pi0   pi0                   CB3PI-P00 alpha;
+0.000011   pi-   pi-   pi+                   CB3PI-MPP alpha;
+
+# B -> cc= s (1.95%)
+
+0.0009   J/psi K-                         SVS;
+0.0015   J/psi K*-                        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   J/psi anti-K0   pi-                    PHSP;
+0.0005   J/psi K-  pi0                    PHSP;
+0.0014   J/psi K-  pi+  pi-               PHSP;
+0.0007   J/psi K-  pi0  pi0               PHSP;
+0.0007   J/psi anti-K0   pi-  pi0               PHSP;
+0.0005   J/psi K'_1-                       PHSP;
+0.0005   J/psi K_2*-                       PHSP;
+#
+0.0006   psi(2S) K-                        SVS;
+0.0015   psi(2S) K*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004   psi(2S) anti-K0   pi-                   PHSP;
+0.0002   psi(2S) K-  pi0                   PHSP;
+0.0004   psi(2S) K-  pi+  pi-              PHSP;
+0.0002   psi(2S) K-  pi0  pi0              PHSP;
+0.0002   psi(2S) anti-K0   pi-  pi0              PHSP;
+#
+0.0002    eta_c  K-                      PHSP;
+0.0003    K*-   eta_c                    SVS;
+0.0002    eta_c  anti-K0   pi-                 PHSP;
+0.0001    eta_c  K-  pi0                 PHSP;
+0.0002    eta_c  K-  pi+  pi-            PHSP;
+0.0001    eta_c  K-  pi0  pi0            PHSP;
+0.0001    eta_c  anti-K0   pi-  pi0            PHSP;
+#
+0.0002    chi_c0  K-                      PHSP;
+0.0003    K*-   chi_c0                    SVS;
+0.0002    chi_c0  anti-K0   pi-                 PHSP;
+0.0001    chi_c0  K-  pi0                 PHSP;
+0.0002    chi_c0  K-  pi+  pi-            PHSP;
+0.0001    chi_c0  K-  pi0  pi0            PHSP;
+0.0001    chi_c0  anti-K0   pi-  pi0            PHSP;
+#
+0.0006    chi_c1  K-                      SVS;
+0.0012    chi_c1  K*-                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004    chi_c1  anti-K0   pi-                 PHSP;
+0.0002    chi_c1  K-  pi0                 PHSP;
+0.0004    chi_c1  K-  pi+  pi-            PHSP;
+0.0002    chi_c1  K-  pi0  pi0            PHSP;
+0.0002    chi_c1  anti-K0   pi-  pi0            PHSP;
+#
+0.0004    chi_c2  K-                      PHSP;
+0.0009    chi_c2  K*-                     PHSP;
+0.0004    chi_c2  anti-K0   pi-                 PHSP;
+0.0002    chi_c2  K-  pi0                 PHSP;
+0.0004    chi_c2  K-  pi+  pi-            PHSP;
+0.0002    chi_c2  K-  pi0  pi0            PHSP;
+0.0002    chi_c2  anti-K0   pi-  pi0            PHSP;
+
+# b -> c (sc=) -> D Ds X (10.14%)
+
+0.0096    D0   D_s-                      PHSP;
+0.0102    D*0  D_s-                      SVS;
+0.0120    D_10 D_s-                      SVS;
+0.0094    D_s*- D0                       SVS;
+0.0174    D_s*- D*0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0060    D_s-  D+  pi-                  PHSP;
+0.0030    D_s-  D0  pi0                  PHSP;
+0.0060    D_s*- D+  pi-                  PHSP;
+0.0030    D_s*- D0  pi0                  PHSP;
+0.0055    D_s-  D+  pi-  pi0             PHSP;
+0.0055    D_s-  D0  pi-  pi+             PHSP;
+0.0014    D_s-  D0  pi0  pi0             PHSP;
+0.0055    D_s*- D+  pi-  pi0             PHSP;
+0.0055    D_s*- D0  pi-  pi+             PHSP;
+0.0014    D_s*- D0  pi0  pi0             PHSP;
+
+# b -> c (sc=) -> D D= K X (8%)
+
+0.0025   D0  anti-D0  K-                 PHSP;
+0.0025   D0  D-   anti-K0                PHSP;
+0.0025   D0  anti-D0  K*-                PHSP;
+0.0025   D0  D-   anti-K*0               PHSP;
+#
+0.0050   D*0 anti-D0  K-                 PHSP;
+0.0050   D*0 D-   anti-K0                PHSP;
+0.0050   D0  anti-D*0  K-                PHSP;
+0.0050   D0  D*-  anti-K0                PHSP;
+#
+0.0025   D*0 anti-D0  K*-                PHSP;
+0.0025   D*0 D-   anti-K*0               PHSP;
+0.0025   D0  anti-D*0  K*-               PHSP;
+0.0025   D0  D*-  anti-K*0               PHSP;
+#
+0.0150   D*0  anti-D*0  K-               PHSP;
+0.0150   D*0  D*-  anti-K0               PHSP;
+0.0050   D*0  anti-D*0  K*-              PHSP;
+0.0050   D*0  D*-  anti-K*0              PHSP;
+
+# B -> D(*) X  Exclusive Modes (8.26%)
+
+0.0050   D*0 pi-                        SVS;
+0.0048   D0   pi-                       PHSP;
+0.0132   D0   rho-                      PHSP;
+0.0147   D*0  rho-                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0015   D_10 pi-                       PHSP;
+0.0007   D_10 rho-                      PHSP;
+0.0005   D0  pi0  pi-                   PHSP;
+0.0005   D*0 pi0  pi-                   PHSP;
+0.0005   D+  pi-  pi-                   PHSP;
+0.0005   D*+ pi-  pi-                   PHSP;
+#
+0.0042   a_1- D0                         SVS;
+0.0041   D0  rho0 pi-                   PHSP;
+0.0041   D0  pi+  pi-  pi-              PHSP;
+0.0183   D*0 a_1-                        PHSP;
+0.0005   D*0 rho0 pi-                   PHSP;
+0.0005   D*0 pi+  pi-  pi-              PHSP;
+#
+0.0020   D+  rho-  pi-                  PHSP;
+0.0020   D+  pi0   pi-  pi-             PHSP;
+0.0020   D*+ rho-  pi-                  PHSP;
+0.0020   D*+ pi0   pi-  pi-             PHSP;
+0.0005   D*0 rho-  pi0                  PHSP;
+0.0005   D*0 pi-   pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+0.04000        cd_1       anti-uu_1         JETSET 23;
+
+# Xi_c X (2.4%)
+
+0.02400        cs_1       anti-uu_1         JETSET 23;
+
+# misc fragmentation (41.277%)
+
+0.33327         anti-u       d  c          anti-u       JETSET         48;
+0.04300         anti-u       d  c          anti-u       JETSET         25;
+0.02250         anti-u       s  c          anti-u       JETSET         23;
+0.00000         anti-c       s  c          anti-u       JETSET         13;
+0.00400         anti-c       d  c          anti-u       JETSET         13;
+0.00600         anti-u       d  u          anti-u       JETSET         48;
+0.00400         anti-c       s  u          anti-u       JETSET         48;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Xmunu_Ymunu.dec b/BaBar_2014/BpBm_Xmunu_Ymunu.dec
new file mode 100644
index 0000000..6b756a3
--- /dev/null
+++ b/BaBar_2014/BpBm_Xmunu_Ymunu.dec
@@ -0,0 +1,203 @@
+###############################################################################
+# Decay file for Y(4S) -> B+ B-
+#                         |  |
+#                         |   --> X mu nu
+#                          -----> Y mu nu
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Modified C. Bozzi (bozzi@fe.infn.it): cut B_no-SL aliases (Jetset problem)
+# Last change 15 Oct 2000
+###############################################################################
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B+_SL-e   B+
+Alias B+_SL-mu  B+
+
+Alias B-_SL-e   B-
+Alias B-_SL-mu  B-
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B+_SL-e  B-_SL-e
+ChargeConj B+_SL-mu B-_SL-mu
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  1.0  B+_SL-mu B-_SL-mu  VSS;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-e
+
+# b -> c e+ nu (10.4%)
+
+0.0490   anti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0891%)
+
+0.000032   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000012   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000125   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000125   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000020   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000137   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000080   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000012   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000006   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000006   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000068   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000068   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000040   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000040   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000060   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000060   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+0.0490   anti-D*0    mu+  nu_mu       PHOTOS         HQET 0.92 1.18 0.72;
+0.0210   anti-D0    mu+  nu_mu        PHOTOS        ISGW2;
+0.0040   anti-D_10   mu+  nu_mu       PHOTOS         ISGW2;
+0.0040   anti-D_0*0   mu+  nu_mu      PHOTOS          ISGW2;
+0.0070   anti-D'_10   mu+  nu_mu      PHOTOS          ISGW2;
+0.0070   anti-D_2*0   mu+  nu_mu      PHOTOS          ISGW2;
+0.0020   D*-  pi+   mu+   nu_mu     PHOTOS      GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   mu+   nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu       PHOTOS    GOITY_ROBERTS;
+0.0030   anti-D0  pi0   mu+   nu_mu   PHOTOS        GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0891%)
+
+0.000032   pi0    mu+  nu_mu       PHOTOS       ISGW2;
+0.000012   eta    mu+  nu_mu       PHOTOS       ISGW2;
+0.000125   rho0   mu+  nu_mu       PHOTOS       ISGW2;
+0.000125   omega   mu+  nu_mu      PHOTOS        ISGW2;
+0.000020   eta'   mu+  nu_mu       PHOTOS       ISGW2;
+0.000137   a_10    mu+  nu_mu      PHOTOS        ISGW2;
+0.000080   b_10    mu+  nu_mu      PHOTOS        ISGW2;
+0.000012   a_00    mu+  nu_mu      PHOTOS        ISGW2;
+0.000006   f_0     mu+  nu_mu      PHOTOS        ISGW2;
+0.000006   f'_0    mu+  nu_mu      PHOTOS        ISGW2;
+0.000068   f_1     mu+  nu_mu      PHOTOS        ISGW2;
+0.000068   f'_1    mu+  nu_mu      PHOTOS        ISGW2;
+0.000040   h_1     mu+  nu_mu      PHOTOS        ISGW2;
+0.000040   h'_1    mu+  nu_mu      PHOTOS        ISGW2;
+0.000060   f_2     mu+  nu_mu      PHOTOS        ISGW2;
+0.000060   f'_2    mu+  nu_mu      PHOTOS        ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu    PHOTOS          ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu   PHOTOS          ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-e
+
+# b -> c e- nu (10.4%)
+
+0.0490   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0891%)
+
+0.000032   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000020   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000137   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000080   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-mu
+
+# b -> c mu- nu (10.4%)
+
+0.0490   D*0   mu-  anti-nu_mu      PHOTOS            HQET 0.92 1.18 0.72;
+0.0210   D0    mu-  anti-nu_mu      PHOTOS            ISGW2;
+0.0040   D_10  mu-  anti-nu_mu      PHOTOS            ISGW2;
+0.0040   D_0*0  mu-  anti-nu_mu     PHOTOS             ISGW2;
+0.0070   D'_10  mu-  anti-nu_mu     PHOTOS             ISGW2;
+0.0070   D_2*0  mu-  anti-nu_mu     PHOTOS             ISGW2;
+0.0020   D*+   pi-   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0010   D*0   pi0   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0060   D+    pi-   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0030   D0    pi0   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0891%)
+
+0.000032   pi0    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000012   eta    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000125   rho0   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000125   omega   mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000020   eta'   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000137   a_10    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000080   b_10    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000012   a_00    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000006   f_0     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000006   f'_0    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000068   f_1     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000068   f'_1    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000040   h_1     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000040   h'_1    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000060   f_2     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000060   f'_2    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu      PHOTOS           ISGW2;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Xmunu_noSLemu.dec b/BaBar_2014/BpBm_Xmunu_noSLemu.dec
new file mode 100644
index 0000000..9592e63
--- /dev/null
+++ b/BaBar_2014/BpBm_Xmunu_noSLemu.dec
@@ -0,0 +1,576 @@
+###############################################################################
+# Decay file for Y(4S) -> B+ B- (and C.C.)
+#                         |  |
+#                         |   --> X mu nu
+#                          -----> non-SL
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Last change 15 Nov 1999
+###############################################################################
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B+_SL-e   B+
+Alias B+_SL-mu  B+
+Alias B+_no-SL  B+
+
+Alias B-_SL-e   B-
+Alias B-_SL-mu  B-
+Alias B-_no-SL  B-
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B+_SL-e  B-_SL-e
+ChargeConj B+_SL-mu B-_SL-mu
+ChargeConj B+_no-SL B-_no-SL
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  0.5  B+_SL-mu B-_no-SL  VSS;
+  0.5  B+_no-SL B-_SL-mu  VSS;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-e
+
+# b -> c e+ nu (10.4%)
+
+0.0490   anti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0891%)
+
+0.000032   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000012   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000125   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000125   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000020   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000137   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000080   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000012   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000006   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000006   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000068   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000068   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000040   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000040   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000060   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000060   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+0.0490   anti-D*0    mu+  nu_mu      PHOTOS          HQET 0.92 1.18 0.72;
+0.0210   anti-D0    mu+  nu_mu       PHOTOS         ISGW2;
+0.0040   anti-D_10   mu+  nu_mu      PHOTOS          ISGW2;
+0.0040   anti-D_0*0   mu+  nu_mu     PHOTOS           ISGW2;
+0.0070   anti-D'_10   mu+  nu_mu     PHOTOS           ISGW2;
+0.0070   anti-D_2*0   mu+  nu_mu     PHOTOS           ISGW2;
+0.0020   D*-  pi+   mu+   nu_mu      PHOTOS     GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   mu+   nu_mu PHOTOS          GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu      PHOTOS     GOITY_ROBERTS;
+0.0030   anti-D0  pi0   mu+   nu_mu  PHOTOS         GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0891%)
+
+0.000032   pi0    mu+  nu_mu       PHOTOS       ISGW2;
+0.000012   eta    mu+  nu_mu       PHOTOS       ISGW2;
+0.000125   rho0   mu+  nu_mu       PHOTOS       ISGW2;
+0.000125   omega   mu+  nu_mu      PHOTOS        ISGW2;
+0.000020   eta'   mu+  nu_mu       PHOTOS       ISGW2;
+0.000137   a_10    mu+  nu_mu      PHOTOS        ISGW2;
+0.000080   b_10    mu+  nu_mu      PHOTOS        ISGW2;
+0.000012   a_00    mu+  nu_mu      PHOTOS        ISGW2;
+0.000006   f_0     mu+  nu_mu      PHOTOS        ISGW2;
+0.000006   f'_0    mu+  nu_mu      PHOTOS        ISGW2;
+0.000068   f_1     mu+  nu_mu      PHOTOS        ISGW2;
+0.000068   f'_1    mu+  nu_mu      PHOTOS        ISGW2;
+0.000040   h_1     mu+  nu_mu      PHOTOS        ISGW2;
+0.000040   h'_1    mu+  nu_mu      PHOTOS        ISGW2;
+0.000060   f_2     mu+  nu_mu      PHOTOS        ISGW2;
+0.000060   f'_2    mu+  nu_mu      PHOTOS        ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu    PHOTOS          ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu     PHOTOS         ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-e
+
+# b -> c e- nu (10.4%)
+
+0.0490   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0891%)
+
+0.000032   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000020   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000137   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000080   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-mu
+
+# b -> c mu- nu (10.4%)
+
+0.0490   D*0   mu-  anti-nu_mu        PHOTOS          HQET 0.92 1.18 0.72;
+0.0210   D0    mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0040   D_10  mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0040   D_0*0  mu-  anti-nu_mu       PHOTOS           ISGW2;
+0.0070   D'_10  mu-  anti-nu_mu       PHOTOS           ISGW2;
+0.0070   D_2*0  mu-  anti-nu_mu       PHOTOS           ISGW2;
+0.0020   D*+   pi-   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0010   D*0   pi0   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0060   D+    pi-   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0030   D0    pi0   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0891%)
+
+0.000032   pi0    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000012   eta    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000125   rho0   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000125   omega   mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000020   eta'   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000137   a_10    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000080   b_10    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000012   a_00    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000006   f_0     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000006   f'_0    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000068   f_1     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000068   f'_1    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000040   h_1     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000040   h'_1    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000060   f_2     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000060   f'_2    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu      PHOTOS           ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_no-SL
+
+# b -> c tau+ nu (2.96%)
+
+0.0160   anti-D*0    tau+ nu_tau                ISGW2;
+0.0070   anti-D0    tau+ nu_tau                ISGW2;
+0.0013   anti-D_10   tau+ nu_tau                ISGW2;
+0.0013   anti-D_0*0   tau+ nu_tau                ISGW2;
+0.0020   anti-D'_10   tau+ nu_tau                ISGW2;
+0.0020   anti-D_2*0   tau+ nu_tau                ISGW2;
+
+# b -> u tau+ nu (0.0298%)
+
+0.000010   pi0    tau+ nu_tau              ISGW2;
+0.000004   eta    tau+ nu_tau              ISGW2;
+0.000042   rho0   tau+ nu_tau              ISGW2;
+0.000042   omega   tau+ nu_tau              ISGW2;
+0.000007   eta'   tau+ nu_tau              ISGW2;
+0.000046   a_10    tau+ nu_tau              ISGW2;
+0.000027   b_10    tau+ nu_tau              ISGW2;
+0.000004   a_00    tau+ nu_tau              ISGW2;
+0.000002   f_0     tau+ nu_tau              ISGW2;
+0.000002   f'_0    tau+ nu_tau              ISGW2;
+0.000023   f_1     tau+ nu_tau              ISGW2;
+0.000023   f'_1    tau+ nu_tau              ISGW2;
+0.000013   h_1     tau+ nu_tau              ISGW2;
+0.000013   h'_1    tau+ nu_tau              ISGW2;
+0.000020   f_2     tau+ nu_tau              ISGW2;
+0.000020   f'_2    tau+ nu_tau              ISGW2;
+0.000000   anti-D(2S)0 tau+ nu_tau              ISGW2;
+0.000000   anti-D*(2S)0 tau+ nu_tau              ISGW2;
+
+# b -> tau+ nu (0.005%)
+
+0.000050   tau+ nu_tau                     SLN;
+
+# Exclusive hadronic b->u (0.0037%)
+
+0.000026   pi+   pi0   pi0                   CB3PI-P00 alpha;
+0.000011   pi+   pi+   pi-                   CB3PI-MPP alpha;
+
+# B -> cc= s (1.95%)
+
+0.0009   J/psi K+                         SVS;
+0.0015   J/psi K*+                        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   J/psi K0  pi+                    PHSP;
+0.0005   J/psi K+  pi0                    PHSP;
+0.0014   J/psi K+  pi-  pi+               PHSP;
+0.0007   J/psi K+  pi0  pi0               PHSP;
+0.0007   J/psi K0  pi+  pi0               PHSP;
+0.0005   J/psi K'_1+                       PHSP;
+0.0005   J/psi K_2*+                       PHSP;
+#
+0.0006   psi(2S) K+                        SVS;
+0.0015   psi(2S) K*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004   psi(2S) K0  pi+                   PHSP;
+0.0002   psi(2S) K+  pi0                   PHSP;
+0.0004   psi(2S) K+  pi-  pi+              PHSP;
+0.0002   psi(2S) K+  pi0  pi0              PHSP;
+0.0002   psi(2S) K0  pi+  pi0              PHSP;
+#
+0.0002    eta_c  K+                      PHSP;
+0.0003    K*+   eta_c                    SVS;
+0.0002    eta_c  K0  pi+                 PHSP;
+0.0001    eta_c  K+  pi0                 PHSP;
+0.0002    eta_c  K+  pi-  pi+            PHSP;
+0.0001    eta_c  K+  pi0  pi0            PHSP;
+0.0001    eta_c  K0  pi+  pi0            PHSP;
+#
+0.0002    chi_c0  K+                      PHSP;
+0.0003    K*+   chi_c0                    SVS;
+0.0002    chi_c0  K0  pi+                 PHSP;
+0.0001    chi_c0  K+  pi0                 PHSP;
+0.0002    chi_c0  K+  pi-  pi+            PHSP;
+0.0001    chi_c0  K+  pi0  pi0            PHSP;
+0.0001    chi_c0  K0  pi+  pi0            PHSP;
+#
+0.0006    chi_c1  K+                      SVS;
+0.0012    chi_c1  K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004    chi_c1  K0  pi+                 PHSP;
+0.0002    chi_c1  K+  pi0                 PHSP;
+0.0004    chi_c1  K+  pi-  pi+            PHSP;
+0.0002    chi_c1  K+  pi0  pi0            PHSP;
+0.0002    chi_c1  K0  pi+  pi0            PHSP;
+#
+0.0004    chi_c2  K+                      PHSP;
+0.0009    chi_c2  K*+                     PHSP;
+0.0004    chi_c2  K0  pi+                 PHSP;
+0.0002    chi_c2  K+  pi0                 PHSP;
+0.0004    chi_c2  K+  pi-  pi+            PHSP;
+0.0002    chi_c2  K+  pi0  pi0            PHSP;
+0.0002    chi_c2  K0  pi+  pi0            PHSP;
+
+# b -> c (sc=) -> D Ds X (10.14%)
+
+0.0096    anti-D0  D_s+                      PHSP;
+0.0102    anti-D*0  D_s+                      SVS;
+0.0120    anti-D_10 D_s+                      SVS;
+0.0094    D_s*+ anti-D0                      SVS;
+0.0174    D_s*+ anti-D*0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0060    D_s+  D-  pi+                  PHSP;
+0.0030    D_s+  anti-D0 pi0                  PHSP;
+0.0060    D_s*+ D-  pi+                  PHSP;
+0.0030    D_s*+ anti-D0 pi0                  PHSP;
+0.0055    D_s+  D-  pi+  pi0             PHSP;
+0.0055    D_s+  anti-D0 pi+  pi-             PHSP;
+0.0014    D_s+  anti-D0 pi0  pi0             PHSP;
+0.0055    D_s*+ D-  pi+  pi0             PHSP;
+0.0055    D_s*+ anti-D0 pi+  pi-             PHSP;
+0.0014    D_s*+ anti-D0 pi0  pi0             PHSP;
+
+# b -> c (sc=) -> D D= K X (8%)
+
+0.0025   anti-D0  D0  K+                    PHSP;
+0.0025   anti-D0  D+  K0                    PHSP;
+0.0025   anti-D0  D0  K*+                   PHSP;
+0.0025   anti-D0  D+  K*0                   PHSP;
+#
+0.0050   anti-D*0  D0  K+                   PHSP;
+0.0050   anti-D*0  D+  K0                   PHSP;
+0.0050   anti-D0  D*0  K+                   PHSP;
+0.0050   anti-D0  D*+  K0                   PHSP;
+#
+0.0025   anti-D*0  D0  K*+                  PHSP;
+0.0025   anti-D*0  D+  K*0                  PHSP;
+0.0025   anti-D0  D*0  K*+                  PHSP;
+0.0025   anti-D0  D*+  K*0                  PHSP;
+#
+0.0150   anti-D*0  D*0  K+                  PHSP;
+0.0150   anti-D*0  D*+  K0                  PHSP;
+0.0050   anti-D*0  D*0  K*+                 PHSP;
+0.0050   anti-D*0  D*+  K*0                 PHSP;
+
+# B -> D(*) X  Exclusive Modes (8.26%)
+
+0.0050   anti-D*0  pi+                       SVS;
+0.0048   anti-D0  pi+                       PHSP;
+0.0132   anti-D0  rho+                      PHSP;
+0.0147   anti-D*0  rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0015   anti-D_10 pi+                       PHSP;
+0.0007   anti-D_10 rho+                      PHSP;
+0.0005   anti-D0  pi0  pi+                  PHSP;
+0.0005   anti-D*0  pi0  pi+                  PHSP;
+0.0005   D-   pi+  pi+                  PHSP;
+0.0005   D*-  pi+  pi+                  PHSP;
+#
+0.0042   a_1+ anti-D0                        SVS;
+0.0041   anti-D0 rho0 pi+                   PHSP;
+0.0041   anti-D0 pi-  pi+  pi+              PHSP;
+0.0183   anti-D*0 a_1+                        PHSP;
+0.0005   anti-D*0 rho0 pi+                   PHSP;
+0.0005   anti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0020   D-  rho+  pi+                  PHSP;
+0.0020   D-  pi0   pi+  pi+             PHSP;
+0.0020   D*- rho+  pi+                  PHSP;
+0.0020   D*- pi0   pi+  pi+             PHSP;
+0.0005   anti-D*0 rho+  pi0                  PHSP;
+0.0005   anti-D*0 pi+   pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+0.04000       anti-cd_1       uu_1         JETSET 23;
+
+# Xi_c X (2.4%)
+
+0.02400       anti-cs_1       uu_1         JETSET 23;
+
+# misc fragmentation (41.277%)
+
+0.33327         u       anti-d  anti-c          u       JETSET         48;
+0.04300         u       anti-d  anti-c          u       JETSET         25;
+0.02250         u       anti-s  anti-c          u       JETSET         23;
+0.00000         c       anti-s  anti-c          u       JETSET         13;
+0.00400         c       anti-d  anti-c          u       JETSET         13;
+0.00600         u       anti-d  anti-u          u       JETSET         48;
+0.00400         c       anti-s  anti-u          u       JETSET         48;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_no-SL
+
+# b -> c tau- nu (2.96%)
+
+0.0160   D*0    tau- anti-nu_tau                 ISGW2;
+0.0070   D0     tau- anti-nu_tau                 ISGW2;
+0.0013   D_10   tau- anti-nu_tau                 ISGW2;
+0.0013   D_0*0   tau- anti-nu_tau                 ISGW2;
+0.0020   D'_10   tau- anti-nu_tau                 ISGW2;
+0.0020   D_2*0   tau- anti-nu_tau                 ISGW2;
+
+# b -> u tau- nu (0.0298%)
+
+0.000010   pi0    tau- anti-nu_tau                 ISGW2;
+0.000004   eta    tau- anti-nu_tau                 ISGW2;
+0.000042   rho0   tau- anti-nu_tau                 ISGW2;
+0.000042   omega   tau- anti-nu_tau                 ISGW2;
+0.000007   eta'   tau- anti-nu_tau                 ISGW2;
+0.000046   a_10    tau- anti-nu_tau                 ISGW2;
+0.000027   b_10    tau- anti-nu_tau                 ISGW2;
+0.000004   a_00    tau- anti-nu_tau                 ISGW2;
+0.000002   f_0     tau- anti-nu_tau                 ISGW2;
+0.000002   f'_0    tau- anti-nu_tau                 ISGW2;
+0.000023   f_1     tau- anti-nu_tau                 ISGW2;
+0.000023   f'_1    tau- anti-nu_tau                 ISGW2;
+0.000013   h_1     tau- anti-nu_tau                 ISGW2;
+0.000013   h'_1    tau- anti-nu_tau                 ISGW2;
+0.000020   f_2     tau- anti-nu_tau                 ISGW2;
+0.000020   f'_2    tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)0 tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)0 tau- anti-nu_tau                 ISGW2;
+
+# b -> tau- nu (0.005%)
+
+0.000050   tau- anti-nu_tau                        SLN;
+
+# Exclusive hadronic b->u (0.0037%)
+
+0.000026   pi-   pi0   pi0                   CB3PI-P00 alpha;
+0.000011   pi-   pi-   pi+                   CB3PI-MPP alpha;
+
+# B -> cc= s (1.95%)
+
+0.0009   J/psi K-                         SVS;
+0.0015   J/psi K*-                        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   J/psi anti-K0   pi-                    PHSP;
+0.0005   J/psi K-  pi0                    PHSP;
+0.0014   J/psi K-  pi+  pi-               PHSP;
+0.0007   J/psi K-  pi0  pi0               PHSP;
+0.0007   J/psi anti-K0   pi-  pi0               PHSP;
+0.0005   J/psi K'_1-                       PHSP;
+0.0005   J/psi K_2*-                       PHSP;
+#
+0.0006   psi(2S) K-                        SVS;
+0.0015   psi(2S) K*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004   psi(2S) anti-K0   pi-                   PHSP;
+0.0002   psi(2S) K-  pi0                   PHSP;
+0.0004   psi(2S) K-  pi+  pi-              PHSP;
+0.0002   psi(2S) K-  pi0  pi0              PHSP;
+0.0002   psi(2S) anti-K0   pi-  pi0              PHSP;
+#
+0.0002    eta_c  K-                      PHSP;
+0.0003    K*-   eta_c                    SVS;
+0.0002    eta_c  anti-K0   pi-                 PHSP;
+0.0001    eta_c  K-  pi0                 PHSP;
+0.0002    eta_c  K-  pi+  pi-            PHSP;
+0.0001    eta_c  K-  pi0  pi0            PHSP;
+0.0001    eta_c  anti-K0   pi-  pi0            PHSP;
+#
+0.0002    chi_c0  K-                      PHSP;
+0.0003    K*-   chi_c0                    SVS;
+0.0002    chi_c0  anti-K0   pi-                 PHSP;
+0.0001    chi_c0  K-  pi0                 PHSP;
+0.0002    chi_c0  K-  pi+  pi-            PHSP;
+0.0001    chi_c0  K-  pi0  pi0            PHSP;
+0.0001    chi_c0  anti-K0   pi-  pi0            PHSP;
+#
+0.0006    chi_c1  K-                      SVS;
+0.0012    chi_c1  K*-                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004    chi_c1  anti-K0   pi-                 PHSP;
+0.0002    chi_c1  K-  pi0                 PHSP;
+0.0004    chi_c1  K-  pi+  pi-            PHSP;
+0.0002    chi_c1  K-  pi0  pi0            PHSP;
+0.0002    chi_c1  anti-K0   pi-  pi0            PHSP;
+#
+0.0004    chi_c2  K-                      PHSP;
+0.0009    chi_c2  K*-                     PHSP;
+0.0004    chi_c2  anti-K0   pi-                 PHSP;
+0.0002    chi_c2  K-  pi0                 PHSP;
+0.0004    chi_c2  K-  pi+  pi-            PHSP;
+0.0002    chi_c2  K-  pi0  pi0            PHSP;
+0.0002    chi_c2  anti-K0   pi-  pi0            PHSP;
+
+# b -> c (sc=) -> D Ds X (10.14%)
+
+0.0096    D0   D_s-                      PHSP;
+0.0102    D*0  D_s-                      SVS;
+0.0120    D_10 D_s-                      SVS;
+0.0094    D_s*- D0                       SVS;
+0.0174    D_s*- D*0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0060    D_s-  D+  pi-                  PHSP;
+0.0030    D_s-  D0  pi0                  PHSP;
+0.0060    D_s*- D+  pi-                  PHSP;
+0.0030    D_s*- D0  pi0                  PHSP;
+0.0055    D_s-  D+  pi-  pi0             PHSP;
+0.0055    D_s-  D0  pi-  pi+             PHSP;
+0.0014    D_s-  D0  pi0  pi0             PHSP;
+0.0055    D_s*- D+  pi-  pi0             PHSP;
+0.0055    D_s*- D0  pi-  pi+             PHSP;
+0.0014    D_s*- D0  pi0  pi0             PHSP;
+
+# b -> c (sc=) -> D D= K X (8%)
+
+0.0025   D0  anti-D0  K-                 PHSP;
+0.0025   D0  D-   anti-K0                PHSP;
+0.0025   D0  anti-D0  K*-                PHSP;
+0.0025   D0  D-   anti-K*0               PHSP;
+#
+0.0050   D*0 anti-D0  K-                 PHSP;
+0.0050   D*0 D-   anti-K0                PHSP;
+0.0050   D0  anti-D*0  K-                PHSP;
+0.0050   D0  D*-  anti-K0                PHSP;
+#
+0.0025   D*0 anti-D0  K*-                PHSP;
+0.0025   D*0 D-   anti-K*0               PHSP;
+0.0025   D0  anti-D*0  K*-               PHSP;
+0.0025   D0  D*-  anti-K*0               PHSP;
+#
+0.0150   D*0  anti-D*0  K-               PHSP;
+0.0150   D*0  D*-  anti-K0               PHSP;
+0.0050   D*0  anti-D*0  K*-              PHSP;
+0.0050   D*0  D*-  anti-K*0              PHSP;
+
+# B -> D(*) X  Exclusive Modes (8.26%)
+
+0.0050   D*0 pi-                        SVS;
+0.0048   D0   pi-                       PHSP;
+0.0132   D0   rho-                      PHSP;
+0.0147   D*0  rho-                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0015   D_10 pi-                       PHSP;
+0.0007   D_10 rho-                      PHSP;
+0.0005   D0  pi0  pi-                   PHSP;
+0.0005   D*0 pi0  pi-                   PHSP;
+0.0005   D+  pi-  pi-                   PHSP;
+0.0005   D*+ pi-  pi-                   PHSP;
+#
+0.0042   a_1- D0                         SVS;
+0.0041   D0  rho0 pi-                   PHSP;
+0.0041   D0  pi+  pi-  pi-              PHSP;
+0.0183   D*0 a_1-                        PHSP;
+0.0005   D*0 rho0 pi-                   PHSP;
+0.0005   D*0 pi+  pi-  pi-              PHSP;
+#
+0.0020   D+  rho-  pi-                  PHSP;
+0.0020   D+  pi0   pi-  pi-             PHSP;
+0.0020   D*+ rho-  pi-                  PHSP;
+0.0020   D*+ pi0   pi-  pi-             PHSP;
+0.0005   D*0 rho-  pi0                  PHSP;
+0.0005   D*0 pi-   pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+0.04000        cd_1       anti-uu_1         JETSET 23;
+
+# Xi_c X (2.4%)
+
+0.02400        cs_1       anti-uu_1         JETSET 23;
+
+# misc fragmentation (41.277%)
+
+0.33327         anti-u       d  c          anti-u       JETSET         48;
+0.04300         anti-u       d  c          anti-u       JETSET         25;
+0.02250         anti-u       s  c          anti-u       JETSET         23;
+0.00000         anti-c       s  c          anti-u       JETSET         13;
+0.00400         anti-c       d  c          anti-u       JETSET         13;
+0.00600         anti-u       d  u          anti-u       JETSET         48;
+0.00400         anti-c       s  u          anti-u       JETSET         48;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_Xsee.dec b/BaBar_2014/BpBm_Xsee.dec
new file mode 100644
index 0000000..4f6f813
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsee.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay: B+ -> Xsu e+ e-,  B- -> X   +  c.c.               #
+#                                                          #
+#        Xsu is non-resonant (s-bar u) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created: 30 March 2001                                   #
+############################################################
+#
+# Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B- VSS;
+0.5 MyB- B+ VSS;
+Enddecay
+
+Decay MyB+
+ 1.0000 Xsu  e+  e-    PHOTOS BTOXSLL;
+Enddecay
+
+Decay MyB-
+ 1.0000 anti-Xsu   e+   e-   PHOTOS  BTOXSLL;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Xsee_Ali02_mb480_pf410_JetSet02.dec b/BaBar_2014/BpBm_Xsee_Ali02_mb480_pf410_JetSet02.dec
new file mode 100644
index 0000000..45ef166
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsee_Ali02_mb480_pf410_JetSet02.dec
@@ -0,0 +1,66 @@
+############################################################
+#                                                          #
+# Decay: B+ -> Xsu e+ e-,  B- -> X   +  c.c.               #
+#                                                          #
+#        Xsu is non-resonant (s-bar u) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created:  30 March 2001                                  #
+# Modified: 15 July  2003  include 4 input params          #
+#            3 March 2004  reset JetSet PARJ(2) param      #
+############################################################
+#
+# Modify JetSet fragmentation parameters
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+#
+# Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B- VSS;
+0.5 MyB- B+ VSS;
+Enddecay
+
+Decay MyB+
+ 1.0000 Xsu  e+  e-    PHOTOS BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+Decay MyB-
+ 1.0000 anti-Xsu   e+   e-   PHOTOS  BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Xsee_pf410.dec b/BaBar_2014/BpBm_Xsee_pf410.dec
new file mode 100644
index 0000000..45ef166
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsee_pf410.dec
@@ -0,0 +1,66 @@
+############################################################
+#                                                          #
+# Decay: B+ -> Xsu e+ e-,  B- -> X   +  c.c.               #
+#                                                          #
+#        Xsu is non-resonant (s-bar u) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created:  30 March 2001                                  #
+# Modified: 15 July  2003  include 4 input params          #
+#            3 March 2004  reset JetSet PARJ(2) param      #
+############################################################
+#
+# Modify JetSet fragmentation parameters
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+#
+# Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B- VSS;
+0.5 MyB- B+ VSS;
+Enddecay
+
+Decay MyB+
+ 1.0000 Xsu  e+  e-    PHOTOS BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+Decay MyB-
+ 1.0000 anti-Xsu   e+   e-   PHOTOS  BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_6To1_7_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_6To1_7_JetSet02.dec
new file mode 100644
index 0000000..dc4a8ea
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_6To1_7_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 1.6 1.7;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 1.6 1.7;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_6To2_6_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_6To2_6_JetSet02.dec
new file mode 100644
index 0000000..84fc910
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_6To2_6_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 1.6 2.6;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 1.6 2.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_7To1_8_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_7To1_8_JetSet02.dec
new file mode 100644
index 0000000..6e7ce55
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_7To1_8_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 1.7 1.8;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 1.7 1.8;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_8To1_9_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_8To1_9_JetSet02.dec
new file mode 100644
index 0000000..cecbbe9
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_8To1_9_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 1.8 1.9;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 1.8 1.9;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_9To2_0_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_9To2_0_JetSet02.dec
new file mode 100644
index 0000000..bbf0e01
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_1_9To2_0_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 1.9 2.0;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 1.9 2.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_0To2_1_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_0To2_1_JetSet02.dec
new file mode 100644
index 0000000..81cb515
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_0To2_1_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.0 2.1;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.0 2.1;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_1To2_2_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_1To2_2_JetSet02.dec
new file mode 100644
index 0000000..c2736ab
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_1To2_2_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.1 2.2;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.1 2.2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_2To2_3_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_2To2_3_JetSet02.dec
new file mode 100644
index 0000000..52f5a9d
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_2To2_3_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.2 2.3;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.2 2.3;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_3To2_4_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_3To2_4_JetSet02.dec
new file mode 100644
index 0000000..71f142f
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_3To2_4_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.3 2.4;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.3 2.4;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_4To2_5_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_4To2_5_JetSet02.dec
new file mode 100644
index 0000000..cef635a
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_4To2_5_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.4 2.5;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.4 2.5;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_5To2_6_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_5To2_6_JetSet02.dec
new file mode 100644
index 0000000..32a65a5
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_5To2_6_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.5 2.6;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.5 2.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_6To2_7_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_6To2_7_JetSet02.dec
new file mode 100644
index 0000000..d268394
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_FlatEGamma_2_6To2_7_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.6 2.7;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.6 2.7;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb465_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb465_JetSet02.dec
new file mode 100644
index 0000000..9773ae6
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb465_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb470_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb470_JetSet02.dec
new file mode 100644
index 0000000..237d470
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb470_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.70 4.70 -0.45 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.70 4.70 -0.45 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb475_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb475_JetSet02.dec
new file mode 100644
index 0000000..13074e4
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb475_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.75 4.75 -0.37 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.75 4.75 -0.37 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_JetSet02.dec
new file mode 100644
index 0000000..8a59d94
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_0To1_2_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_0To1_2_JetSet02.dec
new file mode 100644
index 0000000..83b5d37
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_0To1_2_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.0 1.2;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.0 1.2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_2To1_4_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_2To1_4_JetSet02.dec
new file mode 100644
index 0000000..c7f4a26
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_2To1_4_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.2 1.4;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.2 1.4;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_4To1_6_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_4To1_6_JetSet02.dec
new file mode 100644
index 0000000..0ac0d38
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_4To1_6_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.4 1.6;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.4 1.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_6To1_8_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_6To1_8_JetSet02.dec
new file mode 100644
index 0000000..dd1e59b
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_6To1_8_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.6 1.8;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.6 1.8;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_8To2_0_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_8To2_0_JetSet02.dec
new file mode 100644
index 0000000..824135e
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs1_8To2_0_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.8 2.0;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.8 2.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_0To2_2_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_0To2_2_JetSet02.dec
new file mode 100644
index 0000000..06032ef
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_0To2_2_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.0 2.2;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.0 2.2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_2To2_4_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_2To2_4_JetSet02.dec
new file mode 100644
index 0000000..cfb8a52
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_2To2_4_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.2 2.4;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.2 2.4;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_4To2_6_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_4To2_6_JetSet02.dec
new file mode 100644
index 0000000..3faa95a
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_4To2_6_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.4 2.6;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.4 2.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_6To2_8_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_6To2_8_JetSet02.dec
new file mode 100644
index 0000000..42c63a4
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_6To2_8_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.6 2.8;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.6 2.8;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_8To3_0_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_8To3_0_JetSet02.dec
new file mode 100644
index 0000000..4905336
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb480_mXs2_8To3_0_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.8 3.0;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.8 3.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb485_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb485_JetSet02.dec
new file mode 100644
index 0000000..1c2ca1f
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb485_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.25 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.25 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb490_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb490_JetSet02.dec
new file mode 100644
index 0000000..0e9aa48
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb490_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.2 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.2 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsgamma_Kagan99_mb495_JetSet02.dec b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb495_JetSet02.dec
new file mode 100644
index 0000000..44fdc12
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsgamma_Kagan99_mb495_JetSet02.dec
@@ -0,0 +1,63 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_Xsmumu.dec b/BaBar_2014/BpBm_Xsmumu.dec
new file mode 100644
index 0000000..b914fe6
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsmumu.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay: B+ -> Xsu mu+ mu-,  B- -> X   +  c.c.             #
+#                                                          #
+#        Xsu is non-resonant (s-bar u) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created: 30 March 2001                                   #
+############################################################
+#
+# Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B- VSS;
+0.5 MyB- B+ VSS;
+Enddecay
+
+Decay MyB+
+ 1.0000 Xsu  mu+  mu-    PHOTOS BTOXSLL;
+Enddecay
+
+Decay MyB-
+ 1.0000 anti-Xsu   mu+   mu-   PHOTOS  BTOXSLL;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Xsmumu_Ali02_mb480_pf410_JetSet02.dec b/BaBar_2014/BpBm_Xsmumu_Ali02_mb480_pf410_JetSet02.dec
new file mode 100644
index 0000000..7528278
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsmumu_Ali02_mb480_pf410_JetSet02.dec
@@ -0,0 +1,66 @@
+############################################################
+#                                                          #
+# Decay: B+ -> Xsu mu+ mu-,  B- -> X   +  c.c.             #
+#                                                          #
+#        Xsu is non-resonant (s-bar u) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created:  30 March 2001                                  #
+# Modified: 15 July  2003  include 4 input params          #
+#            3 March 2004  reset JetSet PARJ(2) param      #
+############################################################
+#
+# Modify JetSet fragmentation parameters
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+#
+# Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B- VSS;
+0.5 MyB- B+ VSS;
+Enddecay
+
+Decay MyB+
+ 1.0000 Xsu  mu+  mu-    PHOTOS BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+Decay MyB-
+ 1.0000 anti-Xsu   mu+   mu-   PHOTOS  BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Xsmumu_pf410.dec b/BaBar_2014/BpBm_Xsmumu_pf410.dec
new file mode 100644
index 0000000..7528278
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsmumu_pf410.dec
@@ -0,0 +1,66 @@
+############################################################
+#                                                          #
+# Decay: B+ -> Xsu mu+ mu-,  B- -> X   +  c.c.             #
+#                                                          #
+#        Xsu is non-resonant (s-bar u) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created:  30 March 2001                                  #
+# Modified: 15 July  2003  include 4 input params          #
+#            3 March 2004  reset JetSet PARJ(2) param      #
+############################################################
+#
+# Modify JetSet fragmentation parameters
+# Restore JetSet default value for probability that a strange meson
+# has spin 1
+JetSetPar PARJ(12)=0.6
+#
+# Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B- VSS;
+0.5 MyB- B+ VSS;
+Enddecay
+
+Decay MyB+
+ 1.0000 Xsu  mu+  mu-    PHOTOS BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+Decay MyB-
+ 1.0000 anti-Xsu   mu+   mu-   PHOTOS  BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Xstautau.dec b/BaBar_2014/BpBm_Xstautau.dec
new file mode 100644
index 0000000..579a5bd
--- /dev/null
+++ b/BaBar_2014/BpBm_Xstautau.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay: B+ -> Xsu tau+ tau-,  B- -> X   +  c.c.           #
+#                                                          #
+#        Xsu is non-resonant (s-bar u) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created: 30 March 2001                                   #
+############################################################
+#
+# Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B- VSS;
+0.5 MyB- B+ VSS;
+Enddecay
+
+Decay MyB+
+ 1.0000 Xsu  tau+  tau-    PHOTOS BTOXSLL;
+Enddecay
+
+Decay MyB-
+ 1.0000 anti-Xsu   tau+   tau-   PHOTOS  BTOXSLL;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Xstautau_pf410.dec b/BaBar_2014/BpBm_Xstautau_pf410.dec
new file mode 100644
index 0000000..b1efe96
--- /dev/null
+++ b/BaBar_2014/BpBm_Xstautau_pf410.dec
@@ -0,0 +1,60 @@
+############################################################
+#                                                          #
+# Decay: B+ -> Xsu tau+ tau-,  B- -> X   +  c.c.           #
+#                                                          #
+#        Xsu is non-resonant (s-bar u) hadronic system     #
+#            fragmented by Jetset                          #
+#                                                          #
+# Author:  Stephane Willocq  (willocq@slac.stanford.edu)   #
+# Created:  30 March 2001                                  #
+# Modified: 15 July  2003  include 4 input params          #
+############################################################
+#
+# Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B- VSS;
+0.5 MyB- B+ VSS;
+Enddecay
+
+Decay MyB+
+ 1.0000 Xsu  tau+  tau-    PHOTOS BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+Decay MyB-
+ 1.0000 anti-Xsu   tau+   tau-   PHOTOS  BTOXSLL 4.80 0.2 0.0 0.41;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_Xsugamma.dec b/BaBar_2014/BpBm_Xsugamma.dec
new file mode 100644
index 0000000..ed147a3
--- /dev/null
+++ b/BaBar_2014/BpBm_Xsugamma.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaAli.dec b/BaBar_2014/BpBm_XsugammaAli.dec
new file mode 100644
index 0000000..59184ae
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaAli.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 1;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 1;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp465.dec b/BaBar_2014/BpBm_XsugammaExp465.dec
new file mode 100644
index 0000000..79f70b3
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp465.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.65 4.65 -0.52 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp470.dec b/BaBar_2014/BpBm_XsugammaExp470.dec
new file mode 100644
index 0000000..cf89e01
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp470.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.70 4.70 -0.45 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.70 4.70 -0.45 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp475.dec b/BaBar_2014/BpBm_XsugammaExp475.dec
new file mode 100644
index 0000000..55190ee
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp475.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.75 4.75 -0.37 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.75 4.75 -0.37 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480.dec b/BaBar_2014/BpBm_XsugammaExp480.dec
new file mode 100644
index 0000000..b148c12
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.3 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480_1.0to1.2.dec b/BaBar_2014/BpBm_XsugammaExp480_1.0to1.2.dec
new file mode 100644
index 0000000..624f867
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480_1.0to1.2.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.0 1.2;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.0 1.2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480_1.2to1.4.dec b/BaBar_2014/BpBm_XsugammaExp480_1.2to1.4.dec
new file mode 100644
index 0000000..a29eeb7
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480_1.2to1.4.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.2 1.4;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.2 1.4;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480_1.4to1.6.dec b/BaBar_2014/BpBm_XsugammaExp480_1.4to1.6.dec
new file mode 100644
index 0000000..b17b913
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480_1.4to1.6.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.4 1.6;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.4 1.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480_1.6to1.8.dec b/BaBar_2014/BpBm_XsugammaExp480_1.6to1.8.dec
new file mode 100644
index 0000000..724922b
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480_1.6to1.8.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.6 1.8;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.6 1.8;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480_1.8to2.0.dec b/BaBar_2014/BpBm_XsugammaExp480_1.8to2.0.dec
new file mode 100644
index 0000000..8778637
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480_1.8to2.0.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.8 2.0;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 1.8 2.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480_2.0to2.2.dec b/BaBar_2014/BpBm_XsugammaExp480_2.0to2.2.dec
new file mode 100644
index 0000000..a705631
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480_2.0to2.2.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.0 2.2;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.0 2.2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480_2.2to2.4.dec b/BaBar_2014/BpBm_XsugammaExp480_2.2to2.4.dec
new file mode 100644
index 0000000..4537a4a
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480_2.2to2.4.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.2 2.4;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.2 2.4;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480_2.4to2.6.dec b/BaBar_2014/BpBm_XsugammaExp480_2.4to2.6.dec
new file mode 100644
index 0000000..0cbfbba
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480_2.4to2.6.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.4 2.6;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.4 2.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480_2.6to2.8.dec b/BaBar_2014/BpBm_XsugammaExp480_2.6to2.8.dec
new file mode 100644
index 0000000..693c0c2
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480_2.6to2.8.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.6 2.8;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.6 2.8;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp480_2.8to3.0.dec b/BaBar_2014/BpBm_XsugammaExp480_2.8to3.0.dec
new file mode 100644
index 0000000..8e1963c
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp480_2.8to3.0.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.8 3.0;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.80 4.80 -0.3 0.9 0.0484 100 80 2.8 3.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp485.dec b/BaBar_2014/BpBm_XsugammaExp485.dec
new file mode 100644
index 0000000..7970bb1
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp485.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.25 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.25 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp490.dec b/BaBar_2014/BpBm_XsugammaExp490.dec
new file mode 100644
index 0000000..cd60165
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp490.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.2 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.8 4.8 -0.2 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaExp495.dec b/BaBar_2014/BpBm_XsugammaExp495.dec
new file mode 100644
index 0000000..ba57038
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaExp495.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 2 1 5.279 4.95 4.95 -0.14 0.9 0.0484 100 80;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma1_6To2_7.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma1_6To2_7.dec
new file mode 100644
index 0000000..0c3dc2d
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma1_6To2_7.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 1.6 2.6;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 1.6 2.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma1_7To1_8.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma1_7To1_8.dec
new file mode 100644
index 0000000..5bdaca3
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma1_7To1_8.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 1.7 1.8;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 1.7 1.8;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma1_8To1_9.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma1_8To1_9.dec
new file mode 100644
index 0000000..40a93ae
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma1_8To1_9.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 1.8 1.9;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 1.8 1.9;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma1_9To2_0.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma1_9To2_0.dec
new file mode 100644
index 0000000..e28f3bf
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma1_9To2_0.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 1.9 2.0;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 1.9 2.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma2_0To2_1.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma2_0To2_1.dec
new file mode 100644
index 0000000..af6e526
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma2_0To2_1.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.0 2.1;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.0 2.1;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma2_1To2_2.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma2_1To2_2.dec
new file mode 100644
index 0000000..a87b868
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma2_1To2_2.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.1 2.2;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.1 2.2;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma2_2To2_3.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma2_2To2_3.dec
new file mode 100644
index 0000000..339ba32
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma2_2To2_3.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.2 2.3;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.2 2.3;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma2_3To2_4.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma2_3To2_4.dec
new file mode 100644
index 0000000..3f762ec
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma2_3To2_4.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.3 2.4;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.3 2.4;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma2_4To2_5.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma2_4To2_5.dec
new file mode 100644
index 0000000..d9410da
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma2_4To2_5.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.4 2.5;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.4 2.5;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma2_5To2_6.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma2_5To2_6.dec
new file mode 100644
index 0000000..d857e59
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma2_5To2_6.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.5 2.6;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.5 2.6;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XsugammaFlatEGamma2_6To2_7.dec b/BaBar_2014/BpBm_XsugammaFlatEGamma2_6To2_7.dec
new file mode 100644
index 0000000..d6af97a
--- /dev/null
+++ b/BaBar_2014/BpBm_XsugammaFlatEGamma2_6To2_7.dec
@@ -0,0 +1,60 @@
+# 
+# Mark Williams' non-resonant B->Xs,gamma penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSGAMMA model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+# (Note that this could be modified for use with B_s->Xss,gamma decays
+# as the BTOXSGAMMA model already allows for B_s radiative penguins.) 
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+Alias myB+ B+
+Alias myB- B-
+ChargeConj myB+ myB-
+
+Decay Upsilon(4S)
+0.5 myB+ B- VSS;
+0.5 myB- B+ VSS;
+Enddecay
+
+Decay myB+
+1.00000     Xsu    gamma     BTOXSGAMMA 4 2.6 2.7;
+Enddecay
+
+Decay myB-
+1.00000     anti-Xsu    gamma     BTOXSGAMMA 4 2.6 2.7;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_XtoJpsiGammaK.dec b/BaBar_2014/BpBm_XtoJpsiGammaK.dec
new file mode 100644
index 0000000..58bfc1a
--- /dev/null
+++ b/BaBar_2014/BpBm_XtoJpsiGammaK.dec
@@ -0,0 +1,47 @@
+############################################################
+#                                                          #
+# Decay: B- -> X3872        K-,       B+ -> X              #
+#                |-> Jpsi gamma                            #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author:   D. Bernard                                     #
+# Created:  Thu Feb 26 MET 2004                            #
+#                                                          #
+############################################################
+#
+#
+Particle dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyX K+               PHSP;   
+Enddecay 
+#
+Decay MyB-
+1.0000  MyX K-               PHSP;   
+Enddecay 
+
+Decay MyX
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_XtoJpsiGammaKstar_K.dec b/BaBar_2014/BpBm_XtoJpsiGammaKstar_K.dec
new file mode 100644
index 0000000..2cc36a1
--- /dev/null
+++ b/BaBar_2014/BpBm_XtoJpsiGammaKstar_K.dec
@@ -0,0 +1,56 @@
+############################################################
+#                                                          #
+# Decay: B- -> X3872        K*-,       B+ -> X             #
+#                |-> Jpsi gamma   K pi0                    #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author:   D. Bernard                                     #
+# Created:  Thu Feb 26 MET 2004                            #
+#                                                          #
+############################################################
+#
+#
+Particle dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyX MyKstar+               PHSP;   
+Enddecay 
+#
+Decay MyB-
+1.0000  MyX MyKstar-               PHSP;   
+Enddecay 
+
+Decay MyX
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyKstar-
+1.000 K-   pi0              VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0              VSS;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/BpBm_XtoJpsiGammaKstar_KS.dec b/BaBar_2014/BpBm_XtoJpsiGammaKstar_KS.dec
new file mode 100644
index 0000000..25c2bb1
--- /dev/null
+++ b/BaBar_2014/BpBm_XtoJpsiGammaKstar_KS.dec
@@ -0,0 +1,61 @@
+############################################################
+#                                                          #
+# Decay: B- -> X3872        K*-,       B+ -> X             #
+#                |-> Jpsi gamma   KS(pi+pi-) pi            #
+#                                                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author:   D. Bernard                                     #
+# Created:  Thu Feb 26 MET 2004                            #
+#                                                          #
+############################################################
+#
+#
+Particle dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+Alias MyKstar- K*-
+Alias MyKstar+ K*+
+Alias MyK_S0 K_S0 
+#
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyX MyKstar+               PHSP;   
+Enddecay 
+#
+Decay MyB-
+1.0000  MyX MyKstar-               PHSP;   
+Enddecay 
+
+Decay MyX
+1.0    gamma MyJpsi                       PHSP; 
+Enddecay 
+
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              PHOTOS VLL;
+Enddecay
+#
+Decay MyKstar-
+1.000 MyK_S0   pi-           VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000 MyK_S0   pi+            VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-                PHSP;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/BpBm_XtoJpsiPi0K.dec b/BaBar_2014/BpBm_XtoJpsiPi0K.dec
new file mode 100644
index 0000000..b1584f0
--- /dev/null
+++ b/BaBar_2014/BpBm_XtoJpsiPi0K.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> h_c      K+,        B- -> X            #
+#                    |                                     #
+#               J/psi pi0                                    #
+#                  |-> e+e-                                #
+#                  |-> mu+mu-                              #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+# Author:   D. Bernard                                     #
+# Created:  Thu Feb 26 MET 2004                            #
+#                                                          #
+############################################################
+#
+Particle dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJ/psi J/psi
+Alias MyX dummy00_1
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.000  MyX K+           PHSP;
+Enddecay 
+#
+Decay MyB-
+  1.000  MyX K-            PHSP;
+Enddecay 
+#
+#
+Decay MyX
+  1.000  MyJ/psi pi0           PHSP;
+Enddecay 
+#
+#
+Decay MyJ/psi
+  0.5000  e+  e-             PHOTOS VLL;
+  0.5000  mu+ mu-            PHOTOS VLL;
+Enddecay
+# 
+End
diff --git a/BaBar_2014/BpBm_a00Kp_etato3pi.dec b/BaBar_2014/BpBm_a00Kp_etato3pi.dec
new file mode 100644
index 0000000..29c6326
--- /dev/null
+++ b/BaBar_2014/BpBm_a00Kp_etato3pi.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# Decay: B+ -> a_00   K+ + cc                     #
+#               |                                 #
+#               |                                 #
+#                --------> eta pi0 -> 3pi pi0     #  
+#                                                 #
+# Author: Paul C. Bloom                           #
+# Date:                    26 December 2002       #
+###################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mya_00 a_00
+Alias Myeta eta
+
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+
+Decay MyB+
+1.000  Mya_00 K+          PHSP;
+Enddecay
+
+Decay MyB-
+1.000  Mya_00 K-          PHSP;
+Enddecay
+
+Decay Mya_00    
+1.0000 Myeta pi0             PHSP;
+Enddecay 
+
+Decay Myeta
+1.0000      pi+ pi- pi0     ETA_DALITZ;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a00Kp_etatogg.dec b/BaBar_2014/BpBm_a00Kp_etatogg.dec
new file mode 100644
index 0000000..9941cfe
--- /dev/null
+++ b/BaBar_2014/BpBm_a00Kp_etatogg.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# Decay: B+ -> a_00   K+ + cc                     #
+#               |                                 #
+#               |                                 #
+#                --------> eta pi0 -> gg pi       #  
+#                                                 #
+# Author: Paul C. Bloom                           #
+# Date:                    26 December 2002       #
+###################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mya_00 a_00
+Alias Myeta eta
+
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+
+Decay MyB+
+1.000  Mya_00 K+          PHSP;
+Enddecay
+
+Decay MyB-
+1.000  Mya_00 K-          PHSP;
+Enddecay
+
+Decay Mya_00    
+1.0000 Myeta pi0             PHSP;
+Enddecay 
+
+Decay Myeta
+1.0000     gamma  gamma      PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a00pip_etato3pi.dec b/BaBar_2014/BpBm_a00pip_etato3pi.dec
new file mode 100644
index 0000000..155aba2
--- /dev/null
+++ b/BaBar_2014/BpBm_a00pip_etato3pi.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# Decay: B+ -> a_00   pi+ + cc                    #
+#               |                                 #
+#               |                                 #
+#                --------> eta pi0 -> 3pi pi0     #  
+#                                                 #
+# Author: Paul C. Bloom                           #
+# Date:                    26 December 2002       #
+###################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mya_00 a_00
+Alias Myeta eta
+
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+
+Decay MyB+
+1.000  Mya_00 pi+          PHSP;
+Enddecay
+
+Decay MyB-
+1.000  Mya_00 pi-          PHSP;
+Enddecay
+
+Decay Mya_00    
+1.0000 Myeta pi0             PHSP;
+Enddecay 
+
+Decay Myeta
+1.0000      pi+ pi- pi0     ETA_DALITZ;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a00pip_etatogg.dec b/BaBar_2014/BpBm_a00pip_etatogg.dec
new file mode 100644
index 0000000..fed2247
--- /dev/null
+++ b/BaBar_2014/BpBm_a00pip_etatogg.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# Decay: B+ -> a_00   pi+ + cc                    #
+#               |                                 #
+#               |                                 #
+#                --------> eta pi0 -> gg pi       #  
+#                                                 #
+# Author: Paul C. Bloom                           #
+# Date:                    26 December 2002       #
+###################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mya_00 a_00
+Alias Myeta eta
+
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+
+Decay MyB+
+1.000  Mya_00 pi+          PHSP;
+Enddecay
+
+Decay MyB-
+1.000  Mya_00 pi-          PHSP;
+Enddecay
+
+Decay Mya_00    
+1.0000 Myeta pi0             PHSP;
+Enddecay 
+
+Decay Myeta
+1.0000     gamma  gamma      PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a0pks.dec b/BaBar_2014/BpBm_a0pks.dec
new file mode 100644
index 0000000..aa4c335
--- /dev/null
+++ b/BaBar_2014/BpBm_a0pks.dec
@@ -0,0 +1,54 @@
+###################################################
+#                                                 #
+# Decay: B+ -> a_0+   ks + cc                     #
+#               |     |                           #
+#               |     |                           #
+#               |     ---> pi- pi+                #  
+#               |                                 #
+#                --------> eta pi -> gg pi        #  
+#                                                 #
+# Author: Vasia Shelkov(vasia@slac.stanford.edu)  #
+# Date:                    24 March 2001          #
+###################################################
+# Decay table for B+ -> a0+ rho0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0 decays to pi- pi+ (using a simple VSS model).
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKs K_S0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+
+Decay MyB+
+1.000  MyKs Mya_0+          PHSP;
+Enddecay
+
+Decay MyB-
+1.000  MyKs Mya_0-          PHSP;
+Enddecay
+
+Decay MyKs
+1.000  pi- pi+               PHSP;
+Enddecay
+
+Decay Mya_0-    
+1.0000 Myeta pi-             PHSP;
+Enddecay 
+
+Decay Mya_0+    
+1.0000 Myeta pi+             PHSP;
+Enddecay 
+
+Decay Myeta
+1.0000     gamma  gamma      PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a0pks_etato3pi.dec b/BaBar_2014/BpBm_a0pks_etato3pi.dec
new file mode 100644
index 0000000..f04f432
--- /dev/null
+++ b/BaBar_2014/BpBm_a0pks_etato3pi.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# Decay: B+ -> a_0+   ks + cc                     #
+#               |     |                           #
+#               |     |                           #
+#               |     ---> pi- pi+                #  
+#               |                                 #
+#                --------> eta pi -> 3pi pi       #  
+#                                                 #
+# Author: Paul C. Bloom                           #
+# Date:                    25 December 2002       #
+###################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKs K_S0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+
+Decay MyB+
+1.000  MyKs Mya_0+          PHSP;
+Enddecay
+
+Decay MyB-
+1.000  MyKs Mya_0-          PHSP;
+Enddecay
+
+Decay MyKs
+1.000  pi- pi+               PHSP;
+Enddecay
+
+Decay Mya_0-    
+1.0000 Myeta pi-             PHSP;
+Enddecay 
+
+Decay Mya_0+    
+1.0000 Myeta pi+             PHSP;
+Enddecay 
+
+Decay Myeta
+1.0000  pi+ pi- pi0                 ETA_DALITZ;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a0pkstar0.dec b/BaBar_2014/BpBm_a0pkstar0.dec
new file mode 100644
index 0000000..36a5f16
--- /dev/null
+++ b/BaBar_2014/BpBm_a0pkstar0.dec
@@ -0,0 +1,59 @@
+###################################################
+#                                                 #
+# Decay: B+ -> a_0+  K*0 + cc                     #
+#               |     |                           #
+#               |     |                           #
+#               |     ---> K- pi+                 #  
+#               |                                 #
+#                --------> eta pi -> gg pi        #  
+#                                                 #
+# Author: Vasia Shelkov(vasia@slac.stanford.edu)  #
+# Date:                    24 March 2001          #
+###################################################
+# Decay table for B+ -> a0+ rho0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0 decays to pi- pi+ (using a simple VSS model).
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar0 K*0
+Alias MyantiKstar0 anti-K*0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+
+Decay MyB+
+1.000  MyKstar0 Mya_0+       SVS;
+Enddecay
+
+Decay MyB-
+1.000 MyantiKstar0 Mya_0-    SVS;
+Enddecay
+
+Decay MyKstar0
+1.0000 K+ pi-                VSS;
+Enddecay
+#
+Decay MyantiKstar0
+1.0000 K- pi+                VSS;
+Enddecay
+
+Decay Mya_0-    
+1.0000 Myeta pi-             PHSP;
+Enddecay 
+
+Decay Mya_0+    
+1.0000 Myeta pi+             PHSP;
+Enddecay 
+
+Decay Myeta
+1.0000     gamma  gamma      PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a0ppi0_etato3pi.dec b/BaBar_2014/BpBm_a0ppi0_etato3pi.dec
new file mode 100644
index 0000000..a5bb499
--- /dev/null
+++ b/BaBar_2014/BpBm_a0ppi0_etato3pi.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# Decay: B+ -> a_0+   pi0 + cc                    #
+#               |                                 #
+#                --------> eta pi -> 3pi pi       #  
+#                                                 #
+# Author: Paul C. Bloom                           #
+# Date:                    26 December 2002       #
+###################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+
+Decay MyB+
+1.000  pi0 Mya_0+          PHSP;
+Enddecay
+
+Decay MyB-
+1.000  pi0 Mya_0-          PHSP;
+Enddecay
+
+Decay Mya_0-    
+1.0000 Myeta pi-             PHSP;
+Enddecay 
+
+Decay Mya_0+    
+1.0000 Myeta pi+             PHSP;
+Enddecay 
+
+Decay Myeta
+1.0000  pi+ pi- pi0                 ETA_DALITZ;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a0ppi0_etatogg.dec b/BaBar_2014/BpBm_a0ppi0_etatogg.dec
new file mode 100644
index 0000000..d5b1e65
--- /dev/null
+++ b/BaBar_2014/BpBm_a0ppi0_etatogg.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# Decay: B+ -> a_0+   pi0 + cc                    #
+#               |                                 #
+#                --------> eta pi -> gg pi        #  
+#                                                 #
+# Author: Paul C. Bloom                           #
+# Date:                  36 December 2002         #
+###################################################
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+
+Decay MyB+
+1.000  pi0 Mya_0+          PHSP;
+Enddecay
+
+Decay MyB-
+1.000  pi0 Mya_0-          PHSP;
+Enddecay
+
+Decay Mya_0-    
+1.0000 Myeta pi-             PHSP;
+Enddecay 
+
+Decay Mya_0+    
+1.0000 Myeta pi+             PHSP;
+Enddecay 
+
+Decay Myeta
+1.0000     gamma  gamma      PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a0prho0.dec b/BaBar_2014/BpBm_a0prho0.dec
new file mode 100644
index 0000000..3647bc8
--- /dev/null
+++ b/BaBar_2014/BpBm_a0prho0.dec
@@ -0,0 +1,54 @@
+###################################################
+#                                                 #
+# Decay: B+ -> a_0+ rho0 + cc                     #
+#               |     |                           #
+#               |     |                           #
+#               |     ---> pi- pi+                #  
+#               |                                 #
+#                --------> eta pi -> gg pi        #  
+#                                                 #
+# Author: Vasia Shelkov(vasia@slac.stanford.edu)  #
+# Date:                    24 March 2001          #
+###################################################
+# Decay table for B+ -> a0+ rho0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0 decays to pi- pi+ (using a simple VSS model).
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myrho0 rho0
+Alias Mya_0+ a_0+
+Alias Mya_0- a_0-
+Alias Myeta eta
+
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+
+Decay MyB+
+1.000  Myrho0 Mya_0+         SVS;
+Enddecay
+
+Decay MyB-
+1.000  Myrho0 Mya_0-         SVS;
+Enddecay
+
+Decay Myrho0
+1.000  pi- pi+               VSS;
+Enddecay
+
+Decay Mya_0-    
+1.0000 Myeta pi-             PHSP;
+Enddecay 
+
+Decay Mya_0+    
+1.0000 Myeta pi+             PHSP;
+Enddecay 
+
+Decay Myeta
+1.0000     gamma  gamma      PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a10K_RhoPi.dec b/BaBar_2014/BpBm_a10K_RhoPi.dec
new file mode 100644
index 0000000..4293d08
--- /dev/null
+++ b/BaBar_2014/BpBm_a10K_RhoPi.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# B+ -> a_10 K+ +cc (a_10-> rho+ pi-, rho- pi+)   #
+#                                                 #
+# Author:	D.Walker                          #
+# created:			12/04/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+Decay MyB+
+1.0000    a_10 K+      SVS;
+Enddecay
+
+Decay MyB-
+1.0000    a_10 K-      SVS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a10Pi_RhoPi.dec b/BaBar_2014/BpBm_a10Pi_RhoPi.dec
new file mode 100644
index 0000000..577f0fc
--- /dev/null
+++ b/BaBar_2014/BpBm_a10Pi_RhoPi.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# B+ -> a_10 pi+ +cc (a_10-> rho+ pi-, rho- pi+)  #
+#                                                 #
+# Author:	S. EMERY                          #
+# created:			23/07/03          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+Decay MyB+
+1.0000    a_10 pi+      SVS;
+Enddecay
+
+Decay MyB-
+1.0000    a_10 pi-      SVS;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_a10rhop_ln.dec b/BaBar_2014/BpBm_a10rhop_ln.dec
new file mode 100644
index 0000000..715c9de
--- /dev/null
+++ b/BaBar_2014/BpBm_a10rhop_ln.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> a10 rho+ -> (rho+ pi-)(rho+)           #
+#             B- -> generic                          +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/06/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_10 a_10
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 mya_10 rho+         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000 mya_10 rho-         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay mya_10
+0.5000   rho- pi+          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.5000   rho+ pi-          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End   
+
+
+
+
diff --git a/BaBar_2014/BpBm_a10rhop_tr.dec b/BaBar_2014/BpBm_a10rhop_tr.dec
new file mode 100644
index 0000000..a4cca14
--- /dev/null
+++ b/BaBar_2014/BpBm_a10rhop_tr.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> a10 rho+ -> (rho+ pi-)(rho+)           #
+#             B- -> generic                          +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/06/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_10 a_10
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 mya_10 rho+         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000 mya_10 rho-         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay mya_10
+0.5000   rho- pi+          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.5000   rho+ pi-          VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End   
+
+
+
+
diff --git a/BaBar_2014/BpBm_a1Pi0_Rho0Pi.dec b/BaBar_2014/BpBm_a1Pi0_Rho0Pi.dec
new file mode 100644
index 0000000..3dbc7c4
--- /dev/null
+++ b/BaBar_2014/BpBm_a1Pi0_Rho0Pi.dec
@@ -0,0 +1,46 @@
+###################################################
+#                                                 #
+# B+ -> a_1+ pi0 +cc (a_1+ -> rho0 pi+)		  #
+#                    (a_1- -> rho0 pi-)           #
+#                                                 #
+# Author: D. Walker                               #
+# Date:	10/02/04 			          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias Myrho0 rho0
+ChargeConj Mya_1+ Mya_1-
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              	VSS;
+0.5000 MyB- B+              	VSS;
+Enddecay
+
+Decay MyB+
+1.0000    Mya_1+ pi0      	SVS;
+Enddecay
+
+Decay MyB-
+1.0000    Mya_1- pi0      	SVS;
+Enddecay
+
+Decay Mya_1+
+1.000 Myrho0 pi+		VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+1.0000 Myrho0 pi-		VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Myrho0
+1.000 pi+ pi-			VSS;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_a1_D0mK3pimKs2pi.dec b/BaBar_2014/BpBm_a1_D0mK3pimKs2pi.dec
new file mode 100644
index 0000000..2612451
--- /dev/null
+++ b/BaBar_2014/BpBm_a1_D0mK3pimKs2pi.dec
@@ -0,0 +1,111 @@
+## Charged B mesons decaying to D0 a1+.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias Myrho0 rho0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega  omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+  
+1.000   Mya_1+ Myanti-D0     SVS; 
+Enddecay
+#
+Decay MyB-
+1.000   Mya_1- MyD0          SVS; 
+Enddecay
+#
+Decay MyD0
+0.446     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277*2 total)
+0.2540    Mya_1+ K-                       SVS;
+0.0246    MyK_1- pi+                      SVS;
+0.0750    Myanti-K*0 pi+ pi-              PHSP;
+0.0388    K- pi+ rho0                     PHSP;
+0.0924    K- pi+ pi+ pi-                  PHSP;
+0.0692    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.446     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.2540    Mya_1- K+                       SVS;
+0.0246    MyK_1+ pi-                      SVS;
+0.0750    MyK*0 pi- pi+                   PHSP;
+0.0388    K+ pi- rho0                     PHSP;
+0.0924    K+ pi- pi- pi+                  PHSP;
+0.0692    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                         VSS;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_a1_D0mKpimKpipi0.dec b/BaBar_2014/BpBm_a1_D0mKpimKpipi0.dec
new file mode 100644
index 0000000..c6cecc7
--- /dev/null
+++ b/BaBar_2014/BpBm_a1_D0mKpimKpipi0.dec
@@ -0,0 +1,49 @@
+## Charged B mesons decaying  to D(*)0 a1+.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias Myrho0 rho0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+  
+1.000   Mya_1+ Myanti-D0     SVS; 
+Enddecay
+#
+Decay MyB-
+1.000   Mya_1- MyD0          SVS; 
+Enddecay
+#
+Decay MyD0
+0.500     K-  pi+            PHSP;
+0.500     K-  pi+  pi0       D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.500     K+    pi-          PHSP;
+0.500     K+    pi-  pi0     D_DALITZ;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                         VSS;
+Enddecay
+End
+
+
+
+
diff --git a/BaBar_2014/BpBm_a1_Dstar0mpi0D0mK3pimKs2pi.dec b/BaBar_2014/BpBm_a1_Dstar0mpi0D0mK3pimKs2pi.dec
new file mode 100644
index 0000000..4fb2e9c
--- /dev/null
+++ b/BaBar_2014/BpBm_a1_Dstar0mpi0D0mK3pimKs2pi.dec
@@ -0,0 +1,121 @@
+## Charged B mesons decaying to D0 a1+.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias Myrho0 rho0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias MyK*0  K*0
+Alias Myanti-K*0 anti-K*0
+Alias Myomega  omega
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyKs K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+  
+1.000   Myanti-D*0 Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0 Mya_1-         SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay MyD*0
+1.000     MyD0   pi0         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000     Myanti-D0   pi0    VSS;
+Enddecay
+#
+Decay MyD0
+0.446     Myanti-K0 pi+ pi-       D_DALITZ;
+## K 3pi  (0.277*2 total)
+0.2540    Mya_1+ K-                       SVS;
+0.0246    MyK_1- pi+                      SVS;
+0.0750    Myanti-K*0 pi+ pi-              PHSP;
+0.0388    K- pi+ rho0                     PHSP;
+0.0924    K- pi+ pi+ pi-                  PHSP;
+0.0692    Myanti-K*0 rho0                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D0
+0.446     MyK0 pi- pi+       D_DALITZ;
+## K 3pi  (0.277 total)
+0.2540    Mya_1- K+                       SVS;
+0.0246    MyK_1+ pi-                      SVS;
+0.0750    MyK*0 pi- pi+                   PHSP;
+0.0388    K+ pi- rho0                     PHSP;
+0.0924    K+ pi- pi- pi+                  PHSP;
+0.0692    MyK*0 rho0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.000     MyKs                              PHSP;
+Enddecay
+#
+Decay MyKs
+1.000     pi+ pi-            PHSP;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                         VSS;
+Enddecay
+#
+Decay MyK_1+
+0.3913  rho0 K+                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  MyK*0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K+                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+                      PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913  rho0 K-                         VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984  Myanti-K*0 pi-                  VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067  Myomega K-                      VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K- pi+ pi-                      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-                          VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000  K- pi+                          VSS;
+Enddecay
+#
+Decay Myomega
+1.0000  pi- pi+                         VSS;
+Enddecay
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_a1_Dstar0mpi0D0mKpimKpipi0.dec b/BaBar_2014/BpBm_a1_Dstar0mpi0D0mKpimKpipi0.dec
new file mode 100644
index 0000000..ef8e30f
--- /dev/null
+++ b/BaBar_2014/BpBm_a1_Dstar0mpi0D0mKpimKpipi0.dec
@@ -0,0 +1,59 @@
+## Charged B mesons decaying  to D(*)0 a1+.
+
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+Alias Myrho0 rho0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+  
+1.000   Myanti-D*0 Mya_1+    SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay MyB-
+1.000   MyD*0 Mya_1-         SVV_HELAMP 0.336 0.0 0.88 0.0 0.336 0.0;
+Enddecay
+#
+Decay MyD*0
+1.000     MyD0   pi0         VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.000     Myanti-D0   pi0    VSS;
+Enddecay
+#
+Decay MyD0
+0.500     K-  pi+            PHSP;
+0.500     K-  pi+  pi0       D_DALITZ;
+Enddecay
+#
+Decay Myanti-D0
+0.500     K+    pi-          PHSP;
+0.500     K+    pi-  pi0     D_DALITZ;
+Enddecay
+#
+Decay Mya_1+
+1.0000  Myrho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  Myrho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myrho0
+1.0000  pi+ pi-                         VSS;
+Enddecay
+End
+
+
+
+
diff --git a/BaBar_2014/BpBm_a1f0.dec b/BaBar_2014/BpBm_a1f0.dec
new file mode 100644
index 0000000..2b93ab6
--- /dev/null
+++ b/BaBar_2014/BpBm_a1f0.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# B+ ->  a_1+ f0, f0->pi+pi-                      #
+#                                                 #
+# Author:  Pierre-François Giraud                 #
+# Created: 2004-04-07                             #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> a_1+ pi0
+# using a Scalar to Vector Scalar Model (SVS)
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myf_0 f_0
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  a_1+  Myf_0             SVS;
+Enddecay
+#
+Decay MyB-
+1.000  a_1-  Myf_0             SVS;
+Enddecay
+#
+Decay Myf_0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_a1pK0s.dec b/BaBar_2014/BpBm_a1pK0s.dec
new file mode 100644
index 0000000..bc67ae6
--- /dev/null
+++ b/BaBar_2014/BpBm_a1pK0s.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# B+ -> a1+ K0s   + c.c.                          #
+#                                                 #
+# Author: Matt Graham   mgraham@slac.stanford.edu #
+# Created: 30 Jan  2004                           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> a1+ K0s
+# using a simple (S)calar to (V)ector-(S)calar model.
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# include 
+Decay Upsilon(4S)  
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  a_1+ K_S0           SVS;
+Enddecay
+#
+Decay MyB-
+1.000  a_1- K_S0           SVS;
+Enddecay
+
+End       
diff --git a/BaBar_2014/BpBm_a1pK0s_rho0pip.dec b/BaBar_2014/BpBm_a1pK0s_rho0pip.dec
new file mode 100644
index 0000000..d342073
--- /dev/null
+++ b/BaBar_2014/BpBm_a1pK0s_rho0pip.dec
@@ -0,0 +1,50 @@
+###################################################
+#                                                 #
+# B+ -> a1+ K0s   + c.c.                          #  
+#    a1+ to rho0 pi+, K0s to pi+ pi-                                #
+#created 20/03/04 F. Palombo (palombo@mi.infn.it) #
+#                                                 #
+#                                                 #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+Alias myK_S0  K_S0
+#
+# include 
+Decay Upsilon(4S)  
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  mya_1+ myK_S0           SVS;
+Enddecay
+#
+Decay MyB-
+1.000  mya_1- myK_S0           SVS;
+Enddecay
+
+#
+Decay mya_1+
+1.0000   rho0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+#
+Decay mya_1-
+1.0000   rho0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay myK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+
+End       
+
+
+
+
diff --git a/BaBar_2014/BpBm_a1pK0s_rhoppi0.dec b/BaBar_2014/BpBm_a1pK0s_rhoppi0.dec
new file mode 100644
index 0000000..4960cb3
--- /dev/null
+++ b/BaBar_2014/BpBm_a1pK0s_rhoppi0.dec
@@ -0,0 +1,50 @@
+###################################################
+#                                                 #
+# B+ -> a1+ K0s   + c.c.                          #  
+#    a1+ to rho+ pi0, K0s to pi+ pi-                                #
+#created 20/03/04 F. Palombo (palombo@mi.infn.it) #
+#                                                 #
+#                                                 #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+Alias myK_S0  K_S0
+#
+# include 
+Decay Upsilon(4S)  
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  mya_1+ myK_S0           SVS;
+Enddecay
+#
+Decay MyB-
+1.000  mya_1- myK_S0           SVS;
+Enddecay
+
+#
+Decay mya_1+
+1.0000   rho+ pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+#
+Decay mya_1-
+1.0000   rho- pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+
+Decay myK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+
+End       
+
+
+
+
diff --git a/BaBar_2014/BpBm_a1pi0.dec b/BaBar_2014/BpBm_a1pi0.dec
new file mode 100644
index 0000000..480dfec
--- /dev/null
+++ b/BaBar_2014/BpBm_a1pi0.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# B+ ->  a_1+ pi0                                 # 
+#                                                 #
+# Author:  Richard Sloane                         #
+# Email:   sloane@slac.stanford.edu               #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> a_1+ pi0
+# using a Scalar to Vector Scalar Model (SVS)
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  a_1+  pi0             SVS;
+Enddecay
+#
+Decay MyB-
+1.000  a_1-  pi0             SVS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_a1pomega_rho0pipomega_ln.dec b/BaBar_2014/BpBm_a1pomega_rho0pipomega_ln.dec
new file mode 100644
index 0000000..a7b4dc3
--- /dev/null
+++ b/BaBar_2014/BpBm_a1pomega_rho0pipomega_ln.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> a1+ omega -> (rho0 pi+)(omega)         #
+#             B- -> generic                          +cc   #
+#                                                          #
+# Author: Jim Smith                                        #
+# e-mail: jgsmith@pizero.colorado.edu                      #
+# Created:  03/24/2004                                     #
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 mya_1+ omega        SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000 mya_1- omega        SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay mya_1-
+1.0000   rho0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End   
diff --git a/BaBar_2014/BpBm_a1pomega_rhoppi0omega_ln.dec b/BaBar_2014/BpBm_a1pomega_rhoppi0omega_ln.dec
new file mode 100644
index 0000000..aa045e9
--- /dev/null
+++ b/BaBar_2014/BpBm_a1pomega_rhoppi0omega_ln.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> a1+ omega -> (rho+ pi0)(omega)         #
+#             B- -> generic                          +cc   #
+#                                                          #
+# Author: Jim Smith                                        #
+# e-mail: jgsmith@pizero.colorado.edu                      #
+# Created:  03/24/2004                                     #
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 mya_1+ omega        SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000 mya_1- omega        SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho+ pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay mya_1-
+1.0000   rho- pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End   
diff --git a/BaBar_2014/BpBm_a1ppi0.dec b/BaBar_2014/BpBm_a1ppi0.dec
new file mode 100644
index 0000000..e3fbd8a
--- /dev/null
+++ b/BaBar_2014/BpBm_a1ppi0.dec
@@ -0,0 +1,45 @@
+###########################################################
+#                                                         #
+# Decay: B+ -> a1+ pi0 +cc                                #
+#                                                         #
+#                                                         #
+# Author: Gian Gopal                                      #
+# Date:                    19/March/99                    #
+# Modified; G.London 22/March/99                          #
+#           A Bevan (from b0b0bar a1+pi- +cc) 29 March 01 #
+###########################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+0.5 MyB+ B- VSS ;
+0.5 MyB- B+ VSS ;
+Enddecay
+#
+Decay MyB+
+1.0000 mya_1+ pi0                       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.0000 mya_1- pi0                       SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 gamma 1.0 minusGamma;
+Enddecay 
+#
+Decay mya_1-
+1.0000   rho0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End   
+
+
+
+
diff --git a/BaBar_2014/BpBm_a1ppi0_rhoppi0.dec b/BaBar_2014/BpBm_a1ppi0_rhoppi0.dec
new file mode 100644
index 0000000..a939b25
--- /dev/null
+++ b/BaBar_2014/BpBm_a1ppi0_rhoppi0.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# B+ -> a_1+ pi0 +cc (a_1+ -> rho+ pi0)		  #
+#                    (a_1- -> rho- pi0)           #
+#                                                 #
+# Author: D. Walker                               #
+# Date:	23/03/04 			          #
+###################################################
+
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Alias Mya_1+ a_1+
+Alias Mya_1- a_1-
+ChargeConj Mya_1+ Mya_1-
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              	VSS;
+0.5000 MyB- B+              	VSS;
+Enddecay
+
+Decay MyB+
+1.0000    Mya_1+ pi0      	SVS;
+Enddecay
+
+Decay MyB-
+1.0000    Mya_1- pi0      	SVS;
+Enddecay
+
+Decay Mya_1+
+1.000 rho+ pi0    		VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay Mya_1-
+1.0000 rho- pi0		        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_a1prho0_rho0piprho0_ln.dec b/BaBar_2014/BpBm_a1prho0_rho0piprho0_ln.dec
new file mode 100644
index 0000000..d4886e3
--- /dev/null
+++ b/BaBar_2014/BpBm_a1prho0_rho0piprho0_ln.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> a1+ rho0 -> (rho0 pi+)(rho0)           #
+#             B- -> generic                          +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/14/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 mya_1+ rho0         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000 mya_1- rho0         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay mya_1-
+1.0000   rho0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End   
diff --git a/BaBar_2014/BpBm_a1prho0_rho0piprho0_tr.dec b/BaBar_2014/BpBm_a1prho0_rho0piprho0_tr.dec
new file mode 100644
index 0000000..95978e8
--- /dev/null
+++ b/BaBar_2014/BpBm_a1prho0_rho0piprho0_tr.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> a1+ rho0 -> (rho0 pi+)(rho0)           #
+#             B- -> generic                          +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/14/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 mya_1+ rho0         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000 mya_1- rho0         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho0 pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay mya_1-
+1.0000   rho0 pi-                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End   
diff --git a/BaBar_2014/BpBm_a1prho0_rhoppi0rho0_ln.dec b/BaBar_2014/BpBm_a1prho0_rhoppi0rho0_ln.dec
new file mode 100644
index 0000000..8173ce2
--- /dev/null
+++ b/BaBar_2014/BpBm_a1prho0_rhoppi0rho0_ln.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> a1+ rho0 -> (rho+ pi0)(rho0)           #
+#             B- -> generic                          +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/14/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 mya_1+ rho0         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000 mya_1- rho0         SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho+ pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay mya_1-
+1.0000   rho- pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End   
diff --git a/BaBar_2014/BpBm_a1prho0_rhoppi0rho0_tr.dec b/BaBar_2014/BpBm_a1prho0_rhoppi0rho0_tr.dec
new file mode 100644
index 0000000..8603568
--- /dev/null
+++ b/BaBar_2014/BpBm_a1prho0_rhoppi0rho0_tr.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> a1+ rho0 -> (rho+ pi0)(rho0)           #
+#             B- -> generic                          +cc   #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/14/2003                                     #
+#                                                          #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+ChargeConj mya_1+ mya_1-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000 mya_1+ rho0         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000 mya_1- rho0         SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay mya_1+
+1.0000   rho+ pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay mya_1-
+1.0000   rho- pi0                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End   
diff --git a/BaBar_2014/BpBm_enu.dec b/BaBar_2014/BpBm_enu.dec
new file mode 100644
index 0000000..d817c06
--- /dev/null
+++ b/BaBar_2014/BpBm_enu.dec
@@ -0,0 +1,35 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> e nu:                             #
+#   Up(4S) -> B+   B-                                   +CC               #
+#             |    |                                                      #
+#             |     ->  e- nu_bar                                         #
+#             |                                                           #
+#              -> X                                                       #
+# Steven Robertson 08/06/01 adapted from B->munu                          # 
+# Joe Izen 12/13/99, (adapeted from B-> tau nu, Kevin Hall  12 Feb 1999   #
+# Mail: STEVEN@SLAC.STANFORD.EDU                                          #
+###########################################################################
+# Create our own versions of B-, B+ which will decay to e nu_e
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force myB to always decay to e nu_e
+#
+Decay myB-
+1.0000 e- anti-nu_e  PHOTOS SLN;
+Enddecay
+#
+Decay myB+
+1.0000 e+ nu_e      PHOTOS  SLN;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_enugamma.dec b/BaBar_2014/BpBm_enugamma.dec
new file mode 100644
index 0000000..bdcfb48
--- /dev/null
+++ b/BaBar_2014/BpBm_enugamma.dec
@@ -0,0 +1,29 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                 + CC                                     #
+#            |    |                                                           #
+#            |     ->  e- nu_ebar gamma                                       #
+#            |                                                                #
+#             ->X                                                             #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 e+    nu_e         gamma          PHSP;
+Enddecay
+Decay myB-
+1.0000 e-    anti-nu_e    gamma          PHSP;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/BpBm_enugamma_KM.dec b/BaBar_2014/BpBm_enugamma_KM.dec
new file mode 100644
index 0000000..45c1a1d
--- /dev/null
+++ b/BaBar_2014/BpBm_enugamma_KM.dec
@@ -0,0 +1,33 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                 + CC                                     #
+#            |    |                                                           #
+#            |     ->  e- nu_ebar gamma                                       #
+#            |                                                                #
+#             ->X                                                             #
+#                                                                             #
+#                                                                             #
+# Uses tree-level matrix element from                                         #
+# Korchemsky, Pirjol, and Yan,Phy Rev D 61 (200) 114510                       #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 e+  nu_e  gamma  LNUGAMMA 0.35 3.0 5.0;
+Enddecay
+Decay myB-
+1.0000 e-  anti-nu_e  gamma LNUGAMMA 0.35 3.0 5.0;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/BpBm_enugamma_KM_PH.dec b/BaBar_2014/BpBm_enugamma_KM_PH.dec
new file mode 100644
index 0000000..f5e878c
--- /dev/null
+++ b/BaBar_2014/BpBm_enugamma_KM_PH.dec
@@ -0,0 +1,33 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                 + CC                                     #
+#            |    |                                                           #
+#            |     ->  e- nu_ebar gamma                                       #
+#            |                                                                #
+#             ->X                                                             #
+#                                                                             #
+#                                                                             #
+# Uses tree-level matrix element from                                         #
+# Korchemsky, Pirjol, and Yan,Phy Rev D 61 (200) 114510                       #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 e+  nu_e  gamma  PHOTOS LNUGAMMA 0.35 3.0 5.0;
+Enddecay
+Decay myB-
+1.0000 e-  anti-nu_e  gamma PHOTOS LNUGAMMA 0.35 3.0 5.0;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/BpBm_enugamma_KM_PH_fa0.dec b/BaBar_2014/BpBm_enugamma_KM_PH_fa0.dec
new file mode 100644
index 0000000..7b4a67a
--- /dev/null
+++ b/BaBar_2014/BpBm_enugamma_KM_PH_fa0.dec
@@ -0,0 +1,33 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                 + CC                                     #
+#            |    |                                                           #
+#            |     ->  e- nu_ebar gamma                                       #
+#            |                                                                #
+#             ->X                                                             #
+#                                                                             #
+#                                                                             #
+# Uses tree-level matrix element from                                         #
+# Korchemsky, Pirjol, and Yan,Phy Rev D 61 (200) 114510                       #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 e+  nu_e  gamma  PHOTOS LNUGAMMA 0.35 3.0 5.0 1.0;
+Enddecay
+Decay myB-
+1.0000 e-  anti-nu_e  gamma PHOTOS LNUGAMMA 0.35 3.0 5.0 1.0;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/BpBm_epepKm_PHSP.dec b/BaBar_2014/BpBm_epepKm_PHSP.dec
new file mode 100644
index 0000000..c1301b5
--- /dev/null
+++ b/BaBar_2014/BpBm_epepKm_PHSP.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# B+ -> e+ e+ K- + C.C.                           #
+#                                                 #
+# Author: John Back (jback@slac.stanford.edu)     #
+# created:                     23 Oct 2002        #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00   e+ e+ K-     PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00   e- e- K+     PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_epeppim_PHSP.dec b/BaBar_2014/BpBm_epeppim_PHSP.dec
new file mode 100644
index 0000000..de19409
--- /dev/null
+++ b/BaBar_2014/BpBm_epeppim_PHSP.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# B+ -> e+ e+ pi- + C.C.                          #
+#                                                 #
+# Author: John Back (jback@slac.stanford.edu)     #
+# created:                     23 Oct 2002        #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00   e+ e+ pi-     PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00   e- e- pi+     PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_epmupKm_PHSP.dec b/BaBar_2014/BpBm_epmupKm_PHSP.dec
new file mode 100644
index 0000000..0addb1a
--- /dev/null
+++ b/BaBar_2014/BpBm_epmupKm_PHSP.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# B+ -> e+ mu+ K- + C.C.                          #
+#                                                 #
+# Author: John Back (jback@slac.stanford.edu)     #
+# created:                     23 Oct 2002        #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00   e+ mu+ K-     PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00   e- mu- K+     PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_epmuppim_PHSP.dec b/BaBar_2014/BpBm_epmuppim_PHSP.dec
new file mode 100644
index 0000000..082f29d
--- /dev/null
+++ b/BaBar_2014/BpBm_epmuppim_PHSP.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# B+ -> e+ mu+ pi- + C.C.                         #
+#                                                 #
+# Author: John Back (jback@slac.stanford.edu)     #
+# created:                     23 Oct 2002        #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00   e+ mu+ pi-     PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00   e- mu- pi+     PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etac2K2piK.dec b/BaBar_2014/BpBm_etac2K2piK.dec
new file mode 100644
index 0000000..c22367d
--- /dev/null
+++ b/BaBar_2014/BpBm_etac2K2piK.dec
@@ -0,0 +1,34 @@
+############################################################
+#                                                          #
+# Decay:      B- -> Eta_c      K-,        B+ -> X          #
+#                   |                                      #
+#                   |                                      #
+#                   |-> 2pi 2K                             #
+# + cc                                                     #
+#                                                          #
+# Author: G. London M.Langer                               #
+# Created:                   24/Oktober/2000               #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEta_c eta_c
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay 
+#
+Decay MyEta_c
+0.0210  pi+ pi- K+ K-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etac2phiK.dec b/BaBar_2014/BpBm_etac2phiK.dec
new file mode 100644
index 0000000..aead7a8
--- /dev/null
+++ b/BaBar_2014/BpBm_etac2phiK.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay:      B- -> Eta_c      K-,        B+ -> X          #
+#                   |                                      #
+#                   |                                      #
+#### OUT ########## |-> 4K   ####### OUT ###################
+#                   |-> phi  phi                           #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   17/November/99                #
+# Modified:                  09/July/2001                  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEta_c eta_c
+Alias MyPhi  phi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay 
+#
+Decay MyEta_c
+#0.0370  K+ K- K+ K-          PHSP;
+0.0080  MyPhi MyPhi          SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etac2rhoK.dec b/BaBar_2014/BpBm_etac2rhoK.dec
new file mode 100644
index 0000000..1582bed
--- /dev/null
+++ b/BaBar_2014/BpBm_etac2rhoK.dec
@@ -0,0 +1,39 @@
+############################################################
+#                                                          #
+# Decay:      B- -> Eta_c      K-,        B+ -> X          #
+#                   |                                      #
+#                   |                                      #
+#                   |-> rho0  rho0                         #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   12/December/2000              #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEta_c eta_c
+Alias MyRho0  rho0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay 
+#
+Decay MyEta_c
+1.0000  MyRho0 MyRho0        SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyRho0
+1.0000  pi+ pi-              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etac4KK.dec b/BaBar_2014/BpBm_etac4KK.dec
new file mode 100644
index 0000000..1ff2b9c
--- /dev/null
+++ b/BaBar_2014/BpBm_etac4KK.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay:      B- -> Eta_c      K-,        B+ -> X          #
+#                   |                                      #
+#                   |                                      #
+#                   |-> 4K                                 #
+#                   |-> phi  phi                           #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   17/November/99                #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEta_c eta_c
+Alias MyPhi  phi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay 
+#
+Decay MyEta_c
+0.0370  K+ K- K+ K-          PHSP;
+0.0080  MyPhi MyPhi          SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etac4piK.dec b/BaBar_2014/BpBm_etac4piK.dec
new file mode 100644
index 0000000..2033106
--- /dev/null
+++ b/BaBar_2014/BpBm_etac4piK.dec
@@ -0,0 +1,35 @@
+############################################################
+#                                                          #
+# Decay:      B- -> Eta_c      K-,        B+ -> X          #
+#                   |                                      #
+#                   |                                      #
+#                   |-> 4pi                                #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: G. London  M.Langer                              #
+# Created:                   25/Oktober/00                 #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEta_c eta_c
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay 
+#
+Decay MyEta_c
+0.0120  pi+ pi- pi+ pi-          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etacFourKK.dec b/BaBar_2014/BpBm_etacFourKK.dec
new file mode 100644
index 0000000..f3ccd43
--- /dev/null
+++ b/BaBar_2014/BpBm_etacFourKK.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay:      B- -> Eta_c      K-,        B+ -> X          #
+#                   |                                      #
+#                   |                                      #
+#                   |-> 4K                                 #
+######## OUT ###### |-> phi  phi  ######## OUT #############
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   17/November/99                #
+# Modified:                  09/July/2001                  #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEta_c eta_c
+Alias MyPhi  phi
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay 
+#
+Decay MyEta_c
+0.0370  K+ K- K+ K-          PHSP;
+#0.0080  MyPhi MyPhi          SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etacKKpi0K.dec b/BaBar_2014/BpBm_etacKKpi0K.dec
new file mode 100644
index 0000000..935246f
--- /dev/null
+++ b/BaBar_2014/BpBm_etacKKpi0K.dec
@@ -0,0 +1,35 @@
+############################################################
+#                                                          #
+# Decay:      B- -> Eta_c      K-,        B+ -> X          #
+#                   |                                      #
+#                   |                                      #
+#                   |-> K+ K- pi0                          #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: G. London    M.Langer                            #
+# Created:                   24/October/2000               #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEta_c eta_c
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay 
+#
+Decay MyEta_c
+0.0180  K+ K- pi0                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etacKSKpiK.dec b/BaBar_2014/BpBm_etacKSKpiK.dec
new file mode 100644
index 0000000..ae0b936
--- /dev/null
+++ b/BaBar_2014/BpBm_etacKSKpiK.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay:      B- -> Eta_c      K-,        B+ -> X          #
+#                   |                                      #
+#                   |                                      #
+#                   |-> KS K pi                            #
+# + cc                                                     #
+#                                                          #
+# Author: G. London     M.Langer                           #
+# Created:                   14/October/2000               #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0  K_S0   
+Alias MyEta_c eta_c
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay 
+#
+Decay MyEta_c
+0.0240  MyK_S0 K+ pi-             PHSP;
+0.0240  MyK_S0 K- pi+             PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                 PHSP;  
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etacKstarKpiK.dec b/BaBar_2014/BpBm_etacKstarKpiK.dec
new file mode 100644
index 0000000..7a00d54
--- /dev/null
+++ b/BaBar_2014/BpBm_etacKstarKpiK.dec
@@ -0,0 +1,45 @@
+############################################################
+#                                                          #
+# Decay:      B- -> Eta_c      K-,        B+ -> X          #
+#                   |                                      #
+#                   |                                      #
+#                   |-> K*0 K- pi+                         #
+# + cc                                                     #
+#                                                          #
+# Author: G. London                                        #
+# Created:                   17/November/2000              #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEta_c eta_c
+Alias MyK*0 K*0
+Alias MyK*0bar K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay 
+#
+Decay MyEta_c
+0.500   MyK*0 K- pi+         PHSP;
+0.500   MyK*0bar K+ pi-      PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-               VSS;
+Enddecay 
+#
+Decay MyK*0bar
+1.0000  K- pi+               VSS;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/BpBm_etaceta2piK.dec b/BaBar_2014/BpBm_etaceta2piK.dec
new file mode 100644
index 0000000..808a0d0
--- /dev/null
+++ b/BaBar_2014/BpBm_etaceta2piK.dec
@@ -0,0 +1,38 @@
+############################################################
+#                                                          #
+# Decay:      B- -> Eta_c      K-,        B+ -> X          #
+#                   |                                      #
+#                   |                                      #
+#                   |-> eta 2pi                            #
+# + cc                                                     #
+#                                                          #
+# Author: G. London  M.Langer                              #
+# Created:                   24/October/2000               #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyEta_c eta_c
+Alias MyEta  eta
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-               VSS;
+0.5000 MyB- B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay 
+#
+Decay MyEta_c
+0.0550  MyEta pi+ pi-             PHSP;
+Enddecay
+Decay MyEta
+1.0000  gamma gamma               PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etalnu_FLATQ2.dec b/BaBar_2014/BpBm_etalnu_FLATQ2.dec
new file mode 100644
index 0000000..76df1c7
--- /dev/null
+++ b/BaBar_2014/BpBm_etalnu_FLATQ2.dec
@@ -0,0 +1,38 @@
+###############################################################################
+# This is a DECAY.DEC file for FLATQ2 Decays of B+(-) -> eta l nu:            #
+#   Up(4S) -> B+   B-                                   +CC                   #
+#             |    |                                                          #
+#             |     ->  eta l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# CONTACT: cote@slac.stanford.edu                                             #
+#                                                                             #
+###############################################################################
+# Create our own versions of B-, B+ which will decay to eta l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to eta l nu
+#
+Decay myB-
+0.5000 eta   e-    anti-nu_e         FLATQ2;
+0.5000 eta   mu-   anti-nu_mu        FLATQ2;
+Enddecay
+#
+Decay myB+
+0.5000 eta   e+    nu_e          FLATQ2;
+0.5000 eta   mu+   nu_mu        FLATQ2;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_etalnu_ISGW2.dec b/BaBar_2014/BpBm_etalnu_ISGW2.dec
new file mode 100644
index 0000000..ce37cba
--- /dev/null
+++ b/BaBar_2014/BpBm_etalnu_ISGW2.dec
@@ -0,0 +1,35 @@
+###############################################################################
+# This is a DECAY.DEC file for B+(-) -> eta l nu :                            #
+#                                                                             #
+#   Up(4S) -> B+   B-                                    +CC                  #
+#             |    |                                                          #
+#             |     ->  eta l- nu_bar (l = e or mu)                           #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# Mail: cote@SLAC.STANFORD.EDU                                                #
+###############################################################################
+# Create our own versions of B-, B+ which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to eta l nu
+#
+Decay myB-
+0.5000 eta   e-   anti-nu_e          PHOTOS   ISGW2;
+0.5000 eta   mu-   anti-nu_mu        PHOTOS   ISGW2;
+Enddecay
+Decay myB+
+0.5000 eta   e+   nu_e          PHOTOS   ISGW2;
+0.5000 eta   mu+  nu_mu         PHOTOS   ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etalnu_phsp.dec b/BaBar_2014/BpBm_etalnu_phsp.dec
new file mode 100644
index 0000000..84b4b70
--- /dev/null
+++ b/BaBar_2014/BpBm_etalnu_phsp.dec
@@ -0,0 +1,40 @@
+###############################################################################
+# This is a DECAY.DEC file for phase space Decays of B+(-) -> eta l nu:       #
+#   Up(4S) -> B+   B-                                   +CC                   #
+#             |    |                                                          #
+#             |     ->  eta l- nu_bar (l = e or mu)                           #
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# CONTACT: cote@slac.stanford.edu                                             #
+#                                                                             #
+###############################################################################
+# Create our own versions of B-, B+ which will decay to pi0 l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to eta l nu
+#
+Decay myB-
+0.5000 eta   e-    anti-nu_e         PHOTOS   PHSP;
+0.5000 eta   mu-   anti-nu_mu        PHOTOS   PHSP;
+Enddecay
+#
+Decay myB+
+0.5000 eta   e+    nu_e          PHOTOS   PHSP;
+0.5000 eta   mu+   nu_mu        PHOTOS   PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_etam3pi_K.dec b/BaBar_2014/BpBm_etam3pi_K.dec
new file mode 100644
index 0000000..67c0c91
--- /dev/null
+++ b/BaBar_2014/BpBm_etam3pi_K.dec
@@ -0,0 +1,56 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta K-     B+ -> X    + c.c.        #
+           #               |                                   #
+           #               |                                   #
+           #               !                                   #
+           #               ! -> pi+ pi- pi0                    #
+           #                                                   #
+           #                                                   #
+           #                                                   #
+           # Author: F. Palombo                                #
+           # Created:                14/March/00               #
+           # Submitted by F. Palombo (palombo@mi.infn.it)      #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myeta  K-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myeta  K+                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                       ETA_DALITZ;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etam3pi_KstmK0pi.dec b/BaBar_2014/BpBm_etam3pi_KstmK0pi.dec
new file mode 100644
index 0000000..cb20094
--- /dev/null
+++ b/BaBar_2014/BpBm_etam3pi_KstmK0pi.dec
@@ -0,0 +1,58 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta K*-     B+ -> X    + c.c.        #
+           #               |  |                                #
+           #               |   -> K0 pi-                       #
+           #               |                                   #
+           #                -> pi+ pi- pi0                     #
+           #                                                   #
+           #                                                   #
+           # Author: J. Smith      22/March/00                 #
+           #                                                   #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar+ K*+
+Alias MyKstar- K*-
+Alias MyK_S0 K_S0
+ChargeConj MyB+  MyB-
+ChargeConj MyKstar+  MyKstar-
+#
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000    MyKstar-   Myeta                SVS;
+Enddecay
+#
+Decay MyB+
+1.0000    MyKstar+   Myeta                SVS;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                     ETA_DALITZ;
+Enddecay
+#
+Decay MyKstar+
+1.000     MyK_S0   pi+                    VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000     MyK_S0   pi-                    VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000     pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etam3pi_KstmK0pim2pi0.dec b/BaBar_2014/BpBm_etam3pi_KstmK0pim2pi0.dec
new file mode 100644
index 0000000..74258c5
--- /dev/null
+++ b/BaBar_2014/BpBm_etam3pi_KstmK0pim2pi0.dec
@@ -0,0 +1,61 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta K*-     B+ -> X    + c.c.        #
+           #               |  |                                #
+           #               |   -> K0 pi-                       #
+           #               |       |                           #
+           #               |        -> pi0 pi0                 #
+           #               |                                   #
+           #                -> pi+ pi- pi0                     #
+           #                                                   #
+           #                                                   #
+           # Author: Keith Ulmer     keith.ulmer@colorado.edu  #
+           # Created:  March 19 2004                           #
+           #                                                   #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar+ K*+
+Alias MyKstar- K*-
+Alias MyK_S0 K_S0
+ChargeConj MyB+  MyB-
+ChargeConj MyKstar+  MyKstar-
+#
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000    MyKstar-   Myeta                SVS;
+Enddecay
+#
+Decay MyB+
+1.0000    MyKstar+   Myeta                SVS;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                     ETA_DALITZ;
+Enddecay
+#
+Decay MyKstar+
+1.000     MyK_S0   pi+                    VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000     MyK_S0   pi-                    VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000     pi0 pi0                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etam3pi_KstmKpi0.dec b/BaBar_2014/BpBm_etam3pi_KstmKpi0.dec
new file mode 100644
index 0000000..8f1766e
--- /dev/null
+++ b/BaBar_2014/BpBm_etam3pi_KstmKpi0.dec
@@ -0,0 +1,53 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta K*-     B+ -> X    + c.c.        #
+           #               |  |                                #
+           #               |   -> K- pi0                       #
+           #               |                                   #
+           #                -> pi+ pi- pi0                     #
+           #                                                   #
+           #                                                   #
+           # Author: J. Smith      22/March/00                 #
+           #                                                   #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar+ K*+
+Alias MyKstar- K*-
+ChargeConj MyB+  MyB-
+ChargeConj MyKstar+  MyKstar-
+#
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     MyKstar-   Myeta               SVS;
+Enddecay
+#
+Decay MyB+
+1.0000     MyKstar+   Myeta               SVS;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                     ETA_DALITZ;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0                            VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000 K-   pi0                            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etam3pi_pi.dec b/BaBar_2014/BpBm_etam3pi_pi.dec
new file mode 100644
index 0000000..51f6238
--- /dev/null
+++ b/BaBar_2014/BpBm_etam3pi_pi.dec
@@ -0,0 +1,56 @@
+           ####################################################
+           #                                                   #
+           # Decay: B- -> eta pi-     B+ -> X    + c.c.        #
+           #               |                                   #
+           #               |                                   #
+           #               !                                   #
+           #               ! -> pi+ pi- pi0                    #
+           #                                                   #
+           #                                                   #
+           #                                                   #
+           # Author: F. Palombo                                #
+           # Created:                14/March/00               #
+           # Submitted by F. Palombo (palombo@mi.infn.it)      #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myeta  pi-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myeta  pi+                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                       ETA_DALITZ;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etam3pi_rhompipi0.dec b/BaBar_2014/BpBm_etam3pi_rhompipi0.dec
new file mode 100644
index 0000000..e534b01
--- /dev/null
+++ b/BaBar_2014/BpBm_etam3pi_rhompipi0.dec
@@ -0,0 +1,45 @@
+###################################################
+#                                                 #
+# B+-> eta      rho+  , B0~ -> X  + c.c.          #
+#                 |-> pi+pi0                      #
+#       |-> 3pi                                   #
+# Author: Mirna van Hoek		          #
+# e-mail: mirna@slac.stanford.edu                 #
+# Created: 2001/05/29                             #
+###################################################
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyRho+ rho+
+Alias MyRho- rho-
+ChargeConj MyB+  MyB-
+ChargeConj MyRho+  MyRho-
+#
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     MyRho-   Myeta                 SVS;
+Enddecay
+#
+Decay MyB+
+1.0000     MyRho+   Myeta                 SVS;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                     ETA_DALITZ;
+Enddecay
+#
+Decay MyRho+
+1.000 pi+   pi0                            VSS;
+Enddecay
+#
+Decay MyRho-
+1.000 pi-   pi0                            VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_etamgg_K.dec b/BaBar_2014/BpBm_etamgg_K.dec
new file mode 100644
index 0000000..35808f4
--- /dev/null
+++ b/BaBar_2014/BpBm_etamgg_K.dec
@@ -0,0 +1,56 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta K-     B+ -> X    + c.c.        #
+           #               |                                   #
+           #               |                                   #
+           #               !                                   #
+           #               ! -> gamma gamma                    #
+           #                                                   #
+           #                                                   #
+           #                                                   #
+           # Author: F. Palombo                                #
+           # Created:                14/March/00               #
+           # Submitted by F. Palombo (palombo@mi.infn.it)      #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myeta  K-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myeta  K+                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma                     PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etamgg_KstmK0pi.dec b/BaBar_2014/BpBm_etamgg_KstmK0pi.dec
new file mode 100644
index 0000000..7a0a42c
--- /dev/null
+++ b/BaBar_2014/BpBm_etamgg_KstmK0pi.dec
@@ -0,0 +1,57 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta K*-     B+ -> X    + c.c.        #
+           #               |  |                                #
+           #               |   -> K0 pi-                       #
+           #               |                                   #
+           #                 -> gamma gamma                    #
+           #                                                   #
+           #                                                   #
+           # Author: J. Smith      22/March/00                 #
+           #                                                   #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar+ K*+
+Alias MyKstar- K*-
+Alias MyK_S0 K_S0
+ChargeConj MyB+  MyB-
+ChargeConj MyKstar+  MyKstar-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     MyKstar-   Myeta               SVS;
+Enddecay
+#
+Decay MyB+
+1.0000     MyKstar+   Myeta               SVS;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma                   PHSP;
+Enddecay
+#
+Decay MyKstar+
+1.000     MyK_S0   pi+                    VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000     MyK_S0   pi-                    VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000     pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etamgg_KstmK0pim2pi0.dec b/BaBar_2014/BpBm_etamgg_KstmK0pim2pi0.dec
new file mode 100644
index 0000000..d7bfab8
--- /dev/null
+++ b/BaBar_2014/BpBm_etamgg_KstmK0pim2pi0.dec
@@ -0,0 +1,60 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta K*-     B+ -> X    + c.c.        #
+           #               |  |                                #
+           #               |   -> K0 pi-                       #
+           #               |       |                           #
+           #               |        -> pi0 pi0                 #
+           #               |                                   #
+           #                 -> gamma gamma                    #
+           #                                                   #
+           #                                                   #
+           # Author: Keith Ulmer     keith.ulmer@colorado.edu  #
+           # Created:  March 19 2004                           #
+           #                                                   #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar+ K*+
+Alias MyKstar- K*-
+Alias MyK_S0 K_S0
+ChargeConj MyB+  MyB-
+ChargeConj MyKstar+  MyKstar-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     MyKstar-   Myeta               SVS;
+Enddecay
+#
+Decay MyB+
+1.0000     MyKstar+   Myeta               SVS;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma                   PHSP;
+Enddecay
+#
+Decay MyKstar+
+1.000     MyK_S0   pi+                    VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000     MyK_S0   pi-                    VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000     pi0 pi0                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etamgg_KstmKpi0.dec b/BaBar_2014/BpBm_etamgg_KstmKpi0.dec
new file mode 100644
index 0000000..c212b51
--- /dev/null
+++ b/BaBar_2014/BpBm_etamgg_KstmKpi0.dec
@@ -0,0 +1,52 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta K*-     B+ -> X    + c.c.        #
+           #               |  |                                #
+           #               |   -> K- pi0                       #
+           #               |                                   #
+           #                 -> gamma gamma                    #
+           #                                                   #
+           #                                                   #
+           # Author: J. Smith      22/March/00                 #
+           #                                                   #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyKstar+ K*+
+Alias MyKstar- K*-
+ChargeConj MyB+  MyB-
+ChargeConj MyKstar+  MyKstar-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     MyKstar-   Myeta               SVS;
+Enddecay
+#
+Decay MyB+
+1.0000     MyKstar+   Myeta               SVS;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma                   PHSP;
+Enddecay
+#
+Decay MyKstar+
+1.000 K+   pi0                            VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000 K-   pi0                            VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_etamgg_pi.dec b/BaBar_2014/BpBm_etamgg_pi.dec
new file mode 100644
index 0000000..3acebca
--- /dev/null
+++ b/BaBar_2014/BpBm_etamgg_pi.dec
@@ -0,0 +1,56 @@
+           ####################################################
+           #                                                   #
+           # Decay: B- -> eta pi-     B+ -> X    + c.c.        #
+           #               |                                   #
+           #               |                                   #
+           #               !                                   #
+           #               ! -> gamma gamma                    #
+           #                                                   #
+           #                                                   #
+           #                                                   #
+           # Author: F. Palombo                                #
+           # Created:                14/March/00               #
+           # Submitted by F. Palombo (palombo@mi.infn.it)      #
+           #####################################################
+
+
+#
+#
+
+
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myeta  pi-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myeta  pi+                      PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma                     PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etamgg_rhompipi0.dec b/BaBar_2014/BpBm_etamgg_rhompipi0.dec
new file mode 100644
index 0000000..6672530
--- /dev/null
+++ b/BaBar_2014/BpBm_etamgg_rhompipi0.dec
@@ -0,0 +1,45 @@
+###################################################
+#                                                 #
+# B+-> eta      rho+  , B0~ -> X  + c.c.          #
+#                 |-> pi+pi0                      #
+#       |-> 2gamma                                #
+# Author: Mirna van Hoek		          #
+# e-mail: mirna@slac.stanford.edu                 #
+# Created: 2001/05/29                             #
+###################################################
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyRho+ rho+
+Alias MyRho- rho-
+ChargeConj MyB+  MyB-
+ChargeConj MyRho+  MyRho-
+#
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     MyRho-   Myeta                 SVS;
+Enddecay
+#
+Decay MyB+
+1.0000     MyRho+   Myeta                 SVS;
+Enddecay
+#
+Decay Myeta
+1.0000     gamma  gamma                   PHSP;
+Enddecay
+#
+Decay MyRho+
+1.000 pi+   pi0                            VSS;
+Enddecay
+#
+Decay MyRho-
+1.000 pi-   pi0                            VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kpi0.dec b/BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kpi0.dec
new file mode 100644
index 0000000..3a82d64
--- /dev/null
+++ b/BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kpi0.dec
@@ -0,0 +1,59 @@
+           ########################################################
+           #                                                      #
+           # Decay: B+ -> eta'   K*+   B- -> X  + C.C             #
+           #               |      |                               #
+           #               |      |-> K+ pi0                      #
+           #               |                                      #
+           #               |-> pi+ pi- eta                        #
+           #                            |-> gamma gamma           #
+           #                                                      #
+           #                                                      #  
+           #                                                      #
+           # Author: Paul C. Bloom                                #
+           # Created:  July 18 2001                               #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB+          B+
+Alias MyB-          B-
+Alias MyEta'        eta'
+Alias MyEta         eta
+Alias MyKstar+      K*+
+Alias MyKstar-      K*-   
+
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyKstar+  MyEta'        SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyKstar-  MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  pi+ pi- MyEta                PHSP;
+Enddecay
+#
+Decay MyEta
+1.000  gamma  gamma                 PHSP;
+Enddecay
+#
+Decay MyKstar+
+1.000  K+   pi0                     VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000  K-   pi0                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kspi.dec b/BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kspi.dec
new file mode 100644
index 0000000..5481035
--- /dev/null
+++ b/BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kspi.dec
@@ -0,0 +1,65 @@
+           ########################################################
+           #                                                      #
+           # Decay: B+ -> eta'   K*+   B- -> X  + C.C             #
+           #               |      |                               #
+           #               |      |-> Ks pi+                      #
+           #               |           |->pi+pi-                  #
+           #               |                                      #
+           #               |-> pi+ pi- eta                        #
+           #                            |-> gamma gamma           #
+           #                                                      #
+           #                                                      #  
+           #                                                      #
+           # Author: Paul C. Bloom                                #
+           # Created:  July 18 2001                               #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB+          B+
+Alias MyB-          B-
+Alias MyEta'        eta'
+Alias MyEta         eta
+Alias MyKstar+      K*+
+Alias MyKstar-      K*-
+Alias MyK_S0 K_S0
+
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyKstar+  MyEta'        SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyKstar-  MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  pi+ pi- MyEta                PHSP;
+Enddecay
+#
+Decay MyEta
+1.000  gamma  gamma                 PHSP;
+Enddecay
+#
+Decay MyKstar+
+1.000  MyK_S0   pi+                     VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000  MyK_S0   pi-                     VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000  pi+ pi-			PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kspi_2pi0.dec b/BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kspi_2pi0.dec
new file mode 100644
index 0000000..d6e8cb3
--- /dev/null
+++ b/BaBar_2014/BpBm_etapKstar_eta2pi_gg_Kspi_2pi0.dec
@@ -0,0 +1,65 @@
+           ########################################################
+           #                                                      #
+           # Decay: B+ -> eta'   K*+   B- -> X  + C.C             #
+           #               |      |                               #
+           #               |      |-> Ks pi+                      #
+           #               |           |->pi0pi0                  #
+           #               |                                      #
+           #               |-> pi+ pi- eta                        #
+           #                            |-> gamma gamma           #
+           #                                                      #
+           #                                                      #  
+           #                                                      #
+           # Author: Keith Ulmer      keith.ulmer@colorado.edu    #
+           # Created:  March 19 2004                              #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB+          B+
+Alias MyB-          B-
+Alias MyEta'        eta'
+Alias MyEta         eta
+Alias MyKstar+      K*+
+Alias MyKstar-      K*-
+Alias MyK_S0 K_S0
+
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyKstar+  MyEta'        SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyKstar-  MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  pi+ pi- MyEta                PHSP;
+Enddecay
+#
+Decay MyEta
+1.000  gamma  gamma                 PHSP;
+Enddecay
+#
+Decay MyKstar+
+1.000  MyK_S0   pi+                     VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000  MyK_S0   pi-                     VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000  pi0 pi0			PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_etapKstar_rhog_Kpi0.dec b/BaBar_2014/BpBm_etapKstar_rhog_Kpi0.dec
new file mode 100644
index 0000000..b078527
--- /dev/null
+++ b/BaBar_2014/BpBm_etapKstar_rhog_Kpi0.dec
@@ -0,0 +1,57 @@
+           ########################################################
+           #                                                      #
+           # Decay: B+ -> eta'   K*+   B- -> X  + C.C             #
+           #               |      |                               #
+           #               |      |-> K pi0                       #
+           #               |                                      #
+           #               |-> rho   gamma                        #
+           #                    |-> pi+ pi-                       #
+           #                                                      #  
+           #                                                      #
+           # Author: Paul C. Bloom                                #
+           # Created:  July 18 2001                               #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB+          B+
+Alias MyB-          B-
+Alias MyEta'        eta'
+Alias MyKstar+      K*+
+Alias MyKstar-      K*-
+Alias MyRho0        rho0
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyKstar+  MyEta'        SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyKstar-  MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  MyRho0 gamma           SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+  pi-                 VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000  K+   pi0                     VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000  K-   pi0                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_etapKstar_rhog_Kspi.dec b/BaBar_2014/BpBm_etapKstar_rhog_Kspi.dec
new file mode 100644
index 0000000..36086ab
--- /dev/null
+++ b/BaBar_2014/BpBm_etapKstar_rhog_Kspi.dec
@@ -0,0 +1,63 @@
+           ########################################################
+           #                                                      #
+           # Decay: B+ -> eta'   K*+   B- -> X  + C.C             #
+           #               |      |                               #
+           #               |      |-> Ks pi+                      #
+           #               |           |->pi+pi-                  #
+           #               |                                      #
+           #               |-> rho   gamma                        #
+           #                    |-> pi+ pi-                       #
+           #                                                      #  
+           #                                                      #
+           # Author: Paul C. Bloom                                #
+           # Created:  July 18 2001                               #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB+          B+
+Alias MyB-          B-
+Alias MyEta'        eta'
+Alias MyKstar+      K*+
+Alias MyKstar-      K*-
+Alias MyK_S0 K_S0
+Alias MyRho0         rho0
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyKstar+  MyEta'        SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyKstar-  MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  MyRho0 gamma           SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+  pi-                 VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000  MyK_S0   pi+                     VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000  MyK_S0   pi-                     VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000  pi+ pi-			PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_etapKstar_rhog_Kspi_2pi0.dec b/BaBar_2014/BpBm_etapKstar_rhog_Kspi_2pi0.dec
new file mode 100644
index 0000000..c9ae53e
--- /dev/null
+++ b/BaBar_2014/BpBm_etapKstar_rhog_Kspi_2pi0.dec
@@ -0,0 +1,63 @@
+           ########################################################
+           #                                                      #
+           # Decay: B+ -> eta'   K*+   B- -> X  + C.C             #
+           #               |      |                               #
+           #               |      |-> Ks pi+                      #
+           #               |           |->pi0pi0                  #
+           #               |                                      #
+           #               |-> rho   gamma                        #
+           #                    |-> pi+ pi-                       #
+           #                                                      #  
+           #                                                      #
+           # Author: Keith Ulmer    keith.ulmer@colorado.edu      #
+           # Created:  March 19 2004                              #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB+          B+
+Alias MyB-          B-
+Alias MyEta'        eta'
+Alias MyKstar+      K*+
+Alias MyKstar-      K*-
+Alias MyK_S0 K_S0
+Alias MyRho0         rho0
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyKstar+  MyEta'        SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyKstar-  MyEta'        SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  MyRho0 gamma           SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+  pi-                 VSS;
+Enddecay
+#
+Decay MyKstar+
+1.000  MyK_S0   pi+                     VSS;
+Enddecay
+#
+Decay MyKstar-
+1.000  MyK_S0   pi-                     VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000  pi0 pi0			PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_etaplnu_FLATQ2.dec b/BaBar_2014/BpBm_etaplnu_FLATQ2.dec
new file mode 100644
index 0000000..9e6a381
--- /dev/null
+++ b/BaBar_2014/BpBm_etaplnu_FLATQ2.dec
@@ -0,0 +1,38 @@
+###############################################################################
+# This is a DECAY.DEC file for FLATQ2 Decays of B+(-) -> eta' l nu:           #
+#   Up(4S) -> B+   B-                                   +CC                   #
+#             |    |                                                          #
+#             |     ->  eta' l- nu_bar (l = e or mu)                          # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# CONTACT: cote@slac.stanford.edu                                             #
+#                                                                             #
+###############################################################################
+# Create our own versions of B-, B+ which will decay to eta' l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to eta' l nu
+#
+Decay myB-
+0.5000 eta'   e-    anti-nu_e         FLATQ2;
+0.5000 eta'   mu-   anti-nu_mu        FLATQ2;
+Enddecay
+#
+Decay myB+
+0.5000 eta'   e+    nu_e          FLATQ2;
+0.5000 eta'   mu+   nu_mu        FLATQ2;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_etapm5pi_K.dec b/BaBar_2014/BpBm_etapm5pi_K.dec
new file mode 100644
index 0000000..2a501d5
--- /dev/null
+++ b/BaBar_2014/BpBm_etapm5pi_K.dec
@@ -0,0 +1,61 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta' K-     B+ -> X    + c.c.        #
+           #               |                                   #
+           #               |                                   #
+           #               |-> eta pi+ pi-                     #
+           #                    |                              #
+	   #                    |                              #
+           #                    |-> pi+ pi- pi0                #
+           #                                                   #
+           # Author: F. Palombo                                #
+           # Created:                14/March/00               #
+           # Submitted by F. Palombo ( palombo@mi.infn.it)     #
+           #                                                   #      
+           #####################################################
+
+
+#
+#
+
+Alias Myeta' eta'
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myeta'  K-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myeta'  K+                      PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000    pi+ pi- Myeta                    PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                       ETA_DALITZ;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etapm5pi_pi.dec b/BaBar_2014/BpBm_etapm5pi_pi.dec
new file mode 100644
index 0000000..eb2a6a5
--- /dev/null
+++ b/BaBar_2014/BpBm_etapm5pi_pi.dec
@@ -0,0 +1,61 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta' pi-     B+ -> X    + c.c.        #
+           #               |                                   #
+           #               |                                   #
+           #               |-> eta pi+ pi-                     #
+           #                    |                              #
+	   #                    |                              #
+           #                    |-> pi+ pi- pi0                #
+           #                                                   #
+           # Author: F. Palombo                                #
+           # Created:                14/March/00               #
+           # Submitted by F. Palombo ( palombo@mi.infn.it)     #
+           #                                                   #      
+           #####################################################
+
+
+#
+#
+
+Alias Myeta' eta'
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myeta'  pi-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myeta'  pi+                      PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000    pi+ pi- Myeta                    PHSP;
+Enddecay
+#
+Decay Myeta
+1.0000    pi+ pi- pi0                       ETA_DALITZ;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etapmgg2pi_K.dec b/BaBar_2014/BpBm_etapmgg2pi_K.dec
new file mode 100644
index 0000000..b2172b8
--- /dev/null
+++ b/BaBar_2014/BpBm_etapmgg2pi_K.dec
@@ -0,0 +1,60 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta' K-     B+ -> X    + c.c.        #
+           #               |                                   #
+           #               |-> eta pi+ pi-                     #
+           #                    |                              #
+	   #                    |                              #
+           #                    |-> gamma gamma                #
+           #                                                   #
+           # Author: F. Palombo, J. Smith                      #
+           # Created:                11/February/99            #
+           # Submitted by F. Palombo ( palombo@mi.infn.it)     #
+           #                                                   #      
+           #####################################################
+
+
+#
+#
+
+Alias Myeta' eta'
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myeta'  K-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myeta'  K+                      PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000       pi+ pi- Myeta                    PHSP;
+Enddecay
+#
+Decay Myeta
+1.000     gamma  gamma                     PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etapmgg2pi_pi.dec b/BaBar_2014/BpBm_etapmgg2pi_pi.dec
new file mode 100644
index 0000000..b034416
--- /dev/null
+++ b/BaBar_2014/BpBm_etapmgg2pi_pi.dec
@@ -0,0 +1,60 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta' pi-     B+ -> X    + c.c.        #
+           #               |                                   #
+           #               |-> eta pi+ pi-                     #
+           #                    |                              #
+	   #                    |                              #
+           #                    |-> gamma gamma                #
+           #                                                   #
+           # Author: F. Palombo, J. Smith                      #
+           # Created:                11/February/99            #
+           # Submitted by F. Palombo ( palombo@mi.infn.it)     #
+           #                                                   #      
+           #####################################################
+
+
+#
+#
+
+Alias Myeta' eta'
+Alias Myeta eta
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myeta'  pi-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myeta'  pi+                      PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000    pi+ pi- Myeta                    PHSP;
+Enddecay
+#
+Decay Myeta
+1.000     gamma  gamma                     PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etapmrho0g_K.dec b/BaBar_2014/BpBm_etapmrho0g_K.dec
new file mode 100644
index 0000000..5cd417e
--- /dev/null
+++ b/BaBar_2014/BpBm_etapmrho0g_K.dec
@@ -0,0 +1,64 @@
+            ####################################################
+           #                                                   #
+           # Decay: B- -> eta' K-     B+ -> X    + c.c.        #
+           #               |                                   #
+           #               |                                   #
+           #               |                                   #
+           #               |-> gamma rho0                      #
+           #                          |                        #
+           #                          |-> pi+ pi-              #
+           #                                                   #
+           # Author: F. Palombo, J. Smith                      #
+           # Created:                11/February/99            #
+           # Corrected eta' decay (march 00)                   #
+           # Submitted by F. Palombo ( palombo@mi.infn.it)     #
+           #                                                   #      
+           #####################################################
+
+
+#
+#
+
+Alias Myeta' eta'
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myeta'  K-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myeta'  K+                      PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000    rho0 gamma            SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etapmrho0g_pi.dec b/BaBar_2014/BpBm_etapmrho0g_pi.dec
new file mode 100644
index 0000000..b1cb705
--- /dev/null
+++ b/BaBar_2014/BpBm_etapmrho0g_pi.dec
@@ -0,0 +1,62 @@
+             ####################################################
+           #                                                   #
+           # Decay: B- -> eta' pi-     B+ -> X    + c.c.        #
+           #               |                                   #
+           #               |                                   #
+           #               |                                   #
+           #               |-> gamma rho0                      #
+           #                          |                        #
+           #                          |-> pi+ pi-              #
+           #                                                   #
+           # Author: F. Palombo, J. Smith                      #
+           # Created:                11/February/99            #
+           # Corrected eta' decay (march 00)                   #
+           # Submitted by F. Palombo ( palombo@mi.infn.it)     #
+           #                                                   #      
+           #####################################################
+#
+#
+
+Alias Myeta' eta'
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                       VSS;
+0.500   B+       MyB-                       VSS;
+Enddecay
+#
+Decay MyB-
+1.0000     Myeta'  pi-                      PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000     Myeta'  pi+                      PHSP;
+Enddecay
+#
+Decay Myeta'
+1.0000    rho0  gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_etaprhoc_eta2pi_gg_2pi.dec b/BaBar_2014/BpBm_etaprhoc_eta2pi_gg_2pi.dec
new file mode 100644
index 0000000..5dc1839
--- /dev/null
+++ b/BaBar_2014/BpBm_etaprhoc_eta2pi_gg_2pi.dec
@@ -0,0 +1,59 @@
+           ########################################################
+           #                                                      #
+           # Decay: B+ (B-)-> eta' rho+   TheOtherB0-> X          #
+           #                    |    |                            #
+           #                    |    |-> pi+ pi0                  #
+           #                    |                                 #
+           #                    |-> pi+ pi- eta                   #
+           #                                  |-> gamma gamma     #
+           #                                                      #
+           #                                                      #  
+           #                                                      #
+           # Author: Paul C. Bloom                                #
+           # Created:  July 18 2001                               #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB+	B+
+Alias MyB-	B-
+Alias MyEta' 	eta'
+Alias MyEta 	eta
+Alias MyRho+    rho+
+Alias MyRho-	rho-
+
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyRho+       MyEta'        SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyRho-  MyEta'             SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  pi+ pi- MyEta                PHSP;
+Enddecay
+#
+Decay MyEta
+1.000  gamma  gamma                 PHSP;
+Enddecay
+#
+Decay MyRho+
+1.000  pi+   pi0                     VSS;
+Enddecay
+#
+Decay MyRho-
+1.000  pi-   pi0                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_etaprhoc_rhog_2pi.dec b/BaBar_2014/BpBm_etaprhoc_rhog_2pi.dec
new file mode 100644
index 0000000..8bf2520
--- /dev/null
+++ b/BaBar_2014/BpBm_etaprhoc_rhog_2pi.dec
@@ -0,0 +1,58 @@
+           ########################################################
+           #                                                      #
+           # Decay: B+ (B-)-> eta' rho+        TheOtherB0-> X     #
+           #                    |    |                            #
+           #                    |    |-> pi+ pi0                  #
+           #                    |                                 #
+           #                    |-> rho0 gamma                    #
+           #                          |-> pi+ pi-                 #
+           #                                                      #
+           #                                                      #  
+           #                                                      #
+           # Author: Paul C. Bloom                                #
+           # Created: July 18, 2001                               #
+           #                                                      #
+           ########################################################
+
+
+
+Alias MyB+	B+
+Alias MyB-	B-
+Alias MyEta' eta'
+Alias MyRho0      rho0
+Alias MyRho+      rho+
+Alias MyRho-      rho-
+#
+Decay Upsilon(4S)
+0.500   MyB+       B-                     VSS;
+0.500   B+       MyB-                     VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyRho+       MyEta'        SVS;
+Enddecay
+#
+Decay MyB-
+1.000  MyRho-  MyEta'             SVS;
+Enddecay
+#
+Decay MyEta'
+1.000  MyRho0 gamma           SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyRho0
+1.000  pi+   pi-                     VSS;
+Enddecay
+#
+Decay MyRho+
+1.000  pi+   pi0                     VSS;
+Enddecay
+#
+Decay MyRho-
+1.000  pi-   pi0                     VSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_f01370Kp_f0pipi.dec b/BaBar_2014/BpBm_f01370Kp_f0pipi.dec
new file mode 100644
index 0000000..e341ab2
--- /dev/null
+++ b/BaBar_2014/BpBm_f01370Kp_f0pipi.dec
@@ -0,0 +1,50 @@
+###################################################
+#                                                 #
+# B+ -> f0(1370) K+   + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: Kelly Ford                              # 
+# Created: 06-Feb-04                              #
+# Using Andreas Hoecker's f'0 patch               #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> f0(1370) K+ using phase space.
+# The f0(1370) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0-1370) = 1.434 +- 0.018 GeV/c^2
+#                 G(f0-1370) = 0.173 +- 0.032 GeV/c^2
+# )
+#
+Particle f'_0 1.434 0.173
+#
+ChangeMassMin f'_0 0.40
+ChangeMassMax f'_0 2.50
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myf'0 f'_0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-               VSS;
+0.50000 B-  MyB+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myf'0 K+                PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  Myf'0 K-                PHSP;
+Enddecay
+#
+Decay Myf'0
+1.000  pi+ pi-                 PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_f0Kp_f0mpipi.dec b/BaBar_2014/BpBm_f0Kp_f0mpipi.dec
new file mode 100644
index 0000000..bbd7889
--- /dev/null
+++ b/BaBar_2014/BpBm_f0Kp_f0mpipi.dec
@@ -0,0 +1,55 @@
+###################################################
+#                                                 #
+# B+ -> f0(980) K+    + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: Kelly Ford                              #
+# Created: 06/Feb/04                              #
+#                                                 #
+# Taken from f0(980) Ks patch by Andreas Hoecker  #
+#						  #
+###################################################
+#
+# Decay table for B+ -> f0(980) K+ using phase space.
+# The f0(980) decays to pi+ pi-.
+#
+# BEGIN sp5 patch 
+# (
+#    note: the results from the ordinary BW fit
+#          are used and not those from the coupled
+#          channel BW, which is not in EvtGen
+#
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+# )
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myf0 f_0
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-             VSS;
+0.50000 B-  MyB+             VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myf0 K+               PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  Myf0 K-               PHSP;
+Enddecay
+#
+Decay Myf0
+1.000  pi+ pi-               PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_f0pi_f0topipi.dec b/BaBar_2014/BpBm_f0pi_f0topipi.dec
new file mode 100644
index 0000000..6f93189
--- /dev/null
+++ b/BaBar_2014/BpBm_f0pi_f0topipi.dec
@@ -0,0 +1,49 @@
+###################################################
+#                                                 #
+# B+ -> f0(980) pi+           + C.C.              #
+#        |                                        # 
+#        `--> pi+ pi-                             #
+#                                                 #
+# John Back (jback@slac.stanford.edu)             #
+# Created: 21st Jan 2004                          #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> f0(980) pi+ using phase space.
+# The f0(980) decays to pi+ pi-.
+# Note that the results from the ordinary BW fit
+# are used and not those from the coupled
+# channel BW, which is not in EvtGen.
+#
+# Mass and width taken from:
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0) = 0.975 +- 0.003 GeV/c^2
+#                 G(f0) = 0.044 +- 0.002 +- 0.002 GeV/c^2
+#
+Particle f_0 0.975 0.044
+#
+ChangeMassMin f_0 0.40
+ChangeMassMax f_0 1.30
+#
+Alias MyB+  B+
+Alias MyB-  B-
+Alias Myf_0 f_0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   Myf_0 pi+            PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   Myf_0 pi-            PHSP;
+Enddecay
+#
+Decay Myf_0
+1.000    pi+ pi-              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_f2Kp_f2mpipi.dec b/BaBar_2014/BpBm_f2Kp_f2mpipi.dec
new file mode 100644
index 0000000..954189f
--- /dev/null
+++ b/BaBar_2014/BpBm_f2Kp_f2mpipi.dec
@@ -0,0 +1,40 @@
+###################################################
+#                                                 #
+# B0 -> f2(1270) K+   + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             #
+#                                                 #
+# Author: Kelly Ford                              # 
+# Created: 06-Feb-2004                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> f2(1270) K+ 
+# The f2 decays to pi+ pi- using the TSS model
+# f2(1270) resonance parameters unchanged (seem ok in pdg.table)
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myf2 f_2
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-                          VSS;
+0.50000 B-  MyB+                          VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myf2 K+            STS;
+Enddecay
+#
+Decay MyB-
+1.000  Myf2 K-            STS;
+Enddecay
+#
+Decay Myf2
+1.000  pi- pi+            TSS;
+Enddecay
+End
+
+
+
diff --git a/BaBar_2014/BpBm_generic.dec b/BaBar_2014/BpBm_generic.dec
new file mode 100644
index 0000000..c3fe7dd
--- /dev/null
+++ b/BaBar_2014/BpBm_generic.dec
@@ -0,0 +1,16 @@
+###################################################
+#                                                 #
+# Generic charged B decays                        #
+#                                                 #
+#                                                 #
+# Contact:Anders Ryd  (ryd@slac.stanford.edu)     #
+# Created:                  22/Nov/99             #
+###################################################
+#
+#
+Decay Upsilon(4S)
+1.00000 B+  B-                          VSS;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BpBm_genericKstar_ee_Ball.dec b/BaBar_2014/BpBm_genericKstar_ee_Ball.dec
new file mode 100644
index 0000000..3e307ef
--- /dev/null
+++ b/BaBar_2014/BpBm_genericKstar_ee_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K*+(generic) e+ e-      + c.c.            #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     1/Jun/03           #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   K*+  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   K*-  e+   e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_genericKstar_mumu_Ball.dec b/BaBar_2014/BpBm_genericKstar_mumu_Ball.dec
new file mode 100644
index 0000000..ef26adf
--- /dev/null
+++ b/BaBar_2014/BpBm_genericKstar_mumu_Ball.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> K*+(generic) mu+ mu-    + c.c.            #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: S.Willocq (willocq@slac.stanford.edu)   #
+# created:                     1/Jun/03           #
+###################################################
+#
+Alias MyB+  B+
+Alias MyB-  B-
+#
+Decay Upsilon(4S)
+0.50 MyB+  B-   VSS;
+0.50 MyB-  B+   VSS;
+Enddecay
+#
+Decay MyB+
+1.00   K*+  mu+    mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00   K*-  mu+    mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_kkkkk.dec b/BaBar_2014/BpBm_kkkkk.dec
new file mode 100644
index 0000000..0c9c38f
--- /dev/null
+++ b/BaBar_2014/BpBm_kkkkk.dec
@@ -0,0 +1,37 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> K+K-K+K- K                          #
+#             B0bar -> generic                             #
+#                                                          #
+# Author: Prafulla Kumar Behera                            #
+# e-mail: behera@slac.stanford.edu                         #
+# Created:  04/29/2004                                     #
+#                                                          #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  K+ K- K+ K- K+               PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  K+ K- K- K+ K-               PHSP;
+Enddecay 
+#
+
+End
+
+
diff --git a/BaBar_2014/BpBm_lambdalambdak.dec b/BaBar_2014/BpBm_lambdalambdak.dec
new file mode 100644
index 0000000..d9f4df5
--- /dev/null
+++ b/BaBar_2014/BpBm_lambdalambdak.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# Decay: B+B- -> Lambda antiLambda k              #
+#                                                 #
+# Author: S. Saremi  Oct/02/03                    #
+###################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+#
+Decay Upsilon(4S)
+1.000 B+ B- MyB+ MyB- VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+1.000 MyLambda0 Myanti-Lambda0 K+   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyLambda0 Myanti-Lambda0 K-  PHSP;
+Enddecay
+#
+Decay MyLambda0
+1.000 p+ pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-Lambda0
+1.000 anti-p- pi+             PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_lambdalambdapi.dec b/BaBar_2014/BpBm_lambdalambdapi.dec
new file mode 100644
index 0000000..788b497
--- /dev/null
+++ b/BaBar_2014/BpBm_lambdalambdapi.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# Decay: B+B- -> Lambda antiLambda pi             #
+#                                                 #
+# Author: S. Saremi  Oct/02/03                    #
+###################################################
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+#
+Decay Upsilon(4S)
+1.000 B+ B- MyB+ MyB- VSS_BMIX dm;
+Enddecay
+#
+Decay MyB+
+1.000 MyLambda0 Myanti-Lambda0 pi+   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyLambda0 Myanti-Lambda0 pi-  PHSP;
+Enddecay
+#
+Decay MyLambda0
+1.000 p+ pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-Lambda0
+1.000 anti-p- pi+             PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_lambdapbargamma.dec b/BaBar_2014/BpBm_lambdapbargamma.dec
new file mode 100644
index 0000000..206f0ae
--- /dev/null
+++ b/BaBar_2014/BpBm_lambdapbargamma.dec
@@ -0,0 +1,28 @@
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+Decay MyB-
+1.000 MyLambda0 anti-p- gamma B_TO_LAMBDA_PBAR_GAMMA;
+Enddecay
+
+Decay MyB+
+1.000 Myanti-Lambda0 p+ gamma B_TO_LAMBDA_PBAR_GAMMA;
+Enddecay
+
+Decay MyLambda0
+1.00 p+ pi-                  PHSP;
+Enddecay
+
+Decay Myanti-Lambda0
+1.00 anti-p- pi+             PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/BpBm_lambdaproton.dec b/BaBar_2014/BpBm_lambdaproton.dec
new file mode 100644
index 0000000..6be41df
--- /dev/null
+++ b/BaBar_2014/BpBm_lambdaproton.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# B- -> Lambda pbar   +cc                         #
+#                                                 #
+# Author: Aaron Roodman                           #
+# created:                    26/Aug/02           #
+###################################################
+#
+# Decay table for B- -> pi- pi0 using a simple PHSP
+# model.
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     Myanti-Lambda0  p+    PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     MyLambda0  anti-p-    PHSP;
+Enddecay
+#
+Decay MyLambda0
+1.00 p+ pi-                  PHSP;
+Enddecay
+#
+Decay Myanti-Lambda0
+1.00 anti-p- pi+             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_lnugamma.dec b/BaBar_2014/BpBm_lnugamma.dec
new file mode 100644
index 0000000..628ac5e
--- /dev/null
+++ b/BaBar_2014/BpBm_lnugamma.dec
@@ -0,0 +1,31 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                 + CC                                     #
+#            |    |                                                           #
+#            |     ->  l- nubar gamma (l - e or mu)                           #
+#            |                                                                #
+#             ->X                                                             #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+.50000 e+    nu_e     gamma              PHSP;
+.50000 mu+   nu_mu    gamma       	 PHSP;
+Enddecay
+Decay myB-
+.50000 e-    anti-nu_e    gamma          PHSP;
+.50000 mu-   anti-nu_mu   gamma       	 PHSP;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/BpBm_munu.dec b/BaBar_2014/BpBm_munu.dec
new file mode 100644
index 0000000..5fed174
--- /dev/null
+++ b/BaBar_2014/BpBm_munu.dec
@@ -0,0 +1,34 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> mu nu:                            #
+#   Up(4S) -> B+   B-                                   +CC               #
+#             |    |                                                      #
+#             |     ->  mu- nu_bar                                        #
+#             |                                                           #
+#              -> X                                                       #
+# Joe Izen 12/13/99, (adapeted from B-> tau nu, Kevin Hall  12 Feb 1999   #
+# Mail: JOE@SLAC.STANFORD.EDU 
+###########################################################################
+# Create our own versions of B-, B+ which will decay to tau nu_tau
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force myB to always decay to mu nu_tau
+#
+Decay myB-
+1.0000 mu- anti-nu_mu  PHOTOS SLN;
+Enddecay
+#
+Decay myB+
+1.0000 mu+ nu_mu      PHOTOS  SLN;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_munugamma.dec b/BaBar_2014/BpBm_munugamma.dec
new file mode 100644
index 0000000..3c0504e
--- /dev/null
+++ b/BaBar_2014/BpBm_munugamma.dec
@@ -0,0 +1,29 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                 + CC                                     #
+#            |    |                                                           #
+#            |     ->  mu- nu_mubar gamma                                     #
+#            |                                                                #
+#             ->X                                                             #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 mu+   nu_mu        gamma       	 PHSP;
+Enddecay
+Decay myB-
+1.0000 mu-   anti-nu_mu   gamma       	 PHSP;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/BpBm_munugamma_KM.dec b/BaBar_2014/BpBm_munugamma_KM.dec
new file mode 100644
index 0000000..aa5d5bb
--- /dev/null
+++ b/BaBar_2014/BpBm_munugamma_KM.dec
@@ -0,0 +1,33 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                 + CC                                     #
+#            |    |                                                           #
+#            |     ->  mu- nu_mubar gamma                                     #
+#            |                                                                #
+#             ->X                                                             #
+#                                                                             #
+#                                                                             #
+# Uses tree-level matrix element from                                         #
+# Korchemsky, Pirjol, and Yan,Phy Rev D 61 (200) 114510                       #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 mu+  nu_mu  gamma  LNUGAMMA 0.35 3.0 5.0;
+Enddecay
+Decay myB-
+1.0000 mu-  anti-nu_mu  gamma LNUGAMMA 0.35 3.0 5.0;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/BpBm_munugamma_KM_PH.dec b/BaBar_2014/BpBm_munugamma_KM_PH.dec
new file mode 100644
index 0000000..755533d
--- /dev/null
+++ b/BaBar_2014/BpBm_munugamma_KM_PH.dec
@@ -0,0 +1,33 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                 + CC                                     #
+#            |    |                                                           #
+#            |     ->  mu- nu_mubar gamma                                     #
+#            |                                                                #
+#             ->X                                                             #
+#                                                                             #
+#                                                                             #
+# Uses tree-level matrix element from                                         #
+# Korchemsky, Pirjol, and Yan,Phy Rev D 61 (200) 114510                       #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 mu+  nu_mu  gamma  PHOTOS LNUGAMMA 0.35 3.0 5.0;
+Enddecay
+Decay myB-
+1.0000 mu-  anti-nu_mu  gamma PHOTOS LNUGAMMA 0.35 3.0 5.0;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/BpBm_munugamma_KM_PH_fa0.dec b/BaBar_2014/BpBm_munugamma_KM_PH_fa0.dec
new file mode 100644
index 0000000..2357908
--- /dev/null
+++ b/BaBar_2014/BpBm_munugamma_KM_PH_fa0.dec
@@ -0,0 +1,33 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                 + CC                                     #
+#            |    |                                                           #
+#            |     ->  mu- nu_mubar gamma                                     #
+#            |                                                                #
+#             ->X                                                             #
+#                                                                             #
+#                                                                             #
+# Uses tree-level matrix element from                                         #
+# Korchemsky, Pirjol, and Yan,Phy Rev D 61 (200) 114510                       #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 mu+  nu_mu  gamma  PHOTOS LNUGAMMA 0.35 3.0 5.0 1.0;
+Enddecay
+Decay myB-
+1.0000 mu-  anti-nu_mu  gamma PHOTOS LNUGAMMA 0.35 3.0 5.0 1.0;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/BpBm_mupmupKm_PHSP.dec b/BaBar_2014/BpBm_mupmupKm_PHSP.dec
new file mode 100644
index 0000000..d10e80c
--- /dev/null
+++ b/BaBar_2014/BpBm_mupmupKm_PHSP.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# B+ -> mu+ mu+ K- + C.C.                         #
+#                                                 #
+# Author: John Back (jback@slac.stanford.edu)     #
+# created:                     23 Oct 2002        #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00   mu+ mu+ K-     PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00   mu- mu- K+     PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_mupmuppim_PHSP.dec b/BaBar_2014/BpBm_mupmuppim_PHSP.dec
new file mode 100644
index 0000000..1d94564
--- /dev/null
+++ b/BaBar_2014/BpBm_mupmuppim_PHSP.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# B+ -> mu+ mu+ pi- + C.C.                        #
+#                                                 #
+# Author: John Back (jback@slac.stanford.edu)     #
+# created:                     23 Oct 2002        #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00   mu+ mu+ pi-     PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00   mu- mu- pi+     PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_noSLemu_noSLemu.dec b/BaBar_2014/BpBm_noSLemu_noSLemu.dec
new file mode 100644
index 0000000..3bd3375
--- /dev/null
+++ b/BaBar_2014/BpBm_noSLemu_noSLemu.dec
@@ -0,0 +1,575 @@
+###############################################################################
+# Decay file for Y(4S) -> B+ B-
+#                         |  |
+#                         |   --> non-SL
+#                          -----> non-SL
+#
+# Prepared by D. Kirkby (kirkby@hep.stanford.edu)
+# Last change 15 Nov 1999
+###############################################################################
+
+## define aliases with restricted decay modes (which are specified below)
+
+Alias B+_SL-e   B+
+Alias B+_SL-mu  B+
+Alias B+_no-SL  B+
+
+Alias B-_SL-e   B-
+Alias B-_SL-mu  B-
+Alias B-_no-SL  B-
+
+## define charge conjugate relationships between aliases
+
+ChargeConj B+_SL-e  B-_SL-e
+ChargeConj B+_SL-mu B-_SL-mu
+ChargeConj B+_no-SL B-_no-SL
+
+## Y(4S) decays only to B0 B0bar, with mixing but no CP violation
+
+Decay Upsilon(4S)
+  1.0  B+_no-SL B-_no-SL  VSS;
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-e
+
+# b -> c e+ nu (10.4%)
+
+0.0490   anti-D*0    e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   anti-D0    e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_10   e+   nu_e        PHOTOS  ISGW2;
+0.0040   anti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0070   anti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   D*-  pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0030   anti-D0  pi0   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+
+# b -> u e+ nu (0.0891%)
+
+0.000032   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000012   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000125   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000125   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000020   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000137   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000080   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000012   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000006   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000006   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000068   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000068   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000040   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000040   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000060   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000060   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D(2S)0 e+   nu_e      PHOTOS  ISGW2;
+0.000000   anti-D*(2S)0 e+   nu_e      PHOTOS  ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_SL-mu
+
+# b -> c mu+ nu (10.4%)
+
+0.0490   anti-D*0    mu+  nu_mu        PHOTOS        HQET 0.92 1.18 0.72;
+0.0210   anti-D0    mu+  nu_mu         PHOTOS       ISGW2;
+0.0040   anti-D_10   mu+  nu_mu        PHOTOS        ISGW2;
+0.0040   anti-D_0*0   mu+  nu_mu       PHOTOS         ISGW2;
+0.0070   anti-D'_10   mu+  nu_mu       PHOTOS         ISGW2;
+0.0070   anti-D_2*0   mu+  nu_mu       PHOTOS         ISGW2;
+0.0020   D*-  pi+   mu+   nu_mu      PHOTOS     GOITY_ROBERTS;
+0.0010   anti-D*0  pi0   mu+   nu_mu   PHOTOS        GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu      PHOTOS     GOITY_ROBERTS;
+0.0030   anti-D0  pi0   mu+   nu_mu    PHOTOS       GOITY_ROBERTS;
+
+# b -> u mu+ nu (0.0891%)
+
+0.000032   pi0    mu+  nu_mu      PHOTOS        ISGW2;
+0.000012   eta    mu+  nu_mu      PHOTOS        ISGW2;
+0.000125   rho0   mu+  nu_mu      PHOTOS        ISGW2;
+0.000125   omega   mu+  nu_mu     PHOTOS         ISGW2;
+0.000020   eta'   mu+  nu_mu      PHOTOS        ISGW2;
+0.000137   a_10    mu+  nu_mu     PHOTOS         ISGW2;
+0.000080   b_10    mu+  nu_mu     PHOTOS         ISGW2;
+0.000012   a_00    mu+  nu_mu     PHOTOS         ISGW2;
+0.000006   f_0     mu+  nu_mu     PHOTOS         ISGW2;
+0.000006   f'_0    mu+  nu_mu     PHOTOS         ISGW2;
+0.000068   f_1     mu+  nu_mu     PHOTOS         ISGW2;
+0.000068   f'_1    mu+  nu_mu     PHOTOS         ISGW2;
+0.000040   h_1     mu+  nu_mu     PHOTOS         ISGW2;
+0.000040   h'_1    mu+  nu_mu     PHOTOS         ISGW2;
+0.000060   f_2     mu+  nu_mu     PHOTOS         ISGW2;
+0.000060   f'_2    mu+  nu_mu      PHOTOS        ISGW2;
+0.000000   anti-D(2S)0 mu+  nu_mu   PHOTOS           ISGW2;
+0.000000   anti-D*(2S)0 mu+  nu_mu   PHOTOS           ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into an
+## electron (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-e
+
+# b -> c e- nu (10.4%)
+
+0.0490   D*0    e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D0     e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0040   D_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0070   D_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   D*+  pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   D*0  pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   D0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+
+# b -> u e- nu (0.0891%)
+
+0.000032   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000125   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000020   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000137   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000080   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000012   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000006   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000068   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000040   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   D*(2S)0 e-   anti-nu_e        PHOTOS   ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B- which is forced to decay semileptonically into a
+## muon (10.5% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_SL-mu
+
+# b -> c mu- nu (10.4%)
+
+0.0490   D*0   mu-  anti-nu_mu        PHOTOS          HQET 0.92 1.18 0.72;
+0.0210   D0    mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0040   D_10  mu-  anti-nu_mu        PHOTOS          ISGW2;
+0.0040   D_0*0  mu-  anti-nu_mu       PHOTOS           ISGW2;
+0.0070   D'_10  mu-  anti-nu_mu       PHOTOS           ISGW2;
+0.0070   D_2*0  mu-  anti-nu_mu       PHOTOS           ISGW2;
+0.0020   D*+   pi-   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0010   D*0   pi0   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0060   D+    pi-   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+0.0030   D0    pi0   mu-   anti-nu_mu  PHOTOS         GOITY_ROBERTS;
+
+# b -> u mu- nu (0.0891%)
+
+0.000032   pi0    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000012   eta    mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000125   rho0   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000125   omega   mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000020   eta'   mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000137   a_10    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000080   b_10    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000012   a_00    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000006   f_0     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000006   f'_0    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000068   f_1     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000068   f'_1    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000040   h_1     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000040   h'_1    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000060   f_2     mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000060   f'_2    mu-  anti-nu_mu      PHOTOS           ISGW2;
+0.000000   D(2S)0 mu-  anti-nu_mu       PHOTOS          ISGW2;
+0.000000   D*(2S)0 mu-  anti-nu_mu      PHOTOS           ISGW2;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B+_no-SL
+
+# b -> c tau+ nu (2.96%)
+
+0.0160   anti-D*0    tau+ nu_tau                ISGW2;
+0.0070   anti-D0    tau+ nu_tau                ISGW2;
+0.0013   anti-D_10   tau+ nu_tau                ISGW2;
+0.0013   anti-D_0*0   tau+ nu_tau                ISGW2;
+0.0020   anti-D'_10   tau+ nu_tau                ISGW2;
+0.0020   anti-D_2*0   tau+ nu_tau                ISGW2;
+
+# b -> u tau+ nu (0.0298%)
+
+0.000010   pi0    tau+ nu_tau              ISGW2;
+0.000004   eta    tau+ nu_tau              ISGW2;
+0.000042   rho0   tau+ nu_tau              ISGW2;
+0.000042   omega   tau+ nu_tau              ISGW2;
+0.000007   eta'   tau+ nu_tau              ISGW2;
+0.000046   a_10    tau+ nu_tau              ISGW2;
+0.000027   b_10    tau+ nu_tau              ISGW2;
+0.000004   a_00    tau+ nu_tau              ISGW2;
+0.000002   f_0     tau+ nu_tau              ISGW2;
+0.000002   f'_0    tau+ nu_tau              ISGW2;
+0.000023   f_1     tau+ nu_tau              ISGW2;
+0.000023   f'_1    tau+ nu_tau              ISGW2;
+0.000013   h_1     tau+ nu_tau              ISGW2;
+0.000013   h'_1    tau+ nu_tau              ISGW2;
+0.000020   f_2     tau+ nu_tau              ISGW2;
+0.000020   f'_2    tau+ nu_tau              ISGW2;
+0.000000   anti-D(2S)0 tau+ nu_tau              ISGW2;
+0.000000   anti-D*(2S)0 tau+ nu_tau              ISGW2;
+
+# b -> tau+ nu (0.005%)
+
+0.000050   tau+ nu_tau                     SLN;
+
+# Exclusive hadronic b->u (0.0037%)
+
+0.000026   pi+   pi0   pi0                   CB3PI-P00 alpha;
+0.000011   pi+   pi+   pi-                   CB3PI-MPP alpha;
+
+# B -> cc= s (1.95%)
+
+0.0009   J/psi K+                         SVS;
+0.0015   J/psi K*+                        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   J/psi K0  pi+                    PHSP;
+0.0005   J/psi K+  pi0                    PHSP;
+0.0014   J/psi K+  pi-  pi+               PHSP;
+0.0007   J/psi K+  pi0  pi0               PHSP;
+0.0007   J/psi K0  pi+  pi0               PHSP;
+0.0005   J/psi K'_1+                       PHSP;
+0.0005   J/psi K_2*+                       PHSP;
+#
+0.0006   psi(2S) K+                        SVS;
+0.0015   psi(2S) K*+                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004   psi(2S) K0  pi+                   PHSP;
+0.0002   psi(2S) K+  pi0                   PHSP;
+0.0004   psi(2S) K+  pi-  pi+              PHSP;
+0.0002   psi(2S) K+  pi0  pi0              PHSP;
+0.0002   psi(2S) K0  pi+  pi0              PHSP;
+#
+0.0002    eta_c  K+                      PHSP;
+0.0003    K*+   eta_c                    SVS;
+0.0002    eta_c  K0  pi+                 PHSP;
+0.0001    eta_c  K+  pi0                 PHSP;
+0.0002    eta_c  K+  pi-  pi+            PHSP;
+0.0001    eta_c  K+  pi0  pi0            PHSP;
+0.0001    eta_c  K0  pi+  pi0            PHSP;
+#
+0.0002    chi_c0  K+                      PHSP;
+0.0003    K*+   chi_c0                    SVS;
+0.0002    chi_c0  K0  pi+                 PHSP;
+0.0001    chi_c0  K+  pi0                 PHSP;
+0.0002    chi_c0  K+  pi-  pi+            PHSP;
+0.0001    chi_c0  K+  pi0  pi0            PHSP;
+0.0001    chi_c0  K0  pi+  pi0            PHSP;
+#
+0.0006    chi_c1  K+                      SVS;
+0.0012    chi_c1  K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004    chi_c1  K0  pi+                 PHSP;
+0.0002    chi_c1  K+  pi0                 PHSP;
+0.0004    chi_c1  K+  pi-  pi+            PHSP;
+0.0002    chi_c1  K+  pi0  pi0            PHSP;
+0.0002    chi_c1  K0  pi+  pi0            PHSP;
+#
+0.0004    chi_c2  K+                      PHSP;
+0.0009    chi_c2  K*+                     PHSP;
+0.0004    chi_c2  K0  pi+                 PHSP;
+0.0002    chi_c2  K+  pi0                 PHSP;
+0.0004    chi_c2  K+  pi-  pi+            PHSP;
+0.0002    chi_c2  K+  pi0  pi0            PHSP;
+0.0002    chi_c2  K0  pi+  pi0            PHSP;
+
+# b -> c (sc=) -> D Ds X (10.14%)
+
+0.0096    anti-D0  D_s+                      PHSP;
+0.0102    anti-D*0  D_s+                      SVS;
+0.0120    anti-D_10 D_s+                      SVS;
+0.0094    D_s*+ anti-D0                      SVS;
+0.0174    D_s*+ anti-D*0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0060    D_s+  D-  pi+                  PHSP;
+0.0030    D_s+  anti-D0 pi0                  PHSP;
+0.0060    D_s*+ D-  pi+                  PHSP;
+0.0030    D_s*+ anti-D0 pi0                  PHSP;
+0.0055    D_s+  D-  pi+  pi0             PHSP;
+0.0055    D_s+  anti-D0 pi+  pi-             PHSP;
+0.0014    D_s+  anti-D0 pi0  pi0             PHSP;
+0.0055    D_s*+ D-  pi+  pi0             PHSP;
+0.0055    D_s*+ anti-D0 pi+  pi-             PHSP;
+0.0014    D_s*+ anti-D0 pi0  pi0             PHSP;
+
+# b -> c (sc=) -> D D= K X (8%)
+
+0.0025   anti-D0  D0  K+                    PHSP;
+0.0025   anti-D0  D+  K0                    PHSP;
+0.0025   anti-D0  D0  K*+                   PHSP;
+0.0025   anti-D0  D+  K*0                   PHSP;
+#
+0.0050   anti-D*0  D0  K+                   PHSP;
+0.0050   anti-D*0  D+  K0                   PHSP;
+0.0050   anti-D0  D*0  K+                   PHSP;
+0.0050   anti-D0  D*+  K0                   PHSP;
+#
+0.0025   anti-D*0  D0  K*+                  PHSP;
+0.0025   anti-D*0  D+  K*0                  PHSP;
+0.0025   anti-D0  D*0  K*+                  PHSP;
+0.0025   anti-D0  D*+  K*0                  PHSP;
+#
+0.0150   anti-D*0  D*0  K+                  PHSP;
+0.0150   anti-D*0  D*+  K0                  PHSP;
+0.0050   anti-D*0  D*0  K*+                 PHSP;
+0.0050   anti-D*0  D*+  K*0                 PHSP;
+
+# B -> D(*) X  Exclusive Modes (8.26%)
+
+0.0050   anti-D*0  pi+                       SVS;
+0.0048   anti-D0  pi+                       PHSP;
+0.0132   anti-D0  rho+                      PHSP;
+0.0147   anti-D*0  rho+                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0015   anti-D_10 pi+                       PHSP;
+0.0007   anti-D_10 rho+                      PHSP;
+0.0005   anti-D0  pi0  pi+                  PHSP;
+0.0005   anti-D*0  pi0  pi+                  PHSP;
+0.0005   D-   pi+  pi+                  PHSP;
+0.0005   D*-  pi+  pi+                  PHSP;
+#
+0.0042   a_1+ anti-D0                        SVS;
+0.0041   anti-D0 rho0 pi+                   PHSP;
+0.0041   anti-D0 pi-  pi+  pi+              PHSP;
+0.0183   anti-D*0 a_1+                        PHSP;
+0.0005   anti-D*0 rho0 pi+                   PHSP;
+0.0005   anti-D*0 pi-  pi+  pi+              PHSP;
+#
+0.0020   D-  rho+  pi+                  PHSP;
+0.0020   D-  pi0   pi+  pi+             PHSP;
+0.0020   D*- rho+  pi+                  PHSP;
+0.0020   D*- pi0   pi+  pi+             PHSP;
+0.0005   anti-D*0 rho+  pi0                  PHSP;
+0.0005   anti-D*0 pi+   pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+0.04000       anti-cd_1       uu_1         JETSET 23;
+
+# Xi_c X (2.4%)
+
+0.02400       anti-cs_1       uu_1         JETSET 23;
+
+# misc fragmentation (41.277%)
+
+0.33327         u       anti-d  anti-c          u       JETSET         48;
+0.04300         u       anti-d  anti-c          u       JETSET         25;
+0.02250         u       anti-s  anti-c          u       JETSET         23;
+0.00000         c       anti-s  anti-c          u       JETSET         13;
+0.00400         c       anti-d  anti-c          u       JETSET         13;
+0.00600         u       anti-d  anti-u          u       JETSET         48;
+0.00400         c       anti-s  anti-u          u       JETSET         48;
+
+Enddecay
+
+##-----------------------------------------------------------------------------
+## define a B+ which is forced to NOT decay semileptonically into either
+## an electron or muon (79.0% of all decays)
+##-----------------------------------------------------------------------------
+
+Decay B-_no-SL
+
+# b -> c tau- nu (2.96%)
+
+0.0160   D*0    tau- anti-nu_tau                 ISGW2;
+0.0070   D0     tau- anti-nu_tau                 ISGW2;
+0.0013   D_10   tau- anti-nu_tau                 ISGW2;
+0.0013   D_0*0   tau- anti-nu_tau                 ISGW2;
+0.0020   D'_10   tau- anti-nu_tau                 ISGW2;
+0.0020   D_2*0   tau- anti-nu_tau                 ISGW2;
+
+# b -> u tau- nu (0.0298%)
+
+0.000010   pi0    tau- anti-nu_tau                 ISGW2;
+0.000004   eta    tau- anti-nu_tau                 ISGW2;
+0.000042   rho0   tau- anti-nu_tau                 ISGW2;
+0.000042   omega   tau- anti-nu_tau                 ISGW2;
+0.000007   eta'   tau- anti-nu_tau                 ISGW2;
+0.000046   a_10    tau- anti-nu_tau                 ISGW2;
+0.000027   b_10    tau- anti-nu_tau                 ISGW2;
+0.000004   a_00    tau- anti-nu_tau                 ISGW2;
+0.000002   f_0     tau- anti-nu_tau                 ISGW2;
+0.000002   f'_0    tau- anti-nu_tau                 ISGW2;
+0.000023   f_1     tau- anti-nu_tau                 ISGW2;
+0.000023   f'_1    tau- anti-nu_tau                 ISGW2;
+0.000013   h_1     tau- anti-nu_tau                 ISGW2;
+0.000013   h'_1    tau- anti-nu_tau                 ISGW2;
+0.000020   f_2     tau- anti-nu_tau                 ISGW2;
+0.000020   f'_2    tau- anti-nu_tau                 ISGW2;
+0.000000   D(2S)0 tau- anti-nu_tau                 ISGW2;
+0.000000   D*(2S)0 tau- anti-nu_tau                 ISGW2;
+
+# b -> tau- nu (0.005%)
+
+0.000050   tau- anti-nu_tau                        SLN;
+
+# Exclusive hadronic b->u (0.0037%)
+
+0.000026   pi-   pi0   pi0                   CB3PI-P00 alpha;
+0.000011   pi-   pi-   pi+                   CB3PI-MPP alpha;
+
+# B -> cc= s (1.95%)
+
+0.0009   J/psi K-                         SVS;
+0.0015   J/psi K*-                        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0010   J/psi anti-K0   pi-                    PHSP;
+0.0005   J/psi K-  pi0                    PHSP;
+0.0014   J/psi K-  pi+  pi-               PHSP;
+0.0007   J/psi K-  pi0  pi0               PHSP;
+0.0007   J/psi anti-K0   pi-  pi0               PHSP;
+0.0005   J/psi K'_1-                       PHSP;
+0.0005   J/psi K_2*-                       PHSP;
+#
+0.0006   psi(2S) K-                        SVS;
+0.0015   psi(2S) K*-                       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004   psi(2S) anti-K0   pi-                   PHSP;
+0.0002   psi(2S) K-  pi0                   PHSP;
+0.0004   psi(2S) K-  pi+  pi-              PHSP;
+0.0002   psi(2S) K-  pi0  pi0              PHSP;
+0.0002   psi(2S) anti-K0   pi-  pi0              PHSP;
+#
+0.0002    eta_c  K-                      PHSP;
+0.0003    K*-   eta_c                    SVS;
+0.0002    eta_c  anti-K0   pi-                 PHSP;
+0.0001    eta_c  K-  pi0                 PHSP;
+0.0002    eta_c  K-  pi+  pi-            PHSP;
+0.0001    eta_c  K-  pi0  pi0            PHSP;
+0.0001    eta_c  anti-K0   pi-  pi0            PHSP;
+#
+0.0002    chi_c0  K-                      PHSP;
+0.0003    K*-   chi_c0                    SVS;
+0.0002    chi_c0  anti-K0   pi-                 PHSP;
+0.0001    chi_c0  K-  pi0                 PHSP;
+0.0002    chi_c0  K-  pi+  pi-            PHSP;
+0.0001    chi_c0  K-  pi0  pi0            PHSP;
+0.0001    chi_c0  anti-K0   pi-  pi0            PHSP;
+#
+0.0006    chi_c1  K-                      SVS;
+0.0012    chi_c1  K*-                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0004    chi_c1  anti-K0   pi-                 PHSP;
+0.0002    chi_c1  K-  pi0                 PHSP;
+0.0004    chi_c1  K-  pi+  pi-            PHSP;
+0.0002    chi_c1  K-  pi0  pi0            PHSP;
+0.0002    chi_c1  anti-K0   pi-  pi0            PHSP;
+#
+0.0004    chi_c2  K-                      PHSP;
+0.0009    chi_c2  K*-                     PHSP;
+0.0004    chi_c2  anti-K0   pi-                 PHSP;
+0.0002    chi_c2  K-  pi0                 PHSP;
+0.0004    chi_c2  K-  pi+  pi-            PHSP;
+0.0002    chi_c2  K-  pi0  pi0            PHSP;
+0.0002    chi_c2  anti-K0   pi-  pi0            PHSP;
+
+# b -> c (sc=) -> D Ds X (10.14%)
+
+0.0096    D0   D_s-                      PHSP;
+0.0102    D*0  D_s-                      SVS;
+0.0120    D_10 D_s-                      SVS;
+0.0094    D_s*- D0                       SVS;
+0.0174    D_s*- D*0                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0060    D_s-  D+  pi-                  PHSP;
+0.0030    D_s-  D0  pi0                  PHSP;
+0.0060    D_s*- D+  pi-                  PHSP;
+0.0030    D_s*- D0  pi0                  PHSP;
+0.0055    D_s-  D+  pi-  pi0             PHSP;
+0.0055    D_s-  D0  pi-  pi+             PHSP;
+0.0014    D_s-  D0  pi0  pi0             PHSP;
+0.0055    D_s*- D+  pi-  pi0             PHSP;
+0.0055    D_s*- D0  pi-  pi+             PHSP;
+0.0014    D_s*- D0  pi0  pi0             PHSP;
+
+# b -> c (sc=) -> D D= K X (8%)
+
+0.0025   D0  anti-D0  K-                 PHSP;
+0.0025   D0  D-   anti-K0                PHSP;
+0.0025   D0  anti-D0  K*-                PHSP;
+0.0025   D0  D-   anti-K*0               PHSP;
+#
+0.0050   D*0 anti-D0  K-                 PHSP;
+0.0050   D*0 D-   anti-K0                PHSP;
+0.0050   D0  anti-D*0  K-                PHSP;
+0.0050   D0  D*-  anti-K0                PHSP;
+#
+0.0025   D*0 anti-D0  K*-                PHSP;
+0.0025   D*0 D-   anti-K*0               PHSP;
+0.0025   D0  anti-D*0  K*-               PHSP;
+0.0025   D0  D*-  anti-K*0               PHSP;
+#
+0.0150   D*0  anti-D*0  K-               PHSP;
+0.0150   D*0  D*-  anti-K0               PHSP;
+0.0050   D*0  anti-D*0  K*-              PHSP;
+0.0050   D*0  D*-  anti-K*0              PHSP;
+
+# B -> D(*) X  Exclusive Modes (8.26%)
+
+0.0050   D*0 pi-                        SVS;
+0.0048   D0   pi-                       PHSP;
+0.0132   D0   rho-                      PHSP;
+0.0147   D*0  rho-                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0015   D_10 pi-                       PHSP;
+0.0007   D_10 rho-                      PHSP;
+0.0005   D0  pi0  pi-                   PHSP;
+0.0005   D*0 pi0  pi-                   PHSP;
+0.0005   D+  pi-  pi-                   PHSP;
+0.0005   D*+ pi-  pi-                   PHSP;
+#
+0.0042   a_1- D0                         SVS;
+0.0041   D0  rho0 pi-                   PHSP;
+0.0041   D0  pi+  pi-  pi-              PHSP;
+0.0183   D*0 a_1-                        PHSP;
+0.0005   D*0 rho0 pi-                   PHSP;
+0.0005   D*0 pi+  pi-  pi-              PHSP;
+#
+0.0020   D+  rho-  pi-                  PHSP;
+0.0020   D+  pi0   pi-  pi-             PHSP;
+0.0020   D*+ rho-  pi-                  PHSP;
+0.0020   D*+ pi0   pi-  pi-             PHSP;
+0.0005   D*0 rho-  pi0                  PHSP;
+0.0005   D*0 pi-   pi0  pi0             PHSP;
+
+# Lam_c X  / Sigma_c X (4.0%)
+
+0.04000        cd_1       anti-uu_1         JETSET 23;
+
+# Xi_c X (2.4%)
+
+0.02400        cs_1       anti-uu_1         JETSET 23;
+
+# misc fragmentation (41.277%)
+
+0.33327         anti-u       d  c          anti-u       JETSET         48;
+0.04300         anti-u       d  c          anti-u       JETSET         25;
+0.02250         anti-u       s  c          anti-u       JETSET         23;
+0.00000         anti-c       s  c          anti-u       JETSET         13;
+0.00400         anti-c       d  c          anti-u       JETSET         13;
+0.00600         anti-u       d  u          anti-u       JETSET         48;
+0.00400         anti-c       s  u          anti-u       JETSET         48;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_omegaK.dec b/BaBar_2014/BpBm_omegaK.dec
new file mode 100644
index 0000000..00b15a6
--- /dev/null
+++ b/BaBar_2014/BpBm_omegaK.dec
@@ -0,0 +1,46 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> omega K  :                        #
+#   Upsilon(4S) -> B+   B-                                   +CC          #
+#                  |    |                                                 #
+#                  |     ->  omega K-                                     # 
+#                  |          |                                           #
+#                  |           -> pi+ pi- pi0                             #
+#                  |                                                      #
+#                   -> X                                                  #
+#                                                                         #
+#                                                                         #
+#   Jean Roy  (jroy@pizero.colorado.edu)       23-NOV-1999                #
+#                                                                         #
+###########################################################################
+# Create our own versions of B-, B+ which will decay to omega pi
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# Create our own omega to force it to decay to three pions
+#
+Alias myOmega  omega
+#
+Decay myOmega
+1.000    pi-  pi+  pi0         OMEGA_DALITZ;
+Enddecay
+#
+# force myB- and myB+ to always decay to myOmega pi
+#
+Decay myB-
+1.000    myOmega     K-       SVS;
+Enddecay
+#
+Decay myB+
+1.000    myOmega     K+       SVS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegaKstarp_KSpip.dec b/BaBar_2014/BpBm_omegaKstarp_KSpip.dec
new file mode 100644
index 0000000..eb88887
--- /dev/null
+++ b/BaBar_2014/BpBm_omegaKstarp_KSpip.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay:      B+   -> omega K*0+ -> (pi+pi-pi0)(Kspi+)     #
+#             B-   -> generic                    +cc       #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+    K*+
+Alias MyK*-    K*-
+Alias Myomega  omega
+Alias MyK_S0   K_S0
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+#
+Decay MyB+
+1.0000  Myomega MyK*+      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+Decay MyB-
+1.0000  Myomega MyK*-      SVV_HELAMP   1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+             VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegaKstarp_KSpip_ln.dec b/BaBar_2014/BpBm_omegaKstarp_KSpip_ln.dec
new file mode 100644
index 0000000..781c8bf
--- /dev/null
+++ b/BaBar_2014/BpBm_omegaKstarp_KSpip_ln.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay:      B+   -> omega K*0+ -> (pi+pi-pi0)(Kspi+)     #
+#             B-   -> generic                    +cc       #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+    K*+
+Alias MyK*-    K*-
+Alias Myomega  omega
+Alias MyK_S0   K_S0
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+#
+Decay MyB+
+1.0000  Myomega MyK*+      SVV_HELAMP  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+
+Decay MyB-
+1.0000  Myomega MyK*-      SVV_HELAMP   0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+             VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegaKstarp_KSpip_tr.dec b/BaBar_2014/BpBm_omegaKstarp_KSpip_tr.dec
new file mode 100644
index 0000000..8eab767
--- /dev/null
+++ b/BaBar_2014/BpBm_omegaKstarp_KSpip_tr.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay:      B+   -> omega K*0+ -> (pi+pi-pi0)(Kspi+)     #
+#             B-   -> generic                    +cc       #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+    K*+
+Alias MyK*-    K*-
+Alias Myomega  omega
+Alias MyK_S0   K_S0
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+#
+Decay MyB+
+1.0000  Myomega MyK*+      SVV_HELAMP  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+Decay MyB-
+1.0000  Myomega MyK*-      SVV_HELAMP   1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+             VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000 pi+ pi-              PHSP;
+Enddecay
+
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegaKstarp_Kppi0.dec b/BaBar_2014/BpBm_omegaKstarp_Kppi0.dec
new file mode 100644
index 0000000..d91172f
--- /dev/null
+++ b/BaBar_2014/BpBm_omegaKstarp_Kppi0.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Decay:      B+   -> omega K*0+ -> (pi+pi-pi0)(K+pi0)     #
+#             B-   -> generic                    +cc       #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+    K*+
+Alias MyK*-    K*-
+Alias Myomega  omega
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+#
+Decay MyB+
+1.0000  Myomega MyK*+      SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+Decay MyB-
+1.0000  Myomega MyK*-      SVV_HELAMP   1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0             VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+
+
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegaKstarp_Kppi0_ln.dec b/BaBar_2014/BpBm_omegaKstarp_Kppi0_ln.dec
new file mode 100644
index 0000000..91c5f3d
--- /dev/null
+++ b/BaBar_2014/BpBm_omegaKstarp_Kppi0_ln.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Decay:      B+   -> omega K*0+ -> (pi+pi-pi0)(K+pi0)     #
+#             B-   -> generic                    +cc       #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+    K*+
+Alias MyK*-    K*-
+Alias Myomega  omega
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; *** 
+#
+Decay MyB+
+1.0000  Myomega MyK*+      SVV_HELAMP  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+
+Decay MyB-
+1.0000  Myomega MyK*-      SVV_HELAMP   0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0             VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+
+
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegaKstarp_Kppi0_tr.dec b/BaBar_2014/BpBm_omegaKstarp_Kppi0_tr.dec
new file mode 100644
index 0000000..3e6727a
--- /dev/null
+++ b/BaBar_2014/BpBm_omegaKstarp_Kppi0_tr.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Decay:      B+   -> omega K*0+ -> (pi+pi-pi0)(K+pi0)     #
+#             B-   -> generic                    +cc       #
+#                                                          #
+# Author: Qinghua Guo                                      #
+# e-mail: ppenn@slac.stanford.edu                          #
+# Created:  03/22/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+    K*+
+Alias MyK*-    K*-
+Alias Myomega  omega
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+#
+Decay MyB+
+1.0000  Myomega MyK*+      SVV_HELAMP  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+Decay MyB-
+1.0000  Myomega MyK*-      SVV_HELAMP   1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0             VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0          VSS;
+Enddecay
+#
+
+
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegaRhop_ln.dec b/BaBar_2014/BpBm_omegaRhop_ln.dec
new file mode 100644
index 0000000..08720fd
--- /dev/null
+++ b/BaBar_2014/BpBm_omegaRhop_ln.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Decay:      B+   -> omega rho+ -> (pi+pi-pi0)(pi+pi0)    #
+#             B-   -> generic                    +cc       #
+#                                                          #
+# Author: Paul C. Bloom                                    #
+# e-mail: bloom@slac.stanford.edu                          #
+# Created:  07/13/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyRho+    rho+
+Alias MyRho-    rho-
+Alias Myomega  omega
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; *** 
+#
+Decay MyB+
+1.0000  Myomega MyRho+      SVV_HELAMP  0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+
+Decay MyB-
+1.0000  Myomega MyRho-      SVV_HELAMP   0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyRho+
+1.0000  pi+ pi0             VSS;
+Enddecay
+#
+Decay MyRho-
+1.0000  pi- pi0          VSS;
+Enddecay
+#
+
+
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegaRhop_tr.dec b/BaBar_2014/BpBm_omegaRhop_tr.dec
new file mode 100644
index 0000000..c47ed50
--- /dev/null
+++ b/BaBar_2014/BpBm_omegaRhop_tr.dec
@@ -0,0 +1,57 @@
+############################################################
+#                                                          #
+# Decay:      B+   -> omega rho+ -> (pi+pi-pi0)(pi+pi0)    #
+#             B-   -> generic                    +cc       #
+#                                                          #
+# Author: Paul C. Bloom                                    #
+# e-mail: bloom@slac.stanford.edu                          #
+# Created:  07/13/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyRho+    rho+
+Alias MyRho-    rho-
+Alias Myomega  omega
+
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+#
+Decay MyB+
+1.0000  Myomega MyRho+      SVV_HELAMP  1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+
+Decay MyB-
+1.0000  Myomega MyRho-      SVV_HELAMP   1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyRho+
+1.0000  pi+ pi0             VSS;
+Enddecay
+#
+Decay MyRho-
+1.0000  pi- pi0          VSS;
+Enddecay
+#
+
+
+Decay Myomega
+1.0000    pi-  pi+  pi0                  OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegalnu.dec b/BaBar_2014/BpBm_omegalnu.dec
new file mode 100644
index 0000000..8555b76
--- /dev/null
+++ b/BaBar_2014/BpBm_omegalnu.dec
@@ -0,0 +1,36 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> omega l nu:                       #
+#   Up(4S) -> B+   B-                                   +CC               #
+#             |    |                                                      #
+#             |     ->  omega l- nu_bar (l = e or mu)                     # 
+#             |                                                           #
+#              -> X                                                       #
+#                                                                         #
+# Mail: NATALIA@SLAC.STANFORD.EDU
+###########################################################################
+# Create our own versions of B-, B+ which will decay to omega l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to omega l nu
+#
+Decay myB-
+0.5000 omega   e-    anti-nu_e         PHOTOS   ISGW2;
+0.5000 omega   mu-   anti-nu_mu        PHOTOS   ISGW2;
+Enddecay
+#
+Decay myB+
+0.5000 omega   e+    nu_e          PHOTOS   ISGW2;
+0.5000 omega   mu+   nu_mu         PHOTOS   ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegalnu_FLATQ2.dec b/BaBar_2014/BpBm_omegalnu_FLATQ2.dec
new file mode 100644
index 0000000..862e756
--- /dev/null
+++ b/BaBar_2014/BpBm_omegalnu_FLATQ2.dec
@@ -0,0 +1,36 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> omega l nu:                       #
+#   Up(4S) -> B+   B-                                   +CC               #
+#             |    |                                                      #
+#             |     ->  omega l- nu_bar (l = e or mu)                     # 
+#             |                                                           #
+#              -> X                                                       #
+# CONTACT: cote@slac.stanford.edu                                         #
+#                                                                         #
+###########################################################################
+# Create our own versions of B-, B+ which will decay to omega l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to omega l nu
+#
+Decay myB-
+0.5000 omega   e-    anti-nu_e         FLATQ2;
+0.5000 omega   mu-   anti-nu_mu        FLATQ2;
+Enddecay
+#
+Decay myB+
+0.5000 omega   e+    nu_e              FLATQ2;
+0.5000 omega   mu+   nu_mu             FLATQ2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegalnu_lcsr.dec b/BaBar_2014/BpBm_omegalnu_lcsr.dec
new file mode 100644
index 0000000..e49c234
--- /dev/null
+++ b/BaBar_2014/BpBm_omegalnu_lcsr.dec
@@ -0,0 +1,36 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> omega l nu:                       #
+#   Up(4S) -> B+   B-                                   +CC               #
+#             |    |                                                      #
+#             |     ->  omega l- nu_bar (l = e or mu)                     # 
+#             |                                                           #
+#              -> X                                                       #
+#                                                                         #
+# LCSR model
+###########################################################################
+# Create our own versions of B-, B+ which will decay to omega l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to omega l nu
+#
+Decay myB-
+0.5000 omega   e-    anti-nu_e         PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+0.5000 omega   mu-   anti-nu_mu        PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+Enddecay
+#
+Decay myB+
+0.5000 omega   e+    nu_e          PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+0.5000 omega   mu+   nu_mu         PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegalnu_phsp.dec b/BaBar_2014/BpBm_omegalnu_phsp.dec
new file mode 100644
index 0000000..a4ea17d
--- /dev/null
+++ b/BaBar_2014/BpBm_omegalnu_phsp.dec
@@ -0,0 +1,36 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> omega l nu:                       #
+#   Up(4S) -> B+   B-                                   +CC               #
+#             |    |                                                      #
+#             |     ->  omega l- nu_bar (l = e or mu)                     # 
+#             |                                                           #
+#              -> X                                                       #
+#                                                                         #
+# Phase space
+###########################################################################
+# Create our own versions of B-, B+ which will decay to omega l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to omega l nu
+#
+Decay myB-
+0.5000 omega   e-    anti-nu_e         PHOTOS   PHSP;
+0.5000 omega   mu-   anti-nu_mu        PHOTOS   PHSP;
+Enddecay
+#
+Decay myB+
+0.5000 omega   e+    nu_e          PHOTOS   PHSP;
+0.5000 omega   mu+   nu_mu         PHOTOS   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_omegapi.dec b/BaBar_2014/BpBm_omegapi.dec
new file mode 100644
index 0000000..684972b
--- /dev/null
+++ b/BaBar_2014/BpBm_omegapi.dec
@@ -0,0 +1,46 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> omega pi  :                       #
+#   Upsilon(4S) -> B+   B-                                   +CC          #
+#                  |    |                                                 #
+#                  |     ->  omega pi-                                    # 
+#                  |          |                                           #
+#                  |           -> pi+ pi- pi0                             #
+#                  |                                                      #
+#                   -> X                                                  #
+#                                                                         #
+#                                                                         #
+#   Jean Roy  (jroy@pizero.colorado.edu)       23-NOV-1999                #
+#                                                                         #
+###########################################################################
+# Create our own versions of B-, B+ which will decay to omega pi
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# Create our own omega to force it to decay to three pions
+#
+Alias myOmega  omega
+#
+Decay myOmega
+1.000    pi-  pi+  pi0         OMEGA_DALITZ;
+Enddecay
+#
+# force myB- and myB+ to always decay to myOmega pi
+#
+Decay myB-
+1.000    myOmega     pi-       SVS;
+Enddecay
+#
+Decay myB+
+1.000    myOmega     pi+       SVS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKSpip.dec b/BaBar_2014/BpBm_phiKSpip.dec
new file mode 100644
index 0000000..70a9b60
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKSpip.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> phi KS pi+ (non-resonant)             #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyPhi MyK_S0 pi+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  MyPhi MyK_S0 pi-      PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKSpip_phiK0LK0S.dec b/BaBar_2014/BpBm_phiKSpip_phiK0LK0S.dec
new file mode 100644
index 0000000..a071430
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKSpip_phiK0LK0S.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> phi KS pi+ (phi->K0LK0S)(non-resonant)#
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Haibo LI                                         #
+# e-mail: lihb@slac.stanford.edu                           #
+# Created:  11/05/2003                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyPhi MyK_S0 pi+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  MyPhi MyK_S0 pi-      PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  MyK_S0 K_L0        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKp.dec b/BaBar_2014/BpBm_phiKp.dec
new file mode 100644
index 0000000..de44892
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKp.dec
@@ -0,0 +1,35 @@
+############################################################
+#                                                          #
+# Decay:      B- -> phi      K-,        B+ -> X            #
+#                   |-> K+K-                               #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Author: Alexandre (Sasha) Telnov                         #	
+# e-mail: avtelnov@slac.stanford.edu                       #
+# Created:                   1999/10/27                    #
+############################################################
+
+Alias MyPhi phi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi  K+               SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi  K-               SVS;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-			VSS;			
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKppi0.dec b/BaBar_2014/BpBm_phiKppi0.dec
new file mode 100644
index 0000000..48c4b99
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKppi0.dec
@@ -0,0 +1,37 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> phi K+ pi0 (non-resonant)             #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPhi phi
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  MyPhi K+ pi0          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  MyPhi K- pi0          PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKst1430_KLpip.dec b/BaBar_2014/BpBm_phiKst1430_KLpip.dec
new file mode 100644
index 0000000..a13a284
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKst1430_KLpip.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+(1430) -> (K+K-)(KLpi+)         #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+# Modified by:  Matt Graham...				   #	
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K_2*+
+Alias MyK*- K_2*-
+Alias MyPhi phi
+
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      PHSP;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K_L0 pi+          TSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K_L0 pi-          TSS;
+Enddecay
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKst1430_KSpip.dec b/BaBar_2014/BpBm_phiKst1430_KSpip.dec
new file mode 100644
index 0000000..e588f6b
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKst1430_KSpip.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+(1430) -> (K+K-)(KSpi+)         #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K_2*+
+Alias MyK*- K_2*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      PHSP;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          TSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          TSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKst1430_Kppi0.dec b/BaBar_2014/BpBm_phiKst1430_Kppi0.dec
new file mode 100644
index 0000000..273d6db
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKst1430_Kppi0.dec
@@ -0,0 +1,48 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+(1430) -> (K+K-)(K+pi0)         #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K_2*+
+Alias MyK*- K_2*-
+Alias MyPhi phi
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      PHSP;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              TSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              TSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstar1430p_K0LK0S_KSpip.dec b/BaBar_2014/BpBm_phiKstar1430p_K0LK0S_KSpip.dec
new file mode 100644
index 0000000..31b4366
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstar1430p_K0LK0S_KSpip.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*(1430)+ -> (K0LK0S)(K0pi+)       #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Haibo Li                                         #
+# e-mail: lihb@slac.stanford.edu                           #
+# Created:  11/05/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K_2*+
+Alias MyK*- K_2*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          TSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          TSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  MyK_S0 K_L0        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_3piKSpip_ln.dec b/BaBar_2014/BpBm_phiKstarp_3piKSpip_ln.dec
new file mode 100644
index 0000000..724b91d
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_3piKSpip_ln.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (pi+pi-pi0)(K0pi+)          #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  06/19/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+ pi- pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_3piKSpip_tr.dec b/BaBar_2014/BpBm_phiKstarp_3piKSpip_tr.dec
new file mode 100644
index 0000000..153c240
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_3piKSpip_tr.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (pi+pi-pi0)(K0pi+)          #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  06/19/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; ***  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+ pi- pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_3piKppi0_ln.dec b/BaBar_2014/BpBm_phiKstarp_3piKppi0_ln.dec
new file mode 100644
index 0000000..b844476
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_3piKppi0_ln.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (pi+pi-pi0)(K+pi0)          #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  06/19/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+ pi- pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_3piKppi0_tr.dec b/BaBar_2014/BpBm_phiKstarp_3piKppi0_tr.dec
new file mode 100644
index 0000000..4c40685
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_3piKppi0_tr.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (pi+pi-pi0)(K+pi0)          #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  06/19/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  *** 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  pi+ pi- pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_K0LK0S_KSpip_ln.dec b/BaBar_2014/BpBm_phiKstarp_K0LK0S_KSpip_ln.dec
new file mode 100644
index 0000000..3ac03ca
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_K0LK0S_KSpip_ln.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K0LK0S)(K0pi+)             #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Haibo Li                                         #
+# e-mail: lihb@slac.stanford.edu                           #
+# Created:  11/05/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  MyK_S0 K_L0        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_K0LK0S_KSpip_tr.dec b/BaBar_2014/BpBm_phiKstarp_K0LK0S_KSpip_tr.dec
new file mode 100644
index 0000000..0d619b9
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_K0LK0S_KSpip_tr.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K0LK0S)(K0pi+)             #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Haibo Li                                         #
+# e-mail: lihb@slac.stanford.edu                           #
+# Created:  11/05/2003                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  MyK_S0 K_L0        VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_KLpip.dec b/BaBar_2014/BpBm_phiKstarp_KLpip.dec
new file mode 100644
index 0000000..6da2678
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_KLpip.dec
@@ -0,0 +1,72 @@
+############################################################
+#                                                          #
+# Decay:      B- -> phi      K*-,        B+ -> X           #
+#                   |-> K+K-  |-> Kl pi+                   #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: Maha. K			                   #
+# e-mail: kmaha@slac.stanford.edu                          #
+# Created:                   2003/02/14                    #
+############################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes (see for instance B+B-_JpsiKstar.dec 
+#by G. London):
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus = (Aplus + Aminus) / sqrt(2)
+# Hzero = Azero / sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note:  Hzero following convention from Dunietz et al.  To be consistent
+# with CLEO measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# MyB+, MyB- and MyPhi (etc. )will decay not as a normal B+- or phi would, but
+# as I tell them to 
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPhi phi
+Alias MyKstar+ K*+
+Alias MyKstar- K*-
+Alias MyK_L0 K_L0
+#
+# The Upsilon decay part is simple in the B+/B- case; for B0/B0bar look 
+# at other files to see how people define mixing parameters
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'SVS' means 'Scalar -> Vector + Scalar', etc.
+Decay MyB+
+1.0000  MyPhi  MyKstar+          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi  MyKstar-          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;  
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+#
+Decay MyKstar+
+1.0000  MyK_L0 pi+		VSS;
+Enddecay
+#
+Decay MyKstar-
+1.0000  MyK_L0 pi-		VSS;
+Enddecay
+#
+
+End
+
+
diff --git a/BaBar_2014/BpBm_phiKstarp_KSpip.dec b/BaBar_2014/BpBm_phiKstarp_KSpip.dec
new file mode 100644
index 0000000..c8ae24e
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_KSpip.dec
@@ -0,0 +1,75 @@
+############################################################
+#                                                          #
+# Decay:      B- -> phi      K*-,        B+ -> X           #
+#                   |-> K+K-  |-> Ks pi+                   #
+#                                 |-> pi+ pi-              #
+# + cc                                                     #
+#                                                          #
+# Author: Paul C. Bloom			                   #
+# e-mail: bloom@slac.stanford.edu                          #
+# Created:                   2000/03/21                    #
+############################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes (see for instance B+B-_JpsiKstar.dec 
+#by G. London):
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus = (Aplus + Aminus) / sqrt(2)
+# Hzero = Azero / sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note:  Hzero following convention from Dunietz et al.  To be consistent
+# with CLEO measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# MyB+, MyB- and MyPhi (etc. )will decay not as a normal B+- or phi would, but
+# as I tell them to 
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPhi phi
+Alias MyKstar+ K*+
+Alias MyKstar- K*-
+Alias MyK_S0 K_S0
+#
+# The Upsilon decay part is simple in the B+/B- case; for B0/B0bar look 
+# at other files to see how people define mixing parameters
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'SVS' means 'Scalar -> Vector + Scalar', etc.
+Decay MyB+
+1.0000  MyPhi  MyKstar+          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi  MyKstar-          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;  
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+#
+Decay MyKstar+
+1.0000  MyK_S0 pi+		VSS;
+Enddecay
+#
+Decay MyKstar-
+1.0000  MyK_S0 pi-		VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-			PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_phiKstarp_KSpip_angle1.dec b/BaBar_2014/BpBm_phiKstarp_KSpip_angle1.dec
new file mode 100644
index 0000000..d12a3f7
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_KSpip_angle1.dec
@@ -0,0 +1,78 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K0pi+)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+# Patched:  03/24/2004 (change order A+ and A- for B)      #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6000, f_perp = 0.2500, 
+# phi_perp = -0.2000, phi_paral = 2.5000
+# all Acp = 0
+#
+Define Hplus1  0.1579
+Define Hzero1  0.7746
+Define Hminus1 0.6124
+Define phHplus1  0.6350
+Define phHzero1  0.0
+Define phHminus1 2.7493
+#
+Define Hplus2  0.1579
+Define Hzero2  0.7746
+Define Hminus2 0.6124
+Define phHplus2  0.6350
+Define phHzero2  0.0
+Define phHminus2 2.7493
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP Hminus1 phHminus1 Hzero1 phHzero1 Hplus1 phHplus1;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_phiKstarp_KSpip_angle2.dec b/BaBar_2014/BpBm_phiKstarp_KSpip_angle2.dec
new file mode 100644
index 0000000..8654517
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_KSpip_angle2.dec
@@ -0,0 +1,78 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K0pi+)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/01/2003                                     #
+# Patched:  03/24/2004 (change order A+ and A- for B)      #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6000, f_perp = 0.1600, 
+# phi_perp = 0.0000, phi_paral = \pi
+# all Acp = 0
+#
+Define Hplus1  0.0636
+Define Hzero1  0.7746
+Define Hminus1 0.6293
+Define phHplus1  3.1415926
+Define phHzero1  0.0
+Define phHminus1 3.1415926
+#
+Define Hplus2  0.0636
+Define Hzero2  0.7746
+Define Hminus2 0.6293
+Define phHplus2  3.1415926
+Define phHzero2  0.0
+Define phHminus2 3.1415926
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP Hminus1 phHminus1 Hzero1 phHzero1 Hplus1 phHplus1;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_phiKstarp_KSpip_angle3.dec b/BaBar_2014/BpBm_phiKstarp_KSpip_angle3.dec
new file mode 100644
index 0000000..d952b93
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_KSpip_angle3.dec
@@ -0,0 +1,80 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K0pi+)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/01/2004                                     #
+# Patched:  03/24/2004 (change order A+ and A- for B)      #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6512, f_perp = 0.2361, 
+# phi_perp = -0.3606, phi_paral = 2.4595
+# Acp_0 = -0.1376, Acp_perp = 0.2508
+# At_parl= -0.0172, At_0 = -0.1603
+# Acp = 0
+#
+Define Hplus1  0.1193
+Define Hzero1  0.8607
+Define Hminus1 0.4949
+Define phHplus1  0.6
+Define phHzero1  0.0
+Define phHminus1 3.1
+#
+Define Hplus2  0.1606
+Define Hzero2  0.7494
+Define Hminus2 0.6424
+Define phHplus2 -0.2
+Define phHzero2  0.0
+Define phHminus2 2.2
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP Hminus1 phHminus1 Hzero1 phHzero1 Hplus1 phHplus1;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_phiKstarp_KSpip_ln.dec b/BaBar_2014/BpBm_phiKstarp_KSpip_ln.dec
new file mode 100644
index 0000000..975c53d
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_KSpip_ln.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K0pi+)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_KSpip_odd.dec b/BaBar_2014/BpBm_phiKstarp_KSpip_odd.dec
new file mode 100644
index 0000000..c76a365
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_KSpip_odd.dec
@@ -0,0 +1,59 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K0pi+)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/18/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Trans. odd polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;  ***
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud.  polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_KSpip_tr.dec b/BaBar_2014/BpBm_phiKstarp_KSpip_tr.dec
new file mode 100644
index 0000000..e531ddd
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_KSpip_tr.dec
@@ -0,0 +1,58 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K0pi+)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0 pi+          VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0 pi-          VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_Kppi0.dec b/BaBar_2014/BpBm_phiKstarp_Kppi0.dec
new file mode 100644
index 0000000..b0de0c0
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_Kppi0.dec
@@ -0,0 +1,70 @@
+############################################################
+#                                                          #
+# Decay:      B- -> phi      K*-,        B+ -> X           #
+#                   |-> K+K-  |-> K- pi0                   #
+#                                                          #
+# + cc                                                     #
+#                                                          #
+# Author: Paul C. Bloom			                   #
+# e-mail: bloom@slac.stanford.edu                          #
+# Created:                   2000/03/20                    #
+############################################################
+#
+#
+#Define the helicity amplitudes starting
+#from the transversity amplitudes (see for instance B+B-_JpsiKstar.dec 
+#by G. London):
+#	Aplus  0.566
+#	Azero  1.02
+#	Aminus 0.4
+# Hplus = (Aplus + Aminus) / sqrt(2)
+# Hzero = Azero / sqrt(2)
+# Hminus = (Aplus - Aminus) / sqrt(2)
+# Note:  Hzero following convention from Dunietz et al.  To be consistent
+# with CLEO measurements all phases should be == 0
+Define Hplus  0.683
+Define Hzero  0.721
+Define Hminus 0.117
+Define phHplus  0.0
+Define phHzero  0.0
+Define phHminus 0.0
+#
+# MyB+, MyB- and MyPhi (etc. )will decay not as a normal B+- or phi would, but
+# as I tell them to 
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPhi phi
+Alias MyKstar+ K*+
+Alias MyKstar- K*-
+#
+# The Upsilon decay part is simple in the B+/B- case; for B0/B0bar look 
+# at other files to see how people define mixing parameters
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'SVS' means 'Scalar -> Vector + Scalar', etc.
+Decay MyB+
+1.0000  MyPhi  MyKstar+          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi  MyKstar-          SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;  
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-                   VSS;                    
+Enddecay
+#
+Decay MyKstar+
+1.0000  K+ pi0			VSS;
+Enddecay
+#
+Decay MyKstar-
+1.0000  K- pi0			VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_phiKstarp_Kppi0_angle1.dec b/BaBar_2014/BpBm_phiKstarp_Kppi0_angle1.dec
new file mode 100644
index 0000000..a140ec6
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_Kppi0_angle1.dec
@@ -0,0 +1,72 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K+pi0)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/16/2003                                     #
+# Patched:  03/24/2004 (change order A+ and A- for B)      #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6000, f_perp = 0.2500, 
+# phi_perp = -0.2000, phi_paral = 2.5000
+# all Acp = 0
+#
+Define Hplus1  0.1579
+Define Hzero1  0.7746
+Define Hminus1 0.6124
+Define phHplus1  0.6350
+Define phHzero1  0.0
+Define phHminus1 2.7493
+#
+Define Hplus2  0.1579
+Define Hzero2  0.7746
+Define Hminus2 0.6124
+Define phHplus2  0.6350
+Define phHzero2  0.0
+Define phHminus2 2.7493
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP Hminus1 phHminus1 Hzero1 phHzero1 Hplus1 phHplus1;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_Kppi0_angle2.dec b/BaBar_2014/BpBm_phiKstarp_Kppi0_angle2.dec
new file mode 100644
index 0000000..b87fa70
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_Kppi0_angle2.dec
@@ -0,0 +1,72 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K+pi0)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/01/2004                                     #
+# Patched:  03/24/2004 (change order A+ and A- for B)      #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6000, f_perp = 0.1600, 
+# phi_perp = 0.0000, phi_paral = \pi
+# all Acp = 0
+#
+Define Hplus1  0.0636
+Define Hzero1  0.7746
+Define Hminus1 0.6293
+Define phHplus1  3.1415926
+Define phHzero1  0.0
+Define phHminus1 3.1415926
+#
+Define Hplus2  0.0636
+Define Hzero2  0.7746
+Define Hminus2 0.6293
+Define phHplus2  3.1415926
+Define phHzero2  0.0
+Define phHminus2 3.1415926
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP Hminus1 phHminus1 Hzero1 phHzero1 Hplus1 phHplus1;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_Kppi0_angle3.dec b/BaBar_2014/BpBm_phiKstarp_Kppi0_angle3.dec
new file mode 100644
index 0000000..43b1df2
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_Kppi0_angle3.dec
@@ -0,0 +1,74 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K+pi0)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/01/2004                                     #
+# Patched:  03/24/2004 (change order A+ and A- for B)      #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+#
+# Define helicity amplitudes which could be different
+# for B (1) and Bbar (2) decays
+#
+# put f_L = 0.6512, f_perp = 0.2361, 
+# phi_perp = -0.3606, phi_paral = 2.4595
+# Acp_0 = -0.1376, Acp_perp = 0.2508
+# At_parl= -0.0172, At_0 = -0.1603
+# Acp = 0
+#
+Define Hplus1  0.1193
+Define Hzero1  0.8607
+Define Hminus1 0.4949
+Define phHplus1  0.6
+Define phHzero1  0.0
+Define phHminus1 3.1
+#
+Define Hplus2  0.1606
+Define Hzero2  0.7494
+Define Hminus2 0.6424
+Define phHplus2 -0.2
+Define phHzero2  0.0
+Define phHminus2 2.2
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP Hminus1 phHminus1 Hzero1 phHzero1 Hplus1 phHplus1;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP Hplus2 phHplus2 Hzero2 phHzero2 Hminus2 phHminus2;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_Kppi0_ln.dec b/BaBar_2014/BpBm_phiKstarp_Kppi0_ln.dec
new file mode 100644
index 0000000..edd2afc
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_Kppi0_ln.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K+pi0)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_Kppi0_odd.dec b/BaBar_2014/BpBm_phiKstarp_Kppi0_odd.dec
new file mode 100644
index 0000000..d7cdc72
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_Kppi0_odd.dec
@@ -0,0 +1,54 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K+pi0)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  12/18/2001                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Trans. odd polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;  ***
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization:  SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiKstarp_Kppi0_tr.dec b/BaBar_2014/BpBm_phiKstarp_Kppi0_tr.dec
new file mode 100644
index 0000000..5dfb384
--- /dev/null
+++ b/BaBar_2014/BpBm_phiKstarp_Kppi0_tr.dec
@@ -0,0 +1,53 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi K*+ -> (K+K-)(K+pi0)               #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyPhi phi
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyPhi MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phikkk.dec b/BaBar_2014/BpBm_phikkk.dec
new file mode 100644
index 0000000..0786fd2
--- /dev/null
+++ b/BaBar_2014/BpBm_phikkk.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay:      B+   -> phiK+K-K+                            #
+#             B-     -> generic                            #
+#                                                          #
+# Author: Prafulla Kumar Behera                            #
+# e-mail: behera@slac.stanford.edu                         #
+# Created:  04/29/2004                                     #
+#                                                          #
+#                                                          #
+############################################################
+#
+Alias MyPhi   phi
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi K+ K- K+               PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi K- K+ K-               PHSP;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_phim3pimnoint_Kp.dec b/BaBar_2014/BpBm_phim3pimnoint_Kp.dec
new file mode 100644
index 0000000..5e99f44
--- /dev/null
+++ b/BaBar_2014/BpBm_phim3pimnoint_Kp.dec
@@ -0,0 +1,43 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi      K+,        B- -> X            #
+#                    |                                     #
+#                     -> pi+pi-pi0                         #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Three pi decay of phi as implemented at the moment       #
+# in DECAY.DEC, i.e., NO INTERFERENCE between rho pi       #
+# final states (this is in preparation...)                 #
+#                                                          #
+# Author: Thomas Schietinger                               #
+# e-mail: schieti@slac.stanford.edu                        #
+# Created:                   2001/07/10                    #
+############################################################
+
+Alias MyPhi phi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi  K+           SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi  K-           SVS;
+Enddecay 
+#
+Decay MyPhi
+0.2800   rho+ pi-           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2800   rho0 pi0           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.2800   rho- pi+           VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1600   pi+  pi- pi0       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phim3pimphsp_Kp.dec b/BaBar_2014/BpBm_phim3pimphsp_Kp.dec
new file mode 100644
index 0000000..8d12086
--- /dev/null
+++ b/BaBar_2014/BpBm_phim3pimphsp_Kp.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi      K+,        B- -> X            #
+#                    |                                     #
+#                     -> pi+pi-pi0                         #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Three pi decay of phi as implemented at the moment       #
+# in DECAY.DEC, i.e., NO INTERFERENCE between rho pi       #
+# final states (this is in preparation...)                 #
+#                                                          #
+# Author: Thomas Schietinger                               #
+# e-mail: schieti@slac.stanford.edu                        #
+# Created:                   2001/07/10                    #
+############################################################
+
+Alias MyPhi phi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi  K+           SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi  K-           SVS;
+Enddecay 
+#
+Decay MyPhi
+1.0000   pi+  pi- pi0       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phinKp.dec b/BaBar_2014/BpBm_phinKp.dec
new file mode 100644
index 0000000..fa4bdd7
--- /dev/null
+++ b/BaBar_2014/BpBm_phinKp.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# Decay:      B- -> phi      K-,        B+ -> X            #
+#                   |-> KL KS                              #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Author: Alexandre (Sasha) Telnov/S.Spanier               #	
+# e-mail: avtelnov@slac.stanford.edu                       #
+# Created:                   1999/10/27                    #
+# overwritten                2001/08/01                    #
+############################################################
+
+Alias MyPhi   phi
+Alias MyK_S0  K_S0   
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi  K+               SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi  K-               SVS;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K_L0   MyK_S0           VSS;			
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                 PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phiphiKp.dec b/BaBar_2014/BpBm_phiphiKp.dec
new file mode 100644
index 0000000..3a3cb37
--- /dev/null
+++ b/BaBar_2014/BpBm_phiphiKp.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay:      B0    -> phi phi -> (K+K-)(K+K-)             #
+#             B0bar -> generic                             #
+#                                                          #
+# Author: Prafulla Kumar Behera                            #
+# e-mail: behera@slac.stanford.edu                         #
+# Created:  07/16/2003                                     #
+#                                                          #
+#                                                          #
+############################################################
+#
+Alias MyPhi   phi
+Alias MyK_S0  K_S0   
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi MyPhi K+               PHSP;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi MyPhi K-               PHSP;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_phipip.dec b/BaBar_2014/BpBm_phipip.dec
new file mode 100644
index 0000000..e37513d
--- /dev/null
+++ b/BaBar_2014/BpBm_phipip.dec
@@ -0,0 +1,35 @@
+############################################################
+#                                                          #
+# Decay:      B- -> phi      K-,        B+ -> X            #
+#                   |-> K+K-                               #
+#                                                          #
+# + cc				                           #
+#                                                          #
+# Author: Paul C. Bloom                                    #	
+# e-mail: bloom@slac.stanford.edu                          #
+# Created:                   2000/08/02                    #
+############################################################
+
+Alias MyPhi phi
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000  MyPhi  pi+               SVS;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi  pi-               SVS;
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-			VSS;			
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_phirhop.dec b/BaBar_2014/BpBm_phirhop.dec
new file mode 100644
index 0000000..0db60de
--- /dev/null
+++ b/BaBar_2014/BpBm_phirhop.dec
@@ -0,0 +1,45 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi rho+ -> (K+K-)(pi+pi0)             #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPhi phi
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization:  SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyPhi rho+      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi rho-      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_phirhop_ln.dec b/BaBar_2014/BpBm_phirhop_ln.dec
new file mode 100644
index 0000000..a828626
--- /dev/null
+++ b/BaBar_2014/BpBm_phirhop_ln.dec
@@ -0,0 +1,45 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi rho+ -> (K+K-)(pi+pi0)             #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPhi phi
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization:  SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  ***
+#
+Decay MyB+
+1.0000  MyPhi rho+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi rho-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_phirhop_tr.dec b/BaBar_2014/BpBm_phirhop_tr.dec
new file mode 100644
index 0000000..510df21
--- /dev/null
+++ b/BaBar_2014/BpBm_phirhop_tr.dec
@@ -0,0 +1,45 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> phi rho+ -> (K+K-)(pi+pi0)             #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  10/18/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyPhi phi
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Transverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization:  SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  MyPhi rho+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  MyPhi rho-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyPhi
+1.0000  K+ K-               VSS;                    
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_pi0lnu_FLATQ2.dec b/BaBar_2014/BpBm_pi0lnu_FLATQ2.dec
new file mode 100644
index 0000000..afec055
--- /dev/null
+++ b/BaBar_2014/BpBm_pi0lnu_FLATQ2.dec
@@ -0,0 +1,45 @@
+###############################################################################
+# This is a DECAY.DEC file for FLATQ2 Decays of B+(-) -> pi0 l nu:            #
+#   Up(4S) -> B+   B-                                   +CC                   #
+#             |    |                                                          #
+#             |     ->  pi0 l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# CONTACT: cote@slac.stanford.edu                                             #
+#                                                                             #
+###############################################################################
+# Create our own versions of B-, B+ which will decay to pi0 l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to pi0 l nu
+#
+Decay myB-
+0.5000 pi0   e-    anti-nu_e         FLATQ2;
+0.5000 pi0   mu-   anti-nu_mu        FLATQ2;
+Enddecay
+#
+Decay myB+
+0.5000 pi0   e+    nu_e          FLATQ2;
+0.5000 pi0   mu+   nu_mu         FLATQ2;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_pi0lnu_phsp.dec b/BaBar_2014/BpBm_pi0lnu_phsp.dec
new file mode 100644
index 0000000..1bd408d
--- /dev/null
+++ b/BaBar_2014/BpBm_pi0lnu_phsp.dec
@@ -0,0 +1,37 @@
+###############################################################################
+# This is a DECAY.DEC file for phase space Decays of B+(-) -> pi0 l nu:       #
+#   Up(4S) -> B+   B-                                   +CC                   #
+#             |    |                                                          #
+#             |     ->  pi0 l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# CONTACT: cote@slac.stanford.edu                                             #
+#                                                                             #
+###############################################################################
+# Create our own versions of B-, B+ which will decay to pi0 l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to pi0 l nu
+#
+Decay myB-
+0.5000 pi0   e-    anti-nu_e         PHOTOS   PHSP;
+0.5000 pi0   mu-   anti-nu_mu        PHOTOS   PHSP;
+Enddecay
+#
+Decay myB+
+0.5000 pi0   e+    nu_e          PHOTOS   PHSP;
+0.5000 pi0   mu+   nu_mu        PHOTOS   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pi0rho.dec b/BaBar_2014/BpBm_pi0rho.dec
new file mode 100644
index 0000000..a6b3e7e
--- /dev/null
+++ b/BaBar_2014/BpBm_pi0rho.dec
@@ -0,0 +1,45 @@
+###################################################
+#                                                 #
+# B+ -> rho+ pi0   + c.c.                         #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi0                             # 
+#                                                 #
+# Author: John Back     jback@slac.stanford.edu   #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho+ pi0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myrho+ rho+
+Alias Myrho- rho-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myrho+ pi0            SVS;
+Enddecay
+#
+Decay MyB-
+1.000  Myrho- pi0            SVS;
+Enddecay
+#
+Decay Myrho+
+1.000  pi+ pi0               VSS;
+Enddecay
+#
+Decay Myrho-
+1.000  pi- pi0               VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pi2K0s.dec b/BaBar_2014/BpBm_pi2K0s.dec
new file mode 100644
index 0000000..3f4c2ec
--- /dev/null
+++ b/BaBar_2014/BpBm_pi2K0s.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B+ -> pi+ K0s K0s (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B + -> pi+ K0s K0s (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   pi+ K_S0 K_S0       PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi- K_S0 K_S0        PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_pi2pi0.dec b/BaBar_2014/BpBm_pi2pi0.dec
new file mode 100644
index 0000000..db6b8e3
--- /dev/null
+++ b/BaBar_2014/BpBm_pi2pi0.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# B+ -> pi+ pi0 pi0 (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 15 Sept 2000                           #
+#                                                 #
+###################################################
+#
+# Decay table for B + -> pi+ pi0 pi0 (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   pi+ pi0 pi0         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi- pi0 pi0          PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_piK0pi0.dec b/BaBar_2014/BpBm_piK0pi0.dec
new file mode 100644
index 0000000..756faeb
--- /dev/null
+++ b/BaBar_2014/BpBm_piK0pi0.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B+ -> pi+ K0S pi0 (non-resonant)   + c.c.       #
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 26/April/00                            #
+#                                                 #
+###################################################
+#
+# Decay table for B + -> pi+ K0S pi0 (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   pi+ K_S0 pi0         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi- K_S0 pi0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pi_D0mK3pi.dec b/BaBar_2014/BpBm_pi_D0mK3pi.dec
new file mode 100644
index 0000000..7f5d2d6
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_D0mK3pi.dec
@@ -0,0 +1,46 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 pi-   B+ -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  K- pi+ pi- pi+		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+#
+Decay Upsilon(4S)
+0.5	MyB- B+				VSS;
+0.5	B- MyB+				VSS;
+Enddecay
+#
+Decay MyB-
+1.00	MyD0 pi-      			PHSP;
+Enddecay 
+#
+Decay MyB+
+1.00	Myanti-D0 pi+		     	PHSP;
+Enddecay 
+#
+Decay Myanti-D0
+1.00	K+ pi- pi+ pi-			PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi- pi+			PHSP;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/BpBm_pi_D0mKpimWS.dec b/BaBar_2014/BpBm_pi_D0mKpimWS.dec
new file mode 100644
index 0000000..dfba711
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_D0mKpimWS.dec
@@ -0,0 +1,48 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 pi-   B+ -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  K+ pi-			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 29 April 2002 			    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+
+
+#
+Decay Upsilon(4S)
+0.5	MyB- B+				VSS;
+0.5	B- MyB+				VSS;
+Enddecay
+#
+Decay MyB-
+1.00	MyD0 pi-      			PHSP;
+Enddecay 
+#
+Decay MyB+
+1.00	Myanti-D0 pi+		     	PHSP;
+Enddecay 
+#
+Decay MyD0
+1.000  K+ pi-				PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  K- pi+	                      	PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_pi_D0mKpipi0.dec b/BaBar_2014/BpBm_pi_D0mKpipi0.dec
new file mode 100644
index 0000000..adbf4f5
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_D0mKpipi0.dec
@@ -0,0 +1,46 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 pi-   B+ -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  K- pi+ pi0			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+#
+Decay Upsilon(4S)
+0.5	MyB- B+				VSS;
+0.5	B- MyB+				VSS;
+Enddecay
+#
+Decay MyB-
+1.00	MyD0 pi-      			PHSP;
+Enddecay 
+#
+Decay MyB+
+1.00	Myanti-D0 pi+		     	PHSP;
+Enddecay 
+#
+Decay Myanti-D0
+1.00	K+ pi- pi0			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi0			D_DALITZ;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/BpBm_pi_D0mKspipi.dec b/BaBar_2014/BpBm_pi_D0mKspipi.dec
new file mode 100644
index 0000000..b5cb511
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_D0mKspipi.dec
@@ -0,0 +1,65 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 pi-   B+ -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  Ks pi+ pi-			    #
+#                   |-> pi+ pi-                                #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+Alias MyKs		K_S0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.5	MyB- B+				VSS;
+0.5	B- MyB+				VSS;
+Enddecay
+#
+Decay MyB-
+1.00	MyD0 pi-      			PHSP;
+Enddecay 
+#
+Decay MyB+
+1.00	Myanti-D0 pi+		     	PHSP;
+Enddecay 
+#
+#
+Decay Myanti-D0
+1.00	MyK0  pi- pi+ 			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	Myanti-K0  pi+ pi-			D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00	pi+ pi-				PHSP;
+Enddecay
+#
+
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_pi_Dstar0mgammaD0mK3piRes.dec b/BaBar_2014/BpBm_pi_Dstar0mgammaD0mK3piRes.dec
new file mode 100644
index 0000000..80f9bee
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_Dstar0mgammaD0mK3piRes.dec
@@ -0,0 +1,106 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*(2007)0 pi-   B+ -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0 gamma			    #
+#		   |-> K- pi+ pi0		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: P Robbe                                   #
+# created: 30 Mar 2000 				    #
+# 						    #
+#####################################################
+#
+Alias MyB+ 		B+
+Alias MyB- 	 	B-
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+Alias Mya_1+      	a_1+
+Alias Mya_1-            a_1-
+Alias MyK_1+ 		K_1+
+Alias MyK_1- 		K_1-
+Alias MyK*0 		K*0
+Alias Myanti-K*0 	anti-K*0
+Alias Myomega		omega
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-                     VSS;
+0.500 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.00	Myanti-D*0 pi+      		SVS;
+Enddecay 
+#
+Decay MyB-
+1.00	MyD*0 pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0   gamma			VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000  Myanti-D0   gamma		VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D0
+0.4585	Mya_1- K+			SVS;
+0.0443 	MyK_1+ pi-			SVS;
+0.1354	MyK*0 pi- pi+			PHSP;
+0.0700	K+ pi- rho0			PHSP;
+0.1669	K+ pi- pi- pi+			PHSP;
+0.1249	MyK*0 rho0			SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+0.4585	Mya_1+ K-			SVS;
+0.0443	MyK_1- pi+			SVS;
+0.1354	Myanti-K*0 pi+ pi-		PHSP;
+0.0700	K- pi+ rho0			PHSP;
+0.1669	K- pi+ pi+ pi-			PHSP;
+0.1249	Myanti-K*0 rho0			SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Mya_1+
+1.0000 	rho0 pi+			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913	rho0 K+				VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984	MyK*0 pi+			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067	Myomega K+			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+			PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913	rho0 K-				VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984	Myanti-K*0 pi-			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067	Myomega K-			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036	K- pi+ pi-			PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000	K+ pi-				VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000 	K- pi+				VSS;
+Enddecay
+#
+Decay Myomega
+1.0000 	pi- pi+				VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_pi_Dstar0mgammaD0mKpi.dec b/BaBar_2014/BpBm_pi_Dstar0mgammaD0mKpi.dec
new file mode 100644
index 0000000..ec40681
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_Dstar0mgammaD0mKpi.dec
@@ -0,0 +1,55 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*(2007)0 pi-   B+ -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0 gamma			    #
+#		   |-> K- pi+			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: P Robbe                                   #
+# created: 30 Mar 2000 				    #
+# 						    #
+#####################################################
+#
+Alias MyB+ 		B+
+Alias MyB- 	 	B-
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-                     VSS;
+0.500 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.00	Myanti-D*0 pi+      		SVS;
+Enddecay 
+#
+Decay MyB-
+1.00	MyD*0 pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0   gamma			VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000  Myanti-D0   gamma		VSP_PWAVE;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi-				PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+				PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_pi_Dstar0mpi0D0_taunu.dec b/BaBar_2014/BpBm_pi_Dstar0mpi0D0_taunu.dec
new file mode 100644
index 0000000..0947d3a
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_Dstar0mpi0D0_taunu.dec
@@ -0,0 +1,56 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*(2007)0 pi-   B+ -> tau+ nu_tau    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0 pi0			    #
+#		   			            #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: G. Abrams                                 #
+# created: 22 May 2001 				    #
+# 						    #
+#####################################################
+#
+Alias MyB+ 		B+
+Alias MyB- 	 	B-
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-                     VSS;
+0.500 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.00	Myanti-D*0 pi+      		SVS;
+Enddecay 
+#
+Decay MyB-
+1.00	MyD*0 pi-		     	SVS;
+Enddecay 
+#
+#
+# force the other B to always decay to tau nu_tau
+#
+Decay B-
+1.0000 tau- anti-nu_tau  SLN;
+Enddecay
+#
+Decay B+
+1.0000 tau+ nu_tau       SLN;
+Enddecay
+#
+Decay MyD*0
+1.0000  D0   pi0			VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000  anti-D0   pi0                 VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_pi_Dstar0mpi0D0mK3pi.dec b/BaBar_2014/BpBm_pi_Dstar0mpi0D0mK3pi.dec
new file mode 100644
index 0000000..4c538fb
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_Dstar0mpi0D0mK3pi.dec
@@ -0,0 +1,55 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*(2007)0 pi-   B+ -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0 pi0			    #
+#		   |-> K- pi+ pi- pi+		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: P Robbe                                   #
+# created: 30 Mar 2000 				    #
+# 						    #
+#####################################################
+#
+Alias MyB+ 		B+
+Alias MyB- 	 	B-
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-                     VSS;
+0.500 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.00	Myanti-D*0 pi+      		SVS;
+Enddecay 
+#
+Decay MyB-
+1.00	MyD*0 pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0   pi0			VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000  Myanti-D0   pi0                 VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi- pi+ pi-			PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi- pi+			PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_pi_Dstar0mpi0D0mK3piRes.dec b/BaBar_2014/BpBm_pi_Dstar0mpi0D0mK3piRes.dec
new file mode 100644
index 0000000..6078b15
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_Dstar0mpi0D0mK3piRes.dec
@@ -0,0 +1,106 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*(2007)0 pi-   B+ -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0 pi0			    #
+#		   |-> K- pi+ pi- pi+		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: P Robbe                                   #
+# created: 19 May 2000 				    #
+# 						    #
+#####################################################
+#
+Alias MyB+ 		B+
+Alias MyB- 	 	B-
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+Alias Mya_1+      	a_1+
+Alias Mya_1-            a_1-
+Alias MyK_1+ 		K_1+
+Alias MyK_1- 		K_1-
+Alias MyK*0 		K*0
+Alias Myanti-K*0 	anti-K*0
+Alias Myomega		omega
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-                     VSS;
+0.500 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.00	Myanti-D*0 pi+      		SVS;
+Enddecay 
+#
+Decay MyB-
+1.00	MyD*0 pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0   pi0			VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000  Myanti-D0   pi0                 VSS;
+Enddecay
+#
+Decay Myanti-D0
+0.4585	Mya_1- K+			SVS;
+0.0443 	MyK_1+ pi-			SVS;
+0.1354	MyK*0 pi- pi+			PHSP;
+0.0700	K+ pi- rho0			PHSP;
+0.1669	K+ pi- pi- pi+			PHSP;
+0.1249	MyK*0 rho0			SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD0
+0.4585	Mya_1+ K-			SVS;
+0.0443	MyK_1- pi+			SVS;
+0.1354	Myanti-K*0 pi+ pi-		PHSP;
+0.0700	K- pi+ rho0			PHSP;
+0.1669	K- pi+ pi+ pi-			PHSP;
+0.1249	Myanti-K*0 rho0			SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Mya_1+
+1.0000 	rho0 pi+			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Mya_1-
+1.0000  rho0 pi-			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyK_1+
+0.3913	rho0 K+				VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984	MyK*0 pi+			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067	Myomega K+			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036  K+ pi- pi+			PHSP;
+Enddecay
+#
+Decay MyK_1-
+0.3913	rho0 K-				VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1984	Myanti-K*0 pi-			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0067	Myomega K-			VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.4036	K- pi+ pi-			PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000	K+ pi-				VSS;
+Enddecay
+#
+Decay Myanti-K*0
+1.0000 	K- pi+				VSS;
+Enddecay
+#
+Decay Myomega
+1.0000 	pi- pi+				VSS;
+Enddecay
+#		
+End
+
diff --git a/BaBar_2014/BpBm_pi_Dstar0mpi0D0mKpi.dec b/BaBar_2014/BpBm_pi_Dstar0mpi0D0mKpi.dec
new file mode 100644
index 0000000..649c306
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_Dstar0mpi0D0mKpi.dec
@@ -0,0 +1,55 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*(2007)0 pi-   B+ -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0 pi0			    #
+#		   |-> K- pi+			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: P Robbe                                   #
+# created: 30 Mar 2000 				    #
+# 						    #
+#####################################################
+#
+Alias MyB+ 		B+
+Alias MyB- 	 	B-
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-                     VSS;
+0.500 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.00	Myanti-D*0 pi+      		SVS;
+Enddecay 
+#
+Decay MyB-
+1.00	MyD*0 pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0   pi0			VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000  Myanti-D0   pi0                 VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi-				PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+				PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_pi_Dstar0mpi0D0mKpipi0.dec b/BaBar_2014/BpBm_pi_Dstar0mpi0D0mKpipi0.dec
new file mode 100644
index 0000000..4e352c5
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_Dstar0mpi0D0mKpipi0.dec
@@ -0,0 +1,55 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*(2007)0 pi-   B+ -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0 pi0			    #
+#		   |-> K- pi+ pi0		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: P Robbe                                   #
+# created: 30 Mar 2000 				    #
+# 						    #
+#####################################################
+#
+Alias MyB+ 		B+
+Alias MyB- 	 	B-
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-                     VSS;
+0.500 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.00	Myanti-D*0 pi+      		SVS;
+Enddecay 
+#
+Decay MyB-
+1.00	MyD*0 pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0   pi0			VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000  Myanti-D0   pi0                 VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi- pi0			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi0			D_DALITZ;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_pi_Dstar0mpi0D0mKspipi.dec b/BaBar_2014/BpBm_pi_Dstar0mpi0D0mKspipi.dec
new file mode 100644
index 0000000..a6faf4a
--- /dev/null
+++ b/BaBar_2014/BpBm_pi_Dstar0mpi0D0mKspipi.dec
@@ -0,0 +1,70 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*(2007)0 pi-   B+ -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0 pi0			    #
+#		   |-> Ks pi+ pi-		    #
+#                       |-> pi+ pi-                 #
+# + cc                                              #
+#                                                   #
+# Author: P Robbe                                   #
+# created: 30 Mar 2000 				    #
+# 						    #
+#####################################################
+#
+Alias MyB+ 		B+
+Alias MyB- 	 	B-
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+Alias MyKs              K_S0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-                     VSS;
+0.500 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.00	Myanti-D*0 pi+      		SVS;
+Enddecay 
+#
+Decay MyB-
+1.00	MyD*0 pi-		     	SVS;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0   pi0			VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000  Myanti-D0   pi0                 VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	MyK0  pi- pi+			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	Myanti-K0  pi+ pi-			D_DALITZ;
+Enddecay
+#
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00   	pi+ pi- 			PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_pichi_c0_pipi.dec b/BaBar_2014/BpBm_pichi_c0_pipi.dec
new file mode 100644
index 0000000..0a945cc
--- /dev/null
+++ b/BaBar_2014/BpBm_pichi_c0_pipi.dec
@@ -0,0 +1,35 @@
+###################################################
+#                                                 #
+# B+ -> pi+ chi_c0       + C.C.                    #
+#          |                                      #
+#           --> pi+ pi-                           #
+#                                                 #
+# Author: Huw Shorthouse  huw@slac.stanford.edu   #
+# Created: 11/Feb/02                              #
+#                                                 #
+###################################################
+#
+#
+#
+Alias MyB+     B+
+Alias MyB-     B-
+Alias Mychi_c0 chi_c0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   pi+ Mychi_c0          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   pi- Mychi_c0          PHSP;
+Enddecay
+#
+Decay Mychi_c0
+1.000   pi+ pi-              PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_piee_Ball.dec b/BaBar_2014/BpBm_piee_Ball.dec
new file mode 100644
index 0000000..278403c
--- /dev/null
+++ b/BaBar_2014/BpBm_piee_Ball.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> pi- e+ e-                                 #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     pi+     e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00     pi-     e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_pilnu.dec b/BaBar_2014/BpBm_pilnu.dec
new file mode 100644
index 0000000..14946c1
--- /dev/null
+++ b/BaBar_2014/BpBm_pilnu.dec
@@ -0,0 +1,35 @@
+###############################################################################
+# This is a DECAY.DEC file for B+(-) -> pi l nu :                             #
+#                                                                             # 
+#   Up(4S) -> B+   B-                                    +CC                  #
+#             |    |                                                          #
+#             |     ->  pi0 l- nu_bar (l = e or mu)                           # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# Mail: NATALIA@SLAC.STANFORD.EDU
+###############################################################################
+# Create our own versions of B-, B+ which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+Decay Upsilon(4S)
+0.50000 B+  myB-                          VSS;
+0.50000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to pi l nu
+#
+Decay myB-
+0.5000 pi0   e-   anti-nu_e          PHOTOS   ISGW2;
+0.5000 pi0   mu-   anti-nu_mu        PHOTOS   ISGW2;
+Enddecay
+Decay myB+
+0.5000 pi0   e+   nu_e          PHOTOS   ISGW2;
+0.5000 pi0   mu+  nu_mu         PHOTOS   ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pimumu_Ball.dec b/BaBar_2014/BpBm_pimumu_Ball.dec
new file mode 100644
index 0000000..bc38591
--- /dev/null
+++ b/BaBar_2014/BpBm_pimumu_Ball.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> pi- mu+ mu-                               #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     pi+     mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00     pi-     mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_pipKsKs.dec b/BaBar_2014/BpBm_pipKsKs.dec
new file mode 100644
index 0000000..2ef1f6d
--- /dev/null
+++ b/BaBar_2014/BpBm_pipKsKs.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B+ -> pi+ K0s K0s                  + c.c.       #
+#                                                 #
+# Author: Joshua Thompson                         #
+# Created: 26 September 2003                      #
+#                                                 #
+###################################################
+#
+# Decay table for B + -> pi+ K0s K0s (non-resonant) 
+# using phase space
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0  K_S0   
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   pi+ MyK_S0 MyK_S0   PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi- MyK_S0 MyK_S0    PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-            PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pipemmup_PHSP.dec b/BaBar_2014/BpBm_pipemmup_PHSP.dec
new file mode 100644
index 0000000..03a4248
--- /dev/null
+++ b/BaBar_2014/BpBm_pipemmup_PHSP.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> pi- e+ mu-                                #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     pi+     mu+  e-    PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     pi-     e+  mu-    PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_pipepmum_PHSP.dec b/BaBar_2014/BpBm_pipepmum_PHSP.dec
new file mode 100644
index 0000000..d6214bc
--- /dev/null
+++ b/BaBar_2014/BpBm_pipepmum_PHSP.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> pi- e- mu+                                #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     pi+     mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     pi-     e-  mu+    PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_pipi.dec b/BaBar_2014/BpBm_pipi.dec
new file mode 100644
index 0000000..904e0e2
--- /dev/null
+++ b/BaBar_2014/BpBm_pipi.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# B- -> pi- pi0   +cc                             #
+#                                                 #
+# Author: Jim Olsen                               #
+# created:                     3/Feb/99           #
+# modified: g.london          10/Feb/99           #
+# modified: g.london SSS/PHSP 21/Feb/99           #
+###################################################
+#
+# Decay table for B- -> pi- pi0 using a simple PHSP
+# model.
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     pi+     pi0    PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     pi-     pi0    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pippi0Kstar_Kppim.dec b/BaBar_2014/BpBm_pippi0Kstar_Kppim.dec
new file mode 100644
index 0000000..edcfa6e
--- /dev/null
+++ b/BaBar_2014/BpBm_pippi0Kstar_Kppim.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> pi+ pi0 K*0 (K+pi-)  (non-resonant)   #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  pi+ pi0 MyK*0          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi- pi0 MyK*0bar       PHSP;
+Enddecay
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pippi0eta.dec b/BaBar_2014/BpBm_pippi0eta.dec
new file mode 100644
index 0000000..974e166
--- /dev/null
+++ b/BaBar_2014/BpBm_pippi0eta.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# B+ -> pi+ pi0 eta   + c.c.                      #
+#               |                                 #
+#               |                                 #
+#               ---> gamma gamma                  # 
+#                                                 #
+# Author:  Richard Sloane                         #
+# Email:   sloane@slac.stanford.edu               #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> pi+ pi0 eta
+# using a phase space model
+# (and forcing eta to decay to gamma gamma)
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  pi+ pi0 Myeta         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi- pi0 Myeta         PHSP;
+Enddecay
+#
+Decay Myeta
+1.000  gamma gamma           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pippi0pi0eta.dec b/BaBar_2014/BpBm_pippi0pi0eta.dec
new file mode 100644
index 0000000..43959b9
--- /dev/null
+++ b/BaBar_2014/BpBm_pippi0pi0eta.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# B+ -> pi+ pi0 pi0 eta   + c.c.                  #
+#                   |                             #
+#                   |                             #
+#                   ---> gamma gamma              # 
+#                                                 #
+# Author:  Richard Sloane                         #
+# Email:   sloane@slac.stanford.edu               #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> pi+ pi0 pi0 eta
+# using a phase space model
+# (and forcing eta to decay to gamma gamma)
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myeta eta
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-                   VSS;
+0.500 MyB-  B+                   VSS;
+Enddecay
+#
+Decay MyB+
+1.000  pi+ pi0 pi0 Myeta         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi- pi0 pi0 Myeta         PHSP;
+Enddecay
+#
+Decay Myeta
+1.000  gamma gamma               PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pippi0pi0pi0.dec b/BaBar_2014/BpBm_pippi0pi0pi0.dec
new file mode 100644
index 0000000..7bc65d1
--- /dev/null
+++ b/BaBar_2014/BpBm_pippi0pi0pi0.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> pi+ pi0 pi0 pi0   + c.c.                  #
+#                                                 #
+#                                                 #
+#                                                 #
+# Author: Richard Sloane                          #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> pi+ pi0 pi0 pi0
+# using a phase space model
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  pi+ pi0 pi0 pi0       PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi- pi0 pi0 pi0       PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pippimKstar_KSpip.dec b/BaBar_2014/BpBm_pippimKstar_KSpip.dec
new file mode 100644
index 0000000..e7b8597
--- /dev/null
+++ b/BaBar_2014/BpBm_pippimKstar_KSpip.dec
@@ -0,0 +1,47 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> pi+ pi- K*+(KSpi+)     (non-resonant) #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  pi+ pi- MyK*+         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi+ pi- MyK*-         PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0000  MyK_S0  pi+         VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0  pi-         VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pippimKstar_Kppi0.dec b/BaBar_2014/BpBm_pippimKstar_Kppi0.dec
new file mode 100644
index 0000000..48b3ef7
--- /dev/null
+++ b/BaBar_2014/BpBm_pippimKstar_Kppi0.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> pi+ pi- K*+(K+pi0)     (non-resonant) #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  pi+ pi- MyK*+         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  pi+ pi- MyK*-         PHSP;
+Enddecay
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_pippippim_intf1.dec b/BaBar_2014/BpBm_pippippim_intf1.dec
new file mode 100644
index 0000000..5f6c1ba
--- /dev/null
+++ b/BaBar_2014/BpBm_pippippim_intf1.dec
@@ -0,0 +1,144 @@
+# Author: 	Alexei Dvoretskii
+# Created:	12 June 2003
+#
+# Upsilon(4S) -> B+ B-
+#                |  |-> generic
+#                |
+#                |-> pi+ pi+ pi- 
+#
+# charge conjugation assumed 
+#
+# The decay into the pi+ pi+ pi- final state proceeds
+# via multiple interfering subchannels. They are summarized in the 
+# table below. The contribution of each channel is roughly proportional 
+# to magnitude squared of the complex coefficient for that channel times 
+# the integral of the amplitude squared term.
+#
+#SCAN 10000 7.324009
+#Total: 391.185103
+#   Channel        I      |c|  |c|^2*I    Fract
+#        NR   376.43     0.50    94.11     0.33
+#      rho0    31.52     1.00    31.52     0.11
+#      rho0    32.24     1.00    32.24     0.11
+#  rho(2S)0    28.85     0.50     7.21     0.03
+#  rho(2S)0    29.34     0.50     7.33     0.03
+#  rho(3S)0    43.64     0.30     3.93     0.01
+#  rho(3S)0    44.61     0.30     4.01     0.01
+#       f_0    51.06     1.00    51.06     0.18
+#       f_0    51.17     1.00    51.17     0.18
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B-	VSS;
+0.5 MyB- B+	VSS;
+Enddecay
+
+Decay MyB+
+1.0 pi+ pi+ pi- PTO3P       
+
+	MAXPDF 8.8
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+	AMPLITUDE	RESONANCE	CA	rho0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	0.0
+	AMPLITUDE	RESONANCE	CA	rho(2S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	0.0
+	AMPLITUDE	RESONANCE	CA	rho(3S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	0.0
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+	AMPLITUDE	RESONANCE	CA	f_0	
+	ANGULAR		BC
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+
+	;
+
+Enddecay
+
+Decay MyB-
+1.0 pi- pi- pi+ PTO3P       
+
+	MAXPDF 8.8
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+	AMPLITUDE	RESONANCE	CA	rho0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	0.0
+	AMPLITUDE	RESONANCE	CA	rho(2S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	0.0
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	0.0
+	AMPLITUDE	RESONANCE	CA	rho(3S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	0.0
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+	AMPLITUDE	RESONANCE	CA	f_0	
+	ANGULAR		BC
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.0
+
+	;
+
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_pippippim_intf2.dec b/BaBar_2014/BpBm_pippippim_intf2.dec
new file mode 100644
index 0000000..4e369d0
--- /dev/null
+++ b/BaBar_2014/BpBm_pippippim_intf2.dec
@@ -0,0 +1,143 @@
+# Author: 	Alexei Dvoretskii
+# Created:	12 June 2003
+#
+# Upsilon(4S) -> B+ B-
+#                |  |-> generic
+#                |
+#                |-> pi+ pi+ pi- 
+#
+# charge conjugation assumed 
+#
+# The decay into the pi+ pi+ pi- final state proceeds
+# via multiple interfering subchannels. They are summarized in the 
+# table below. The contribution of each channel is roughly proportional 
+# to magnitude squared of the complex coefficient for that channel times 
+# the integral of the amplitude squared term.
+#
+#SCAN 10000 5.385945
+#Total: 297.622876
+#   Channel        I      |c|  |c|^2*I    Fract
+#        NR   376.43     0.50    94.11     0.33
+#      rho0    31.52     1.00    31.52     0.11
+#      rho0    32.24     1.00    32.24     0.11
+#  rho(2S)0    28.85     0.50     7.21     0.03
+#  rho(2S)0    29.34     0.50     7.33     0.03
+#  rho(3S)0    43.64     0.30     3.93     0.01
+#  rho(3S)0    44.61     0.30     4.01     0.01
+#       f_0    51.06     1.00    51.06     0.18
+#       f_0    51.17     1.00    51.17     0.18
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B-	VSS;
+0.5 MyB- B+	VSS;
+Enddecay
+
+Decay MyB+
+1.0 pi+ pi+ pi- PTO3P       
+
+	MAXPDF 6.5
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	3.14
+	AMPLITUDE	RESONANCE	CA	rho0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	3.14
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	2.5
+	AMPLITUDE	RESONANCE	CA	rho(2S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	2.5
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	-1.2
+	AMPLITUDE	RESONANCE	CA	rho(3S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	-1.2
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.8
+	AMPLITUDE	RESONANCE	CA	f_0	
+	ANGULAR		BC
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.8
+
+	;
+
+Enddecay
+
+
+Decay MyB-
+1.0 pi- pi- pi+ PTO3P       
+
+	MAXPDF 6.5
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	3.14
+	AMPLITUDE	RESONANCE	CA	rho0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	3.14
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	2.5
+	AMPLITUDE	RESONANCE	CA	rho(2S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	2.5
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	-1.2
+	AMPLITUDE	RESONANCE	CA	rho(3S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	-1.2
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.8
+	AMPLITUDE	RESONANCE	CA	f_0	
+	ANGULAR		BC
+	TYPE		NBW
+	COEFFICIENT 	POLAR_RAD	1.0 	0.8
+
+	;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_pippippim_intf3.dec b/BaBar_2014/BpBm_pippippim_intf3.dec
new file mode 100644
index 0000000..c92ef3d
--- /dev/null
+++ b/BaBar_2014/BpBm_pippippim_intf3.dec
@@ -0,0 +1,142 @@
+# Author: 	Alexei Dvoretskii
+# Created:	12 June 2003
+#
+# Upsilon(4S) -> B+ B-
+#                |  |-> generic
+#                |
+#                |-> pi+ pi+ pi- 
+#
+# charge conjugation assumed 
+#
+# The decay into the pi+ pi+ pi- final state proceeds
+# via multiple interfering subchannels. They are summarized in the 
+# table below. The contribution of each channel is roughly proportional 
+# to magnitude squared of the complex coefficient for that channel times 
+# the integral of the amplitude squared term.
+#
+#SCAN 10000 30.911520
+#Total: 299.431368
+#   Channel        I      |c|  |c|^2*I    Fract
+#        NR   376.43     0.50    94.11     0.37
+#      rho0    33.46     1.00    33.46     0.13
+#      rho0    31.08     1.00    31.08     0.12
+#  rho(2S)0    28.10     0.50     7.02     0.03
+#  rho(2S)0    29.35     0.50     7.34     0.03
+#  rho(3S)0    43.52     0.30     3.92     0.02
+#  rho(3S)0    44.82     0.30     4.03     0.02
+#       f_0  1585.41     0.15    35.67     0.14
+#       f_0  1586.94     0.15    35.71     0.14
+
+Alias MyB+ B+
+Alias MyB- B-
+
+Decay Upsilon(4S)
+0.5 MyB+ B-	VSS;
+0.5 MyB- B+	VSS;
+Enddecay
+
+Decay MyB+
+1.0 pi+ pi+ pi- PTO3P       
+
+	MAXPDF 37.1
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	-0.2
+	AMPLITUDE	RESONANCE	CA	rho0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	-0.2
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	0.4
+	AMPLITUDE	RESONANCE	CA	rho(2S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	0.4
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	-0.6
+	AMPLITUDE	RESONANCE	CA	rho(3S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	-0.6
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.15 	0.8
+	AMPLITUDE	RESONANCE	CA	f_0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.15 	0.8
+
+	;
+
+Enddecay
+
+Decay MyB-
+1.0 pi- pi- pi+ PTO3P       
+
+	MAXPDF 37.1
+	#SCANPDF 10000 
+
+	# Non-resonant
+	AMPLITUDE	PHASESPACE	
+	COEFFICIENT 	POLAR_RAD	0.5	0.0
+
+	# PIPI RESONANCES	
+        
+	AMPLITUDE	RESONANCE	BC	rho0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	-0.2
+	AMPLITUDE	RESONANCE	CA	rho0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	1.0 	-0.2
+
+	AMPLITUDE	RESONANCE	BC	rho(2S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	0.4
+	AMPLITUDE	RESONANCE	CA	rho(2S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.5 	0.4
+
+	AMPLITUDE	RESONANCE	BC	rho(3S)0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	-0.6
+	AMPLITUDE	RESONANCE	CA	rho(3S)0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.3 	-0.6
+
+	AMPLITUDE	RESONANCE	BC	f_0	
+	ANGULAR		CA
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.15 	0.8
+	AMPLITUDE	RESONANCE	CA	f_0	
+	ANGULAR		BC
+	TYPE		RBW_ZEMACH
+	COEFFICIENT 	POLAR_RAD	0.15 	0.8
+
+	;
+
+Enddecay
+
+End
diff --git a/BaBar_2014/BpBm_pirho0.dec b/BaBar_2014/BpBm_pirho0.dec
new file mode 100644
index 0000000..9c19fff
--- /dev/null
+++ b/BaBar_2014/BpBm_pirho0.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# B+ -> pi+ rho0   + c.c.                         #
+#            |                                    #
+#            |                                    #
+#            ---> pi- pi+                         #  
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 27/Oct/99                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> pi+ rho0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0 decays to pi- pi+ (using a simple VSS model).
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myrho0 rho0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myrho0 pi+            SVS;
+Enddecay
+#
+Decay MyB-
+1.000  Myrho0 pi-            SVS;
+Enddecay
+#
+Decay Myrho0
+1.000  pi- pi+               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_pmLambda_cppim_Lambda3pi.dec b/BaBar_2014/BpBm_pmLambda_cppim_Lambda3pi.dec
new file mode 100644
index 0000000..e95841e
--- /dev/null
+++ b/BaBar_2014/BpBm_pmLambda_cppim_Lambda3pi.dec
@@ -0,0 +1,53 @@
+##############################################################
+#                                                            #
+# Decay: B+ -> Lambda_c- proton pi+,  B- ->X                 #
+#                   |                                        #
+#                   |-> Lambdabar pi+ pi- pi- (100%)         #
+#                           |                                #
+#                           |->  anti-proton pi+ (100%)      #
+# Comments:                                                  #
+# Author: Haibo Li, Wisconsin                                #
+# Date:   April 11 2004                                      #
+# Use phase space for now                                    #
+##############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+Alias My-anti-Lambda0 anti-Lambda0
+Alias My-Lambda0 Lambda0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#                     // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-Lc p+ pi+             PHSP;
+Enddecay
+#   // phase space here
+Decay MyB-
+ 1.00000  MyLc anti-p- pi-             PHSP;
+Enddecay
+#   
+Decay MyLc         
+ 1.00000  My-Lambda0 pi+ pi+ pi-       PHSP;
+Enddecay
+#
+Decay Myanti-Lc
+ 1.00000  My-anti-Lambda0 pi+ pi- pi-  PHSP;
+Enddecay
+#
+Decay My-Lambda0
+ 1.00000   p+ pi-                       PHSP;
+Enddecay
+#
+Decay My-anti-Lambda0
+ 1.00000   anti-p- pi+                  PHSP;
+Enddecay
+#
+End
+
+ 
\ No newline at end of file
diff --git a/BaBar_2014/BpBm_pmLambda_cppim_Lambdapip.dec b/BaBar_2014/BpBm_pmLambda_cppim_Lambdapip.dec
new file mode 100644
index 0000000..f19e169
--- /dev/null
+++ b/BaBar_2014/BpBm_pmLambda_cppim_Lambdapip.dec
@@ -0,0 +1,53 @@
+##############################################################
+#                                                            #
+# Decay: B+ -> Lambda_c- proton pi+,  B- ->X                 #
+#                   |                                        #
+#                   |-> Lambdabar pi- (100%)                 #
+#                             |                              #
+#                             |-> anti-proton pi+ (100%)     #
+# Comments:                                                  #
+# Author: Haibo Li, Wisconsin                                #
+# Date:   April 11 2004                                      #
+# Use phase space for now                                    #
+##############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+Alias My-anti-Lambda0 anti-Lambda0
+Alias My-Lambda0 Lambda0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#                     // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-Lc p+ pi+             PHSP;
+Enddecay
+#   // phase space here
+Decay MyB-
+ 1.00000  MyLc anti-p- pi-             PHSP;
+Enddecay
+#   
+Decay MyLc         
+ 1.00000  My-Lambda0 pi+               PHSP;
+Enddecay
+#
+Decay Myanti-Lc
+ 1.00000  My-anti-Lambda0 pi-          PHSP;
+Enddecay
+#
+Decay My-Lambda0
+ 1.0000   p+ pi-                       PHSP;
+Enddecay
+#
+Decay My-anti-Lambda0
+ 1.0000   anti-p- pi+                  PHSP;
+Enddecay
+#
+End
+
+ 
\ No newline at end of file
diff --git a/BaBar_2014/BpBm_pmLambda_cppim_protonkpi.dec b/BaBar_2014/BpBm_pmLambda_cppim_protonkpi.dec
new file mode 100644
index 0000000..ee78653
--- /dev/null
+++ b/BaBar_2014/BpBm_pmLambda_cppim_protonkpi.dec
@@ -0,0 +1,41 @@
+####################################################
+#                                                  #
+# Decay: B+ -> Lambda_c- proton pi+,      B- ->X   #
+#                       |                          #
+#                       |-> anti-p K+ pi-          #
+# Comments:                                        #
+# Author: Haibo Li, Wisconsin                      #
+# Date:   April 11 2004                            #
+# Use phase space for now                          #
+####################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#                     // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-Lc p+ pi+             PHSP;
+Enddecay
+#   
+Decay MyB-
+ 1.00000  MyLc anti-p- pi-             PHSP;
+Enddecay
+#    // resonance structure in Dalitz not modeled
+Decay MyLc 
+ 1.00000  p+ K- pi+                    PHSP;
+Enddecay
+#
+Decay Myanti-Lc
+ 1.00000  anti-p- K+ pi-               PHSP;
+Enddecay
+#
+End
+
+ 
\ No newline at end of file
diff --git a/BaBar_2014/BpBm_pmLambda_cppim_protonks.dec b/BaBar_2014/BpBm_pmLambda_cppim_protonks.dec
new file mode 100644
index 0000000..942f565
--- /dev/null
+++ b/BaBar_2014/BpBm_pmLambda_cppim_protonks.dec
@@ -0,0 +1,58 @@
+####################################################
+#                                                  #
+# Decay: B+ -> Lambda_c- proton pi+,  B- ->X       #
+#                       |                          #
+#                       |-> anti-p K_0S (100%)     #
+#                                  |               #
+#                                  |-> pi+pi-(100%)#
+# Comments:                                        #
+# Author: Haibo Li, Wisconsin                      #
+# Date:   April 11 2004                            #
+# Use phase space for now                          #
+####################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+Alias MyK0      K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#                     // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-Lc p+ pi+             PHSP;
+Enddecay
+#   // phase space here
+Decay MyB-
+ 1.00000  MyLc anti-p- pi-             PHSP;
+Enddecay
+#   
+Decay MyLc         
+ 1.00000  p+ Myanti-K0                 PHSP;
+Enddecay
+#
+Decay Myanti-Lc
+ 1.00000  anti-p- MyK0                 PHSP;
+Enddecay
+#
+Decay MyK0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay Myanti-K0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay MyK_S0
+ 1.0000   pi+ pi-                      PHSP;
+Enddecay
+#
+End
+
+ 
\ No newline at end of file
diff --git a/BaBar_2014/BpBm_pmLambda_cppim_protonks2pi.dec b/BaBar_2014/BpBm_pmLambda_cppim_protonks2pi.dec
new file mode 100644
index 0000000..0a448b6
--- /dev/null
+++ b/BaBar_2014/BpBm_pmLambda_cppim_protonks2pi.dec
@@ -0,0 +1,58 @@
+##############################################################
+#                                                            #
+# Decay: B+ -> Lambda_c- proton pi+pi-,  B- ->X              #
+#                   |                                        #
+#                   |-> anti-proton K_0S pi+ pi- (100%)      #
+#                                   |                        #
+#                                   |->  pi+ pi- (100%)      #
+# Comments:                                                  #
+# Author: Haibo Li, Wisconsin                                #
+# Date:   April 11 2004                                      #
+# Use phase space for now                                    #
+##############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyLc Lambda_c+
+Alias Myanti-Lc anti-Lambda_c-
+Alias MyK0      K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+#                     // Phase Space model
+Decay MyB+
+ 1.00000  Myanti-Lc p+ pi+             PHSP;
+Enddecay
+#   // phase space here
+Decay MyB-
+ 1.00000  MyLc anti-p- pi-             PHSP;
+Enddecay
+#   
+Decay MyLc         
+ 1.00000  p+ Myanti-K0 pi+ pi-         PHSP;
+Enddecay
+#
+Decay Myanti-Lc
+ 1.00000  anti-p- MyK0 pi+ pi-         PHSP;
+Enddecay
+#
+Decay MyK0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay Myanti-K0
+ 1.0000   MyK_S0                       PHSP;
+Enddecay
+#
+Decay MyK_S0
+ 1.0000   pi+ pi-                      PHSP;
+Enddecay
+#
+End
+
+ 
\ No newline at end of file
diff --git a/BaBar_2014/BpBm_ppbarK1270.dec b/BaBar_2014/BpBm_ppbarK1270.dec
new file mode 100644
index 0000000..6ced9bd
--- /dev/null
+++ b/BaBar_2014/BpBm_ppbarK1270.dec
@@ -0,0 +1,26 @@
+#######################################################
+#                                                     #
+# Decay: B-->ppbarK1270     B+->X                     #
+# +cc                                                 #
+#                                                     #
+# Author: Tetiana Hrynova                             #
+# Created:                  30 June 2003              #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+#
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   B-       MyB+                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   p+ anti-p-  K_1-                PHSP;
+Enddecay
+#
+Decay MyB+
+1.000   p+ anti-p-  K_1+                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_ppbarKstar.dec b/BaBar_2014/BpBm_ppbarKstar.dec
new file mode 100644
index 0000000..05ad8c8
--- /dev/null
+++ b/BaBar_2014/BpBm_ppbarKstar.dec
@@ -0,0 +1,50 @@
+#######################################################
+#                                                     #
+#   Up(4S) -> B+  B- + CC                             #
+#             |   |                                   #       
+#             |    -> X                               #
+#             |                                       #
+#              -> p pbar Kstar+ +CC                   #     
+#                          |			      #	
+#		            -> K_S0 pi+		      #	
+#			    -> K+ pi0                 #
+# Author:  Tetiana Hrynova, SLAC		      #	 
+#			(thrynova@slac.stanford.edu)  #
+# Created: 12 Dec 03                                  #
+#                                                     #
+#######################################################
+#
+Alias MyB+   B+
+Alias MyB-   B-
+Alias MyKstar+ K*+
+Alias MyKstar- K*-
+Alias MyK_S0  K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000   p+ anti-p-  MyKstar+        PHSP;
+Enddecay
+#
+Decay MyB-
+1.000   p+ anti-p-  MyKstar-        PHSP;
+Enddecay
+#
+Decay MyKstar+
+0.5      MyK_S0  pi+                VSS;
+0.5      K+  pi0                    VSS;
+Enddecay
+#
+Decay MyKstar-
+0.5   MyK_S0   pi-            VSS;
+0.5   K-  pi0                 VSS;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_ppbarpi.dec b/BaBar_2014/BpBm_ppbarpi.dec
new file mode 100644
index 0000000..20e5c3e
--- /dev/null
+++ b/BaBar_2014/BpBm_ppbarpi.dec
@@ -0,0 +1,26 @@
+#######################################################
+#                                                     #
+# Decay: B-->ppbarpi-     B+->X                       #
+# +cc                                                 #
+#                                                     #
+# Author: Tetiana Hrynova                             #
+# Created:                  30 June 2003              #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+#
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   B-       MyB+                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   p+ anti-p-  pi-                PHSP;
+Enddecay
+#
+Decay MyB+
+1.000   p+ anti-p-  pi+                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_ppbarrho.dec b/BaBar_2014/BpBm_ppbarrho.dec
new file mode 100644
index 0000000..475df88
--- /dev/null
+++ b/BaBar_2014/BpBm_ppbarrho.dec
@@ -0,0 +1,26 @@
+#######################################################
+#                                                     #
+# Decay: B-->ppbar rho-     B+->X                     #
+# +cc                                                 #
+#                                                     #
+# Author: Tetiana Hrynova                             #
+# Created:                  12  Dec 2003              #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+#
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   B-       MyB+                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   p+ anti-p-  rho-                PHSP;
+Enddecay
+#
+Decay MyB+
+1.000   p+ anti-p-  rho+                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_psi2sXK.dec b/BaBar_2014/BpBm_psi2sXK.dec
new file mode 100644
index 0000000..01f314b
--- /dev/null
+++ b/BaBar_2014/BpBm_psi2sXK.dec
@@ -0,0 +1,36 @@
+###################################################################
+# B-  --> psi2s K-             B+ --> Generic                     #
+#         |                                                       #
+#         |                                                       #
+#         |-->J/psi pi+pi-                                        #
+#              |                                                  #
+#              |-->mu+mu-/e+e-                                    #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# Author: G. London      18/11/99                                 #
+# Mail: GLONDON@SLAC.STANFORD.EDU
+###################################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Mypsi(2S) psi(2S)
+#
+Decay Upsilon(4S)
+0.500   MyB+  B-                        VSS;
+0.500   MyB-  B+                        VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Mypsi(2S)  K+                    SVS;
+Enddecay
+#
+Decay MyB-
+1.000  Mypsi(2S)  K-                    SVS;
+Enddecay
+#
+Decay Mypsi(2S)
+#0.700  J/psi  pi+ pi-                   PHSP;
+0.700  J/psi  pi+ pi-                   VVPIPI;
+Enddecay 
+End
diff --git a/BaBar_2014/BpBm_rho0KSpip.dec b/BaBar_2014/BpBm_rho0KSpip.dec
new file mode 100644
index 0000000..a26745c
--- /dev/null
+++ b/BaBar_2014/BpBm_rho0KSpip.dec
@@ -0,0 +1,37 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> rho0 KS pi+ (non-resonant)             #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  rho0 MyK_S0 pi+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  rho0 MyK_S0 pi-      PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rho0Kppi0.dec b/BaBar_2014/BpBm_rho0Kppi0.dec
new file mode 100644
index 0000000..66652f1
--- /dev/null
+++ b/BaBar_2014/BpBm_rho0Kppi0.dec
@@ -0,0 +1,32 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> rho0 K+ pi0 (non-resonant)            #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  rho0 K+ pi0          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  rho0 K- pi0          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rho0Kstar_K0pip.dec b/BaBar_2014/BpBm_rho0Kstar_K0pip.dec
new file mode 100644
index 0000000..19f2584
--- /dev/null
+++ b/BaBar_2014/BpBm_rho0Kstar_K0pip.dec
@@ -0,0 +1,55 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho0 K*+ -> (pi+pi-)(Kspi+)            #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  rho0 MyK*+      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho0 MyK*-      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0  pi+         VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0  pi-         VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rho0Kstar_K0pip_ln.dec b/BaBar_2014/BpBm_rho0Kstar_K0pip_ln.dec
new file mode 100644
index 0000000..ee08431
--- /dev/null
+++ b/BaBar_2014/BpBm_rho0Kstar_K0pip_ln.dec
@@ -0,0 +1,55 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho0 K*+ -> (pi+pi-)(Kspi+)            #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB+
+1.0000  rho0 MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho0 MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0  pi+         VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0  pi-         VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rho0Kstar_K0pip_tr.dec b/BaBar_2014/BpBm_rho0Kstar_K0pip_tr.dec
new file mode 100644
index 0000000..57a2b34
--- /dev/null
+++ b/BaBar_2014/BpBm_rho0Kstar_K0pip_tr.dec
@@ -0,0 +1,55 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho0 K*+ -> (pi+pi-)(Kspi+)            #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK_S0 K_S0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  rho0 MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho0 MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  MyK_S0  pi+         VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  MyK_S0  pi-         VSS;
+Enddecay
+#
+Decay MyK_S0
+1.000   pi+ pi-             PHSP;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rho0Kstar_Kppi0.dec b/BaBar_2014/BpBm_rho0Kstar_Kppi0.dec
new file mode 100644
index 0000000..09c13f4
--- /dev/null
+++ b/BaBar_2014/BpBm_rho0Kstar_Kppi0.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho0 K*+ -> (pi+pi-)(K+pi0)            #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  rho0 MyK*+      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho0 MyK*-      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rho0Kstar_Kppi0_ln.dec b/BaBar_2014/BpBm_rho0Kstar_Kppi0_ln.dec
new file mode 100644
index 0000000..4620c0a
--- /dev/null
+++ b/BaBar_2014/BpBm_rho0Kstar_Kppi0_ln.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho0 K*+ -> (pi+pi-)(K+pi0)            #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB+
+1.0000  rho0 MyK*+      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho0 MyK*-      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rho0Kstar_Kppi0_tr.dec b/BaBar_2014/BpBm_rho0Kstar_Kppi0_tr.dec
new file mode 100644
index 0000000..c229e3b
--- /dev/null
+++ b/BaBar_2014/BpBm_rho0Kstar_Kppi0_tr.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho0 K*+ -> (pi+pi-)(K+pi0)            #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  rho0 MyK*+      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho0 MyK*-      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*+
+1.0000  K+ pi0              VSS;
+Enddecay
+#
+Decay MyK*-
+1.0000  K- pi0              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rho0lnu_FLATQ2.dec b/BaBar_2014/BpBm_rho0lnu_FLATQ2.dec
new file mode 100644
index 0000000..2cedb77
--- /dev/null
+++ b/BaBar_2014/BpBm_rho0lnu_FLATQ2.dec
@@ -0,0 +1,37 @@
+###############################################################################
+# This is a DECAY.DEC file for B+(-) -> rho l nu:                             #
+#   Up(4S) -> B+   B-                                   +CC                   #
+#             |    |                                                          #
+#             |     ->  rho0 l- nu_bar (l = e or mu)                          # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# phase space
+###############################################################################
+# Create our own versions of B-, B+ which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to rho l nu
+#
+Decay myB-
+0.5000 rho0   e-    anti-nu_e         FLATQ2;
+0.5000 rho0   mu-   anti-nu_mu        FLATQ2;
+Enddecay
+#
+Decay myB+
+0.5000 rho0   e+    nu_e          FLATQ2;
+0.5000 rho0   mu+   nu_mu         FLATQ2;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_rho0pippi0.dec b/BaBar_2014/BpBm_rho0pippi0.dec
new file mode 100644
index 0000000..b176d63
--- /dev/null
+++ b/BaBar_2014/BpBm_rho0pippi0.dec
@@ -0,0 +1,32 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> rho0 pi+ pi0 (non-resonant)           #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  rho0 pi+ pi0         PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  rho0 pi- pi0         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rho1450Kp.dec b/BaBar_2014/BpBm_rho1450Kp.dec
new file mode 100644
index 0000000..f5a8d8e
--- /dev/null
+++ b/BaBar_2014/BpBm_rho1450Kp.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B+ -> rho(1450) K+   + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: Kelly Ford                              # 
+# Created: 06-Feb-04                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho(1450) K+ using phase space.
+#
+# BEGIN sp5 patch 
+# (
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0-1370) = 1.434 +- 0.018 GeV/c^2
+#                 G(f0-1370) = 0.173 +- 0.032 GeV/c^2
+# )
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myrho2S rho(2S)0 
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-               VSS;
+0.50000 B-  MyB+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myrho2S K+              PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  Myrho2S K-              PHSP;
+Enddecay
+#
+Decay Myrho2S
+1.000  pi+ pi-                 PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_rho1450pi.dec b/BaBar_2014/BpBm_rho1450pi.dec
new file mode 100644
index 0000000..7ad2369
--- /dev/null
+++ b/BaBar_2014/BpBm_rho1450pi.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# B+ -> rho0(1450) pi+  + c.c.                    #
+#            |                                    #
+#            |                                    #
+#            `--> pi+ pi-                         #  
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 28/Jan/04                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho0(1450) pi+
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0(1450) decays to pi+ pi- (using a simple VSS model).
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myrho0 rho(2S)0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myrho0 pi+            SVS;
+Enddecay
+#
+Decay MyB-
+1.000  Myrho0 pi-            SVS;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+ pi-               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_rho1700Kp.dec b/BaBar_2014/BpBm_rho1700Kp.dec
new file mode 100644
index 0000000..2b48849
--- /dev/null
+++ b/BaBar_2014/BpBm_rho1700Kp.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# B+ -> rho(1700) K+   + c.c.                      #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi-                             # 
+#                                                 #
+# Author: Kelly Ford                              # 
+# Created: 06-Feb-04                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho(1700) K+ using phase space.
+#
+# BEGIN sp5 patch 
+# (
+#    mass and width taken from: 
+#    Ds+->pi+pi+pi- fit [E791 hep-ex/0007027]
+#    E791 quotes: m(f0-1370) = 1.434 +- 0.018 GeV/c^2
+#                 G(f0-1370) = 0.173 +- 0.032 GeV/c^2
+# )
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myrho3S rho(3S)0 
+#
+Decay Upsilon(4S)
+0.50000 B+  MyB-               VSS;
+0.50000 B-  MyB+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myrho3S K+              PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  Myrho3S K-              PHSP;
+Enddecay
+#
+Decay Myrho3S
+1.000  pi+ pi-                 PHSP;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_rho1700pi.dec b/BaBar_2014/BpBm_rho1700pi.dec
new file mode 100644
index 0000000..00be80c
--- /dev/null
+++ b/BaBar_2014/BpBm_rho1700pi.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# B+ -> rho0(1700) pi+  + c.c.                    #
+#            |                                    #
+#            |                                    #
+#            `--> pi+ pi-                         #  
+#                                                 #
+# Author: John Back    jback@slac.stanford.edu    #
+# Created: 28/Jan/04                              #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho0(1700) pi+
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho0(1700) decays to pi+ pi- (using a simple VSS model).
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias Myrho0 rho(3S)0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-                VSS;
+0.500 MyB- B+                VSS;
+Enddecay
+#
+Decay MyB+
+1.000  Myrho0 pi+            SVS;
+Enddecay
+#
+Decay MyB-
+1.000  Myrho0 pi-            SVS;
+Enddecay
+#
+Decay Myrho0
+1.000  pi+ pi-               VSS;
+Enddecay
+End
diff --git a/BaBar_2014/BpBm_rho_D0mK3pi.dec b/BaBar_2014/BpBm_rho_D0mK3pi.dec
new file mode 100644
index 0000000..31f4327
--- /dev/null
+++ b/BaBar_2014/BpBm_rho_D0mK3pi.dec
@@ -0,0 +1,46 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 rho-   B+ -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  K- pi+ pi+ pi-		    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+#
+Decay Upsilon(4S)
+0.5	MyB- B+				VSS;
+0.5	B- MyB+				VSS;
+Enddecay
+#
+Decay MyB-
+1.00	rho- MyD0      			SVS;
+Enddecay 
+#
+Decay MyB+
+1.00	rho+ Myanti-D0 		     	SVS;
+Enddecay 
+#
+Decay Myanti-D0
+1.00	K+ pi- pi+ pi-			PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi- pi+			PHSP;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/BpBm_rho_D0mKpi.dec b/BaBar_2014/BpBm_rho_D0mKpi.dec
new file mode 100644
index 0000000..27ccc26
--- /dev/null
+++ b/BaBar_2014/BpBm_rho_D0mKpi.dec
@@ -0,0 +1,46 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 rho-   B+ -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  K- pi+			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+#
+Decay Upsilon(4S)
+0.5	MyB- B+				VSS;
+0.5	B- MyB+				VSS;
+Enddecay
+#
+Decay MyB-
+1.00	rho- MyD0  			SVS;
+Enddecay 
+#
+Decay MyB+
+1.00	rho+ Myanti-D0 		     	SVS;
+Enddecay 
+#
+Decay MyD0
+1.0000  K- pi+				PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000  K+ pi-	                      	PHSP;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/BpBm_rho_D0mKpipi0.dec b/BaBar_2014/BpBm_rho_D0mKpipi0.dec
new file mode 100644
index 0000000..145a885
--- /dev/null
+++ b/BaBar_2014/BpBm_rho_D0mKpipi0.dec
@@ -0,0 +1,46 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 rho-   B+ -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  K- pi+ pi0			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+#
+Decay Upsilon(4S)
+0.5	MyB- B+				VSS;
+0.5	B- MyB+				VSS;
+Enddecay
+#
+Decay MyB-
+1.00	rho- MyD0      			SVS;
+Enddecay 
+#
+Decay MyB+
+1.00	rho+ Myanti-D0 		     	SVS;
+Enddecay 
+#
+Decay Myanti-D0
+1.00	K+ pi- pi0			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+ pi0			D_DALITZ;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/BpBm_rho_D0mKspipi.dec b/BaBar_2014/BpBm_rho_D0mKspipi.dec
new file mode 100644
index 0000000..5d660ad
--- /dev/null
+++ b/BaBar_2014/BpBm_rho_D0mKspipi.dec
@@ -0,0 +1,65 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D0 rho-   B+ -> X  	   	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |->  Ks pi+ pi-			    #
+#                   |-> pi+ pi-                     #
+# + cc                                              #
+#                                                   #
+# Author: J Chauveau                                #
+# created: 26 Oct 99 				    #
+# 						    #
+#####################################################
+#
+#
+Alias MyB- 		B-
+Alias MyB+	 	B+
+Alias MyD0 		D0
+Alias Myanti-D0 	anti-D0
+Alias MyKs		K_S0
+Alias MyK0              K0
+Alias Myanti-K0         anti-K0
+#
+Decay Upsilon(4S)
+0.5	MyB- B+				VSS;
+0.5	B- MyB+				VSS;
+Enddecay
+#
+Decay MyB-
+1.00	rho- MyD0      			SVS;
+Enddecay 
+#
+Decay MyB+
+1.00	rho+ Myanti-D0	 	     	SVS;
+Enddecay 
+#
+#
+Decay Myanti-D0
+1.00	MyK0  pi- pi+ 			D_DALITZ;
+Enddecay
+#
+Decay MyD0
+1.00	Myanti-K0  pi+ pi- 			D_DALITZ;
+Enddecay
+# 
+Decay MyK0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay Myanti-K0
+1.00    MyKs                            PHSP;
+Enddecay
+#
+Decay MyKs
+1.00	pi+ pi-				PHSP;
+Enddecay
+#
+
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_rho_Dstar0mpiD0mKpi.dec b/BaBar_2014/BpBm_rho_Dstar0mpiD0mKpi.dec
new file mode 100644
index 0000000..7461ec0
--- /dev/null
+++ b/BaBar_2014/BpBm_rho_Dstar0mpiD0mKpi.dec
@@ -0,0 +1,55 @@
+#####################################################
+#                                                   #
+# Decay: B- -> D*(2007)0 rho-   B+ -> X  	    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |                                    #
+#              |-> D0 pi0			    #
+#		   |-> K- pi+			    #
+#                                                   #
+# + cc                                              #
+#                                                   #
+# Author: P Robbe                                   #
+# created: 30 Mar 2000 				    #
+# 						    #
+#####################################################
+#
+Alias MyB+ 		B+
+Alias MyB- 	 	B-
+Alias MyD*0 		D*0
+Alias Myanti-D*0 	anti-D*0
+Alias MyD0  		D0
+Alias Myanti-D0		anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-                     VSS;
+0.500 MyB-  B+                     VSS;
+Enddecay
+#
+Decay MyB+
+1.00	Myanti-D*0 rho+      		SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.00	MyD*0 rho-		     	SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyD*0
+1.0000  MyD0   pi0			VSS;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000  Myanti-D0   pi0			VSS;
+Enddecay
+#
+Decay Myanti-D0
+1.00	K+ pi-				PHSP;
+Enddecay
+#
+Decay MyD0
+1.00	K- pi+				PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BpBm_rhoee_Ball.dec b/BaBar_2014/BpBm_rhoee_Ball.dec
new file mode 100644
index 0000000..19ed033
--- /dev/null
+++ b/BaBar_2014/BpBm_rhoee_Ball.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> rho- e+ e-                                #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     rho+     e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00     rho-     e+  e-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_rhogamma.dec b/BaBar_2014/BpBm_rhogamma.dec
new file mode 100644
index 0000000..c95baf2
--- /dev/null
+++ b/BaBar_2014/BpBm_rhogamma.dec
@@ -0,0 +1,29 @@
+###############################################################################
+# This is a DECAY.DEC file for the following modes:                           #
+#                                                                             #
+#  Up(4S) -> B+   B-                 + CC                                     #
+#            |    |                                                           #
+#            |     ->  rho- gamma                                             #
+#            |                                                                #
+#             ->X                                                             #
+#                                                                             #
+###############################################################################
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+Decay myB+
+1.0000 rho+  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+Decay myB-
+1.0000 rho-  gamma                     SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+End
+
+
diff --git a/BaBar_2014/BpBm_rholnu.dec b/BaBar_2014/BpBm_rholnu.dec
new file mode 100644
index 0000000..4f42576
--- /dev/null
+++ b/BaBar_2014/BpBm_rholnu.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for B+(-) -> rho l nu:                             #
+#   Up(4S) -> B+   B-                                   +CC                   #
+#             |    |                                                          #
+#             |     ->  rho0 l- nu_bar (l = e or mu)                          # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# Mail: NATALIA@SLAC.STANFORD.EDU
+###############################################################################
+# Create our own versions of B-, B+ which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to rho l nu
+#
+Decay myB-
+0.5000 rho0   e-    anti-nu_e         PHOTOS   ISGW2;
+0.5000 rho0   mu-   anti-nu_mu        PHOTOS   ISGW2;
+Enddecay
+#
+Decay myB+
+0.5000 rho0   e+    nu_e          PHOTOS   ISGW2;
+0.5000 rho0   mu+   nu_mu        PHOTOS   ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rholnu_lcsr.dec b/BaBar_2014/BpBm_rholnu_lcsr.dec
new file mode 100644
index 0000000..45ebbca
--- /dev/null
+++ b/BaBar_2014/BpBm_rholnu_lcsr.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for B+(-) -> rho l nu:                             #
+#   Up(4S) -> B+   B-                                   +CC                   #
+#             |    |                                                          #
+#             |     ->  rho0 l- nu_bar (l = e or mu)                          # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# LCSR model
+###############################################################################
+# Create our own versions of B-, B+ which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to rho l nu
+#
+Decay myB-
+0.5000 rho0   e-    anti-nu_e         PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+0.5000 rho0   mu-   anti-nu_mu        PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+Enddecay
+#
+Decay myB+
+0.5000 rho0   e+    nu_e          PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+0.5000 rho0   mu+   nu_mu         PHOTOS   SLPOLE 0.261 -0.29 -0.415 1.0 0.223 -0.93 -0.092 1.0 0.338 -1.37 0.315 1.0 0.372 -1.40 0.437 1.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rholnu_phsp.dec b/BaBar_2014/BpBm_rholnu_phsp.dec
new file mode 100644
index 0000000..ff4e8d1
--- /dev/null
+++ b/BaBar_2014/BpBm_rholnu_phsp.dec
@@ -0,0 +1,36 @@
+###############################################################################
+# This is a DECAY.DEC file for B+(-) -> rho l nu:                             #
+#   Up(4S) -> B+   B-                                   +CC                   #
+#             |    |                                                          #
+#             |     ->  rho0 l- nu_bar (l = e or mu)                          # 
+#             |                                                               #
+#              -> X                                                           #
+#                                                                             #
+# phase space
+###############################################################################
+# Create our own versions of B-, B+ which will decay to rho l nu
+# and specify that they should be treated as antiparticles
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force B- to always decay to rho l nu
+#
+Decay myB-
+0.5000 rho0   e-    anti-nu_e         PHOTOS   PHSP;
+0.5000 rho0   mu-   anti-nu_mu        PHOTOS   PHSP;
+Enddecay
+#
+Decay myB+
+0.5000 rho0   e+    nu_e          PHOTOS   PHSP;
+0.5000 rho0   mu+   nu_mu        PHOTOS   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rhomKppip.dec b/BaBar_2014/BpBm_rhomKppip.dec
new file mode 100644
index 0000000..d565bda
--- /dev/null
+++ b/BaBar_2014/BpBm_rhomKppip.dec
@@ -0,0 +1,32 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> rho- K+ pi+ (non-resonant)            #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: S. EMERY                                         #
+# e-mail: emery@hep.saclay.cea.fr                          #
+# Created:  23/07/2003                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  rho- K+ pi+          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  rho+ K- pi-          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rhompippip.dec b/BaBar_2014/BpBm_rhompippip.dec
new file mode 100644
index 0000000..9d0885d
--- /dev/null
+++ b/BaBar_2014/BpBm_rhompippip.dec
@@ -0,0 +1,32 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> rho- pi+ pi+ (non-resonant)           #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: S. EMERY                                         #
+# e-mail: emery@hep.saclay.cea.fr                          #
+# Created:  23/07/2003                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  rho- pi+ pi+          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  rho+ pi- pi-          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rhomumu_Ball.dec b/BaBar_2014/BpBm_rhomumu_Ball.dec
new file mode 100644
index 0000000..0322600
--- /dev/null
+++ b/BaBar_2014/BpBm_rhomumu_Ball.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> rho- mu+ mu-                              #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     rho+     mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+Decay MyB-
+1.00     rho-     mu+  mu-    PHOTOS BTOSLLBALL;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_rhopKpKm.dec b/BaBar_2014/BpBm_rhopKpKm.dec
new file mode 100644
index 0000000..492e87d
--- /dev/null
+++ b/BaBar_2014/BpBm_rhopKpKm.dec
@@ -0,0 +1,32 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> rho+ K+ K- (non-resonant)             #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Sandrine Emery                                   #
+# e-mail: emery@slac.stanford.edu                          #
+# Created:  23/07/2003                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  rho+ K+ K-          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  rho- K- K+          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rhopKppim.dec b/BaBar_2014/BpBm_rhopKppim.dec
new file mode 100644
index 0000000..cda7ed1
--- /dev/null
+++ b/BaBar_2014/BpBm_rhopKppim.dec
@@ -0,0 +1,32 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> rho+ K+ pi- (non-resonant)            #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  rho+ K+ pi-          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  rho- K- pi+          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rhopKstar_Kppim.dec b/BaBar_2014/BpBm_rhopKstar_Kppim.dec
new file mode 100644
index 0000000..3ce640d
--- /dev/null
+++ b/BaBar_2014/BpBm_rhopKstar_Kppim.dec
@@ -0,0 +1,50 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho+ K*0 -> (pi+pi0)(K+pi-)            #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/27/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  rho+ MyK*0      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho- MyK*0bar   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rhopKstar_Kppim_ln.dec b/BaBar_2014/BpBm_rhopKstar_Kppim_ln.dec
new file mode 100644
index 0000000..d56256f
--- /dev/null
+++ b/BaBar_2014/BpBm_rhopKstar_Kppim_ln.dec
@@ -0,0 +1,51 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho+ K*0 -> (pi+pi0)(K+pi-)            #
+#             B- -> generic                        +cc     #
+#             (Longitud. polarization)                     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/27/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB+
+1.0000  rho+ MyK*0      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho- MyK*0bar   SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rhopKstar_Kppim_tr.dec b/BaBar_2014/BpBm_rhopKstar_Kppim_tr.dec
new file mode 100644
index 0000000..d6ea5ae
--- /dev/null
+++ b/BaBar_2014/BpBm_rhopKstar_Kppim_tr.dec
@@ -0,0 +1,51 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho+ K*0 -> (pi+pi0)(K+pi-)            #
+#             B- -> generic                        +cc     #
+#             (Tansverse polarization)                     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  07/27/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK*0    K*0
+Alias MyK*0bar K*0
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  rho+ MyK*0      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho- MyK*0bar   SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+Decay MyK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay MyK*0bar
+1.0000  K- pi+              VSS;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rhopantiD0_D0mK0K0.dec b/BaBar_2014/BpBm_rhopantiD0_D0mK0K0.dec
new file mode 100644
index 0000000..a25d5b4
--- /dev/null
+++ b/BaBar_2014/BpBm_rhopantiD0_D0mK0K0.dec
@@ -0,0 +1,47 @@
+###################################################
+#                                                 #
+# B+ -> rho+ anti-D0   + c.c.                     #
+#        |     |                                  #
+#        |     ----------> K0 pi0                 #
+#        ---> pi+ pi0                             # 
+#                                                 #
+#                                                 #
+# Author:  Richard Sloane                         #
+# Email:   sloane@slac.stanford.edu               #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho+ anti-D0
+# using a simple (S)calar to (V)ector-(S)calar model.
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD0 D0
+Alias Myanti-D0 anti-D0
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  rho+ Myanti-D0      SVS;
+Enddecay
+#
+Decay MyB-
+1.000  rho- MyD0           SVS;
+Enddecay
+#
+Decay MyD0
+1.000  anti-K0 pi0         PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.000  K0 pi0              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rhopemmup_PHSP.dec b/BaBar_2014/BpBm_rhopemmup_PHSP.dec
new file mode 100644
index 0000000..6305488
--- /dev/null
+++ b/BaBar_2014/BpBm_rhopemmup_PHSP.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> rho- e+ mu-                               #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     rho+     mu+  e-    PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     rho-     e+  mu-    PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_rhopepmum_PHSP.dec b/BaBar_2014/BpBm_rhopepmum_PHSP.dec
new file mode 100644
index 0000000..97bc6de
--- /dev/null
+++ b/BaBar_2014/BpBm_rhopepmum_PHSP.dec
@@ -0,0 +1,34 @@
+###################################################
+#                                                 #
+# B- -> rho- e- mu+                               #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# Author: Jeffrey Berryhill (berryhil)            #
+# created:                     5/Sep/03           #
+###################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.00     rho+     mu-  e+    PHOTOS PHSP;
+Enddecay
+#
+Decay MyB-
+1.00     rho-     e-  mu+    PHOTOS PHSP;
+Enddecay
+#
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_rhopetapi0.dec b/BaBar_2014/BpBm_rhopetapi0.dec
new file mode 100644
index 0000000..f7b0549
--- /dev/null
+++ b/BaBar_2014/BpBm_rhopetapi0.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# B+ -> rho+  eta  pi0  + c.c.                    #
+#        |                                        #
+#        |                                        #
+#        ---> pi+ pi0                             # 
+#                                                 #
+#                                                 #
+# Author: Richard Sloane                          #
+# Created: 20 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho+ eta pi0
+# using a phase space model (PHSP)
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000 rho+ pi0 eta           PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 rho- pi0 eta           PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rhoppi0pi0.dec b/BaBar_2014/BpBm_rhoppi0pi0.dec
new file mode 100644
index 0000000..6a77a60
--- /dev/null
+++ b/BaBar_2014/BpBm_rhoppi0pi0.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# B+ -> rho+ pi0 pi0   + c.c.                     #
+#                                                 #
+# Author:  Richard Sloane                         #
+# Email:   sloane@slac.stanford.edu               #
+# Created: 14 Jan 2003                            #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho+ pi0 pi0
+# using a phase space model
+# The rho+ decays to pi+ pi0 (using a simple VSS model).
+#
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.500 MyB+  B-               VSS;
+0.500 MyB-  B+               VSS;
+Enddecay
+#
+Decay MyB+
+1.000  rho+ pi0 pi0        PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  rho- pi0 pi0        PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rhoppippim.dec b/BaBar_2014/BpBm_rhoppippim.dec
new file mode 100644
index 0000000..d370ac2
--- /dev/null
+++ b/BaBar_2014/BpBm_rhoppippim.dec
@@ -0,0 +1,32 @@
+############################################################
+#                                                          #
+# Decay:      B+  -> rho+ pi+ pi- (non-resonant)           #
+#             B-  -> generic                       +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  03/30/2001                                     #
+#                                                          #
+############################################################
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000  rho+ pi+ pi-          PHSP;
+Enddecay
+#
+Decay MyB-
+1.000  rho- pi- pi+          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rhoprho0.dec b/BaBar_2014/BpBm_rhoprho0.dec
new file mode 100644
index 0000000..cc2f6c4
--- /dev/null
+++ b/BaBar_2014/BpBm_rhoprho0.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho+ rho0 -> (pi+pi0)(pi+pi-)          #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  rho+ rho0      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho- rho0      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;  
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rhoprho0_ln.dec b/BaBar_2014/BpBm_rhoprho0_ln.dec
new file mode 100644
index 0000000..24278f6
--- /dev/null
+++ b/BaBar_2014/BpBm_rhoprho0_ln.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho+ rho0 -> (pi+pi0)(pi+pi-)          #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0; 
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0; ***
+#
+Decay MyB+
+1.0000  rho+ rho0      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho- rho0      SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;  
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rhoprho0_tr.dec b/BaBar_2014/BpBm_rhoprho0_tr.dec
new file mode 100644
index 0000000..d2a608a
--- /dev/null
+++ b/BaBar_2014/BpBm_rhoprho0_tr.dec
@@ -0,0 +1,40 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> rho+ rho0 -> (pi+pi0)(pi+pi-)          #
+#             B- -> generic                        +cc     #
+#                                                          #
+# Author: Andrei Gritsan                                   #
+# e-mail: gritsan@slac.stanford.edu                        #
+# Created:  08/10/2000                                     #
+#                                                          #
+############################################################
+#
+#
+# Define my particles
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+# SVV_HELAMP Hplus phHplus Hzero phHzero Hminus phHminus;
+# Tansverse polarization: SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  ***
+# Longitud. polarization: SVV_HELAMP 0.0 0.0 1.0 0.0 0.0 0.0;
+#
+Decay MyB+
+1.0000  rho+ rho0      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay 
+#
+Decay MyB-
+1.0000  rho- rho0      SVV_HELAMP 1.0 0.0 0.0 0.0 1.0 0.0;  
+Enddecay 
+#
+End
+
+
diff --git a/BaBar_2014/BpBm_rhorho0pi0.dec b/BaBar_2014/BpBm_rhorho0pi0.dec
new file mode 100644
index 0000000..c01e1bd
--- /dev/null
+++ b/BaBar_2014/BpBm_rhorho0pi0.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B+ -> rho+ rho0 pi0    +cc                      #
+#                                                 #
+# Author:  I. Forster                             #
+# created: 14/05/03                               #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho+ rho0 pi0  using a simple PHSP
+# model.
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000     rho+ rho0 pi0      PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000     rho- rho0 pi0      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_rhorhopi.dec b/BaBar_2014/BpBm_rhorhopi.dec
new file mode 100644
index 0000000..bf9f069
--- /dev/null
+++ b/BaBar_2014/BpBm_rhorhopi.dec
@@ -0,0 +1,29 @@
+###################################################
+#                                                 #
+# B+ -> rho- rho+ pi+   +cc                      #
+#                                                 #
+# Author: I. Forster                              #
+# created:                     14/05/03           #
+#                                                 #
+###################################################
+#
+# Decay table for B+ -> rho- rho+ pi+  using a simple PHSP
+# model.
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.0000     rho- rho+ pi+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.0000     rho+ rho- pi-      PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_sigmapbarpi0_amplitude.dec b/BaBar_2014/BpBm_sigmapbarpi0_amplitude.dec
new file mode 100644
index 0000000..4c90e74
--- /dev/null
+++ b/BaBar_2014/BpBm_sigmapbarpi0_amplitude.dec
@@ -0,0 +1,39 @@
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyLambda0 Lambda0
+Alias Myanti-Lambda0 anti-Lambda0
+Alias MySigma0 Sigma0
+Alias Myanti-Sigma0 anti-Sigma0
+
+Decay Upsilon(4S)
+0.5000 MyB+ B-              VSS;
+0.5000 MyB- B+              VSS;
+Enddecay
+
+Decay MyB-
+1.000 MySigma0 anti-p- pi0 B_TO_2BARYON_SCALAR;
+Enddecay
+
+Decay MyB+
+1.000 Myanti-Sigma0 p+ pi0 B_TO_2BARYON_SCALAR;
+Enddecay
+
+Decay MySigma0
+1.000 MyLambda0 gamma       PHSP;
+Enddecay
+
+Decay Myanti-Sigma0
+1.000 Myanti-Lambda0 gamma  PHSP;
+Enddecay
+
+Decay MyLambda0
+1.00 p+ pi-                  PHSP;
+Enddecay
+
+Decay Myanti-Lambda0
+1.00 anti-p- pi+             PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/BpBm_taunu.dec b/BaBar_2014/BpBm_taunu.dec
new file mode 100644
index 0000000..07b5359
--- /dev/null
+++ b/BaBar_2014/BpBm_taunu.dec
@@ -0,0 +1,32 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> tau nu:                           #
+#   Up(4S) -> B+   B-                                   +CC               #
+#             |    |                                                      #
+#             |     ->  tau- nu_bar                                       #
+#             |                                                           #
+#              -> X                                                       #
+# Kevin Hall  12 Feb 1999                                                 #
+###########################################################################
+# Create our own versions of B-, B+ which will decay to tau nu_tau
+#
+Alias myB-  B-
+Alias myB+  B+
+ChargeConj myB+ myB-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force myB to always decay to tau nu_tau
+#
+Decay myB-
+1.0000 tau- anti-nu_tau  SLN;
+Enddecay
+#
+Decay myB+
+1.0000 tau+ nu_tau       SLN;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BpBm_taunu_DX.dec b/BaBar_2014/BpBm_taunu_DX.dec
new file mode 100644
index 0000000..b21a64f
--- /dev/null
+++ b/BaBar_2014/BpBm_taunu_DX.dec
@@ -0,0 +1,332 @@
+#Define the B0B0bar mass difference
+Define dm 0.464e12
+# define the values of the CKM angles  (alpha=70, beta=40)
+Define alpha 1.365
+Define beta  0.39
+Define gamma 1.387
+#
+#JetSet parameter modifications
+#
+# O.Long : March 30, 2000
+#  Change from using Peterson fragmentation to Lund fragmentation
+#  with the default parameters (A=0.30, B=0.58)
+#
+#(Very important that there are no blank spaces in the parameter string!)
+# Number of flavor produced. 4 = udsc production (was 5 before)
+JetSetPar MSTJ(104)=5
+# turn on initial state radiation (was off before)
+JetSetPar MSTJ(107)=1
+#use Lund fragmentation with default parameters
+JetSetPar MSTJ(11)=4
+# Lund symmetric fragmentation function parameter a 
+JetSetPar PARJ(41)=.30
+# Lund symmetric fragmentation function parameter b 
+JetSetPar PARJ(42)=.58
+# Lund symmetric fragmentation function parameter a 
+JetSetPar PARJ(43)=.50
+# Lund symmetric fragmentation function parameter b 
+JetSetPar PARJ(44)=.90
+#eps_c   from CLEO 8/97
+JetSetPar PARJ(54)=-.040
+# eps_b
+JetSetPar PARJ(55)=-.004
+#Turn of B0-B0B mixing in JetSet:
+JetSetPar MSTJ(26)=0
+# control of L=1 mesons (in order: J1S0 J0S1 J1S1 J2S1
+JetSetPar PARJ(14)=0.05
+JetSetPar PARJ(15)=0.05
+JetSetPar PARJ(16)=0.05
+JetSetPar PARJ(17)=0.05
+#cut-off parameter used to stop fragmentation process (was .4, CLEO uses.3)
+JetSetPar PARJ(33)=0.3
+#
+#
+Decay vpho
+1.000                     JSCONT   0;
+Enddecay
+#
+# use new VSS_BMIX mixing decay model (DK,28-Oct-1999)
+Decay Upsilon(4S)
+1.000 B+  B-                          VSS;
+Enddecay
+#
+#
+Decay B-
+#
+#  B -> D(*) X  Exclusive Modes
+#
+0.0046   D*0 pi-                        SVS;
+0.0053   D0   pi-                       PHSP;
+0.0134   D0   rho-                      PHSP;
+0.0155   D*0  rho-               SVV_HELAMP 0.228 0.95 0.283 1.13 0.932 0;
+0.0015   D_10 pi-                       PHSP;
+0.0007   D_10 rho-                      PHSP;
+0.0005   D0  pi0  pi-                   PHSP;
+0.0005   D*0 pi0  pi-                   PHSP;
+0.0005   D+  pi-  pi-                   PHSP;
+0.0021   D*+ pi-  pi-                   PHSP;
+#
+0.0050   a_1- D0                         SVS;
+0.0042   D0  rho0 pi-                   PHSP;
+0.0050   D0  pi+  pi-  pi-              PHSP;
+0.0190   D*0 a_1-                        PHSP;
+0.0005   D*0 rho0 pi-                   PHSP;
+0.0009   D*0 pi+  pi-  pi-              PHSP;
+#
+0.0020   D+  rho-  pi-                  PHSP;
+0.0020   D+  pi0   pi-  pi-             PHSP;
+0.0020   D*+ rho-  pi-                  PHSP;
+0.0150   D*+ pi0   pi-  pi-             PHSP;
+0.0005   D*0 rho-  pi0                  PHSP;
+0.0005   D*0 pi-   pi0  pi0             PHSP;
+#
+Enddecay
+#
+Decay B+
+#
+#   b -> l nu
+#
+0.000050   tau+ nu_tau                     SLN;
+0.000000   mu+  nu_mu                     SLN;
+0.000000   e+   nu_e                     SLN;
+#
+Enddecay
+#
+#
+# The tau branching fractions needs to be looked over!
+#
+Decay tau+
+0.1781         e+   nu_e  anti-nu_tau              TAULNUNU;
+0.1737         mu+  nu_mu  anti-nu_tau              TAULNUNU;
+0.1108         pi+ anti-nu_tau                     TAUSCALARNU;
+0.2515         rho+ anti-nu_tau                     TAUVECTORNU;
+0.1790         a_1+ anti-nu_tau                     TAUVECTORNU;
+0.0071         K+   anti-nu_tau                     TAUSCALARNU;
+0.0134         K*+  anti-nu_tau                     TAUVECTORNU;
+0.0450         anti-nu_tau     pi+     pi-     pi+     pi0     JETSET    41;
+0.0100         anti-nu_tau     pi+     pi0     pi0     pi0     JETSET    41;
+0.0015         anti-nu_tau     K-      pi+     K+              JETSET    41;
+0.0015         anti-nu_tau     K0      pi+     anti-K0         JETSET    41;
+0.0015         anti-nu_tau     K+      pi0     K0              JETSET    41;
+0.0005         anti-nu_tau     K+      pi0     pi0             JETSET    41;
+0.0050         anti-nu_tau     K+      pi+     pi-             JETSET    41;
+0.0055         anti-nu_tau     pi+     anti-K0 pi0             JETSET    41;
+0.0017         anti-nu_tau     eta     pi+     pi0             JETSET    41;
+0.0013         anti-nu_tau     gamma   pi+     pi0             JETSET    41;
+0.0009         anti-nu_tau     pi+     pi-     pi+  pi0  pi0   PHSP;
+0.0008         anti-nu_tau     pi+     pi-     pi-  pi+  pi+   PHSP;
+0.0003         anti-nu_tau     pi+     pi-     pi-  pi+  pi+  pi0 PHSP;
+0.0005         anti-nu_tau     pi+     pi-     pi+  pi0  pi0  pi0 PHSP;
+0.0010         anti-nu_tau     pi+     pi0     pi0  pi0  pi0      PHSP;
+0.0039         anti-nu_tau     pi+     omega   pi0           JETSET    41;
+0.0010         anti-nu_tau     K+      K0                      JETSET    41;
+0.0010         anti-nu_tau     K+      omega                   JETSET    41;
+Enddecay
+#
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    D0  pi+                        VSS;
+0.3060    D+  pi0                        VSS;
+0.0110    D+  gamma                       VSP_PWAVE;
+Enddecay
+Decay D*0
+0.6190    D0  pi0                        VSS;
+0.3810    D0  gamma                       VSP_PWAVE;
+Enddecay
+#
+#   D+ Meson
+#
+Decay D+
+#
+0.0289   anti-K0   pi+                         PHSP;
+0.0800   a_1+ anti-K0                           SVS;
+0.0210   anti-K*0  rho+                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+# the Dalitz mode below includes K0bar rho+, 
+# and K*bar(892)0 pi+ resonances
+0.0970   anti-K0   pi+  pi0              D_DALITZ;
+0.0100   anti-K0   eta  pi+                    PHSP;
+0.0420   anti-K0   rho0  pi+                   PHSP;
+0.0031   anti-K0   omega  pi+                   PHSP;
+0.0110   K-  rho+  pi+                   PHSP;
+0.0200   K*- pi+  pi+                    PHSP;
+0.0420   anti-K*0 pi0  pi+                    PHSP;
+0.0100   anti-K*0 eta  pi+                    PHSP;
+0.0029   anti-K*0 rho0  pi+                   PHSP;
+0.0031   anti-K*0 omega  pi+                   PHSP;
+0.0100   K*- rho+  pi+                   PHSP;
+#
+0.0640   K-  pi+  pi+   pi0              PHSP;
+0.0700   anti-K0   pi+  pi+   pi-              PHSP;
+0.0188   anti-K0   pi+  pi0   pi0              PHSP;
+0.0072   K-  pi+  pi+   pi+   pi-        PHSP;
+0.0220   K-  pi+  pi+   pi0   pi0        PHSP;
+0.0540   anti-K0   pi+  pi+   pi-   pi0        PHSP;
+0.0035   anti-K0   pi+  pi0   pi0   pi0        PHSP;
+#
+Enddecay
+#
+Decay D0
+#
+0.0385   K-  pi+                         PHSP;
+0.0212   anti-K0   pi0                         PHSP;
+0.0071   anti-K0   eta                         PHSP;
+0.0172   anti-K0   eta'                        PHSP;
+0.0210   omega anti-K0                          SVS;
+0.0190   anti-K*0 eta                         SVS;
+0.0020   anti-K*0 eta'                        SVS;
+0.0730   a_1+ K-                          SVS;
+0.0610   K*- rho+                        SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0147   anti-K*0 rho0                   SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0110   anti-K*0 omega                  SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#0.0085   K*BR pi0                        SVS;
+#0.0107   K_1- pi+                         SVS;
+#0.0071   anti-K_10 pi0                         SVS;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0   pi+  pi-                    D_DALITZ;
+0.0145   anti-K0   pi0  pi0                    PHSP;
+0.0150   anti-K*0 pi+  pi-                    PHSP;
+0.0116   anti-K*0 pi0  pi0                    PHSP;
+0.0100   K*- pi+  pi0                    PHSP;
+0.0068   K-  rho+ pi0                    PHSP;
+0.0060   K-  pi+  rho0                   PHSP;
+0.0303   K-  pi+  omega                   PHSP;
+0.0100   K-  pi+  eta                    PHSP;
+0.0075   K-  pi+  eta'                   PHSP;
+0.0143   K-  pi+  pi+   pi-              PHSP;
+0.0407   anti-K0   pi+  pi-   pi0              PHSP;
+0.0630   K-  pi+  pi0   pi0              PHSP;
+0.0200   anti-K0   pi0  pi0   pi0              PHSP;
+0.0038   K-  pi+  pi+   pi-   pi0        PHSP;
+0.0038   K-  pi+  pi0   pi0   pi0        PHSP;
+0.0038   anti-K0   pi+  pi-   pi+   pi-        PHSP;
+0.0038   anti-K0   pi+  pi-   pi0   pi0        PHSP;
+#
+Enddecay
+#
+#
+#   D**
+#
+Decay D_10
+0.3333    D*0 pi0                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    D*+ pi-                        VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#  Strange Mesons
+#
+#
+Decay K_S0
+0.6861    pi+  pi-                          PHSP;
+0.3139    pi0  pi0                          PHSP;
+Enddecay
+#
+#  K_L0 is decayed in GEANT
+#
+Decay K0
+0.500     K_L0                              PHSP;
+0.500     K_S0                              PHSP;
+Enddecay
+Decay anti-K0
+0.500     K_L0                              PHSP;
+0.500     K_S0                              PHSP;
+Enddecay
+#
+Decay K*0
+0.6657      K+  pi-                        VSS;
+0.3323      K0  pi0                        VSS;
+0.0020      K0  gamma                       VSP_PWAVE;
+Enddecay
+Decay anti-K*0
+0.6657      K-  pi+                        VSS;
+0.3323      anti-K0   pi0                        VSS;
+0.0020      anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+Decay K*+
+0.6660      K0  pi+                        VSS;
+0.3330      K+  pi0                        VSS;
+0.0010      K+  gamma                       VSP_PWAVE;
+Enddecay
+Decay K*-
+0.6660      anti-K0   pi-                        VSS;
+0.3330      K-  pi0                        VSS;
+0.0010      K-  gamma                       VSP_PWAVE;
+Enddecay
+#
+#  Light Mesons
+#
+Decay pi0
+0.9880    gamma gamma                      PHSP;
+0.0120    e+  e- gamma                     PI0_DALITZ;
+Enddecay
+#
+Decay eta
+0.3925    gamma gamma                      PHSP;
+0.3210    pi0 pi0 pi0                    PHSP;
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0007    gamma gamma pi0                  PHSP;
+0.0013    pi+ pi- e+  e-                 PHSP;
+Enddecay
+#
+Decay rho0
+1.000    pi+ pi-                         VSS;
+Enddecay
+Decay rho+
+1.000    pi+ pi0                         VSS;
+Enddecay
+Decay rho-
+1.000    pi- pi0                         VSS;
+Enddecay
+#
+Decay omega
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0850    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+0.0008    eta  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-                    PHSP;
+0.0001    pi0  mu+ mu-                   PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0004    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+#
+Decay eta'
+0.4370     pi+ pi- eta                   PHSP;
+0.2080     pi0 pi0 eta                   PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0302     omega gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                     PHSP;
+0.0015     pi0 pi0 pi0                   PHSP;
+0.0001     gamma mu- mu+                  PHSP;
+Enddecay
+#
+Decay a_1+
+0.4920   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.5080   rho+ pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay a_10
+0.5000   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.5000   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay a_1-
+0.4920   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.5080   rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+End
+
+
+
+
+
+
diff --git a/BaBar_2014/BpBm_taunu_tau_to_3pinu.dec b/BaBar_2014/BpBm_taunu_tau_to_3pinu.dec
new file mode 100644
index 0000000..3c927ae
--- /dev/null
+++ b/BaBar_2014/BpBm_taunu_tau_to_3pinu.dec
@@ -0,0 +1,45 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> tau nu:                           #
+#   Up(4S) -> B+   B-                                   +CC               #
+#             |    |                                                      #
+#             |     ->  tau- nu_bar                                       #
+#             |          |                                                #
+#              -> X      +->  pi-pi+pi- nu                                #
+###########################################################################
+# Create our own versions of B-, B+ which will decay to tau nu_tau
+#
+Alias myB-  B-
+Alias myB+  B+
+Alias mytau+ tau+
+Alias mytau- tau-
+ChargeConj myB+ myB-
+ChargeConj mytau+ mytau-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force myB to always decay to tau nu_tau
+#
+Decay myB-
+1.0000 mytau- anti-nu_tau  SLN;
+Enddecay
+#
+Decay myB+
+1.0000 mytau+ nu_tau       SLN;
+Enddecay
+#
+# force mytau to always decay to 3pi nu
+#
+Decay mytau-
+1.000 pi- pi- pi+  nu_tau   TAUHADNU -0.108 0.7749 0.149 1.364 0.400 1.23 0.4;
+Enddecay
+#
+CDecay mytau+ 
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_taunu_tau_to_enunu.dec b/BaBar_2014/BpBm_taunu_tau_to_enunu.dec
new file mode 100644
index 0000000..891f408
--- /dev/null
+++ b/BaBar_2014/BpBm_taunu_tau_to_enunu.dec
@@ -0,0 +1,47 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> tau nu:                           #
+#   Up(4S) -> B+   B-                                   +CC               #
+#             |    |                                                      #
+#             |     ->  tau- nu_bar                                       #
+#             |          |                                                #
+#              -> X      +->e- nunu                                       #
+# Joe Izen 12/13/99                                                       #
+# Mail: JOE@SLAC.STANFORD.EDU 
+###########################################################################
+# Create our own versions of B-, B+ which will decay to tau nu_tau
+#
+Alias myB-  B-
+Alias myB+  B+
+Alias mytau+ tau+
+Alias mytau- tau-
+ChargeConj myB+ myB-
+ChargeConj mytau+ mytau-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force myB to always decay to tau nu_tau
+#
+Decay myB-
+1.0000 mytau- anti-nu_tau  SLN;
+Enddecay
+#
+Decay myB+
+1.0000 mytau+ nu_tau       SLN;
+Enddecay
+#
+# force mytau to always decay to mu nu nu
+#
+Decay mytau-
+1.0         e-  anti-nu_e   nu_tau      PHOTOS     TAULNUNU;
+Enddecay
+#
+CDecay mytau+ 
+#
+End
+
+
+
diff --git a/BaBar_2014/BpBm_taunu_tau_to_mununu.dec b/BaBar_2014/BpBm_taunu_tau_to_mununu.dec
new file mode 100644
index 0000000..b636569
--- /dev/null
+++ b/BaBar_2014/BpBm_taunu_tau_to_mununu.dec
@@ -0,0 +1,50 @@
+###########################################################################
+# This is a DECAY.DEC file for B+(-) -> tau nu:                           #
+#   Up(4S) -> B+   B-                                   +CC               #
+#             |    |                                                      #
+#             |     ->  tau- nu_bar                                       #
+#             |          |                                                #
+#              -> X      +->mu- nunu                                      #
+# Joe Izen 12/13/99                                                       #
+# Mail: JOE@SLAC.STANFORD.EDU 
+###########################################################################
+# Create our own versions of B-, B+ which will decay to tau nu_tau
+#
+Alias myB-  B-
+Alias myB+  B+
+Alias mytau+ tau+
+Alias mytau- tau-
+ChargeConj myB+ myB-
+ChargeConj mytau+ mytau-
+#
+#
+Decay Upsilon(4S)
+0.5000 B+  myB-                          VSS;
+0.5000 B-  myB+                          VSS;
+Enddecay
+#
+# force myB to always decay to tau nu_tau
+#
+Decay myB-
+1.0000 mytau- anti-nu_tau  SLN;
+Enddecay
+#
+Decay myB+
+1.0000 mytau+ nu_tau       SLN;
+Enddecay
+#
+# force mytau to always decay to mu nu nu
+#
+Decay mytau-
+1.0         mu-  anti-nu_mu   nu_tau     PHOTOS         TAULNUNU;
+Enddecay
+#
+CDecay mytau+ 
+#Decay mytau+
+#1.0         mu+  nu_mu   anti-nu_tau     PHOTOS         TAULNUNU;
+#Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpToDlnuX_D0KpimormDpKpipi_BmToKnunu.dec b/BaBar_2014/BpToDlnuX_D0KpimormDpKpipi_BmToKnunu.dec
new file mode 100644
index 0000000..315f056
--- /dev/null
+++ b/BaBar_2014/BpToDlnuX_D0KpimormDpKpipi_BmToKnunu.dec
@@ -0,0 +1,241 @@
+###################################################
+#                                                 #
+# B+ToDlnuX_D0Kpi-or-D+Kpipi_B-ToKnunu            #
+#                                                 #
+# Decay: B- -> D0 l- nu X  B+ -> K+nunubar        #
+#              |                                  #
+#              |->K- pi+                          #
+# or                                              #
+#        B- -> D+ l- nu X  B+ -> K+nunubar        #
+#              |                                  #
+#              |->K- pi+ pi+                      #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# The semileptonic B BRs and excited charm BRs    #
+# have been taken from the analysis-8 version of  #
+# DECAY.DEC; they may need to be changed in future#
+# versions of this decay file.                    #
+#                                                 #
+# Author: Bob Kowalewski   kowalews@uvic.ca       #
+# 2001/04/30                                      #
+###################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MySB+ B+
+Alias MySB- B-
+Alias MyD*+     D*+
+Alias MyD*0     D*0
+Alias MyD0      D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD*-     D*-
+Alias Myanti-D*0     anti-D*0
+Alias Myanti-D0      anti-D0
+Alias MyD_1+    D_1+
+Alias MyD_1-    D_1-
+Alias MyD_10    D_10
+Alias Myanti-D_10    anti-D_10
+Alias MyD'_1+    D'_1+
+Alias MyD'_1-    D'_1-
+Alias MyD'_10    D'_10
+Alias Myanti-D'_10    anti-D'_10
+Alias MyD_0*+    D_0*+
+Alias MyD_0*-    D_0*-
+Alias MyD_0*0    D_0*0
+Alias Myanti-D_0*0    anti-D_0*0
+Alias MyD_2*+    D_2*+
+Alias MyD_2*-    D_2*-
+Alias MyD_2*0    D_2*0
+Alias Myanti-D_2*0    anti-D_2*0
+#
+Decay Upsilon(4S)
+0.50 MyB+ MySB-                         VSS;
+0.50 MyB- MySB+                         VSS;
+Enddecay
+#
+Decay MySB+
+1.0000 K+ nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+# 
+Decay MySB-
+1.0000 K- nu_e anti-nu_e     PHOTOS PHSP ;
+Enddecay
+#
+Decay MyB-
+#                  b -> c semileptonic
+#
+0.0560   MyD*0     e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   MyD0      e-   anti-nu_e         PHOTOS  ISGW2;
+0.0056   MyD_10    e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   MyD_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   MyD'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   MyD_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   MyD*+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   MyD*0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   MyD+      pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   MyD0    pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+#
+0.0560   MyD*0    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   MyD0     mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0056   MyD_10   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0020   MyD_0*0   mu-  anti-nu_mu        PHOTOS  ISGW2;
+0.0037   MyD'_10   mu-  anti-nu_mu        PHOTOS  ISGW2;
+0.0037   MyD_2*0   mu-  anti-nu_mu        PHOTOS  ISGW2;
+0.0020   MyD*+    pi-   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0010   MyD*0    pi0   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0060   MyD+       pi-   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0030   MyD0     pi0   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay MyB+
+#
+#                  b -> c semileptonic
+0.0560   Myanti-D*0     e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   Myanti-D0      e+   nu_e        PHOTOS  ISGW2;
+0.0056   Myanti-D_10    e+   nu_e        PHOTOS  ISGW2;
+0.0020   Myanti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0037   Myanti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0037   Myanti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   MyD*-    pi+   e+   nu_e        PHOTOS  GOITY_ROBERTS;
+0.0010   Myanti-D*0  pi0   e+   nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   MyD-   pi+   e+   nu_e            PHOTOS  GOITY_ROBERTS;
+0.0030   Myanti-D0  pi0   e+   nu_e      PHOTOS  GOITY_ROBERTS;
+0.0560   Myanti-D*0    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   Myanti-D0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0056   Myanti-D_10   mu+  nu_mu        PHOTOS  ISGW2;
+0.0020   Myanti-D_0*0   mu+  nu_mu       PHOTOS  ISGW2;
+0.0037   Myanti-D'_10   mu+  nu_mu       PHOTOS  ISGW2;
+0.0037   Myanti-D_2*0   mu+  nu_mu       PHOTOS  ISGW2;
+0.0020   MyD*-  pi+   mu+   nu_mu        PHOTOS  GOITY_ROBERTS;
+0.0010   Myanti-D*0  pi0   mu+   nu_mu   PHOTOS  GOITY_ROBERTS;
+0.0060   MyD-   pi+   mu+   nu_mu          PHOTOS  GOITY_ROBERTS;
+0.0030   Myanti-D0  pi0   mu+   nu_mu    PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000   K+   pi-        PHSP;
+Enddecay
+#
+#   Vector Mesons
+#
+Decay MyD*+
+0.6830    MyD0  pi+                      VSS;
+0.3060    MyD+  pi0                        VSS;
+0.0110    MyD+  gamma                      VSP_PWAVE;
+Enddecay
+Decay MyD*-
+0.6830    Myanti-D0 pi-                  VSS;
+0.3060    MyD-  pi0                        VSS;
+0.0110    MyD-  gamma                      VSP_PWAVE;
+Enddecay
+Decay MyD*0
+0.6190    MyD0  pi0                      VSS;
+0.3810    MyD0  gamma                    VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                 VSS;
+0.3810    Myanti-D0  gamma               VSP_PWAVE;
+Enddecay
+#
+#   D**
+#
+Decay MyD_0*+
+0.3333   MyD+  pi0                         PHSP;
+0.6667   MyD0  pi+                       PHSP;
+Enddecay
+Decay MyD_0*-
+0.3333   MyD-  pi0                         PHSP;
+0.6667   Myanti-D0 pi-                   PHSP;
+Enddecay
+Decay MyD_0*0
+0.3333   MyD0  pi0                       PHSP;
+0.6667   MyD+  pi-                         PHSP;
+Enddecay
+Decay Myanti-D_0*0
+0.3333   Myanti-D0 pi0                   PHSP;
+0.6667   MyD-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD_1+
+0.3333    MyD*+ pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    MyD*0 pi+                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay MyD_1-
+0.3333    MyD*- pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    Myanti-D*0 pi-                 VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0
+;
+Enddecay
+Decay MyD_10
+0.3333    MyD*0 pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    MyD*+ pi-                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay Myanti-D_10
+0.3333    Myanti-D*0 pi0                 VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0
+;
+0.6667    MyD*- pi+                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD'_1+
+0.3333    MyD*+ pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    MyD*0 pi+                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1-
+0.3333    MyD*- pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    Myanti-D*0 pi-                 VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0
+;
+Enddecay
+Decay MyD'_10
+0.6667    MyD*+ pi-                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.3333    MyD*0 pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay Myanti-D'_10
+0.3333    Myanti-D*0 pi0                 VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    MyD*- pi+                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+0.1030    MyD*+ pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    MyD*0 pi+                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    MyD+  pi0                        TSS;
+0.4590    MyD0  pi+                      TSS;
+Enddecay
+Decay MyD_2*-
+0.1030    MyD*- pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    Myanti-D*0 pi-                 TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    MyD-  pi0                        TSS;
+0.4590    Myanti-D0 pi-                  TSS;
+Enddecay
+Decay MyD_2*0
+0.2090    MyD*+ pi-                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.1030    MyD*0 pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    MyD0  pi0                      TSS;
+0.4590    MyD+  pi-                        TSS;
+Enddecay
+Decay Myanti-D_2*0
+0.1030    Myanti-D*0 pi0                 TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0
+;
+0.2090    MyD*- pi+                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    Myanti-D0 pi0                  TSS;
+0.4590    MyD-  pi+                        TSS;
+Enddecay
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/BpToDlnuX_D0KpimormDpKpipi_BmToTauNu.dec b/BaBar_2014/BpToDlnuX_D0KpimormDpKpipi_BmToTauNu.dec
new file mode 100644
index 0000000..6e2cdc2
--- /dev/null
+++ b/BaBar_2014/BpToDlnuX_D0KpimormDpKpipi_BmToTauNu.dec
@@ -0,0 +1,241 @@
+###################################################
+#                                                 #
+# B+ToDlnuX_D0Kpi-or-D+Kpipi_B-ToTauNu            #
+#                                                 #
+# Decay: B- -> D0 l- nu X  B+ -> tau+nu_tau       #
+#              |                                  #
+#              |->K- pi+                          #
+# or                                              #
+#        B- -> D+ l- nu X  B+ -> tau+nu_tau       #
+#              |                                  #
+#              |->K- pi+ pi+                      #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# The semileptonic B BRs and excited charm BRs    #
+# have been taken from the analysis-8 version of  #
+# DECAY.DEC; they may need to be changed in future#
+# versions of this decay file.                    #
+#                                                 #
+# Author: Bob Kowalewski   kowalews@uvic.ca       #
+# 2001/04/30                                      #
+###################################################
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MySB+ B+
+Alias MySB- B-
+Alias MyD*+     D*+
+Alias MyD*0     D*0
+Alias MyD0      D0
+Alias MyD+      D+
+Alias MyD-      D-
+Alias MyD*-     D*-
+Alias Myanti-D*0     anti-D*0
+Alias Myanti-D0      anti-D0
+Alias MyD_1+    D_1+
+Alias MyD_1-    D_1-
+Alias MyD_10    D_10
+Alias Myanti-D_10    anti-D_10
+Alias MyD'_1+    D'_1+
+Alias MyD'_1-    D'_1-
+Alias MyD'_10    D'_10
+Alias Myanti-D'_10    anti-D'_10
+Alias MyD_0*+    D_0*+
+Alias MyD_0*-    D_0*-
+Alias MyD_0*0    D_0*0
+Alias Myanti-D_0*0    anti-D_0*0
+Alias MyD_2*+    D_2*+
+Alias MyD_2*-    D_2*-
+Alias MyD_2*0    D_2*0
+Alias Myanti-D_2*0    anti-D_2*0
+#
+Decay Upsilon(4S)
+0.50 MyB+ MySB-                         VSS;
+0.50 MyB- MySB+                         VSS;
+Enddecay
+#
+Decay MySB+
+1.0000   tau+   nu_tau                  SLN;
+Enddecay
+#
+Decay MySB-
+1.0000   tau-   anti-nu_tau             SLN;
+Enddecay
+#
+Decay MyB-
+#                  b -> c semileptonic
+#
+0.0560   MyD*0     e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   MyD0      e-   anti-nu_e         PHOTOS  ISGW2;
+0.0056   MyD_10    e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   MyD_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   MyD'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   MyD_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   MyD*+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   MyD*0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   MyD+      pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   MyD0    pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+#
+0.0560   MyD*0    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   MyD0     mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0056   MyD_10   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0020   MyD_0*0   mu-  anti-nu_mu        PHOTOS  ISGW2;
+0.0037   MyD'_10   mu-  anti-nu_mu        PHOTOS  ISGW2;
+0.0037   MyD_2*0   mu-  anti-nu_mu        PHOTOS  ISGW2;
+0.0020   MyD*+    pi-   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0010   MyD*0    pi0   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0060   MyD+       pi-   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0030   MyD0     pi0   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay MyB+
+#
+#                  b -> c semileptonic
+0.0560   Myanti-D*0     e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   Myanti-D0      e+   nu_e        PHOTOS  ISGW2;
+0.0056   Myanti-D_10    e+   nu_e        PHOTOS  ISGW2;
+0.0020   Myanti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0037   Myanti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0037   Myanti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   MyD*-    pi+   e+   nu_e        PHOTOS  GOITY_ROBERTS;
+0.0010   Myanti-D*0  pi0   e+   nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   MyD-   pi+   e+   nu_e            PHOTOS  GOITY_ROBERTS;
+0.0030   Myanti-D0  pi0   e+   nu_e      PHOTOS  GOITY_ROBERTS;
+0.0560   Myanti-D*0    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   Myanti-D0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0056   Myanti-D_10   mu+  nu_mu        PHOTOS  ISGW2;
+0.0020   Myanti-D_0*0   mu+  nu_mu       PHOTOS  ISGW2;
+0.0037   Myanti-D'_10   mu+  nu_mu       PHOTOS  ISGW2;
+0.0037   Myanti-D_2*0   mu+  nu_mu       PHOTOS  ISGW2;
+0.0020   MyD*-  pi+   mu+   nu_mu        PHOTOS  GOITY_ROBERTS;
+0.0010   Myanti-D*0  pi0   mu+   nu_mu   PHOTOS  GOITY_ROBERTS;
+0.0060   MyD-   pi+   mu+   nu_mu          PHOTOS  GOITY_ROBERTS;
+0.0030   Myanti-D0  pi0   mu+   nu_mu    PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000   K+   pi-        PHSP;
+Enddecay
+#
+#   Vector Mesons
+#
+Decay MyD*+
+0.6830    MyD0  pi+                      VSS;
+0.3060    MyD+  pi0                        VSS;
+0.0110    MyD+  gamma                      VSP_PWAVE;
+Enddecay
+Decay MyD*-
+0.6830    Myanti-D0 pi-                  VSS;
+0.3060    MyD-  pi0                        VSS;
+0.0110    MyD-  gamma                      VSP_PWAVE;
+Enddecay
+Decay MyD*0
+0.6190    MyD0  pi0                      VSS;
+0.3810    MyD0  gamma                    VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                 VSS;
+0.3810    Myanti-D0  gamma               VSP_PWAVE;
+Enddecay
+#
+#   D**
+#
+Decay MyD_0*+
+0.3333   MyD+  pi0                         PHSP;
+0.6667   MyD0  pi+                       PHSP;
+Enddecay
+Decay MyD_0*-
+0.3333   MyD-  pi0                         PHSP;
+0.6667   Myanti-D0 pi-                   PHSP;
+Enddecay
+Decay MyD_0*0
+0.3333   MyD0  pi0                       PHSP;
+0.6667   MyD+  pi-                         PHSP;
+Enddecay
+Decay Myanti-D_0*0
+0.3333   Myanti-D0 pi0                   PHSP;
+0.6667   MyD-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD_1+
+0.3333    MyD*+ pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    MyD*0 pi+                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay MyD_1-
+0.3333    MyD*- pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    Myanti-D*0 pi-                 VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0
+;
+Enddecay
+Decay MyD_10
+0.3333    MyD*0 pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    MyD*+ pi-                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay Myanti-D_10
+0.3333    Myanti-D*0 pi0                 VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0
+;
+0.6667    MyD*- pi+                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD'_1+
+0.3333    MyD*+ pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    MyD*0 pi+                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1-
+0.3333    MyD*- pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    Myanti-D*0 pi-                 VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0
+;
+Enddecay
+Decay MyD'_10
+0.6667    MyD*+ pi-                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.3333    MyD*0 pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay Myanti-D'_10
+0.3333    Myanti-D*0 pi0                 VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    MyD*- pi+                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+0.1030    MyD*+ pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    MyD*0 pi+                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    MyD+  pi0                        TSS;
+0.4590    MyD0  pi+                      TSS;
+Enddecay
+Decay MyD_2*-
+0.1030    MyD*- pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    Myanti-D*0 pi-                 TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    MyD-  pi0                        TSS;
+0.4590    Myanti-D0 pi-                  TSS;
+Enddecay
+Decay MyD_2*0
+0.2090    MyD*+ pi-                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.1030    MyD*0 pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    MyD0  pi0                      TSS;
+0.4590    MyD+  pi-                        TSS;
+Enddecay
+Decay Myanti-D_2*0
+0.1030    Myanti-D*0 pi0                 TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0
+;
+0.2090    MyD*- pi+                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    Myanti-D0 pi0                  TSS;
+0.4590    MyD-  pi+                        TSS;
+Enddecay
+#
+Decay MyD+
+1.0000   K-   pi+  pi+                    D_DALITZ;
+Enddecay
+#
+Decay MyD-
+1.0000   K+   pi-  pi-                    D_DALITZ;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/Bp_JpsiKp_hadrons.dec b/BaBar_2014/Bp_JpsiKp_hadrons.dec
new file mode 100644
index 0000000..87a57cf
--- /dev/null
+++ b/BaBar_2014/Bp_JpsiKp_hadrons.dec
@@ -0,0 +1,111 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> J/psi      K+,       B- -> X           #
+#                   |                                      #
+#                   -> several hadronic modes              #
+#                       (allowed and not)                  #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+#                                                          #
+# Author: S. Tosi        10/01/03                          #
+############################################################
+#
+Define beta 0.75
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Alias MyK_S0 K_S0
+Alias Myeta eta
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.0000  MyJpsi K+      SVS;
+Enddecay
+#
+#
+Decay MyB-
+  1.0000  MyJpsi K-      SVS;
+Enddecay
+#
+# Intentionally same branching fractions and PHSP
+# for all the modes
+#
+Decay MyJpsi
+  1.0000    rho0 rho0                      PHSP;
+  1.0000    rho0 pi+ pi-                   PHSP;
+  1.0000    pi+ pi- pi+ pi-                PHSP;
+  1.0000    MyK*0 Myanti-K*0               PHSP; 
+  0.5000    Myanti-K*0  K+  pi-            PHSP;
+  0.5000    MyK*0  K-  pi+                 PHSP;
+  1.0000    pi+  pi-  K+  K-               PHSP;
+  1.0000    pi+  pi-  p+  anti-p-          PHSP;
+  0.5000    MyK*0  MyK_S0                  PHSP;
+  0.5000    Myanti-K*0  MyK_S0             PHSP;  
+  0.5000    K+  MyK_S0 pi-                 PHSP;
+  0.5000    K-  MyK_S0 pi+                 PHSP;
+  0.5000    MyK*+ K-                       PHSP;
+  0.5000    MyK*- K+                       PHSP;
+  1.0000    pi0  K+  K-                    PHSP;
+  1.0000    K+  K-  K+  K-                 PHSP;
+  1.0000    p+  anti-p-                    PHSP;
+  1.0000    Myeta  pi+ pi-                 PHSP; 
+  0.3333    rho0 pi0                       PHSP;
+  0.3333    rho+ pi-                       PHSP;
+  0.3333    rho- pi+                       PHSP;
+  1.0000    pi0 pi- pi+                    PHSP;
+Enddecay 
+# 
+#
+#
+Decay MyK*0
+  0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+  0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK*+
+  0.3330      MyK_S0  pi+                    VSS;
+  0.3330      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+  0.3330      MyK_S0  pi-                    VSS;
+  0.3330      K-  pi0                        VSS;
+Enddecay
+#
+#
+Decay Myeta
+  0.2320 pi- pi+ pi0           ETA_DALITZ;
+  0.3925 gamma gamma           PHSP;
+Enddecay 
+#
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay 
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_chi1cKp_jpsiGam_X.dec b/BaBar_2014/Bp_chi1cKp_jpsiGam_X.dec
new file mode 100644
index 0000000..fc8fc87
--- /dev/null
+++ b/BaBar_2014/Bp_chi1cKp_jpsiGam_X.dec
@@ -0,0 +1,61 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> chi1c      K+,        B- -> X          #
+#                    |                                     #
+#                    \->j/psi gamma                        #
+#                        |                                 #
+#                        \-> X                             #
+#             + cc                                         #
+#                                                          #
+# Author: R. Capra       01/04/03                          #
+############################################################
+#
+Define beta 0.34
+#
+Alias MyB+      B+
+Alias MyB-      B-
+Alias MyChi1C   chi_c1
+Alias MyJPsi    J/psi
+Alias MyK_S0    K_S0
+#
+Decay Upsilon(4S)
+  0.50  MyB+ B-                 VSS;
+  0.50  MyB- B+                 VSS;
+Enddecay
+#
+Decay MyB+
+  1.00  MyChi1C K+              SVS;
+Enddecay
+#
+Decay MyB-
+  1.00  MyChi1C K-              SVS;
+Enddecay
+#
+Decay MyChi1C
+  1.00  MyJPsi gamma            VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+# 
+Decay MyJPsi
+  0.10  K+ K- pi+ pi-           PHSP;
+  0.10  pi+ pi- pi+ pi-         PHSP;
+  0.10  p+ anti-p- pi+ pi-      PHSP;
+  0.10  K+ K- pi0               PHSP;
+  0.10  pi+ pi- pi0             PHSP;
+  0.05  K+ MyK_S0 pi-           PHSP;
+  0.05  K- MyK_S0 pi+           PHSP;
+Enddecay
+#
+Decay MyK_S0
+  1.00  pi+ pi-                 PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_chic0Kp_2K.dec b/BaBar_2014/Bp_chic0Kp_2K.dec
new file mode 100644
index 0000000..862dcfb
--- /dev/null
+++ b/BaBar_2014/Bp_chic0Kp_2K.dec
@@ -0,0 +1,51 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> chi_c0      K+,       B0bar -> X       #
+#                   |          |                           #
+#                   ->K+K-                                 #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+#                                                          #
+# Author: S. Tosi        16/11/01                          #
+############################################################
+#
+Define beta 0.59
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Alias MyChic0 chi_c0
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.0000  MyChic0 K+     PHSP;
+Enddecay
+#
+#
+Decay MyB-
+  1.0000  MyChic0 K-     PHSP;
+Enddecay
+#
+#
+Decay MyChic0
+  1.0000    K+  K-                       PHSP;
+Enddecay 
+# 
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_chic0Kp_hadrons.dec b/BaBar_2014/Bp_chic0Kp_hadrons.dec
new file mode 100644
index 0000000..6676c6a
--- /dev/null
+++ b/BaBar_2014/Bp_chic0Kp_hadrons.dec
@@ -0,0 +1,111 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> chi_c0      K+,       B- -> X          #
+#                   |                                      #
+#                   -> several hadronic modes              #
+#                       (allowed and not)                  #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+#                                                          #
+# Author: S. Tosi        10/01/03                          #
+############################################################
+#
+Define beta 0.75
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Alias MyK_S0 K_S0
+Alias Myeta eta
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Alias MyChic0 chi_c0
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.0000  MyChic0 K+     PHSP;
+Enddecay
+#
+#
+Decay MyB-
+  1.0000  MyChic0 K-     PHSP;
+Enddecay
+#
+# Intentionally same branching fractions and PHSP
+# for all the modes
+#
+Decay MyChic0
+  1.0000    rho0 rho0                      PHSP;
+  1.0000    rho0 pi+ pi-                   PHSP;
+  1.0000    pi+ pi- pi+ pi-                PHSP;
+  1.0000    MyK*0 Myanti-K*0               PHSP; 
+  0.5000    Myanti-K*0  K+  pi-            PHSP;
+  0.5000    MyK*0  K-  pi+                 PHSP;
+  1.0000    pi+  pi-  K+  K-               PHSP;
+  1.0000    pi+  pi-  p+  anti-p-          PHSP;
+  0.5000    MyK*0  MyK_S0                  PHSP;
+  0.5000    Myanti-K*0  MyK_S0             PHSP;  
+  0.5000    K+  MyK_S0 pi-                 PHSP;
+  0.5000    K-  MyK_S0 pi+                 PHSP;
+  0.5000    MyK*+ K-                       PHSP;
+  0.5000    MyK*- K+                       PHSP;
+  1.0000    pi0  K+  K-                    PHSP;
+  1.0000    K+  K-  K+  K-                 PHSP;
+  1.0000    p+  anti-p-                    PHSP;
+  1.0000    Myeta  pi+ pi-                 PHSP; 
+  0.3333    rho0 pi0                       PHSP;
+  0.3333    rho+ pi-                       PHSP;
+  0.3333    rho- pi+                       PHSP;
+  1.0000    pi0 pi- pi+                    PHSP;
+Enddecay 
+# 
+#
+#
+Decay MyK*0
+  0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+  0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK*+
+  0.3330      MyK_S0  pi+                    VSS;
+  0.3330      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+  0.3330      MyK_S0  pi-                    VSS;
+  0.3330      K-  pi0                        VSS;
+Enddecay
+#
+#
+Decay Myeta
+  0.2320 pi- pi+ pi0           ETA_DALITZ;
+  0.3925 gamma gamma           PHSP;
+Enddecay 
+#
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay 
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_chic1Kp_hadrons.dec b/BaBar_2014/Bp_chic1Kp_hadrons.dec
new file mode 100644
index 0000000..086a6d3
--- /dev/null
+++ b/BaBar_2014/Bp_chic1Kp_hadrons.dec
@@ -0,0 +1,111 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> chi_c1      K+,       B- -> X          #
+#                   |                                      #
+#                   -> several hadronic modes              #
+#                       (allowed and not)                  #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+#                                                          #
+# Author: S. Tosi        10/01/03                          #
+############################################################
+#
+Define beta 0.75
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Alias MyK_S0 K_S0
+Alias Myeta eta
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Alias MyChic1 chi_c1
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.0000  MyChic1 K+     SVS;
+Enddecay
+#
+#
+Decay MyB-
+  1.0000  MyChic1 K-     SVS;
+Enddecay
+#
+# Intentionally same branching fractions and PHSP
+# for all the modes
+#
+Decay MyChic1
+  1.0000    rho0 rho0                      PHSP;
+  1.0000    rho0 pi+ pi-                   PHSP;
+  1.0000    pi+ pi- pi+ pi-                PHSP;
+  1.0000    MyK*0 Myanti-K*0               PHSP; 
+  0.5000    Myanti-K*0  K+  pi-            PHSP;
+  0.5000    MyK*0  K-  pi+                 PHSP;
+  1.0000    pi+  pi-  K+  K-               PHSP;
+  1.0000    pi+  pi-  p+  anti-p-          PHSP;
+  0.5000    MyK*0  MyK_S0                  PHSP;
+  0.5000    Myanti-K*0  MyK_S0             PHSP;  
+  0.5000    K+  MyK_S0 pi-                 PHSP;
+  0.5000    K-  MyK_S0 pi+                 PHSP;
+  0.5000    MyK*+ K-                       PHSP;
+  0.5000    MyK*- K+                       PHSP;
+  1.0000    pi0  K+  K-                    PHSP;
+  1.0000    K+  K-  K+  K-                 PHSP;
+  1.0000    p+  anti-p-                    PHSP;
+  1.0000    Myeta  pi+ pi-                 PHSP; 
+  0.3333    rho0 pi0                       PHSP;
+  0.3333    rho+ pi-                       PHSP;
+  0.3333    rho- pi+                       PHSP;
+  1.0000    pi0 pi- pi+                    PHSP;
+Enddecay 
+# 
+#
+#
+Decay MyK*0
+  0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+  0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK*+
+  0.3330      MyK_S0  pi+                    VSS;
+  0.3330      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+  0.3330      MyK_S0  pi-                    VSS;
+  0.3330      K-  pi0                        VSS;
+Enddecay
+#
+#
+Decay Myeta
+  0.2320 pi- pi+ pi0           ETA_DALITZ;
+  0.3925 gamma gamma           PHSP;
+Enddecay 
+#
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay 
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_chic2Kp_hadrons.dec b/BaBar_2014/Bp_chic2Kp_hadrons.dec
new file mode 100644
index 0000000..ea632d5
--- /dev/null
+++ b/BaBar_2014/Bp_chic2Kp_hadrons.dec
@@ -0,0 +1,110 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> chi_c2      K+,       B- -> X          #
+#                   |                                      #
+#                   -> several hadronic modes              #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+#                                                          #
+# Author: S. Tosi        10/01/03                          #
+############################################################
+#
+Define beta 0.75
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Alias MyK_S0 K_S0
+Alias Myeta eta
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Alias MyChic2 chi_c2
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.0000  MyChic2 K+     STS;
+Enddecay
+#
+#
+Decay MyB-
+  1.0000  MyChic2 K-     STS;
+Enddecay
+#
+# Intentionally same branching fractions and PHSP
+# for all the modes
+#
+Decay MyChic2
+  1.0000    rho0 rho0                      PHSP;
+  1.0000    rho0 pi+ pi-                   PHSP;
+  1.0000    pi+ pi- pi+ pi-                PHSP;
+  1.0000    MyK*0 Myanti-K*0               PHSP; 
+  0.5000    Myanti-K*0  K+  pi-            PHSP;
+  0.5000    MyK*0  K-  pi+                 PHSP;
+  1.0000    pi+  pi-  K+  K-               PHSP;
+  1.0000    pi+  pi-  p+  anti-p-          PHSP;
+  0.5000    MyK*0  MyK_S0                  PHSP;
+  0.5000    Myanti-K*0  MyK_S0             PHSP;  
+  0.5000    K+  MyK_S0 pi-                 PHSP;
+  0.5000    K-  MyK_S0 pi+                 PHSP;
+  0.5000    MyK*+ K-                       PHSP;
+  0.5000    MyK*- K+                       PHSP;
+  1.0000    pi0  K+  K-                    PHSP;
+  1.0000    K+  K-  K+  K-                 PHSP;
+  1.0000    p+  anti-p-                    PHSP;
+  1.0000    Myeta  pi+ pi-                 PHSP; 
+  0.3333    rho0 pi0                       PHSP;
+  0.3333    rho+ pi-                       PHSP;
+  0.3333    rho- pi+                       PHSP;
+  1.0000    pi0 pi- pi+                    PHSP;
+Enddecay 
+# 
+#
+#
+Decay MyK*0
+  0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+  0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK*+
+  0.3330      MyK_S0  pi+                    VSS;
+  0.3330      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+  0.3330      MyK_S0  pi-                    VSS;
+  0.3330      K-  pi0                        VSS;
+Enddecay
+#
+#
+Decay Myeta
+  0.2320 pi- pi+ pi0           ETA_DALITZ;
+  0.3925 gamma gamma           PHSP;
+Enddecay 
+#
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay 
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_etac2SKp_hadrons.dec b/BaBar_2014/Bp_etac2SKp_hadrons.dec
new file mode 100644
index 0000000..dc56cb7
--- /dev/null
+++ b/BaBar_2014/Bp_etac2SKp_hadrons.dec
@@ -0,0 +1,111 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> eta_c(2S)      K+,       B- -> X       #
+#                   |                                      #
+#                   -> several hadronic modes              #
+#                       (allowed and not)                  #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+#                                                          #
+# Author: S. Tosi        10/01/03                          #
+############################################################
+#
+Define beta 0.75
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Alias MyK_S0 K_S0
+Alias Myeta eta
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Alias MyEta_c2S eta_c(2S)
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.0000   MyEta_c2S K+   PHSP; 
+Enddecay
+#
+#
+Decay MyB-
+  1.0000   MyEta_c2S K-   PHSP; 
+Enddecay
+#
+# Intentionally same branching fractions and PHSP
+# for all the modes
+#
+Decay MyEta_c2S
+  1.0000    rho0 rho0                      PHSP;
+  1.0000    rho0 pi+ pi-                   PHSP;
+  1.0000    pi+ pi- pi+ pi-                PHSP;
+  1.0000    MyK*0 Myanti-K*0               PHSP; 
+  0.5000    Myanti-K*0  K+  pi-            PHSP;
+  0.5000    MyK*0  K-  pi+                 PHSP;
+  1.0000    pi+  pi-  K+  K-               PHSP;
+  1.0000    pi+  pi-  p+  anti-p-          PHSP;
+  0.5000    MyK*0  MyK_S0                  PHSP;
+  0.5000    Myanti-K*0  MyK_S0             PHSP;  
+  0.5000    K+  MyK_S0 pi-                 PHSP;
+  0.5000    K-  MyK_S0 pi+                 PHSP;
+  0.5000    MyK*+ K-                       PHSP;
+  0.5000    MyK*- K+                       PHSP;
+  1.0000    pi0  K+  K-                    PHSP;
+  1.0000    K+  K-  K+  K-                 PHSP;
+  1.0000    p+  anti-p-                    PHSP;
+  1.0000    Myeta  pi+ pi-                 PHSP; 
+  0.3333    rho0 pi0                       PHSP;
+  0.3333    rho+ pi-                       PHSP;
+  0.3333    rho- pi+                       PHSP;
+  1.0000    pi0 pi- pi+                    PHSP;
+Enddecay 
+# 
+#
+#
+Decay MyK*0
+  0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+  0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK*+
+  0.3330      MyK_S0  pi+                    VSS;
+  0.3330      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+  0.3330      MyK_S0  pi-                    VSS;
+  0.3330      K-  pi0                        VSS;
+Enddecay
+#
+#
+Decay Myeta
+  0.2320 pi- pi+ pi0           ETA_DALITZ;
+  0.3925 gamma gamma           PHSP;
+Enddecay 
+#
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay 
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_etacKp_hadrons.dec b/BaBar_2014/Bp_etacKp_hadrons.dec
new file mode 100644
index 0000000..920a687
--- /dev/null
+++ b/BaBar_2014/Bp_etacKp_hadrons.dec
@@ -0,0 +1,101 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> eta_c      K+,       B- -> X           #
+#                   |                                      #
+#                   -> several hadronic modes              #
+#                       (allowed and not)                  #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+#                                                          #
+# Author: S. Tosi        10/01/03                          #
+############################################################
+#
+Define beta 0.75
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Alias MyK_S0 K_S0
+Alias Myeta eta
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Alias MyEta_c eta_c 
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.0000  MyEta_c K+     PHSP;
+Enddecay
+#
+#
+Decay MyB-
+  1.0000  MyEta_c K-     PHSP;
+Enddecay
+#
+# Intentionally same branching fractions and PHSP
+# for all the modes
+#
+Decay MyEta_c
+  1.0000    rho0 pi+ pi-                   PHSP;
+  1.0000    MyK*0 Myanti-K*0               PHSP; 
+  1.0000    pi+  pi-  p+  anti-p-          PHSP;
+  1.0000    pi0  p+  anti-p-               PHSP;
+  0.5000    MyK*0  MyK_S0                  PHSP;
+  0.5000    Myanti-K*0  MyK_S0             PHSP;  
+  0.5000    MyK*+ K-                       PHSP;
+  0.5000    MyK*- K+                       PHSP;
+  0.3333    rho0 pi0                       PHSP;
+  0.3333    rho+ pi-                       PHSP;
+  0.3333    rho- pi+                       PHSP;
+  1.0000    pi0 pi- pi+                    PHSP;
+Enddecay 
+# 
+#
+#
+Decay MyK*0
+  0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+  0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK*+
+  0.3330      MyK_S0  pi+                    VSS;
+  0.3330      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+  0.3330      MyK_S0  pi-                    VSS;
+  0.3330      K-  pi0                        VSS;
+Enddecay
+#
+#
+Decay Myeta
+  0.2320 pi- pi+ pi0           ETA_DALITZ;
+  0.3925 gamma gamma           PHSP;
+Enddecay 
+#
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay 
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_hcKp_3had.dec b/BaBar_2014/Bp_hcKp_3had.dec
new file mode 100644
index 0000000..917a293
--- /dev/null
+++ b/BaBar_2014/Bp_hcKp_3had.dec
@@ -0,0 +1,49 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> h_c        K+,        B- -> X          #
+#                   |                                      #
+#                   ->3 mesons                             #
+#             + cc                                         #
+#                                                          #
+# Author: S. Tosi        18/06/01                          #
+############################################################
+#
+Define beta 0.34
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0 K_S0
+Alias MyH_c h_c
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+Decay MyB+
+  1.000  MyH_c K+      SVS;
+Enddecay
+#
+Decay MyB-
+  1.000  MyH_c K-      SVS;
+Enddecay
+#
+Decay MyH_c
+  0.25  MyK_S0 K+ pi-      PHSP;
+  0.25  MyK_S0 K- pi+      PHSP;
+  0.5  K+ K- pi0          PHSP;
+Enddecay 
+# 
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay 
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_hcKp_4had.dec b/BaBar_2014/Bp_hcKp_4had.dec
new file mode 100644
index 0000000..f8c1316
--- /dev/null
+++ b/BaBar_2014/Bp_hcKp_4had.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> h_c        K+,        B- -> X          #
+#                   |                                      #
+#                   ->4 mesons                             #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: S. Tosi        18/06/01                          #
+############################################################
+#
+Define beta 0.34
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyH_c h_c
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+Decay MyB+
+  1.000  MyH_c K+      SVS;
+Enddecay
+#
+Decay MyB-
+  1.000  MyH_c K-      SVS;
+Enddecay
+#
+Decay MyH_c
+  0.33333  pi+ pi- K+ K-          PHSP;
+  0.33333  K+ K- K+ K-          PHSP;
+  0.33333  pi+ pi- pi+ pi-          PHSP;
+Enddecay 
+# 
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_hcKp_JpsiX.dec b/BaBar_2014/Bp_hcKp_JpsiX.dec
new file mode 100644
index 0000000..b92dcb2
--- /dev/null
+++ b/BaBar_2014/Bp_hcKp_JpsiX.dec
@@ -0,0 +1,46 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> h_c      K+,        B- -> X            #
+#                    |                                     #
+#               J/psi X                                    #
+#                  |-> e+e-                                #
+#                  |-> mu+mu-                              #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+# Author: E. Robutti                                       #
+# Created:                   May 31 2001                   #
+############################################################
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJ/psi J/psi
+Alias MyH_c h_c
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.000  MyH_c K+            SVS;
+Enddecay 
+#
+Decay MyB-
+  1.000  MyH_c K-            SVS;
+Enddecay 
+#
+#
+Decay MyH_c
+  0.5000  MyJ/psi pi+ pi-    PHSP;
+  0.5000  MyJ/psi pi0        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+#
+#
+Decay MyJ/psi
+  0.5000  e+  e-             PHOTOS VLL;
+  0.5000  mu+ mu-            PHOTOS VLL;
+Enddecay
+# 
+End
diff --git a/BaBar_2014/Bp_hcKp_etacGam_X.dec b/BaBar_2014/Bp_hcKp_etacGam_X.dec
new file mode 100644
index 0000000..4938e87
--- /dev/null
+++ b/BaBar_2014/Bp_hcKp_etacGam_X.dec
@@ -0,0 +1,67 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> h_c        K+,        B- -> X          #
+#                   |                                      #
+#                   ->eta_c gamma                          #
+#                     |                                    #
+#                     -> X                                 #
+#             + cc                                         #
+#                                                          #
+# Author: S. Tosi        18/06/01                          #
+############################################################
+#
+Define beta 0.34
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyK_S0 K_S0
+Alias MyEta_c eta_c
+Alias MyH_c h_c
+Alias MyPhi phi
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+Decay MyB+
+  1.000  MyH_c K+      SVS;
+Enddecay
+#
+Decay MyB-
+  1.000  MyH_c K-      SVS;
+Enddecay
+#
+Decay MyH_c
+  1.0000  MyEta_c gamma      VSP_PWAVE;
+Enddecay 
+# 
+Decay MyEta_c
+0.1    p+  anti-p-                        PHSP;
+0.1    MyPhi MyPhi                        SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+0.1    pi+ pi- pi+ pi-                PHSP;
+0.1    K+  K-  K+ K-                  PHSP;
+0.1    K+  K-  pi+ pi-                PHSP;
+0.1    pi0  K+  K-                    PHSP;
+0.05    K+ MyK_S0 pi-                      PHSP;
+0.05    K- MyK_S0 pi+                      PHSP;
+Enddecay
+#
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay
+#
+Decay MyPhi
+1.0000  K+ K-                VSS;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_hcKp_hadrons.dec b/BaBar_2014/Bp_hcKp_hadrons.dec
new file mode 100644
index 0000000..afa6ecf
--- /dev/null
+++ b/BaBar_2014/Bp_hcKp_hadrons.dec
@@ -0,0 +1,111 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> h_c      K+,       B- -> X             #
+#                   |                                      #
+#                   -> several hadronic modes              #
+#                       (allowed and not)                  #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+#                                                          #
+# Author: S. Tosi        10/01/03                          #
+############################################################
+#
+Define beta 0.75
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Alias MyK_S0 K_S0
+Alias Myeta eta
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Alias MyH_c h_c
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.0000  MyH_c K+       SVS;
+Enddecay
+#
+#
+Decay MyB-
+  1.0000  MyH_c K-       SVS;
+Enddecay
+#
+# Intentionally same branching fractions and PHSP
+# for all the modes
+#
+Decay MyH_c
+  1.0000    rho0 rho0                      PHSP;
+  1.0000    rho0 pi+ pi-                   PHSP;
+  1.0000    pi+ pi- pi+ pi-                PHSP;
+  1.0000    MyK*0 Myanti-K*0               PHSP; 
+  0.5000    Myanti-K*0  K+  pi-            PHSP;
+  0.5000    MyK*0  K-  pi+                 PHSP;
+  1.0000    pi+  pi-  K+  K-               PHSP;
+  1.0000    pi+  pi-  p+  anti-p-          PHSP;
+  0.5000    MyK*0  MyK_S0                  PHSP;
+  0.5000    Myanti-K*0  MyK_S0             PHSP;  
+  0.5000    K+  MyK_S0 pi-                 PHSP;
+  0.5000    K-  MyK_S0 pi+                 PHSP;
+  0.5000    MyK*+ K-                       PHSP;
+  0.5000    MyK*- K+                       PHSP;
+  1.0000    pi0  K+  K-                    PHSP;
+  1.0000    K+  K-  K+  K-                 PHSP;
+  1.0000    p+  anti-p-                    PHSP;
+  1.0000    Myeta  pi+ pi-                 PHSP; 
+  0.3333    rho0 pi0                       PHSP;
+  0.3333    rho+ pi-                       PHSP;
+  0.3333    rho- pi+                       PHSP;
+  1.0000    pi0 pi- pi+                    PHSP;
+Enddecay 
+# 
+#
+#
+Decay MyK*0
+  0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+  0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK*+
+  0.3330      MyK_S0  pi+                    VSS;
+  0.3330      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+  0.3330      MyK_S0  pi-                    VSS;
+  0.3330      K-  pi0                        VSS;
+Enddecay
+#
+#
+Decay Myeta
+  0.2320 pi- pi+ pi0           ETA_DALITZ;
+  0.3925 gamma gamma           PHSP;
+Enddecay 
+#
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay 
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_ppbarpipiK.dec b/BaBar_2014/Bp_ppbarpipiK.dec
new file mode 100644
index 0000000..1fe5fea
--- /dev/null
+++ b/BaBar_2014/Bp_ppbarpipiK.dec
@@ -0,0 +1,43 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> p pbar pi+ pi- K+,   B- -> X           #
+#                                                          #
+#                                                          #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+#                                                          #
+# Author: S. Tosi        17/06/03                          #
+############################################################
+#
+Define beta 0.75
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.0000  pi+  pi- p+  anti-p- K+   PHSP;
+Enddecay
+#
+#
+Decay MyB-
+  1.0000  pi+  pi- p+  anti-p- K-   PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/Bp_psi2SKp_hadrons.dec b/BaBar_2014/Bp_psi2SKp_hadrons.dec
new file mode 100644
index 0000000..5c9cd41
--- /dev/null
+++ b/BaBar_2014/Bp_psi2SKp_hadrons.dec
@@ -0,0 +1,111 @@
+############################################################
+#                                                          #
+# Decay:      B+ -> psi(2S)      K+,       B- -> X         #
+#                   |                                      #
+#                   -> several hadronic modes              #
+#                       (allowed and not)                  #
+#             + cc                                         #
+#                                                          #
+#                                                          #
+#                                                          #
+# Author: S. Tosi        10/01/03                          #
+############################################################
+#
+Define beta 0.75
+#
+Alias MyB+ B+
+Alias MyB- B-
+#
+#
+Alias MyK_S0 K_S0
+Alias Myeta eta
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK*+ K*+
+Alias MyK*- K*-
+#
+Alias MyPsi2S psi(2S)
+#
+Decay Upsilon(4S)
+  0.5000  MyB+      B-       VSS;
+  0.5000  MyB-      B+       VSS;
+Enddecay
+#
+#
+Decay MyB+
+  1.0000  MyPsi2S K+     SVS;
+Enddecay
+#
+#
+Decay MyB-
+  1.0000  MyPsi2S K-     SVS;
+Enddecay
+#
+# Intentionally same branching fractions and PHSP
+# for all the modes
+#
+Decay MyPsi2S
+  1.0000    rho0 rho0                      PHSP;
+  1.0000    rho0 pi+ pi-                   PHSP;
+  1.0000    pi+ pi- pi+ pi-                PHSP;
+  1.0000    MyK*0 Myanti-K*0               PHSP; 
+  0.5000    Myanti-K*0  K+  pi-            PHSP;
+  0.5000    MyK*0  K-  pi+                 PHSP;
+  1.0000    pi+  pi-  K+  K-               PHSP;
+  1.0000    pi+  pi-  p+  anti-p-          PHSP;
+  0.5000    MyK*0  MyK_S0                  PHSP;
+  0.5000    Myanti-K*0  MyK_S0             PHSP;  
+  0.5000    K+  MyK_S0 pi-                 PHSP;
+  0.5000    K-  MyK_S0 pi+                 PHSP;
+  0.5000    MyK*+ K-                       PHSP;
+  0.5000    MyK*- K+                       PHSP;
+  1.0000    pi0  K+  K-                    PHSP;
+  1.0000    K+  K-  K+  K-                 PHSP;
+  1.0000    p+  anti-p-                    PHSP;
+  1.0000    Myeta  pi+ pi-                 PHSP; 
+  0.3333    rho0 pi0                       PHSP;
+  0.3333    rho+ pi-                       PHSP;
+  0.3333    rho- pi+                       PHSP;
+  1.0000    pi0 pi- pi+                    PHSP;
+Enddecay 
+# 
+#
+#
+Decay MyK*0
+  0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay Myanti-K*0
+  0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay MyK*+
+  0.3330      MyK_S0  pi+                    VSS;
+  0.3330      K+  pi0                        VSS;
+Enddecay
+#
+Decay MyK*-
+  0.3330      MyK_S0  pi-                    VSS;
+  0.3330      K-  pi0                        VSS;
+Enddecay
+#
+#
+Decay Myeta
+  0.2320 pi- pi+ pi0           ETA_DALITZ;
+  0.3925 gamma gamma           PHSP;
+Enddecay 
+#
+Decay MyK_S0
+  1.00000 pi+ pi-            PHSP;
+Enddecay 
+#
+End
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/BptoD0pi_D0toKpi_BmtoDsKpi.dec b/BaBar_2014/BptoD0pi_D0toKpi_BmtoDsKpi.dec
new file mode 100644
index 0000000..b200237
--- /dev/null
+++ b/BaBar_2014/BptoD0pi_D0toKpi_BmtoDsKpi.dec
@@ -0,0 +1,277 @@
+##################################################################
+#                                                                #
+# Right sign D_s from ssbar popping                               # 
+# Decay: B- -> D0 pi- (D0 -> K- pi+ )  B+ ->D_s- K+ pi+; +cc      #
+#                                                                #
+# Author: amina ZGHICHE                                          #
+# Date:                    11/10/2002                            #
+##################################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+#AZ
+Alias MyB+D_s- B+
+Alias MyB-D_s+ B-
+Alias MyB+D_s*- B+
+Alias MyB-D_s*+ B-
+#AZ
+#######################################################
+# the MyDs* list 
+#######################################################
+Alias MyD_s*- D_s*-
+Alias MyD_s*+ D_s*+
+Alias MyD_s- D_s-
+Alias MyD_s+ D_s+
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+Alias MyK_s0 K_S0
+Alias MyK_s0B K_S0
+#AZ
+Alias Myphi  phi
+Alias MyK0   K0
+Alias MyK0B  anti-K0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+#AZ
+ChargeConj MyB+D_s- MyB-D_s+
+ChargeConj MyB+D_s*- MyB-D_s*+
+#AZ
+ChargeConj MyD_s*- MyD_s*+
+ChargeConj MyD_s- MyD_s+
+ChargeConj MyK0 MyK0B
+ChargeConj MyK_s0 MyK_s0B
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+#AZ
+Decay Upsilon(4S)
+0.500 MyB- MyB+D_s-	VSS;
+0.500 MyB- MyB+D_s*-	VSS;
+Enddecay
+#
+Decay MyB-
+1.000   MyD0kpi  pi-          PHSP;
+Enddecay
+CDecay MyB+
+#
+Decay MyB+D_s-
+1.000 MyD_s-  K+  pi+      PHSP;
+Enddecay
+CDecay MyB-D_s+
+#
+#
+Decay MyB+D_s*-
+1.000 MyD_s*-  K+  pi+      PHSP;
+Enddecay
+CDecay MyB-D_s+
+#
+Decay MyD_s*-
+0.9420    MyD_s-  gamma 			    VSP_PWAVE;
+
+Enddecay
+CDecay MyD_s*+
+#
+Decay MyD_s-
+0.343 MyK_s0	  K-				PHSP;
+0.343 Myphi      pi-  				SVS;
+0.314  MyK*0      K-			        SVS;
+Enddecay
+CDecay MyD_s+
+#
+Decay MyK*0
+1.0000      K+  pi-                       VSS;
+Enddecay
+CDecay MyK*0B
+#
+#
+#Decay MyK0
+#1.0000    pi+  pi-  			 PHSP;
+#Enddecay
+#CDecay MyK0B
+#
+Decay MyK_s0
+1.0000      pi+  pi-                       PHSP;
+Enddecay
+#
+Decay Myphi
+1.0000   K+         K-                    VSS;
+Enddecay
+#
+#fin AZ
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/BptoD0pi_D0toKpi_BmtoLambdaCppi.dec b/BaBar_2014/BptoD0pi_D0toKpi_BmtoLambdaCppi.dec
new file mode 100644
index 0000000..b5aba92
--- /dev/null
+++ b/BaBar_2014/BptoD0pi_D0toKpi_BmtoLambdaCppi.dec
@@ -0,0 +1,211 @@
+#######################################################
+#                                                     #
+# Decay: B0 -> D*-D*+K0s anti-B0->X                   #
+#       D*+- ->D0pi+, D*-->D0pi-                      #
+#       D0    -> K3pi                                 #
+#       D0bar -> K3pi                                 #
+# Author: Jean-Pierre Lees                            #
+# Created:                  18/April/2001             #
+#######################################################
+# The MyB list 
+#######################################################
+Alias MyB0  B0
+Alias MyB0B anti-B0
+Alias MyB+  B+
+Alias MyB-  B-
+Alias MyB+Lambda B+
+Alias MyB-Lambda B-
+#######################################################
+# the MyD* list 
+#######################################################
+Alias MyD*0     D*0
+Alias MyD*0kpi    D*0
+Alias MyD*0k3pi   D*0
+Alias MyD*0kpipi0 D*0
+Alias MyD*0B       anti-D*0
+Alias MyD*0Bkpi    anti-D*0
+Alias MyD*0Bk3pi   anti-D*0
+Alias MyD*0Bkpipi0 anti-D*0
+Alias MyD*+        D*+
+Alias MyD*+kpi     D*+
+Alias MyD*+k2pi    D*+
+Alias MyD*+k3pi    D*+
+Alias MyD*+kpipi0  D*+
+Alias MyD*-        D*-
+Alias MyD*-kpi     D*-
+Alias MyD*-k2pi    D*-
+Alias MyD*-k3pi    D*-
+Alias MyD*-kpipi0  D*-
+#######################################################
+# the MyD list 
+#######################################################
+Alias MyD0       D0
+Alias MyD0kpi    D0
+Alias MyD0k3pi   D0
+Alias MyD0kpipi0 D0
+Alias MyD0B      anti-D0
+Alias MyD0Bkpi   anti-D0
+Alias MyD0Bk3pi  anti-D0
+Alias MyD0Bkpipi0 anti-D0
+Alias MyD+      D+
+Alias MyD-      D-
+###################################################################
+# the light resonnances from D0 to k3pi decays now (a1,K*0,K1)
+###################################################################
+Alias Mya_1- a_1-
+Alias Mya_1+ a_1+
+Alias MyK*0  K*0
+Alias MyK*0B anti-K*0
+Alias MyK_1+ K_1+
+Alias MyK_1- K_1-
+Alias myKs   K_S0
+###################################################################
+# The anti particles
+###################################################################
+ChargeConj MyB+ MyB-
+ChargeConj MyB0 MyB0B
+ChargeConj MyB+Lambda MyB-Lambda
+#
+ChargeConj MyD*0       MyD*0B 
+ChargeConj MyD*0kpi    MyD*0Bkpi 
+ChargeConj MyD*0k3pi   MyD*0Bk3pi 
+ChargeConj MyD*0kpipi0 MyD*0Bkpipi0 
+ChargeConj MyD*+       MyD*-   
+ChargeConj MyD*+kpi    MyD*-kpi 
+ChargeConj MyD*+k2pi   MyD*-k2pi
+ChargeConj MyD*+k3pi   MyD*-k3pi 
+ChargeConj MyD*+kpipi0 MyD*-kpipi0 
+#
+ChargeConj MyD0 MyD0B
+ChargeConj MyD0kpi MyD0Bkpi
+ChargeConj MyD0k3pi MyD0Bk3pi
+ChargeConj MyD0kpipi0 MyD0Bkpipi0
+ChargeConj MyD+ MyD-
+#
+ChargeConj MyK*0  MyK*0B 
+ChargeConj Mya_1+ Mya_1-
+ChargeConj MyK_1+ MyK_1-
+###################################################################
+#Branching Fractions now 
+###################################################################
+Decay Upsilon(4S)
+1.000 MyB+ MyB-Lambda	VSS;
+Enddecay
+#
+Decay MyB+
+1.000   MyD0Bkpi  pi+          PHSP;
+Enddecay
+CDecay MyB-
+#
+Decay MyB+Lambda
+0.00062 anti-Lambda_c-  p+  pi+      PHSP;
+Enddecay
+CDecay MyB-Lambda
+#
+Decay MyD*-
+0.6830    MyD0B pi-                        VSS;
+Enddecay
+CDecay MyD*+
+#
+Decay MyD*-kpi
+0.6830    MyD0Bkpi pi-                     VSS;
+Enddecay
+CDecay MyD*+kpi
+#
+Decay MyD*-k2pi
+0.3170    MyD- pi0                         VSS;
+Enddecay
+CDecay MyD*+k2pi
+#
+Decay MyD*-k3pi
+0.6830    MyD0Bk3pi pi-                    VSS;
+Enddecay
+CDecay MyD*+k3pi
+#
+Decay MyD*-kpipi0
+0.6830    MyD0Bkpipi0 pi-                  VSS;
+Enddecay
+CDecay MyD*+kpipi0
+#
+Decay MyD*0
+0.6190    MyD0  pi0                    VSS;
+0.3810    MyD0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0B
+#
+Decay MyD*0k3pi
+0.6190    MyD0k3pi  pi0                    VSS;
+0.3810    MyD0k3pi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bk3pi
+#
+Decay MyD*0kpi
+0.6190    MyD0kpi  pi0                    VSS;
+0.3810    MyD0kpi  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpi
+#
+Decay MyD*0kpipi0
+0.6190    MyD0kpipi0  pi0                    VSS;
+0.3810    MyD0kpipi0  gamma                  VSP_PWAVE;
+Enddecay
+CDecay MyD*0Bkpipi0
+#
+Decay MyD-
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+CDecay MyD+
+#
+Decay MyD0
+0.0391   K-  pi+                         PHSP;
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0B
+#
+Decay MyD0kpi
+0.0391   K-  pi+                         PHSP;
+Enddecay
+CDecay MyD0Bkpi
+#
+Decay MyD0kpipi0
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+CDecay MyD0Bkpipi0
+#
+Decay MyD0k3pi
+0.0355   Mya_1+ K-                       SVS;
+0.0097   MyK*0B  rho0                    SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0021   MyK_1- pi+                      SVS;
+0.0105   MyK*0B pi+  pi-                 PHSP;
+0.0054   K-  pi+  rho0                   PHSP;
+0.0129   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+CDecay MyD0Bk3pi
+#
+Decay Mya_1-
+1.0000   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay Mya_1+
+#
+Decay MyK*0
+1.0000      K+  pi-                      VSS;
+Enddecay
+CDecay MyK*0B
+#
+Decay MyK_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   MyK*0   pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay MyK_1-
+#
+Decay myKs
+1.00     pi+    pi-   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJPsiK1p.dec b/BaBar_2014/BptoJPsiK1p.dec
new file mode 100644
index 0000000..be4f48e
--- /dev/null
+++ b/BaBar_2014/BptoJPsiK1p.dec
@@ -0,0 +1,58 @@
+###################################################################
+# B+  --> JPsi K1(1273)        B- --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu)                                       #
+#               						  # 
+#         with K1 -> K_S0  rho+                                   #
+#	       K_S0 -> pi+ pi-					  #
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Frank Winklmeier Feb 09, 2004                           #
+#								  #
+###################################################################
+#
+#Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Alias MyB+ B+
+Alias MyB- B- 
+Alias MyK_1+ K_1+ 
+Alias MyK_1- K_1- 
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi MyK_1+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi MyK_1- PHSP;
+Enddecay
+#
+Decay MyK_1+
+1.000 MyK_S0 rho+    PHSP;
+Enddecay
+#
+Decay MyK_1-
+1.000 MyK_S0 rho-    PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-    PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoKstar0Ks0_Kstar0toKmpip.dec b/BaBar_2014/BptoJpsiKp_JpsitoKstar0Ks0_Kstar0toKmpip.dec
new file mode 100644
index 0000000..354527d
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoKstar0Ks0_Kstar0toKmpip.dec
@@ -0,0 +1,63 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 Ks                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K- pi+                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias Myanti-K*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000 Myanti-K*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K- pi+     PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000 K+ pi-     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-Jpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoKstar0Ks0_Kstar0toKppim.dec b/BaBar_2014/BptoJpsiKp_JpsitoKstar0Ks0_Kstar0toKppim.dec
new file mode 100644
index 0000000..32922f1
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoKstar0Ks0_Kstar0toKppim.dec
@@ -0,0 +1,63 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 Ks                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K+ pi-                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias Myanti-K*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  Myanti-K*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000 K- pi+     PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K+ pi-     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-Jpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoKstar0Ks0_Kstar0toKs0pi0.dec b/BaBar_2014/BptoJpsiKp_JpsitoKstar0Ks0_Kstar0toKs0pi0.dec
new file mode 100644
index 0000000..5a2402a
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoKstar0Ks0_Kstar0toKs0pi0.dec
@@ -0,0 +1,63 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 Ks                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi0                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias Myanti-K*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000 Myanti-K*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K_S0 pi0     PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000 K_S0 pi0     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-Jpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoKstarK.dec b/BaBar_2014/BptoJpsiKp_JpsitoKstarK.dec
new file mode 100644
index 0000000..5697d51
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoKstarK.dec
@@ -0,0 +1,91 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#          30% +-->K*+ K-                                         #
+#              |    |                                             #
+#              |    +--> K+    pi0   (50%)                        #
+#              |    +--> K_S0  pi+   (50%)                        #
+#              |         |                                        #
+#              |         +--> pi+ pi-                             #
+#              |                                                  #
+#          30% +-->K*- K+                                         #
+#              |    |                                             #
+#              |    +--> K-    pi0  (50%)                         #
+#              |    +--> K_S0  pi-  (50%)                         #
+#              |         |                                        #
+#              |         +--> pi+ pi-                             #
+#              |                                                  #
+#          40% +-->K*0  K_S0                                      #
+#                   |    |                                        #
+#                   |    +--> pi+ pi-                             #
+#                   |                                             #
+#                   +--> K+    pi- (30%)                          #
+#                   +--> K-    pi+ (30%)                          #
+#                   +--> K_S0  pi0 (40%)                          #
+#                        |                                        #
+#                        +--> pi+ pi-                             #
+#                                                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi K-     PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.300  MyK*+   K-      PHSP;
+0.300  MyK*-   K+      PHSP;
+0.400  MyK*0   MyK_S0  PHSP;
+Enddecay
+#
+Decay MyK*+
+0.500 K+ pi0     PHSP;
+0.500 MyK_S0 pi+     PHSP;
+Enddecay
+#
+Decay MyK*-
+0.500 K- pi0     PHSP;
+0.500 MyK_S0 pi-     PHSP;
+Enddecay
+#
+Decay MyK*0
+0.400 MyK_S0 pi0     PHSP;
+0.300 K+ pi-     PHSP;
+0.300 K- pi+     PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoKstarmKp_KstarmtoKmpi0.dec b/BaBar_2014/BptoJpsiKp_JpsitoKstarmKp_KstarmtoKmpi0.dec
new file mode 100644
index 0000000..c569cbe
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoKstarmKp_KstarmtoKmpi0.dec
@@ -0,0 +1,61 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*- K+                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K- pi0                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K+ pi0     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K- pi0     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-Jpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoKstarmKp_KstarmtoKs0pim.dec b/BaBar_2014/BptoJpsiKp_JpsitoKstarmKp_KstarmtoKs0pim.dec
new file mode 100644
index 0000000..6f8b37e
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoKstarmKp_KstarmtoKs0pim.dec
@@ -0,0 +1,62 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*- K+                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi-                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K_S0 pi+     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K_S0 pi-     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-Jpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoKstarpKm_KstarptoKppi0.dec b/BaBar_2014/BptoJpsiKp_JpsitoKstarpKm_KstarptoKppi0.dec
new file mode 100644
index 0000000..30ffec1
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoKstarpKm_KstarptoKppi0.dec
@@ -0,0 +1,61 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*+ K-                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K+ pi0                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K+ pi0     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K- pi0     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-Jpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoKstarpKm_KstarptoKs0pip.dec b/BaBar_2014/BptoJpsiKp_JpsitoKstarpKm_KstarptoKs0pip.dec
new file mode 100644
index 0000000..a750bc9
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoKstarpKm_KstarptoKs0pip.dec
@@ -0,0 +1,62 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*+ K-                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi+                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K_S0 pi+     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K_S0 pi-     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-Jpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoRho0pi0.dec b/BaBar_2014/BptoJpsiKp_JpsitoRho0pi0.dec
new file mode 100644
index 0000000..b892538
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoRho0pi0.dec
@@ -0,0 +1,50 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->rho0 pi0                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> pi+ pi-                                  #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  rho0 pi0  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  rho0 pi0  PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-Jpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoRhoPi.dec b/BaBar_2014/BptoJpsiKp_JpsitoRhoPi.dec
new file mode 100644
index 0000000..8f74f7c
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoRhoPi.dec
@@ -0,0 +1,50 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->rho0 pi0                                       #
+#              |    |                                             #
+#              |    |                                             #
+#              |    +--> pi+ pi-                                  #
+#              |                                                  #
+#              +-->rho+ pi-                                       #
+#              +-->rho- pi+                                       #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+0.328  rho0 pi0  PHSP;
+0.336  rho+ pi-  PHSP;
+0.336  rho- pi+  PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyJpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoRhompip.dec b/BaBar_2014/BptoJpsiKp_JpsitoRhompip.dec
new file mode 100644
index 0000000..f6d31ea
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoRhompip.dec
@@ -0,0 +1,50 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->rho- pi+                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> pi- pi0                                  #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  rho- pi+  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  rho+ pi-  PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-Jpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoJpsiKp_JpsitoRhoppim.dec b/BaBar_2014/BptoJpsiKp_JpsitoRhoppim.dec
new file mode 100644
index 0000000..5d233ee
--- /dev/null
+++ b/BaBar_2014/BptoJpsiKp_JpsitoRhoppim.dec
@@ -0,0 +1,50 @@
+###################################################################
+#     B+  --> J/psi     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->rho+ pi-                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> pi+ pi0                                  #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+#
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyJpsi J/psi
+Alias Myanti-Jpsi J/psi
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyJpsi
+1.000  rho+ pi-  PHSP;
+Enddecay
+#
+Decay Myanti-Jpsi
+1.000  rho- pi+  PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyJpsi K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-Jpsi K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoJpsiPi0Pi0.dec b/BaBar_2014/BptoXKp_XtoJpsiPi0Pi0.dec
new file mode 100644
index 0000000..09eff2b
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoJpsiPi0Pi0.dec
@@ -0,0 +1,48 @@
+###################################################################
+# B+  --> X3872  K+            B- --> Generic                     #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) pi0 pi0                               #
+#                                                                 #
+#                                                                 #
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Frank Winklmeier, 23 Feb 2004                           #
+###################################################################
+#
+#Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+
+Particle dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi pi0 pi0   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX K- PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoJpsiRho0.dec b/BaBar_2014/BptoXKp_XtoJpsiRho0.dec
new file mode 100644
index 0000000..1011460
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoJpsiRho0.dec
@@ -0,0 +1,50 @@
+###################################################################
+# B+  --> X3872  K+            B- --> Generic                     #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) rho                                   #
+#                            |                                    # 
+#                            |--> pi+ pi-                         #
+#                                                                 #
+#                                                                 #
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Frank Winklmeier, 23 Feb 2004                           #
+###################################################################
+#
+#Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+
+Particle dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi rho0   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX K- PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoJpsiRho0_Rho0toPi0Pi0.dec b/BaBar_2014/BptoXKp_XtoJpsiRho0_Rho0toPi0Pi0.dec
new file mode 100644
index 0000000..6566050
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoJpsiRho0_Rho0toPi0Pi0.dec
@@ -0,0 +1,52 @@
+###################################################################
+# B-  --> X3872  K-            B0 --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) rho=> pi0pi0, NOTE this is forbidden  #   
+#                                                                 #
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Walter Toki Feb. 23, 2004                               #
+###################################################################
+#
+#Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myrho rho0  
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay Myrho
+1.000  pi0 pi0   PHSP;
+Enddecay
+#
+Decay MyX
+1.000  MyJpsi Myrho   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+ PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX K- PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoKstar0Ks0_Kstar0toKmpip.dec b/BaBar_2014/BptoXKp_XtoKstar0Ks0_Kstar0toKmpip.dec
new file mode 100644
index 0000000..77a88cf
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoKstar0Ks0_Kstar0toKmpip.dec
@@ -0,0 +1,64 @@
+###################################################################
+#     B+  --> x3872     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 Ks                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K- pi+                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 11, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias Myanti-K*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  Myanti-K*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K- pi+     PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000 K+ pi-     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-X K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoKstar0Ks0_Kstar0toKppim.dec b/BaBar_2014/BptoXKp_XtoKstar0Ks0_Kstar0toKppim.dec
new file mode 100644
index 0000000..3e06d14
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoKstar0Ks0_Kstar0toKppim.dec
@@ -0,0 +1,65 @@
+###################################################################
+#     B+  --> x3872     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 Ks                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K+ pi-                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias Myanti-K*0 K*0
+Alias MyK_S0 K_S0
+Alias Myanti-K_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  Myanti-K*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K+ pi-     PHSP;
+Enddecay
+#
+Decay Myanti-K*0
+1.000 K- pi+     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-X K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoKstar0Ks0_Kstar0toKs0pi0.dec b/BaBar_2014/BptoXKp_XtoKstar0Ks0_Kstar0toKs0pi0.dec
new file mode 100644
index 0000000..4a3e4c6
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoKstar0Ks0_Kstar0toKs0pi0.dec
@@ -0,0 +1,59 @@
+###################################################################
+#     B+  --> x3872     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*0 Ks                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi0                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  MyK*0 K_S0  PHSP;
+Enddecay
+#
+Decay MyK*0
+1.000 K_S0 pi0     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-X K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoKstarmKp_KstarmtoKmpi0.dec b/BaBar_2014/BptoXKp_XtoKstarmKp_KstarmtoKmpi0.dec
new file mode 100644
index 0000000..7a364a9
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoKstarmKp_KstarmtoKmpi0.dec
@@ -0,0 +1,62 @@
+###################################################################
+#     B+  --> x3872     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*- K+                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K- pi0                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K- pi0     PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K+ pi0     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-X K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoKstarmKp_KstarmtoKs0pim.dec b/BaBar_2014/BptoXKp_XtoKstarmKp_KstarmtoKs0pim.dec
new file mode 100644
index 0000000..1a2169c
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoKstarmKp_KstarmtoKs0pim.dec
@@ -0,0 +1,63 @@
+###################################################################
+#     B+  --> x3872     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*- K+                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi-                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K_S0 pi-     PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K_S0 pi+     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-X K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoKstarpKm_KstarptoKppi0.dec b/BaBar_2014/BptoXKp_XtoKstarpKm_KstarptoKppi0.dec
new file mode 100644
index 0000000..87efc5b
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoKstarpKm_KstarptoKppi0.dec
@@ -0,0 +1,62 @@
+###################################################################
+#     B+  --> x3872     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*+ K-                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K+ pi0                                   #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K+ pi0     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K- pi0     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-X K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoKstarpKm_KstarptoKs0pip.dec b/BaBar_2014/BptoXKp_XtoKstarpKm_KstarptoKs0pip.dec
new file mode 100644
index 0000000..16c18dd
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoKstarpKm_KstarptoKs0pip.dec
@@ -0,0 +1,63 @@
+###################################################################
+#     B+  --> x3872     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->K*+ K-                                         #
+#                   |                                             #
+#                   |                                             #
+#                   +--> K_S0 pi+                                 #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+Alias MyK*+ K*+
+Alias MyK*- K*-
+Alias MyK*0 K*0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyX
+1.000  MyK*+ K-  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  MyK*- K+  PHSP;
+Enddecay
+#
+Decay MyK*+
+1.000 K_S0 pi+     PHSP;
+Enddecay
+#
+Decay MyK*-
+1.000 K_S0 pi-     PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-X K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoRho0pi0.dec b/BaBar_2014/BptoXKp_XtoRho0pi0.dec
new file mode 100644
index 0000000..45d7d61
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoRho0pi0.dec
@@ -0,0 +1,51 @@
+###################################################################
+#     B+  --> x3872     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->rho0 pi0                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> pi+ pi-                                  #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyX
+1.000  rho0 pi0  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  rho0 pi0  PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-X K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoRhompip.dec b/BaBar_2014/BptoXKp_XtoRhompip.dec
new file mode 100644
index 0000000..921a499
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoRhompip.dec
@@ -0,0 +1,51 @@
+###################################################################
+#     B+  --> x3872     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->rho- pi+                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> pi- pi0                                  #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyX
+1.000  rho- pi+  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  rho+ pi-  PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-X K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXKp_XtoRhoppim.dec b/BaBar_2014/BptoXKp_XtoRhoppim.dec
new file mode 100644
index 0000000..cd71f52
--- /dev/null
+++ b/BaBar_2014/BptoXKp_XtoRhoppim.dec
@@ -0,0 +1,51 @@
+###################################################################
+#     B+  --> x3872     K+           B+ --> Generic               #
+#              |                                                  #           
+#              |                                                  # 
+#              +-->rho+ pi-                                       #
+#                   |                                             #
+#                   |                                             #
+#                   +--> pi+ pi0                                  #
+#                                                                 #
+#  + cc                                                           #
+#                                                                 #
+# mode a5: CLEO values                                            #
+#                                                                 #
+# Author: Walter Toki October 27, 2003                            #
+#         Modified by Aidong Chen Nov. 10, 2003                   #
+###################################################################
+#
+# Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+#
+Particle dummy00_1 3.872 0.0
+Particle anti-dummy00_1 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyX dummy00_1
+Alias Myanti-X anti-dummy00_1
+#
+Decay Upsilon(4S)
+0.5000 MyB+     B-              VSS;
+0.5000 MyB-     B+              VSS;
+Enddecay
+#
+Decay MyX
+1.000  rho+ pi-  PHSP;
+Enddecay
+#
+Decay Myanti-X
+1.000  rho- pi+  PHSP;
+Enddecay
+#
+Decay MyB+
+1.000 MyX K+      PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 Myanti-X K-     PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BptoXpKs0_XptoJpsiRhop.dec b/BaBar_2014/BptoXpKs0_XptoJpsiRhop.dec
new file mode 100644
index 0000000..cad376c
--- /dev/null
+++ b/BaBar_2014/BptoXpKs0_XptoJpsiRhop.dec
@@ -0,0 +1,60 @@
+###################################################################
+# B+  --> X3872  Ks            B+ --> Generic  xx                 #
+#         |                                                       #
+#         |                                                       #
+#         |-->jpsi(ee,mumu) rho+                                  #
+#               						  # 
+#         with Ks -> pi+ pi-                                      #
+#  + charge conjugate                                             #
+#                                                                 #
+#                                                                 #
+# Author: Frank Winklmeier Nov 19, 2003                           #
+#         apdapted from neutral mode (Walter Toki Sept 8, 2003)   #
+###################################################################
+#
+#Define dm 0.464e12
+#
+#
+# Alias particles for specific decays
+# Particle <name> <mass> <width>
+Particle B_c+ 3.872 0.0
+Particle B_c- 3.872 0.0
+Alias MyB+ B+
+Alias MyB- B- 
+Alias MyX+ B_c+
+Alias MyX- B_c-
+Alias MyJpsi J/psi
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+0.500 MyB+ B-   VSS;
+0.500 MyB- B+   VSS;
+Enddecay
+#
+Decay MyX+
+1.000  MyJpsi rho+   PHSP;
+Enddecay
+#
+Decay MyX-
+1.000  MyJpsi rho-   PHSP;
+Enddecay
+#
+Decay MyJpsi
+0.500 e+   e-               PHOTOS VLL;
+0.500 mu+  mu-              VLL;
+Enddecay
+#
+Decay MyB+
+1.000 MyX+ MyK_S0 PHSP;
+Enddecay
+#
+Decay MyB-
+1.000 MyX- MyK_S0 PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.000 pi+ pi-    PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/Bptopsi3770Kp.dec b/BaBar_2014/Bptopsi3770Kp.dec
new file mode 100644
index 0000000..a10f103
--- /dev/null
+++ b/BaBar_2014/Bptopsi3770Kp.dec
@@ -0,0 +1,39 @@
+#######################################################
+#                                                     #
+# Decay: B+->PSI(3370) K+ ,   B-->X                   #
+# +cc         |                                       #
+#             |                                       #
+#             D0D0bar                                 #
+#             |  |                                    #
+#             |  k-pi+                                #
+#             k+pi-                                   #
+# Author: Prafulla Kumar Behera                       #
+# Created:                  23/September/02           #
+#######################################################
+#
+Alias MyB-       B-
+Alias MyB+       B+
+Alias MyD0       D0
+Alias MyAnti-D0      anti-D0
+#
+Decay Upsilon(4S)
+1.000 MyB+ MyB-               VSS;
+Enddecay
+#
+Decay MyB+ 
+1.000 psi(3770) K+            SVS;
+Enddecay
+#
+Decay  psi(3770)
+1.000  MyD0  MyAnti-D0        VSS;
+Enddecay
+#
+Decay MyD0
+0.0391   K-  pi+              PHSP;
+Enddecay
+#
+Decay MyAnti-D0 
+0.0391   K+  pi-              PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/BtoEtaPK0_1430.dec b/BaBar_2014/BtoEtaPK0_1430.dec
new file mode 100755
index 0000000..5a1f398
--- /dev/null
+++ b/BaBar_2014/BtoEtaPK0_1430.dec
@@ -0,0 +1,58 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: Dec,2002
+ 
+# resonant B->eta' K0(1430) penguin decay 
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+Alias MyBplus B+
+Alias MyBminus B-
+############################################################################
+
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+
+
+Decay Upsilon(4S)
+
+0.250   MyB0       anti-B0                  VSS;
+0.250   B0       MyB0B                  VSS;
+0.250   MyBplus       B-                       VSS;
+0.250   B+   MyBminus             VSS;
+
+Enddecay
+
+Decay MyB0B
+1. anti-K_0*0 Myetap PHSP;
+Enddecay
+
+Decay MyB0
+1. K_0*0 Myetap PHSP;
+Enddecay
+
+Decay MyBminus
+1. K_0*- Myetap PHSP;
+Enddecay
+
+Decay MyBplus
+1. K_0*+ Myetap PHSP;
+Enddecay
+
+
+Decay Myetap
+
+1. pi+ pi- Myeta   PHSP;
+
+Enddecay
+
+Decay Myeta
+
+1. gamma gamma   PHSP;
+
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BtoEtaPK1_1273.dec b/BaBar_2014/BtoEtaPK1_1273.dec
new file mode 100644
index 0000000..47d4154
--- /dev/null
+++ b/BaBar_2014/BtoEtaPK1_1273.dec
@@ -0,0 +1,58 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: Nov,2001
+ 
+# resonant B->eta' K1(1273) penguin decay 
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+Alias MyBplus B+
+Alias MyBminus B-
+############################################################################
+
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+
+
+Decay Upsilon(4S)
+
+0.250   MyB0       anti-B0                  VSS;
+0.250   B0       MyB0B                  VSS;
+0.250   MyBplus       B-                       VSS;
+0.250   B+   MyBminus             VSS;
+
+Enddecay
+
+Decay MyB0B
+0.1 anti-K_10 Myetap SVS;
+Enddecay
+
+Decay MyB0
+0.1 K_10 Myetap SVS;
+Enddecay
+
+Decay MyBminus
+0.1 K_1- Myetap SVS;
+Enddecay
+
+Decay MyBplus
+0.1 K_1+ Myetap SVS;
+Enddecay
+
+
+Decay Myetap
+
+1. pi+ pi- Myeta   PHSP;
+
+Enddecay
+
+Decay Myeta
+
+1. gamma gamma   PHSP;
+
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BtoEtaPK1_1402.dec b/BaBar_2014/BtoEtaPK1_1402.dec
new file mode 100644
index 0000000..07a9a7c
--- /dev/null
+++ b/BaBar_2014/BtoEtaPK1_1402.dec
@@ -0,0 +1,58 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: Nov,2001
+ 
+# resonant B->eta' K1(1402) penguin decay 
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+Alias MyBplus B+
+Alias MyBminus B-
+############################################################################
+
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+
+
+Decay Upsilon(4S)
+
+0.250   MyB0       anti-B0                  VSS;
+0.250   B0       MyB0B                  VSS;
+0.250   MyBplus       B-                       VSS;
+0.250   B+   MyBminus             VSS;
+
+Enddecay
+
+Decay MyB0B
+0.1 anti-K'_10 Myetap SVS;
+Enddecay
+
+Decay MyB0
+0.1 K'_10 Myetap SVS;
+Enddecay
+
+Decay MyBminus
+0.1 K'_1- Myetap SVS;
+Enddecay
+
+Decay MyBplus
+0.1 K'_1+ Myetap SVS;
+Enddecay
+
+
+Decay Myetap
+
+1. pi+ pi- Myeta   PHSP;
+
+Enddecay
+
+Decay Myeta
+
+1. gamma gamma   PHSP;
+
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BtoEtaPK2_1430.dec b/BaBar_2014/BtoEtaPK2_1430.dec
new file mode 100644
index 0000000..32aa4f6
--- /dev/null
+++ b/BaBar_2014/BtoEtaPK2_1430.dec
@@ -0,0 +1,60 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: Nov,2001
+ 
+# resonant B->eta' K2*(1430) penguin decay 
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+Alias MyBplus B+
+Alias MyBminus B-
+############################################################################
+
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+
+
+Decay Upsilon(4S)
+
+0.250   MyB0       anti-B0                  VSS;
+0.250   B0       MyB0B                  VSS;
+0.250   MyBplus       B-                       VSS;
+0.250   B+   MyBminus             VSS;
+
+Enddecay
+
+Decay MyB0B
+0.15 anti-K_2*0 Myetap PHSP;
+Enddecay
+
+Decay MyB0
+0.1 K_2*0 Myetap PHSP;
+Enddecay
+
+Decay MyBminus
+0.1 K_2*- Myetap PHSP;
+Enddecay
+
+Decay MyBplus
+0.1 K_2*+ Myetap PHSP;
+Enddecay
+
+
+
+
+Decay Myetap
+
+1. pi+ pi- Myeta   PHSP;
+
+Enddecay
+
+Decay Myeta
+
+1. gamma gamma   PHSP;
+
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BtoEtaPK3_1780.dec b/BaBar_2014/BtoEtaPK3_1780.dec
new file mode 100644
index 0000000..4653c2a
--- /dev/null
+++ b/BaBar_2014/BtoEtaPK3_1780.dec
@@ -0,0 +1,84 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: Nov,2001
+ 
+# resonant B->eta' K3*(1780) penguin decay 
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+Alias MyBplus B+
+Alias MyBminus B-
+############################################################################
+
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+Alias MyKstar3- K_3*-
+Alias MyKstar3+ K_3*+ 
+############################################################################
+Alias MyKstar3_0 K_3*0
+Alias MyantiKstar3_0 anti-K_3*0
+############################################################################
+
+ChargeConj MyKstar3- MyKstar3+
+ChargeConj MyantiKstar3_0  MyKstar3_0
+
+Decay Upsilon(4S)
+
+0.250   MyB0       anti-B0                  VSS;
+0.250   B0       MyB0B                  VSS;
+0.250   MyBplus       B-                       VSS;
+0.250   B+   MyBminus             VSS;
+
+Enddecay
+
+Decay MyB0B
+0.15 MyantiKstar3_0 Myetap PHSP;
+Enddecay
+
+Decay MyB0
+1. MyKstar3_0  Myetap PHSP;
+Enddecay
+
+Decay MyBminus
+1. MyKstar3-  Myetap PHSP;
+Enddecay
+
+Decay MyBplus
+1. MyKstar3+  Myetap PHSP;
+Enddecay
+
+
+Decay MyantiKstar3_0
+
+0.31 K_S0 rho0 PHSP;
+0.2 K*- pi+   PHSP;
+0.188 K- pi+   PHSP;
+
+Enddecay
+CDecay MyKstar3_0
+
+Decay MyKstar3-
+
+0.31 K- rho0 PHSP;
+0.2 K*- pi0 PHSP;
+0.188 K- pi0   PHSP;
+
+Enddecay
+CDecay MyKstar3+
+
+Decay Myetap
+
+1. pi+ pi- Myeta   PHSP;
+
+Enddecay
+
+Decay Myeta
+
+1. gamma gamma   PHSP;
+
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BtoEtaPK4_2045.dec b/BaBar_2014/BtoEtaPK4_2045.dec
new file mode 100644
index 0000000..0ae371e
--- /dev/null
+++ b/BaBar_2014/BtoEtaPK4_2045.dec
@@ -0,0 +1,82 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: Nov,2001
+ 
+# resonant B->eta' K4*(2045) penguin decay 
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+Alias MyBplus B+
+Alias MyBminus B-
+############################################################################
+
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+Alias MyKstar4- K_4*-
+Alias MyKstar4+ K_4*+ 
+############################################################################
+Alias MyKstar4_0 K_4*0
+Alias MyantiKstar4_0 anti-K_4*0
+############################################################################
+
+ChargeConj MyKstar4- MyKstar4+
+ChargeConj MyantiKstar4_0  MyKstar4_0
+
+Decay Upsilon(4S)
+
+0.250   MyB0       anti-B0                  VSS;
+0.250   B0       MyB0B                  VSS;
+0.250   MyBplus       B-                       VSS;
+0.250   B+   MyBminus             VSS;
+
+Enddecay
+
+Decay MyB0B
+0.15  MyantiKstar4_0 Myetap PHSP;
+Enddecay
+
+Decay MyB0
+0.1  MyKstar4_0 Myetap PHSP;
+Enddecay
+
+Decay MyBminus
+0.1  MyKstar4- Myetap PHSP;
+Enddecay
+
+Decay MyBplus
+0.1 MyKstar4+ Myetap PHSP;
+Enddecay
+
+Decay MyantiKstar4_0
+0.099 K- pi+   PHSP;
+0.09 anti-K*0 pi+ pi-  PHSP;
+0.07 anti-K*0 pi+ pi- pi0  PHSP;
+
+Enddecay
+CDecay MyKstar4_0
+
+Decay MyKstar4-
+0.099 K- pi0  PHSP;
+0.09 K*- pi+ pi- PHSP;
+0.07 K*- pi+ pi- pi0 PHSP;
+
+Enddecay
+CDecay MyKstar4+
+
+
+Decay Myetap
+
+1. pi+ pi- Myeta   PHSP;
+
+Enddecay
+
+Decay Myeta
+
+1. gamma gamma   PHSP;
+
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BtoEtaPKstar_1414.dec b/BaBar_2014/BtoEtaPKstar_1414.dec
new file mode 100644
index 0000000..6a1f071
--- /dev/null
+++ b/BaBar_2014/BtoEtaPKstar_1414.dec
@@ -0,0 +1,58 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: Nov,2001
+ 
+# resonant B->eta' K*(1414) penguin decay 
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+Alias MyBplus B+
+Alias MyBminus B-
+############################################################################
+
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+
+
+Decay Upsilon(4S)
+
+0.250   MyB0       anti-B0                  VSS;
+0.250   B0       MyB0B                  VSS;
+0.250   MyBplus       B-                       VSS;
+0.250   B+   MyBminus             VSS;
+
+Enddecay
+
+Decay MyB0B
+0.1 anti-K'*0 Myetap SVS;
+Enddecay
+
+Decay MyB0
+0.1 K'*0 Myetap SVS;
+Enddecay
+
+Decay MyBminus
+0.1 K'*- Myetap SVS;
+Enddecay
+
+Decay MyBplus
+0.1 K'*+ Myetap SVS;
+Enddecay
+
+
+Decay Myetap
+
+1. pi+ pi- Myeta   PHSP;
+
+Enddecay
+
+Decay Myeta
+
+1. gamma gamma   PHSP;
+
+Enddecay
+
+
+End
diff --git a/BaBar_2014/BtoEtapDpi.dec b/BaBar_2014/BtoEtapDpi.dec
new file mode 100644
index 0000000..2c5edd0
--- /dev/null
+++ b/BaBar_2014/BtoEtapDpi.dec
@@ -0,0 +1,58 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: April,2002
+ 
+# B-> eta'D pi decays 
+
+############################################################################
+Alias MyB0B anti-B0
+Alias MyB0 B0
+Alias MyB+ B+
+Alias MyB- B-
+############################################################################
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+Define beta 0.39
+Define dm .464e12
+
+
+
+
+Decay Upsilon(4S)
+0.415 B0 MyB0B          VSS_MIX dm;
+0.415 MyB0 anti-B0      VSS_MIX dm;
+0.085 B0 MyB0           VSS_MIX dm;
+0.085 anti-B0 MyB0B     VSS_MIX dm;
+0.250   MyB+       B-                       VSS;
+0.250   B+        MyB-                      VSS;
+Enddecay
+
+Decay MyB0B
+1.   D+ pi-  Myetap PHSP;
+Enddecay
+
+Decay MyB0
+1.   D- pi+  Myetap PHSP;
+Enddecay
+
+Decay MyB-
+1.   D0 pi-  Myetap   PHSP;
+Enddecay
+
+Decay MyB+
+1.   anti-D0 pi+  Myetap   PHSP;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BtoXsEtap.dec b/BaBar_2014/BtoXsEtap.dec
new file mode 100644
index 0000000..4bab30a
--- /dev/null
+++ b/BaBar_2014/BtoXsEtap.dec
@@ -0,0 +1,98 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: January 12,2001
+ 
+# non-resonant B->Xs,eta' penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSETAP model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s eta' decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=1.600
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.500
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=2.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into two quarks a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=1.600
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.500
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=2.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into two quarks a u and an anti-s
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+
+
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1.    anti-Xsd  eta' BTOXSETAP;
+Enddecay
+
+Decay B-
+1.   anti-Xsu  eta'   BTOXSETAP;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BtoXsEtap_nonres.dec b/BaBar_2014/BtoXsEtap_nonres.dec
new file mode 100644
index 0000000..8632c8d
--- /dev/null
+++ b/BaBar_2014/BtoXsEtap_nonres.dec
@@ -0,0 +1,104 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: April,2002
+ 
+# non-resonant B->Xs,eta' penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSETAP model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+#
+
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s eta' decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=2.700
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.800
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=3.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into a d, an anti-s and a gluon
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+JetSetPar KFDP(1154,3)=0
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=2.700
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.800
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=3.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into a u, an anti-s and a gluon
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+JetSetPar KFDP(1155,3)=0
+
+
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1.   anti-Xsd  Myetap BTOXSETAP;
+Enddecay
+
+Decay B-
+1.   anti-Xsu  Myetap   BTOXSETAP;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BtoXsEtap_sqbar.dec b/BaBar_2014/BtoXsEtap_sqbar.dec
new file mode 100644
index 0000000..89f43bf
--- /dev/null
+++ b/BaBar_2014/BtoXsEtap_sqbar.dec
@@ -0,0 +1,104 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: April,2002
+ 
+# non-resonant B->Xs,eta' penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSETAP model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+#
+
+############################################################################
+Alias Myetap eta'
+Alias Myeta eta
+############################################################################
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s eta' decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=2.700
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.800
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=3.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into a d and an anti-s
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=2.700
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.800
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=3.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into a u and an anti-s 
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+
+
+
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+1.   anti-Xsd  Myetap BTOXSETAP;
+Enddecay
+
+Decay B-
+1.   anti-Xsu  Myetap   BTOXSETAP;
+Enddecay
+
+Decay Myetap
+1.     pi+ pi- Myeta                      PHSP;
+Enddecay
+#
+
+Decay Myeta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/BtoXsEtapnew.dec b/BaBar_2014/BtoXsEtapnew.dec
new file mode 100644
index 0000000..dfabac6
--- /dev/null
+++ b/BaBar_2014/BtoXsEtapnew.dec
@@ -0,0 +1,101 @@
+# 
+# Author: Adlene Hicheur (LAPP), Date: January 12,2001
+ 
+# non-resonant B->Xs,eta' penguin decays where the
+# B is a B0, anti-B0, B+ or B- and the Xs is Xsd, anti-Xsd, Xsu or
+# anti-Xsu, respectively. It uses the new BTOXSETAP model.
+# The mode for JETSET decays is 11 which gives phase-space production
+# of hadrons from the available quarks.
+#
+
+# Reset some Jetset parameters here rather than recompiling
+
+#   Xsd meson  (sbar-d system, introduced for b->s eta' decays)
+# Set Xsd 3*Charge:
+JetSetPar KCHG(455,1)=0
+# Set Xsd color information:
+JetSetPar KCHG(455,2)=0
+# Set Xsd particle/antiparticle distinction:
+JetSetPar KCHG(455,3)=1
+# Set Xsd mass:
+JetSetPar PMAS(455,1)=2.700
+# Set Xsd width (sigma):
+JetSetPar PMAS(455,2)=0.800
+# Set Xsd truncation:
+JetSetPar PMAS(455,3)=3.000
+# Set Xsd name:
+JetSetPar CHAF(455)=Xsd
+# Set Xsd so it can decay:
+JetSetPar MDCY(455,1)=1
+# Set decay table entry pt for Xsd: 
+JetSetPar MDCY(455,2)=1154
+# Number of decay channels for Xsd:                
+JetSetPar MDCY(455,3)=1
+# Switch on Xsd decay
+JetSetPar MDME(1154,1)=1
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1154,2)=11
+# Xsd decays into a d, an anti-s and a gluon
+JetSetPar KFDP(1154,1)=-3
+JetSetPar KFDP(1154,2)=1
+JetSetPar KFDP(1154,3)=0
+
+#   Xsu meson  (sbar-u system, introduced for b->s gamma decays)
+# Set Xsu 3*Charge:
+JetSetPar KCHG(456,1)=3
+# Set Xsu color information:
+JetSetPar KCHG(456,2)=0
+# Set Xsu particle/antiparticle distinction:
+JetSetPar KCHG(456,3)=1
+# Set Xsu mass:
+JetSetPar PMAS(456,1)=2.700
+# Set Xsu width (sigma):
+JetSetPar PMAS(456,2)=0.800
+# Set Xsu truncation:
+JetSetPar PMAS(456,3)=3.000
+# Set Xsu name:
+JetSetPar CHAF(456)=Xsu 
+# Set Xsu so it can decay:
+JetSetPar MDCY(456,1)=1
+# Set decay table entry pt for Xsu: 
+JetSetPar MDCY(456,2)=1155
+# Number of decay channels for Xsu:                
+JetSetPar MDCY(456,3)=1
+# Switch on Xsu decay                                  
+JetSetPar MDME(1155,1)=1 
+# Phase space decays into hadrons from available quarks
+JetSetPar MDME(1155,2)=11
+# Xsu decays into a u, an anti-s and a gluon
+JetSetPar KFDP(1155,1)=-3
+JetSetPar KFDP(1155,2)=2
+JetSetPar KFDP(1155,3)=0
+
+
+
+Decay Upsilon(4S)
+0.500   B0       anti-B0                  VSS;
+0.500   B+       B-                       VSS;
+Enddecay
+
+Decay anti-B0
+0.9    anti-Xsd  eta' BTOXSETAP;
+0.1    eta' s anti-d   JETSET  31;
+Enddecay
+
+Decay B-
+0.9   anti-Xsu  eta'   BTOXSETAP;
+0.1   eta' s anti-u   JETSET  31;
+Enddecay
+
+Decay eta'
+1.     pi+ pi- eta                      PHSP;
+Enddecay
+#
+
+Decay eta
+1.   gamma  gamma                       PHSP;
+
+Enddecay
+#
+
+End
diff --git a/BaBar_2014/Chic12Inclusive.dec b/BaBar_2014/Chic12Inclusive.dec
new file mode 100644
index 0000000..f3e5990
--- /dev/null
+++ b/BaBar_2014/Chic12Inclusive.dec
@@ -0,0 +1,37 @@
+###################################################################
+# B0~ --> Generic            B0 --> Generic                       #
+#           |                                                     #
+# Filter a chic1 or chic 2 and ask them to decay to J/Psi Gamma   #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+# Y.karyotakis   18 Feb 2000                                    #
+# Mail: KARYOTAK@SLAC.STANFORD.EDU
+#                                                                 #
+###################################################################
+#
+#
+Define beta 0.39
+#
+Decay Upsilon(4S)
+0.415 B0  anti-B0                   VSS_MIX dm;
+0.415 anti-B0  B0                   VSS_MIX dm;
+0.085 anti-B0 anti-B0               VSS_MIX dm;
+0.085 B0  B0                        VSS_MIX dm;
+Enddecay
+#
+Decay chi_c1
+1.000  J/psi  gamma                VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+# 
+Decay chi_c2
+ 1.000  J/psi  gamma                PHSP ;
+Enddecay 
+
+Decay J/psi
+0.5000    mu+  mu-               PHOTOS VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+End 
diff --git a/BaBar_2014/Chic12InclusiveBCH.dec b/BaBar_2014/Chic12InclusiveBCH.dec
new file mode 100644
index 0000000..e31a051
--- /dev/null
+++ b/BaBar_2014/Chic12InclusiveBCH.dec
@@ -0,0 +1,35 @@
+###################################################################
+# B0~ --> Generic            B0 --> Generic                       #
+#           |                                                     #
+# Filter a chic1 or chic 2 and ask them to decay to J/Psi Gamma   #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+# Y.karyotakis   18 Feb 2000                                    #
+# Mail: KARYOTAK@SLAC.STANFORD.EDU
+#                                                                 #
+###################################################################
+#
+#
+Define beta 0.39
+#
+Decay Upsilon(4S)
+0.50000 B+  B-                          VSS;
+0.50000 B-  B+                          VSS;
+Enddecay
+#
+Decay chi_c1
+1.000  J/psi  gamma                VVP 1.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay 
+# 
+Decay chi_c2
+ 1.000  J/psi  gamma                PHSP ;
+Enddecay 
+
+Decay J/psi
+0.5000    mu+  mu-               PHOTOS VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+End 
diff --git a/BaBar_2014/Chic12InclusiveBCH_E1.dec b/BaBar_2014/Chic12InclusiveBCH_E1.dec
new file mode 100644
index 0000000..d362759
--- /dev/null
+++ b/BaBar_2014/Chic12InclusiveBCH_E1.dec
@@ -0,0 +1,59 @@
+###################################################################
+# B- --> Generic            B+ --> Generic                        #
+#           |                                                     #
+# Filter a chic1 or chic 2 and ask them to decay to J/Psi Gamma   #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+# Y.karyotakis   18 Feb 2000                                      #
+# Mail: KARYOTAK@SLAC.STANFORD.EDU                                #
+#                                                                 #
+###################################################################
+#
+#
+Define beta 0.39
+#
+####################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+Decay Upsilon(4S)
+0.50000 B+  B-                          VSS;
+0.50000 B-  B+                          VSS;
+Enddecay
+#
+Decay chi_c1
+1.000  J/psi  gamma                   HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+# 
+Decay chi_c2
+ 1.000  J/psi  gamma                PHSP ;
+Enddecay 
+
+Decay J/psi
+0.5000    mu+  mu-               PHOTOS VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+End 
diff --git a/BaBar_2014/Chic12Inclusive_E1.dec b/BaBar_2014/Chic12Inclusive_E1.dec
new file mode 100644
index 0000000..ea7326a
--- /dev/null
+++ b/BaBar_2014/Chic12Inclusive_E1.dec
@@ -0,0 +1,55 @@
+###################################################################
+# B0~ --> Generic            B0 --> Generic                       #
+#           |                                                     #
+# Filter a chic1 or chic 2 and ask them to decay to J/Psi Gamma   #
+#           |                                                     #
+#       J/psi gam                                                 #
+#         |                                                       #
+#         |-->mu+mu-/e+e-                                         #
+# Y.karyotakis   18 Feb 2000                                    #
+# Mail: KARYOTAK@SLAC.STANFORD.EDU
+#                                                                 #
+###################################################################
+#
+#
+Define beta 0.39
+#
+####################################################################
+# Define Chi_c1 -> J/Psi gamma amplitudes
+# Parity invariance between the amplitudes implies:
+# Bpp = Bmm;  B0p = B0m; phBmm = phBpp + pi; phB0m = phB0p + pi
+#
+# put the values measured by the Crystal Barrel Experiment
+# see M. Oreglia et al., Phys Rev D25, 2259, (1982)
+#
+# modulus
+#
+Define Bpp 0.70711
+Define B0p 0.70711
+Define Bmm 0.70711
+Define B0m 0.70711
+#
+# phases
+#
+Define phBpp 0.0
+Define phBmm 3.141592654
+Define phB0p 0.0
+Define phB0m 3.141592654
+#
+####################################################################
+#
+#
+Decay chi_c1
+1.000  J/psi  gamma                   HELAMP Bpp phBpp B0p phB0p B0m phB0m Bmm phBmm;
+Enddecay 
+# 
+Decay chi_c2
+ 1.000  J/psi  gamma                PHSP ;
+Enddecay 
+
+Decay J/psi
+0.5000    mu+  mu-               PHOTOS VLL;
+0.5000    e+   e-                PHOTOS  VLL;
+Enddecay 
+#
+End 
diff --git a/BaBar_2014/Dm_KmKsrho0.dec b/BaBar_2014/Dm_KmKsrho0.dec
new file mode 100644
index 0000000..6391142
--- /dev/null
+++ b/BaBar_2014/Dm_KmKsrho0.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D- -> K- K0s rho0, Ks -> pi+pi-, rho0 -> pi+pi- #
+#                                                 #
+# created: hnichols april 8, 2000                 #
+###################################################
+#
+Alias myK_S0 K_S0
+Alias myrho0 rho0
+#
+Decay vpho
+1.00 JSCONT 4;
+Enddecay
+#
+Decay D-
+1.00 K- K_S0 rho0 PHSP;
+Enddecay
+#
+Decay myK_S0
+1.00 pi+ pi- PHSP;
+Enddecay
+#
+Decay myrho0
+1.00 pi+ pi- VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/DsDs___etapi_eta_to_gg_vs_taunu_tau_to_enunu.dec b/BaBar_2014/DsDs___etapi_eta_to_gg_vs_taunu_tau_to_enunu.dec
new file mode 100644
index 0000000..bd4beb4
--- /dev/null
+++ b/BaBar_2014/DsDs___etapi_eta_to_gg_vs_taunu_tau_to_enunu.dec
@@ -0,0 +1,272 @@
+############################################################
+#
+# Written as a UDECAY file for use with 
+#
+#      e+e- -> gamma_ISR Ds(*)Ds(*) 
+#
+# events.  Use with a filter that selects ISR events with
+# DsDs, DsDs*, Ds*Ds, and/or Ds*Ds*
+#
+#  or 
+#
+# with a yet to be written (as of 11/99) generator 
+# that produces gamma_ISR Ds(*)Ds(*) directly.
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Nov 23, 1999
+# Mail: JOE@SLAC.STANFORD.EDU 
+#
+# Ds+ -> eta pi+, eta-> g g
+# Ds- -> tau nu nu, tau->e nu nu
+#
+# Ds decays forced at the very bottom of this file
+############################################################
+
+# set virtual photons to go to ccbar 
+Decay vpho
+1.000                     JSCONT   4;
+Enddecay
+
+#Set up forced decay aliases
+Alias phiKK phi
+Alias phineu phi
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+
+# K*+ -> K0S pi+, K0S->pi+pi0-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# forced eta'->pi0 pi0 eta
+Alias eta'00 eta'
+Alias eta'ppetagg eta'
+Alias eta'ppetapp0 eta'
+Alias eta'neu eta'
+
+# forced eta->neutrals only
+Alias eta-neu eta
+Alias etagg eta
+Alias etapp0 eta
+
+Alias f_0pp f_0
+Alias f_0KK f_0
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+# forced tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-enunu  tau-
+Alias tau-mununu tau-
+Alias tau-pinu   tau-
+Alias tau-other1 tau-
+Alias tau-all1   tau-
+
+Alias tau+enunu  tau+
+Alias tau+mununu tau+
+Alias tau+pinu   tau+
+Alias tau+other1 tau+
+Alias tau+all1   tau+
+
+ChargeConj tau-enunu   tau+enunu 
+ChargeConj tau-mununu  tau+mununu 
+ChargeConj tau-pinu    tau+pinu 
+ChargeConj tau-other1  tau+other1
+ChargeConj tau-all1    tau+all1
+
+Alias K0-pp K_S0 
+Alias K0-00 K_S0 
+
+##### Define forced decays of daughters 
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+# Phi ->KL KS, KS->pi0pi0
+Decay phineu
+1.0   K_L0  K0-00                        VSS;
+Enddecay
+
+Decay K*0-Kp
+1.0   K+  pi-                        VSS;
+Enddecay
+
+# neutral K*0 modes.  let jetset rescale
+Decay K*0-neu
+0.0490      K0-00  pi0                        VSS;
+0.1562      K_L0  pi0                        VSS;
+0.0010      K_L0  gamma                       VSP_PWAVE;
+0.0003      K0-00  gamma                       VSP_PWAVE;
+Enddecay
+
+Decay K*+K0ppp 
+1.0 K0-pp  pi+                        VSS;
+Enddecay
+
+# eta' -> pi0pi0 eta, eta-> neutrals
+Decay eta'00
+1.0 pi0 pi0 eta-neu                   PHSP;
+Enddecay
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                   PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                   PHSP;
+Enddecay
+
+Decay eta'neu
+1.0 pi0 pi0 eta-neu                   PHSP;
+Enddecay
+
+# only neutral eta modes.  Let jetset renormalize
+Decay eta-neu
+0.3925    gamma gamma                      PHSP;
+0.3210    pi0 pi0 pi0                    PHSP;
+0.0007    gamma gamma pi0                  PHSP;
+Enddecay
+
+Decay etagg
+1.0    gamma gamma                      PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay tau-enunu
+1.0 e-   anti-nu_e   nu_tau              PHOTOS  TAULNUNU;
+Enddecay
+
+Decay tau-mununu
+1.0 mu-  anti-nu_mu   nu_tau              PHOTOS  TAULNUNU;
+Enddecay
+
+Decay tau-pinu
+1.0 pi-  nu_tau                     TAUSCALARNU;
+Enddecay
+
+Decay f_0pp
+1.0   pi+  pi-                        PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                         PHSP;
+Enddecay
+
+
+Decay a_1-1pr
+1.0 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+
+Decay tau-other1
+0.2532         rho- nu_tau                     TAUVECTORNU;
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0915 
+0.0915         a_1-1pr  nu_tau                     TAUVECTORNU;
+0.0071         K-   nu_tau                     TAUSCALARNU;
+Enddecay
+
+# all tau -> 1 prong modes.  let jetset renormalize
+Decay tau-all1
+0.1800         e-   anti-nu_e   nu_tau              PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau              PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                     TAUSCALARNU;
+0.2532         rho- nu_tau                     TAUVECTORNU;
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0915 
+0.0915         a_1-1pr  nu_tau                     TAUVECTORNU;
+0.0071         K-   nu_tau                     TAUSCALARNU;
+Enddecay
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+# The hadronic tag mode
+Decay D_s+
+#1.0    phiKK   pi+                     SVS;
+#1.0    eta-neu   pi+                  PHSP;
+1.0    etagg   pi+                    PHSP;
+#1.0    etapp0   pi+                   PHSP;
+#1.0    eta'gg  pi+                    PHSP;
+#1.0    f_0pp    pi+                   PHSP;
+#1.0    f_0KK    pi+                   PHSP;
+#1.0    K0-pp     K+                   PHSP;
+
+# KKpi
+#1.0    anti-K*0-Kp   K+               SVS;
+
+# K0 K 
+#1.0    anti-K*0-Kp   K*+K0ppp         SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+#1.0    phiKK   pi+   pi-   pi+          PHSP;
+#1.0    phiKK   pi+   pi0                PHSP;
+Enddecay
+
+Decay D_s-
+# leptonic 1 prongs
+#1.0    mu-        anti-nu_mu        PHOTOS SLN;
+#1.0    tau-       anti-nu_tau                     SLN;
+1.0    tau-enunu  anti-nu_tau                     SLN;
+#1.0    tau-mununu anti-nu_tau                     SLN;
+#1.0    tau-pinu   anti-nu_tau                     SLN;
+#1.0    tau-other1 anti-nu_tau                     SLN;
+#1.0    tau-all1   anti-nu_tau                     SLN;
+
+# semileptonic 1 prongs
+#1.0    phineu   e-     anti-nu_e      PHOTOS  ISGW2;
+#1.0    eta-neu  e-     anti-nu_e      PHOTOS  ISGW2;
+#1.0    etagg    e-     anti-nu_e      PHOTOS  ISGW2;
+#1.0    eta'neu  e-     anti-nu_e      PHOTOS  ISGW2;
+#1.0    K0-00    e-     anti-nu_e      PHOTOS  ISGW2;
+#1.0    K_L0     e-     anti-nu_e      PHOTOS  ISGW2;
+#1.0    K*0-neu  e-     anti-nu_e      PHOTOS  ISGW2;
+
+#1.0    phineu   mu-     anti-nu_mu    PHOTOS  ISGW2;
+#1.0    eta-neu  mu-     anti-nu_mu    PHOTOS  ISGW2;
+#1.0    etagg    mu-     anti-nu_mu    PHOTOS  ISGW2;
+#1.0    eta'neu  mu-     anti-nu_mu    PHOTOS  ISGW2;
+#1.0    K0-00    mu-     anti-nu_mu    PHOTOS  ISGW2;
+#1.0    K_L0     mu-     anti-nu_mu    PHOTOS  ISGW2;
+#1.0    K*0-neu  mu-     anti-nu_mu    PHOTOS  ISGW2;
+
+# hadronic 1 prong bg  - these are the biggies.  Lots more
+#1.0    K_L0    K-                       PHSP;
+#1.0    K0-00   K-                       PHSP;
+
+# hadronic tag modes
+#1.0    phiKK   pi-                     SVS;
+#1.0    eta-neu   pi-                  PHSP;
+#1.0    etagg   pi-                    PHSP;
+#1.0    etapp0   pi-                   PHSP;
+#1.0    eta'gg  pi-                    PHSP;
+#1.0    f_0pp    pi-                   PHSP;
+#1.0    f_0KK    pi-                   PHSP;
+#1.0    K0-pp     K-                   PHSP;
+
+# KKpi
+#1.0    K*0-Kp   K-               SVS;
+
+# K0 K 
+#1.0    K*0-Kp   K*-K0ppp         SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+#1.0    phiKK   pi-   pi+   pi-          PHSP;
+#1.0    phiKK   pi-   pi0                PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/DsToRecoK.dec b/BaBar_2014/DsToRecoK.dec
new file mode 100644
index 0000000..353f257
--- /dev/null
+++ b/BaBar_2014/DsToRecoK.dec
@@ -0,0 +1,46 @@
+###################################################################
+#    Force the Ds decay into KK*,KKs modes
+#     Author: C.Voena                07 Jul 2001
+# Mail: CECILIA@SLAC.STANFORD.EDU
+###################################################################
+
+
+
+
+
+Alias Myanti-K*0  anti-K*0
+Alias MyK*0       K*0
+Alias MyK0        K0
+Alias Myanti-K0   anti-K0
+Alias MyK_S0      K_S0
+
+ChargeConj D_s+ D_s-
+ChargeConj Myanti-K*0 MyK*0 
+ChargeConj Myanti-K0  MyK0 
+
+
+Decay D_s+ 
+0.02244   Myanti-K*0 K+     SVS;
+0.01224   Myanti-K0  K+     PHSP;
+Enddecay
+CDecay D_s-
+
+Decay Myanti-K0
+1.0000 MyK_S0            PHSP;
+Enddecay
+CDecay MyK0
+#
+Decay MyK_S0
+1.0000   pi+ pi-          PHSP;
+Enddecay
+
+
+Decay Myanti-K*0
+1.0000      K-  pi+       VSS;
+Enddecay
+CDecay MyK*0
+
+
+
+
+End
diff --git a/BaBar_2014/DsToRecoPhi.dec b/BaBar_2014/DsToRecoPhi.dec
new file mode 100644
index 0000000..44237a5
--- /dev/null
+++ b/BaBar_2014/DsToRecoPhi.dec
@@ -0,0 +1,27 @@
+###################################################################
+#    Force the Ds decay into PhiPi and PhiRho modes
+#     Author: C.Voena                07 Jul 2001
+# Mail: CECILIA@SLAC.STANFORD.EDU
+###################################################################
+
+
+
+
+Alias MyPhi       phi
+
+ChargeConj D_s+ D_s-
+
+
+Decay D_s+ 
+0.01800   MyPhi pi+         SVS;           
+0.03350   MyPhi rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;   
+Enddecay
+CDecay D_s-
+
+
+Decay MyPhi
+1.0000 K+ K-              VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/Dsminus_to_omegarho.dec b/BaBar_2014/Dsminus_to_omegarho.dec
new file mode 100644
index 0000000..6a98bc2
--- /dev/null
+++ b/BaBar_2014/Dsminus_to_omegarho.dec
@@ -0,0 +1,19 @@
+###################################################
+#                                                 #
+# Decay: D_s- ->     omega rho-                   # 
+#                                                 #
+# Author: Ping Wang, IHEP, Beijing                #
+# Mail:   wangp@SLAC.stanford.edu                 #
+# Date: 20/Nov/2000                               #
+###################################################
+#
+#
+# set virtual photons to go to ccbar 
+Decay vpho
+1.000                     JSCONT   4;
+Enddecay
+Decay D_s- 
+1.0       omega   rho-       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Dsminus_tomomegapi.dec b/BaBar_2014/Dsminus_tomomegapi.dec
new file mode 100644
index 0000000..f4b87a3
--- /dev/null
+++ b/BaBar_2014/Dsminus_tomomegapi.dec
@@ -0,0 +1,19 @@
+###################################################
+#                                                 #
+# Decay: D_s -> omega pi-                         # 
+#                                                 #
+# Author: Ping Wang, IHEP, Beijing                #
+# Mail :  wangp@SLAC.stanford.edu                 #
+# Date: 20/Nov/2000                               #
+###################################################
+#
+#
+# set virtual photons to go to ccbar 
+Decay vpho
+1.000                     JSCONT   4;
+Enddecay
+Decay D_s- 
+1.0       omega   pi-       SVS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Dsplus_to_munu.dec b/BaBar_2014/Dsplus_to_munu.dec
new file mode 100644
index 0000000..a34bcda
--- /dev/null
+++ b/BaBar_2014/Dsplus_to_munu.dec
@@ -0,0 +1,25 @@
+############################################################
+#
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Dec 17, 1999
+# Mail: JOE@SLAC.STANFORD.EDU 
+#
+# Ds+ -> mu nu
+# Ds- is unaffected.
+#
+# Ds decays forced at the very bottom of this file
+############################################################
+
+# set virtual photons to go to ccbar 
+Decay vpho
+1.000                     JSCONT   4;
+Enddecay
+
+# The hadronic tag mode
+Decay D_s+
+1.0    mu+        nu_mu        PHOTOS SLN;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/Dsplus_to_omegapi.dec b/BaBar_2014/Dsplus_to_omegapi.dec
new file mode 100644
index 0000000..95e7144
--- /dev/null
+++ b/BaBar_2014/Dsplus_to_omegapi.dec
@@ -0,0 +1,19 @@
+###################################################
+#                                                 #
+# Decay: D_s+ -> omega pi+                        # 
+#                                                 #
+# Author: Ping Wang, IHEP, Beijing                #
+# Mail:   wangp@SLAC.stanford.edu                 #
+# Date: 20/Nov/2000                               #
+###################################################
+#
+#
+# set virtual photons to go to ccbar 
+Decay vpho
+1.000                     JSCONT   4;
+Enddecay
+Decay D_s+ 
+1.0       omega   pi+       SVS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Dsplus_to_omegarho.dec b/BaBar_2014/Dsplus_to_omegarho.dec
new file mode 100644
index 0000000..835ef03
--- /dev/null
+++ b/BaBar_2014/Dsplus_to_omegarho.dec
@@ -0,0 +1,19 @@
+###################################################
+#                                                 #
+# Decay: D_s+ ->     omega rho+                   # 
+#                                                 #
+# Author: Ping Wang, IHEP, Beijing                #
+# Mail :wangp@SLAC.stanford.edu                   #
+# Date: 20/Nov/2000                               #
+###################################################
+#
+#
+# set virtual photons to go to ccbar 
+Decay vpho
+1.000                     JSCONT   4;
+Enddecay
+Decay D_s+ 
+1.0       omega   rho+       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Dsplus_to_taunu.dec b/BaBar_2014/Dsplus_to_taunu.dec
new file mode 100644
index 0000000..75e86fb
--- /dev/null
+++ b/BaBar_2014/Dsplus_to_taunu.dec
@@ -0,0 +1,24 @@
+############################################################
+#
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Nov 23, 1999
+#
+# Ds+ -> tau nu
+# Ds- is unaffected.
+#
+# Ds decays forced at the very bottom of this file
+############################################################
+
+# set virtual photons to go to ccbar 
+Decay vpho
+1.000                     JSCONT   4;
+Enddecay
+
+# The hadronic tag mode
+Decay D_s+
+1.0    tau+        nu_tau                     SLN;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/Dsplus_to_taunumtau_to_enunu.dec b/BaBar_2014/Dsplus_to_taunumtau_to_enunu.dec
new file mode 100644
index 0000000..499ce3e
--- /dev/null
+++ b/BaBar_2014/Dsplus_to_taunumtau_to_enunu.dec
@@ -0,0 +1,30 @@
+############################################################
+#
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Dec 17, 1999
+#
+# Ds+ -> tau nu, tau-> e nu nu
+# Ds- is unaffected.
+#
+############################################################
+
+# set virtual photons to go to ccbar 
+Decay vpho
+1.000                     JSCONT   4;
+Enddecay
+
+#Set up forced decay aliases
+Alias mytau+ tau+
+
+# The hadronic tag mode
+Decay D_s+
+1.0    mytau+        nu_tau                     SLN;
+Enddecay
+
+Decay mytau+
+1.0 e+   nu_e   anti-nu_tau         PHOTOS     TAULNUNU;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/Dsplus_to_taunumtau_to_mununu.dec b/BaBar_2014/Dsplus_to_taunumtau_to_mununu.dec
new file mode 100644
index 0000000..af29db9
--- /dev/null
+++ b/BaBar_2014/Dsplus_to_taunumtau_to_mununu.dec
@@ -0,0 +1,31 @@
+############################################################
+#
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Dec 17, 1999
+# Mail: JOE@SLAC.STANFORD.EDU 
+#
+# Ds+ -> tau nu, tau-> mu nu nu
+# Ds- is unaffected.
+#
+############################################################
+
+# set virtual photons to go to ccbar 
+Decay vpho
+1.000                     JSCONT   4;
+Enddecay
+
+#Set up forced decay aliases
+Alias mytau+ tau+
+
+# The hadronic tag mode
+Decay D_s+
+1.0    mytau+        nu_tau                     SLN;
+Enddecay
+
+Decay mytau+
+1.0 mu+   nu_mu   anti-nu_tau              PHOTOS  TAULNUNU;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/EtaCInclusive.dec b/BaBar_2014/EtaCInclusive.dec
new file mode 100644
index 0000000..010047e
--- /dev/null
+++ b/BaBar_2014/EtaCInclusive.dec
@@ -0,0 +1,34 @@
+############################################
+#  eta_c                                   #
+#    |                                     #
+#    |--> K+ K- K- K+                      #
+#    |                                     #
+#    |--> phi phi --> K+ K- K- K+          #
+#    |                                     #
+#    |--> p+ anti-p-                       #
+#                                          #
+# Author: Gautier Hamel de Monchenault     #
+############################################
+
+Alias MyPhi phi
+ 
+Decay eta_c
+1.00  K+ K- K- K+               PHSP;
+1.00  MyPhi MyPhi               SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+1.00  p+ anti-p-                PHSP;
+#0.00  K+ pi- K- pi+             PHSP;
+#0.00  pi+ pi- pi+ pi-           PHSP;
+#0.00  MyK_S0 K+ pi-             PHSP;
+#0.00  MyK_S0 K- pi+             PHSP;
+#0.00  K+ K- pi0                 PHSP;
+#0.00  MyEta pi+ pi-             PHSP;
+Enddecay
+
+Decay MyPhi
+1.0000    K+   K-   VSS;
+Enddecay 
+
+End
+
+
+
diff --git a/BaBar_2014/EtaCInclusive_2phi.dec b/BaBar_2014/EtaCInclusive_2phi.dec
new file mode 100644
index 0000000..7c9d7cb
--- /dev/null
+++ b/BaBar_2014/EtaCInclusive_2phi.dec
@@ -0,0 +1,21 @@
+############################################
+#  eta_c                                   #
+#    |                                     #
+#    |--> phi phi --> K+ K- K- K+          #
+#                                          #
+# Author: Georges London 26/7/2001         #
+#         london@hep.saclay.cea.fr         #
+############################################
+
+ Alias MyPhi phi
+ 
+Decay eta_c
+ 1.00  MyPhi MyPhi               SVV_HELAMP 1.0 0.0 0.0 0.0 -1.0 0.0;
+Enddecay
+
+ Decay MyPhi
+ 1.0000    K+   K-                VSS;
+ Enddecay
+
+End
+
diff --git a/BaBar_2014/EtaCInclusive_4K.dec b/BaBar_2014/EtaCInclusive_4K.dec
new file mode 100644
index 0000000..f54386e
--- /dev/null
+++ b/BaBar_2014/EtaCInclusive_4K.dec
@@ -0,0 +1,15 @@
+############################################
+#  eta_c                                   #
+#    |                                     #
+#    |--> K+ K- K- K+                      #
+#                                          #
+# Author: Georges London 26/7/2001         #
+#         london@hep.saclay.cea.fr         #
+############################################
+
+Decay eta_c
+ 1.00  K+ K- K- K+               PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/EtaCInclusive_KsKPi.dec b/BaBar_2014/EtaCInclusive_KsKPi.dec
new file mode 100644
index 0000000..2698f77
--- /dev/null
+++ b/BaBar_2014/EtaCInclusive_KsKPi.dec
@@ -0,0 +1,22 @@
+############################################
+#  eta_c                                   #
+#    |                                     #
+#    |--> Ks K+ pi- + cc                   #
+#                                          #
+# Author: Georges London 26/7/2001         #
+#         london@hep.saclay.cea.fr         #
+############################################
+
+ Alias MyK_S0  K_S0
+ 
+Decay eta_c
+ 1.00  MyK_S0 K+ pi-             PHSP;
+ 1.00  MyK_S0 K- pi+             PHSP;
+Enddecay
+
+ Decay MyK_S0
+ 1.0000  pi+ pi-                  PHSP;
+ Enddecay
+
+End
+
diff --git a/BaBar_2014/EtaCInclusive_eta2pi.dec b/BaBar_2014/EtaCInclusive_eta2pi.dec
new file mode 100644
index 0000000..cbf4fd5
--- /dev/null
+++ b/BaBar_2014/EtaCInclusive_eta2pi.dec
@@ -0,0 +1,21 @@
+############################################
+#  eta_c                                   #
+#    |                                     #
+#    |--> eta pi+ pi-                      #
+#                                          #
+# Author: Georges London 26/7/2001         #
+#         london@hep.saclay.cea.fr         #
+############################################
+
+ Alias MyEta eta
+ 
+Decay eta_c
+ 1.00  MyEta pi+ pi-             PHSP;
+Enddecay
+
+ Decay MyEta
+ 1.0000  gamma gamma              PHSP;
+ Enddecay
+
+End
+
diff --git a/BaBar_2014/EtaCInclusive_pi02K.dec b/BaBar_2014/EtaCInclusive_pi02K.dec
new file mode 100644
index 0000000..7cc2da1
--- /dev/null
+++ b/BaBar_2014/EtaCInclusive_pi02K.dec
@@ -0,0 +1,21 @@
+############################################
+#  eta_c                                   #
+#    |                                     #
+#    |--> K+ K- pi0                        #
+#                                          #
+# Author: Georges London 26/7/2001         #
+#         london@hep.saclay.cea.fr         #
+############################################
+
+ Alias MyPi0 pi0
+ 
+Decay eta_c
+ 1.00  K+ K- MyPi0               PHSP;
+Enddecay
+
+ Decay MyPi0
+ 1.0000  gamma gamma              PHSP;
+ Enddecay
+
+End
+
diff --git a/BaBar_2014/EtaCInclusive_ppbar.dec b/BaBar_2014/EtaCInclusive_ppbar.dec
new file mode 100644
index 0000000..e081021
--- /dev/null
+++ b/BaBar_2014/EtaCInclusive_ppbar.dec
@@ -0,0 +1,15 @@
+############################################
+#  eta_c                                   #
+#    |                                     #
+#    |--> p+ anti-p-                       #
+#                                          #
+# Author: Georges London 26/7/2001         #
+#         london@hep.saclay.cea.fr         #
+############################################
+
+Decay eta_c
+ 1.00  p+ anti-p-                PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/ISR_CbaryonpKpi_Dn_SP4.dec b/BaBar_2014/ISR_CbaryonpKpi_Dn_SP4.dec
new file mode 100644
index 0000000..7ad7b63
--- /dev/null
+++ b/BaBar_2014/ISR_CbaryonpKpi_Dn_SP4.dec
@@ -0,0 +1,731 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 21, 2002                Copyright 2002
+#
+# Produce e+e- -> ISRgamma CharmBaryon D(*) neutron + CC using VectorISR with
+# effective Ecm of     5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9
+#                  7.0 
+#
+# Charm Baryons may be Lambda_c+, 
+#                      Sigma_c0,  Sigma_c+,  Sigma_c++,
+#                      Sigma_c*0, Sigma_c*+, Sigma_c*++,
+#
+# Need 5.1 GeV to make Lc  D  n
+# Need 5.3 GeV to make Lc  D* n
+# Need 5.3 GeV to make Sc  D  n
+# Need 5.5 GeV to make Sc  D* n
+# Need 5.4 GeV to make Sc* D  n
+# Need 5.5 GeV to make Sc* D* n
+#
+# All Sigma_c and Sigma_c* -> pi Lamda_c 100%
+# In SP4, all Sigma_c and Sigma_c* have 0 width.
+# The Lambda_c is forced to pKpi
+# D0 is forced to Kpi
+# D+ is forced to Kpipi
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias CbaryonDn1  eta_b2(2D)
+Alias CbaryonDn2  Upsilon(5S)
+Alias CbaryonDn3  chi_b1(2P)
+Alias CbaryonDn4  chi_b1(3P)
+Alias CbaryonDn5  Upsilon_1(1D)
+Alias CbaryonDn6  Upsilon_1(2D)
+Alias CbaryonDn7  chi_b1
+Alias CbaryonDn8  Z'0
+Alias CbaryonDn9  Z''0
+Alias CbaryonDn10 R0
+Alias CbaryonDn11 anti-R0
+Alias CbaryonDn12 D*(2S)0
+Alias CbaryonDn13 anti-D*(2S)0
+Alias CbaryonDn14 B*0
+Alias CbaryonDn15 anti-B*0
+Alias CbaryonDn16 B_s*0
+Alias CbaryonDn17 anti-B_s*0
+Alias CbaryonDn18 h_b
+Alias CbaryonDn19 h_b(2P)
+Alias CbaryonDn20 h_b(3P)
+Alias CbaryonDn21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias Sigma_c0_pKpi Sigma_c0  
+Alias anti-Sigma_c0_pKpi anti-Sigma_c0  
+ChargeConj Sigma_c0_pKpi anti-Sigma_c0_pKpi
+
+Alias Sigma_c+_pKpi Sigma_c+  
+Alias anti-Sigma_c-_pKpi anti-Sigma_c-  
+ChargeConj Sigma_c+_pKpi anti-Sigma_c-_pKpi
+
+Alias Sigma_c++_pKpi Sigma_c++  
+Alias anti-Sigma_c--_pKpi anti-Sigma_c--  
+ChargeConj Sigma_c++_pKpi anti-Sigma_c--_pKpi
+
+Alias Sigma_c*0_pKpi Sigma_c*0  
+Alias anti-Sigma_c*0_pKpi anti-Sigma_c*0  
+ChargeConj Sigma_c*0_pKpi anti-Sigma_c*0_pKpi
+
+Alias Sigma_c*+_pKpi Sigma_c*+  
+Alias anti-Sigma_c*-_pKpi anti-Sigma_c*-  
+ChargeConj Sigma_c*+_pKpi anti-Sigma_c*-_pKpi
+
+Alias Sigma_c*++_pKpi Sigma_c*++  
+Alias anti-Sigma_c*--_pKpi anti-Sigma_c*--  
+ChargeConj Sigma_c*++_pKpi anti-Sigma_c*--_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle CbaryonDn1         5.0 0.
+Particle CbaryonDn2         5.1 0.
+Particle CbaryonDn3         5.2 0.
+Particle CbaryonDn4         5.3 0.
+Particle CbaryonDn5         5.4 0.
+Particle CbaryonDn6         5.5 0.
+Particle CbaryonDn7         5.6 0.
+Particle CbaryonDn8         5.7 0.
+Particle CbaryonDn9         5.8 0.
+Particle CbaryonDn10        5.9 0.
+Particle CbaryonDn11        6.0 0.
+Particle CbaryonDn12        6.1 0.
+Particle CbaryonDn13        6.2 0.
+Particle CbaryonDn14        6.3 0.
+Particle CbaryonDn15        6.4 0.
+Particle CbaryonDn16        6.5 0.
+Particle CbaryonDn17        6.6 0.
+Particle CbaryonDn18        6.7 0.
+Particle CbaryonDn19        6.8 0.
+Particle CbaryonDn20        6.9 0.
+Particle CbaryonDn21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+# 5.0 GeV
+Decay CbaryonDn1
+Enddecay
+
+# 5.1 GeV
+Decay CbaryonDn2
+1. Lambda_c+_pKpi       D-  anti-n0 PHSP;
+1. anti-Lambda_c-_pKpi  D+  n0      PHSP;
+Enddecay
+
+# 5.2 GeV
+Decay CbaryonDn3
+1. Lambda_c+_pKpi       D-  anti-n0 PHSP;
+1. anti-Lambda_c-_pKpi  D+  n0      PHSP;
+Enddecay
+
+# 5.3 GeV
+Decay CbaryonDn4
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+# 5.4 GeV
+Decay CbaryonDn5
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn6
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn7
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn8
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn9
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn10
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn11
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn12
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn13
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn14
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn15
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn16
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn17
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn18
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn19
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn20
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+Decay CbaryonDn21
+1. Sigma_c+_pKpi  D-  anti-n0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 PHSP;
+Enddecay
+
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay Sigma_c0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c0_pKpi 
+
+Decay Sigma_c+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c-_pKpi 
+
+Decay Sigma_c++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c--_pKpi 
+
+Decay Sigma_c*0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*0_pKpi 
+
+Decay Sigma_c*+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*-_pKpi 
+
+Decay Sigma_c*++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*--_pKpi 
+
+Decay D0
+1.0000    K-  pi+                     PHSP;
+Enddecay
+CDecay anti-D0
+
+Decay D+
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay D-
+
+Decay vpho
+#1.  CbaryonDn1  gamma VECTORISR 0.999999 0.999999; Below Threshold
+1.  CbaryonDn2  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn3  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn4  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn5  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn6  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn7  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn8  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn9  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn10 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn11 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn12 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn13 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn14 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn15 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn16 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn17 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn18 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn19 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn20 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDn21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_CbaryonpKpi_Dnpi0_SP4.dec b/BaBar_2014/ISR_CbaryonpKpi_Dnpi0_SP4.dec
new file mode 100644
index 0000000..61762bd
--- /dev/null
+++ b/BaBar_2014/ISR_CbaryonpKpi_Dnpi0_SP4.dec
@@ -0,0 +1,697 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 21, 2002                Copyright 2002
+#
+# Produce e+e- -> ISRgamma CharmBaryon D(*) neutron pi0 + CC using VectorISR with
+# effective Ecm of     5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9
+#                  7.0 
+#
+# Charm Baryons may be Lambda_c+, 
+#                      Sigma_c0,  Sigma_c+,  Sigma_c++,
+#                      Sigma_c*0, Sigma_c*+, Sigma_c*++,
+#
+# Need 5.3 GeV to make Lc  D  n pi0
+# Need 5.4 GeV to make Lc  D* n pi0
+# Need 5.4 GeV to make Sc  D  n pi0
+# Need 5.6 GeV to make Sc  D* n pi0
+# Need 5.5 GeV to make Sc* D  n pi0
+# Need 5.7 GeV to make Sc* D* n pi0
+#
+# All Sigma_c and Sigma_c* -> pi Lamda_c 100%
+# In SP4, all Sigma_c and Sigma_c* have 0 width.
+# The Lambda_c is forced to pKpi
+# D0 is forced to Kpi
+# D+ is forced to Kpipi
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias CbaryonDnpi0_1  eta_b2(2D)
+Alias CbaryonDnpi0_2  Upsilon(5S)
+Alias CbaryonDnpi0_3  chi_b1(2P)
+Alias CbaryonDnpi0_4  chi_b1(3P)
+Alias CbaryonDnpi0_5  Upsilon_1(1D)
+Alias CbaryonDnpi0_6  Upsilon_1(2D)
+Alias CbaryonDnpi0_7  chi_b1
+Alias CbaryonDnpi0_8  Z'0
+Alias CbaryonDnpi0_9  Z''0
+Alias CbaryonDnpi0_10 R0
+Alias CbaryonDnpi0_11 anti-R0
+Alias CbaryonDnpi0_12 D*(2S)0
+Alias CbaryonDnpi0_13 anti-D*(2S)0
+Alias CbaryonDnpi0_14 B*0
+Alias CbaryonDnpi0_15 anti-B*0
+Alias CbaryonDnpi0_16 B_s*0
+Alias CbaryonDnpi0_17 anti-B_s*0
+Alias CbaryonDnpi0_18 h_b
+Alias CbaryonDnpi0_19 h_b(2P)
+Alias CbaryonDnpi0_20 h_b(3P)
+Alias CbaryonDnpi0_21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias Sigma_c0_pKpi Sigma_c0  
+Alias anti-Sigma_c0_pKpi anti-Sigma_c0  
+ChargeConj Sigma_c0_pKpi anti-Sigma_c0_pKpi
+
+Alias Sigma_c+_pKpi Sigma_c+  
+Alias anti-Sigma_c-_pKpi anti-Sigma_c-  
+ChargeConj Sigma_c+_pKpi anti-Sigma_c-_pKpi
+
+Alias Sigma_c++_pKpi Sigma_c++  
+Alias anti-Sigma_c--_pKpi anti-Sigma_c--  
+ChargeConj Sigma_c++_pKpi anti-Sigma_c--_pKpi
+
+Alias Sigma_c*0_pKpi Sigma_c*0  
+Alias anti-Sigma_c*0_pKpi anti-Sigma_c*0  
+ChargeConj Sigma_c*0_pKpi anti-Sigma_c*0_pKpi
+
+Alias Sigma_c*+_pKpi Sigma_c*+  
+Alias anti-Sigma_c*-_pKpi anti-Sigma_c*-  
+ChargeConj Sigma_c*+_pKpi anti-Sigma_c*-_pKpi
+
+Alias Sigma_c*++_pKpi Sigma_c*++  
+Alias anti-Sigma_c*--_pKpi anti-Sigma_c*--  
+ChargeConj Sigma_c*++_pKpi anti-Sigma_c*--_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle CbaryonDnpi0_1         5.0 0.
+Particle CbaryonDnpi0_2         5.1 0.
+Particle CbaryonDnpi0_3         5.2 0.
+Particle CbaryonDnpi0_4         5.3 0.
+Particle CbaryonDnpi0_5         5.4 0.
+Particle CbaryonDnpi0_6         5.5 0.
+Particle CbaryonDnpi0_7         5.6 0.
+Particle CbaryonDnpi0_8         5.7 0.
+Particle CbaryonDnpi0_9         5.8 0.
+Particle CbaryonDnpi0_10        5.9 0.
+Particle CbaryonDnpi0_11        6.0 0.
+Particle CbaryonDnpi0_12        6.1 0.
+Particle CbaryonDnpi0_13        6.2 0.
+Particle CbaryonDnpi0_14        6.3 0.
+Particle CbaryonDnpi0_15        6.4 0.
+Particle CbaryonDnpi0_16        6.5 0.
+Particle CbaryonDnpi0_17        6.6 0.
+Particle CbaryonDnpi0_18        6.7 0.
+Particle CbaryonDnpi0_19        6.8 0.
+Particle CbaryonDnpi0_20        6.9 0.
+Particle CbaryonDnpi0_21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+# 5.0 GeV
+Decay CbaryonDnpi0_1
+Enddecay
+
+# 5.1 GeV
+Decay CbaryonDnpi0_2
+Enddecay
+
+# 5.2 GeV
+Decay CbaryonDnpi0_3
+Enddecay
+
+# 5.3 GeV
+Decay CbaryonDnpi0_4
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+Enddecay
+
+# 5.4 GeV
+Decay CbaryonDnpi0_5
+1. Sigma_c+_pKpi  D-       anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+# 5.5 GeV
+Decay CbaryonDnpi0_6
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+# 5.6 GeV
+Decay CbaryonDnpi0_7
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_8
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_9
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_10
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_11
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_12
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_13
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_14
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_15
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_16
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_17
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_18
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_19
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_20
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+Decay CbaryonDnpi0_21
+1. Sigma_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Sigma_c+_pKpi  D*- anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D-  anti-n0 pi0 PHSP;
+1. Sigma_c*+_pKpi D*- anti-n0 pi0 PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-n0 pi0 PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-n0 pi0 PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-n0 pi0 PHSP;
+1. Lambda_c+_pKpi  D*- anti-n0 pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*+ n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D+  n0 pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*+ n0 pi0 PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  n0 pi0 PHSP;
+1. anti-Sigma_c0_pKpi  D*0 n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D0  n0 pi0 PHSP;
+1. anti-Sigma_c*0_pKpi D*0 n0 pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  n0 pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*+ n0 pi0 PHSP;
+Enddecay
+
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay Sigma_c0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c0_pKpi 
+
+Decay Sigma_c+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c-_pKpi 
+
+Decay Sigma_c++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c--_pKpi 
+
+Decay Sigma_c*0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*0_pKpi 
+
+Decay Sigma_c*+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*-_pKpi 
+
+Decay Sigma_c*++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*--_pKpi 
+
+Decay D0
+1.0000    K-  pi+                     PHSP;
+Enddecay
+CDecay anti-D0
+
+Decay D+
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay D-
+
+Decay vpho
+#1.  CbaryonDnpi0_1  gamma VECTORISR 0.999999 0.999999; Below Threshold
+#1.  CbaryonDnpi0_2  gamma VECTORISR 0.999999 0.999999;
+#1.  CbaryonDnpi0_3  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_4  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_5  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_6  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_7  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_8  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_9  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_10 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_11 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_12 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_13 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_14 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_15 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_16 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_17 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_18 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_19 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_20 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi0_21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_CbaryonpKpi_Dnpi_SP4.dec b/BaBar_2014/ISR_CbaryonpKpi_Dnpi_SP4.dec
new file mode 100644
index 0000000..088a72c
--- /dev/null
+++ b/BaBar_2014/ISR_CbaryonpKpi_Dnpi_SP4.dec
@@ -0,0 +1,855 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 21, 2002                Copyright 2002
+#
+# Produce e+e- -> ISRgamma CharmBaryon anti-D(*) anti-neutron pi + CC using VectorISR with
+# effective Ecm of     5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9
+#                  7.0 
+#
+# Charm Baryons may be Lambda_c+, 
+#                      Sigma_c0,  Sigma_c+,  Sigma_c++,
+#                      Sigma_c*0, Sigma_c*+, Sigma_c*++,
+#
+# Need 5.3 GeV to make Lc  D  n pi
+# Need 5.4 GeV to make Lc  D* n pi
+# Need 5.4 GeV to make Sc  D  n pi
+# Need 5.6 GeV to make Sc  D* n pi
+# Need 5.5 GeV to make Sc* D  n pi
+# Need 5.7 GeV to make Sc* D* n pi
+#
+# All Sigma_c and Sigma_c* -> pi Lamda_c 100%
+# In SP4, all Sigma_c and Sigma_c* have 0 width.
+# The Lambda_c is forced to pKpi
+# D0 is forced to Kpi
+# D+ is forced to Kpipi
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias CbaryonDnpi1  eta_b2(2D)
+Alias CbaryonDnpi2  Upsilon(5S)
+Alias CbaryonDnpi3  chi_b1(2P)
+Alias CbaryonDnpi4  chi_b1(3P)
+Alias CbaryonDnpi5  Upsilon_1(1D)
+Alias CbaryonDnpi6  Upsilon_1(2D)
+Alias CbaryonDnpi7  chi_b1
+Alias CbaryonDnpi8  Z'0
+Alias CbaryonDnpi9  Z''0
+Alias CbaryonDnpi10 R0
+Alias CbaryonDnpi11 anti-R0
+Alias CbaryonDnpi12 D*(2S)0
+Alias CbaryonDnpi13 anti-D*(2S)0
+Alias CbaryonDnpi14 B*0
+Alias CbaryonDnpi15 anti-B*0
+Alias CbaryonDnpi16 B_s*0
+Alias CbaryonDnpi17 anti-B_s*0
+Alias CbaryonDnpi18 h_b
+Alias CbaryonDnpi19 h_b(2P)
+Alias CbaryonDnpi20 h_b(3P)
+Alias CbaryonDnpi21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias Sigma_c0_pKpi Sigma_c0  
+Alias anti-Sigma_c0_pKpi anti-Sigma_c0  
+ChargeConj Sigma_c0_pKpi anti-Sigma_c0_pKpi
+
+Alias Sigma_c+_pKpi Sigma_c+  
+Alias anti-Sigma_c-_pKpi anti-Sigma_c-  
+ChargeConj Sigma_c+_pKpi anti-Sigma_c-_pKpi
+
+Alias Sigma_c++_pKpi Sigma_c++  
+Alias anti-Sigma_c--_pKpi anti-Sigma_c--  
+ChargeConj Sigma_c++_pKpi anti-Sigma_c--_pKpi
+
+Alias Sigma_c*0_pKpi Sigma_c*0  
+Alias anti-Sigma_c*0_pKpi anti-Sigma_c*0  
+ChargeConj Sigma_c*0_pKpi anti-Sigma_c*0_pKpi
+
+Alias Sigma_c*+_pKpi Sigma_c*+  
+Alias anti-Sigma_c*-_pKpi anti-Sigma_c*-  
+ChargeConj Sigma_c*+_pKpi anti-Sigma_c*-_pKpi
+
+Alias Sigma_c*++_pKpi Sigma_c*++  
+Alias anti-Sigma_c*--_pKpi anti-Sigma_c*--  
+ChargeConj Sigma_c*++_pKpi anti-Sigma_c*--_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle CbaryonDnpi1         5.0 0.
+Particle CbaryonDnpi2         5.1 0.
+Particle CbaryonDnpi3         5.2 0.
+Particle CbaryonDnpi4         5.3 0.
+Particle CbaryonDnpi5         5.4 0.
+Particle CbaryonDnpi6         5.5 0.
+Particle CbaryonDnpi7         5.6 0.
+Particle CbaryonDnpi8         5.7 0.
+Particle CbaryonDnpi9         5.8 0.
+Particle CbaryonDnpi10        5.9 0.
+Particle CbaryonDnpi11        6.0 0.
+Particle CbaryonDnpi12        6.1 0.
+Particle CbaryonDnpi13        6.2 0.
+Particle CbaryonDnpi14        6.3 0.
+Particle CbaryonDnpi15        6.4 0.
+Particle CbaryonDnpi16        6.5 0.
+Particle CbaryonDnpi17        6.6 0.
+Particle CbaryonDnpi18        6.7 0.
+Particle CbaryonDnpi19        6.8 0.
+Particle CbaryonDnpi20        6.9 0.
+Particle CbaryonDnpi21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+# 5.0 GeV
+Decay CbaryonDnpi1
+Enddecay
+
+# 5.1 GeV
+Decay CbaryonDnpi2
+1. Lambda_c+_pKpi       anti-D0  anti-n0 pi- PHSP;
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+Enddecay
+
+# 5.2 GeV
+Decay CbaryonDnpi3
+Enddecay
+
+# 5.3 GeV
+Decay CbaryonDnpi4
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+Enddecay
+
+# 5.4 GeV
+Decay CbaryonDnpi5
+1. Sigma_c++_pKpi  D-       anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+# 5.5 GeV
+Decay CbaryonDnpi6
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+# 5.6 GeV
+Decay CbaryonDnpi7
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi8
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi9
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi10
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi11
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi12
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi13
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi14
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi15
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi16
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi17
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi18
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi19
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi20
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+Decay CbaryonDnpi21
+1. Sigma_c++_pKpi  D-  anti-n0 pi- PHSP;
+1. Sigma_c++_pKpi  D*- anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D-  anti-n0 pi- PHSP;
+1. Sigma_c*++_pKpi D*- anti-n0 pi- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-n0 pi- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-n0 pi- PHSP;
+
+1. Sigma_c0_pKpi  D-  anti-n0 pi+ PHSP;
+1. Sigma_c0_pKpi  D*- anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D-  anti-n0 pi+ PHSP;
+1. Sigma_c*0_pKpi D*- anti-n0 pi+ PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-n0 pi- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-n0 pi- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  n0 pi+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  n0 pi+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ n0 pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  n0 pi+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 n0 pi+ PHSP;
+
+1. anti-Sigma_c0_pKpi  D+  n0 pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*+ n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D+  n0 pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*+ n0 pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  n0 pi+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 n0 pi+ PHSP;
+Enddecay
+
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay Sigma_c0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c0_pKpi 
+
+Decay Sigma_c+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c-_pKpi 
+
+Decay Sigma_c++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c--_pKpi 
+
+Decay Sigma_c*0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*0_pKpi 
+
+Decay Sigma_c*+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*-_pKpi 
+
+Decay Sigma_c*++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*--_pKpi 
+
+Decay D0
+1.0000    K-  pi+                     PHSP;
+Enddecay
+CDecay anti-D0
+
+Decay D+
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay D-
+
+Decay vpho
+#1.  CbaryonDnpi1  gamma VECTORISR 0.999999 0.999999; Below Threshold
+#1.  CbaryonDnpi2  gamma VECTORISR 0.999999 0.999999;
+#1.  CbaryonDnpi3  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi4  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi5  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi6  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi7  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi8  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi9  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi10 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi11 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi12 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi13 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi14 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi15 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi16 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi17 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi18 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi19 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi20 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDnpi21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_CbaryonpKpi_Dp_SP4.dec b/BaBar_2014/ISR_CbaryonpKpi_Dp_SP4.dec
new file mode 100644
index 0000000..c78de59
--- /dev/null
+++ b/BaBar_2014/ISR_CbaryonpKpi_Dp_SP4.dec
@@ -0,0 +1,731 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 21, 2002                Copyright 2002
+#
+# Produce e+e- -> ISRgamma CharmBaryon D(*) proton + CC using VectorISR with
+# effective Ecm of     5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9
+#                  7.0 
+#
+# Charm Baryons may be Lambda_c+, 
+#                      Sigma_c0,  Sigma_c+,  Sigma_c++,
+#                      Sigma_c*0, Sigma_c*+, Sigma_c*++,
+#
+# Need 5.1 GeV to make Lc  D  p
+# Need 5.3 GeV to make Lc  D* p
+# Need 5.3 GeV to make Sc  D  p
+# Need 5.5 GeV to make Sc  D* p
+# Need 5.4 GeV to make Sc* D  p
+# Need 5.5 GeV to make Sc* D* p
+#
+# All Sigma_c and Sigma_c* -> pi Lamda_c 100%
+# In SP4, all Sigma_c and Sigma_c* have 0 width.
+# The Lambda_c is forced to pKpi
+# D0 is forced to Kpi
+# D+ is forced to Kpipi
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias CbaryonDp1  eta_b2(2D)
+Alias CbaryonDp2  Upsilon(5S)
+Alias CbaryonDp3  chi_b1(2P)
+Alias CbaryonDp4  chi_b1(3P)
+Alias CbaryonDp5  Upsilon_1(1D)
+Alias CbaryonDp6  Upsilon_1(2D)
+Alias CbaryonDp7  chi_b1
+Alias CbaryonDp8  Z'0
+Alias CbaryonDp9  Z''0
+Alias CbaryonDp10 R0
+Alias CbaryonDp11 anti-R0
+Alias CbaryonDp12 D*(2S)0
+Alias CbaryonDp13 anti-D*(2S)0
+Alias CbaryonDp14 B*0
+Alias CbaryonDp15 anti-B*0
+Alias CbaryonDp16 B_s*0
+Alias CbaryonDp17 anti-B_s*0
+Alias CbaryonDp18 h_b
+Alias CbaryonDp19 h_b(2P)
+Alias CbaryonDp20 h_b(3P)
+Alias CbaryonDp21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias Sigma_c0_pKpi Sigma_c0  
+Alias anti-Sigma_c0_pKpi anti-Sigma_c0  
+ChargeConj Sigma_c0_pKpi anti-Sigma_c0_pKpi
+
+Alias Sigma_c+_pKpi Sigma_c+  
+Alias anti-Sigma_c-_pKpi anti-Sigma_c-  
+ChargeConj Sigma_c+_pKpi anti-Sigma_c-_pKpi
+
+Alias Sigma_c++_pKpi Sigma_c++  
+Alias anti-Sigma_c--_pKpi anti-Sigma_c--  
+ChargeConj Sigma_c++_pKpi anti-Sigma_c--_pKpi
+
+Alias Sigma_c*0_pKpi Sigma_c*0  
+Alias anti-Sigma_c*0_pKpi anti-Sigma_c*0  
+ChargeConj Sigma_c*0_pKpi anti-Sigma_c*0_pKpi
+
+Alias Sigma_c*+_pKpi Sigma_c*+  
+Alias anti-Sigma_c*-_pKpi anti-Sigma_c*-  
+ChargeConj Sigma_c*+_pKpi anti-Sigma_c*-_pKpi
+
+Alias Sigma_c*++_pKpi Sigma_c*++  
+Alias anti-Sigma_c*--_pKpi anti-Sigma_c*--  
+ChargeConj Sigma_c*++_pKpi anti-Sigma_c*--_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle CbaryonDp1         5.0 0.
+Particle CbaryonDp2         5.1 0.
+Particle CbaryonDp3         5.2 0.
+Particle CbaryonDp4         5.3 0.
+Particle CbaryonDp5         5.4 0.
+Particle CbaryonDp6         5.5 0.
+Particle CbaryonDp7         5.6 0.
+Particle CbaryonDp8         5.7 0.
+Particle CbaryonDp9         5.8 0.
+Particle CbaryonDp10        5.9 0.
+Particle CbaryonDp11        6.0 0.
+Particle CbaryonDp12        6.1 0.
+Particle CbaryonDp13        6.2 0.
+Particle CbaryonDp14        6.3 0.
+Particle CbaryonDp15        6.4 0.
+Particle CbaryonDp16        6.5 0.
+Particle CbaryonDp17        6.6 0.
+Particle CbaryonDp18        6.7 0.
+Particle CbaryonDp19        6.8 0.
+Particle CbaryonDp20        6.9 0.
+Particle CbaryonDp21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+# 5.0 GeV
+Decay CbaryonDp1
+Enddecay
+
+# 5.1 GeV
+Decay CbaryonDp2
+1. Lambda_c+_pKpi       anti-D0  anti-p- PHSP;
+1. anti-Lambda_c-_pKpi  D0       p+      PHSP;
+Enddecay
+
+# 5.2 GeV
+Decay CbaryonDp3
+1. Lambda_c+_pKpi       anti-D0  anti-p- PHSP;
+1. anti-Lambda_c-_pKpi  D0       p+      PHSP;
+Enddecay
+
+# 5.3 GeV
+Decay CbaryonDp4
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+# 5.4 GeV
+Decay CbaryonDp5
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp6
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp7
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp8
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp9
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp10
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp11
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp12
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp13
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp14
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp15
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp16
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp17
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp18
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp19
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp20
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+Decay CbaryonDp21
+1. Sigma_c++_pKpi  D-  anti-p- PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ PHSP;
+Enddecay
+
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay Sigma_c0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c0_pKpi 
+
+Decay Sigma_c+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c-_pKpi 
+
+Decay Sigma_c++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c--_pKpi 
+
+Decay Sigma_c*0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*0_pKpi 
+
+Decay Sigma_c*+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*-_pKpi 
+
+Decay Sigma_c*++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*--_pKpi 
+
+Decay D0
+1.0000    K-  pi+                     PHSP;
+Enddecay
+CDecay anti-D0
+
+Decay D+
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay D-
+
+Decay vpho
+#1.  CbaryonDp1  gamma VECTORISR 0.999999 0.999999; Below Threshold
+1.  CbaryonDp2  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp3  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp4  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp5  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp6  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp7  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp8  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp9  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp10 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp11 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp12 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp13 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp14 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp15 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp16 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp17 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp18 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp19 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp20 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDp21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_CbaryonpKpi_Dppi0_SP4.dec b/BaBar_2014/ISR_CbaryonpKpi_Dppi0_SP4.dec
new file mode 100644
index 0000000..296338a
--- /dev/null
+++ b/BaBar_2014/ISR_CbaryonpKpi_Dppi0_SP4.dec
@@ -0,0 +1,699 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 21, 2002                Copyright 2002
+#
+# Produce e+e- -> ISRgamma CharmBaryon anti-D(*) anti-proton pi0 + CC using VectorISR with
+# effective Ecm of     5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9
+#                  7.0 
+#
+# Charm Baryons may be Lambda_c+, 
+#                      Sigma_c0,  Sigma_c+,  Sigma_c++,
+#                      Sigma_c*0, Sigma_c*+, Sigma_c*++,
+#
+# Need 5.3 GeV to make Lc  D  p pi0
+# Need 5.4 GeV to make Lc  D* p pi0
+# Need 5.4 GeV to make Sc  D  p pi0
+# Need 5.6 GeV to make Sc  D* p pi0
+# Need 5.5 GeV to make Sc* D  p pi0
+# Need 5.7 GeV to make Sc* D* p pi0
+#
+# All Sigma_c and Sigma_c* -> pi Lamda_c 100%
+# In SP4, all Sigma_c and Sigma_c* have 0 width.
+# The Lambda_c is forced to pKpi
+# D0 is forced to Kpi
+# D+ is forced to Kpipi
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias CbaryonDppi0_1  eta_b2(2D)
+Alias CbaryonDppi0_2  Upsilon(5S)
+Alias CbaryonDppi0_3  chi_b1(2P)
+Alias CbaryonDppi0_4  chi_b1(3P)
+Alias CbaryonDppi0_5  Upsilon_1(1D)
+Alias CbaryonDppi0_6  Upsilon_1(2D)
+Alias CbaryonDppi0_7  chi_b1
+Alias CbaryonDppi0_8  Z'0
+Alias CbaryonDppi0_9  Z''0
+Alias CbaryonDppi0_10 R0
+Alias CbaryonDppi0_11 anti-R0
+Alias CbaryonDppi0_12 D*(2S)0
+Alias CbaryonDppi0_13 anti-D*(2S)0
+Alias CbaryonDppi0_14 B*0
+Alias CbaryonDppi0_15 anti-B*0
+Alias CbaryonDppi0_16 B_s*0
+Alias CbaryonDppi0_17 anti-B_s*0
+Alias CbaryonDppi0_18 h_b
+Alias CbaryonDppi0_19 h_b(2P)
+Alias CbaryonDppi0_20 h_b(3P)
+Alias CbaryonDppi0_21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias Sigma_c0_pKpi Sigma_c0  
+Alias anti-Sigma_c0_pKpi anti-Sigma_c0  
+ChargeConj Sigma_c0_pKpi anti-Sigma_c0_pKpi
+
+Alias Sigma_c+_pKpi Sigma_c+  
+Alias anti-Sigma_c-_pKpi anti-Sigma_c-  
+ChargeConj Sigma_c+_pKpi anti-Sigma_c-_pKpi
+
+Alias Sigma_c++_pKpi Sigma_c++  
+Alias anti-Sigma_c--_pKpi anti-Sigma_c--  
+ChargeConj Sigma_c++_pKpi anti-Sigma_c--_pKpi
+
+Alias Sigma_c*0_pKpi Sigma_c*0  
+Alias anti-Sigma_c*0_pKpi anti-Sigma_c*0  
+ChargeConj Sigma_c*0_pKpi anti-Sigma_c*0_pKpi
+
+Alias Sigma_c*+_pKpi Sigma_c*+  
+Alias anti-Sigma_c*-_pKpi anti-Sigma_c*-  
+ChargeConj Sigma_c*+_pKpi anti-Sigma_c*-_pKpi
+
+Alias Sigma_c*++_pKpi Sigma_c*++  
+Alias anti-Sigma_c*--_pKpi anti-Sigma_c*--  
+ChargeConj Sigma_c*++_pKpi anti-Sigma_c*--_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle CbaryonDppi0_1         5.0 0.
+Particle CbaryonDppi0_2         5.1 0.
+Particle CbaryonDppi0_3         5.2 0.
+Particle CbaryonDppi0_4         5.3 0.
+Particle CbaryonDppi0_5         5.4 0.
+Particle CbaryonDppi0_6         5.5 0.
+Particle CbaryonDppi0_7         5.6 0.
+Particle CbaryonDppi0_8         5.7 0.
+Particle CbaryonDppi0_9         5.8 0.
+Particle CbaryonDppi0_10        5.9 0.
+Particle CbaryonDppi0_11        6.0 0.
+Particle CbaryonDppi0_12        6.1 0.
+Particle CbaryonDppi0_13        6.2 0.
+Particle CbaryonDppi0_14        6.3 0.
+Particle CbaryonDppi0_15        6.4 0.
+Particle CbaryonDppi0_16        6.5 0.
+Particle CbaryonDppi0_17        6.6 0.
+Particle CbaryonDppi0_18        6.7 0.
+Particle CbaryonDppi0_19        6.8 0.
+Particle CbaryonDppi0_20        6.9 0.
+Particle CbaryonDppi0_21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+# 5.0 GeV
+Decay CbaryonDppi0_1
+Enddecay
+
+# 5.1 GeV
+Decay CbaryonDppi0_2
+1. Lambda_c+_pKpi       anti-D0  anti-p- pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D0  p+      pi0 PHSP;
+Enddecay
+
+# 5.2 GeV
+Decay CbaryonDppi0_3
+Enddecay
+
+# 5.3 GeV
+Decay CbaryonDppi0_4
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+Enddecay
+
+# 5.4 GeV
+Decay CbaryonDppi0_5
+1. Sigma_c++_pKpi  D-       anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+# 5.5 GeV
+Decay CbaryonDppi0_6
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+# 5.6 GeV
+Decay CbaryonDppi0_7
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_8
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_9
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_10
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_11
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_12
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_13
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_14
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_15
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_16
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_17
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_18
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_19
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_20
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+Decay CbaryonDppi0_21
+1. Sigma_c++_pKpi  D-  anti-p- pi0 PHSP;
+1. Sigma_c++_pKpi  D*- anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D-  anti-p- pi0 PHSP;
+1. Sigma_c*++_pKpi D*- anti-p- pi0 PHSP;
+
+1. Sigma_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D0  anti-p- pi0 PHSP;
+1. Sigma_c*+_pKpi anti-D*0 anti-p- pi0 PHSP;
+
+1. Lambda_c+_pKpi  anti-D0  anti-p- pi0 PHSP;
+1. Lambda_c+_pKpi  anti-D*0 anti-p- pi0 PHSP;
+
+1. anti-Sigma_c--_pKpi  D+  p+ pi0 PHSP;
+1. anti-Sigma_c--_pKpi  D*+ p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D+  p+ pi0 PHSP;
+1. anti-Sigma_c*--_pKpi D*+ p+ pi0 PHSP;
+
+1. anti-Sigma_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Sigma_c-_pKpi  D*0 p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D0  p+ pi0 PHSP;
+1. anti-Sigma_c*-_pKpi D*0 p+ pi0 PHSP;
+
+1. anti-Lambda_c-_pKpi  D0  p+ pi0 PHSP;
+1. anti-Lambda_c-_pKpi  D*0 p+ pi0 PHSP;
+Enddecay
+
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay Sigma_c0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c0_pKpi 
+
+Decay Sigma_c+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c-_pKpi 
+
+Decay Sigma_c++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c--_pKpi 
+
+Decay Sigma_c*0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*0_pKpi 
+
+Decay Sigma_c*+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*-_pKpi 
+
+Decay Sigma_c*++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*--_pKpi 
+
+Decay D0
+1.0000    K-  pi+                     PHSP;
+Enddecay
+CDecay anti-D0
+
+Decay D+
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay D-
+
+Decay vpho
+#1.  CbaryonDppi0_1  gamma VECTORISR 0.999999 0.999999; Below Threshold
+#1.  CbaryonDppi0_2  gamma VECTORISR 0.999999 0.999999;
+#1.  CbaryonDppi0_3  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_4  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_5  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_6  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_7  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_8  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_9  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_10 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_11 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_12 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_13 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_14 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_15 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_16 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_17 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_18 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_19 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_20 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi0_21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_CbaryonpKpi_Dppi_SP4.dec b/BaBar_2014/ISR_CbaryonpKpi_Dppi_SP4.dec
new file mode 100644
index 0000000..8efc024
--- /dev/null
+++ b/BaBar_2014/ISR_CbaryonpKpi_Dppi_SP4.dec
@@ -0,0 +1,697 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 21, 2002                Copyright 2002
+#
+# Produce e+e- -> ISRgamma CharmBaryon anti-D(*) anti-proton pi + CC using VectorISR with
+# effective Ecm of     5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9
+#                  7.0 
+#
+# Charm Baryons may be Lambda_c+, 
+#                      Sigma_c0,  Sigma_c+,  Sigma_c++,
+#                      Sigma_c*0, Sigma_c*+, Sigma_c*++,
+#
+# Need 5.3 GeV to make Lc  D  p pi
+# Need 5.4 GeV to make Lc  D* p pi
+# Need 5.4 GeV to make Sc  D  p pi
+# Need 5.6 GeV to make Sc  D* p pi
+# Need 5.5 GeV to make Sc* D  p pi
+# Need 5.7 GeV to make Sc* D* p pi
+#
+# All Sigma_c and Sigma_c* -> pi Lamda_c 100%
+# In SP4, all Sigma_c and Sigma_c* have 0 width.
+# The Lambda_c is forced to pKpi
+# D0 is forced to Kpi
+# D+ is forced to Kpipi
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias CbaryonDppi1  eta_b2(2D)
+Alias CbaryonDppi2  Upsilon(5S)
+Alias CbaryonDppi3  chi_b1(2P)
+Alias CbaryonDppi4  chi_b1(3P)
+Alias CbaryonDppi5  Upsilon_1(1D)
+Alias CbaryonDppi6  Upsilon_1(2D)
+Alias CbaryonDppi7  chi_b1
+Alias CbaryonDppi8  Z'0
+Alias CbaryonDppi9  Z''0
+Alias CbaryonDppi10 R0
+Alias CbaryonDppi11 anti-R0
+Alias CbaryonDppi12 D*(2S)0
+Alias CbaryonDppi13 anti-D*(2S)0
+Alias CbaryonDppi14 B*0
+Alias CbaryonDppi15 anti-B*0
+Alias CbaryonDppi16 B_s*0
+Alias CbaryonDppi17 anti-B_s*0
+Alias CbaryonDppi18 h_b
+Alias CbaryonDppi19 h_b(2P)
+Alias CbaryonDppi20 h_b(3P)
+Alias CbaryonDppi21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias Sigma_c0_pKpi Sigma_c0  
+Alias anti-Sigma_c0_pKpi anti-Sigma_c0  
+ChargeConj Sigma_c0_pKpi anti-Sigma_c0_pKpi
+
+Alias Sigma_c+_pKpi Sigma_c+  
+Alias anti-Sigma_c-_pKpi anti-Sigma_c-  
+ChargeConj Sigma_c+_pKpi anti-Sigma_c-_pKpi
+
+Alias Sigma_c++_pKpi Sigma_c++  
+Alias anti-Sigma_c--_pKpi anti-Sigma_c--  
+ChargeConj Sigma_c++_pKpi anti-Sigma_c--_pKpi
+
+Alias Sigma_c*0_pKpi Sigma_c*0  
+Alias anti-Sigma_c*0_pKpi anti-Sigma_c*0  
+ChargeConj Sigma_c*0_pKpi anti-Sigma_c*0_pKpi
+
+Alias Sigma_c*+_pKpi Sigma_c*+  
+Alias anti-Sigma_c*-_pKpi anti-Sigma_c*-  
+ChargeConj Sigma_c*+_pKpi anti-Sigma_c*-_pKpi
+
+Alias Sigma_c*++_pKpi Sigma_c*++  
+Alias anti-Sigma_c*--_pKpi anti-Sigma_c*--  
+ChargeConj Sigma_c*++_pKpi anti-Sigma_c*--_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle CbaryonDppi1         5.0 0.
+Particle CbaryonDppi2         5.1 0.
+Particle CbaryonDppi3         5.2 0.
+Particle CbaryonDppi4         5.3 0.
+Particle CbaryonDppi5         5.4 0.
+Particle CbaryonDppi6         5.5 0.
+Particle CbaryonDppi7         5.6 0.
+Particle CbaryonDppi8         5.7 0.
+Particle CbaryonDppi9         5.8 0.
+Particle CbaryonDppi10        5.9 0.
+Particle CbaryonDppi11        6.0 0.
+Particle CbaryonDppi12        6.1 0.
+Particle CbaryonDppi13        6.2 0.
+Particle CbaryonDppi14        6.3 0.
+Particle CbaryonDppi15        6.4 0.
+Particle CbaryonDppi16        6.5 0.
+Particle CbaryonDppi17        6.6 0.
+Particle CbaryonDppi18        6.7 0.
+Particle CbaryonDppi19        6.8 0.
+Particle CbaryonDppi20        6.9 0.
+Particle CbaryonDppi21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+# 5.0 GeV
+Decay CbaryonDppi1
+Enddecay
+
+# 5.1 GeV
+Decay CbaryonDppi2
+Enddecay
+
+# 5.2 GeV
+Decay CbaryonDppi3
+Enddecay
+
+# 5.3 GeV
+Decay CbaryonDppi4
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+Enddecay
+
+# 5.4 GeV
+Decay CbaryonDppi5
+1. Sigma_c+_pKpi  D-       anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+# 5.5 GeV
+Decay CbaryonDppi6
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+# 5.6 GeV
+Decay CbaryonDppi7
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi8
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi9
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi10
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi11
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi12
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi13
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi14
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi15
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi16
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi17
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi18
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi19
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi20
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+Decay CbaryonDppi21
+1. Sigma_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Sigma_c+_pKpi  D*- anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D-  anti-p- pi+ PHSP;
+1. Sigma_c*+_pKpi D*- anti-p- pi+ PHSP;
+
+1. Sigma_c0_pKpi  anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c0_pKpi  anti-D*0 anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D0  anti-p- pi+ PHSP;
+1. Sigma_c*0_pKpi anti-D*0 anti-p- pi+ PHSP;
+
+1. Lambda_c+_pKpi  D-  anti-p- pi+ PHSP;
+1. Lambda_c+_pKpi  D*- anti-p- pi+ PHSP;
+
+1. anti-Sigma_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Sigma_c-_pKpi  D*+ p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D+  p+ pi- PHSP;
+1. anti-Sigma_c*-_pKpi D*+ p+ pi- PHSP;
+
+1. anti-Sigma_c0_pKpi  D0  p+ pi- PHSP;
+1. anti-Sigma_c0_pKpi  D*0 p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D0  p+ pi- PHSP;
+1. anti-Sigma_c*0_pKpi D*0 p+ pi- PHSP;
+
+1. anti-Lambda_c-_pKpi  D+  p+ pi- PHSP;
+1. anti-Lambda_c-_pKpi  D*+ p+ pi- PHSP;
+Enddecay
+
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay Sigma_c0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c0_pKpi 
+
+Decay Sigma_c+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c-_pKpi 
+
+Decay Sigma_c++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c--_pKpi 
+
+Decay Sigma_c*0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*0_pKpi 
+
+Decay Sigma_c*+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*-_pKpi 
+
+Decay Sigma_c*++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*--_pKpi 
+
+Decay D0
+1.0000    K-  pi+                     PHSP;
+Enddecay
+CDecay anti-D0
+
+Decay D+
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+CDecay D-
+
+Decay vpho
+#1.  CbaryonDppi1  gamma VECTORISR 0.999999 0.999999; Below Threshold
+#1.  CbaryonDppi2  gamma VECTORISR 0.999999 0.999999;
+#1.  CbaryonDppi3  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi4  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi5  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi6  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi7  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi8  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi9  gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi10 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi11 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi12 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi13 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi14 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi15 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi16 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi17 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi18 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi19 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi20 gamma VECTORISR 0.999999 0.999999;
+1.  CbaryonDppi21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_LcCocktail_LcCocktail_SP4.dec b/BaBar_2014/ISR_LcCocktail_LcCocktail_SP4.dec
new file mode 100644
index 0000000..cefb544
--- /dev/null
+++ b/BaBar_2014/ISR_LcCocktail_LcCocktail_SP4.dec
@@ -0,0 +1,286 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 18, 2002                Copyright 2000, 2002
+#
+# Produce e+e- -> ISRgamma Lambda_c anti-Lambda_c using VectorISR with
+# effective Ecm of 4.6 4.7 4.8 4.9 
+#                  5.0 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.2 6.4 6.5 6.6 6.8 
+#                  7.0
+# Neither Lambda_c decay is forced
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+Alias vphoLcLc vpho
+Alias vphoScSc vpho
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias LcLc1  eta_b2(2D)
+Alias LcLc2  Upsilon(5S)
+Alias LcLc3  chi_b1(2P)
+Alias LcLc4  chi_b1(3P)
+Alias LcLc5  Upsilon_1(1D)
+Alias LcLc6  Upsilon_1(2D)
+Alias LcLc7  chi_b1
+Alias LcLc8  Z'0
+Alias LcLc9  Z''0
+Alias LcLc10 R0
+Alias LcLc11 anti-R0
+Alias LcLc12 D*(2S)0
+Alias LcLc13 anti-D*(2S)0
+Alias LcLc14 B*0
+Alias LcLc15 anti-B*0
+Alias LcLc16 B_s*0
+Alias LcLc17 anti-B_s*0
+Alias LcLc18 h_b
+Alias LcLc19 h_b(2P)
+Alias LcLc20 h_b(3P)
+Alias LcLc21 eta_b2(1D)
+
+Alias ScSc1  eta_b2(2D)
+Alias ScSc2  Upsilon(5S)
+Alias ScSc3  chi_b1(2P)
+Alias ScSc4  chi_b1(3P)
+Alias ScSc5  Upsilon_1(1D)
+Alias ScSc6  Upsilon_1(2D)
+Alias ScSc7  chi_b1
+Alias ScSc8  Z'0
+Alias ScSc9  Z''0
+Alias ScSc10 R0
+Alias ScSc11 anti-R0
+Alias ScSc12 D*(2S)0
+Alias ScSc13 anti-D*(2S)0
+Alias ScSc14 B*0
+Alias ScSc15 anti-B*0
+Alias ScSc16 B_s*0
+Alias ScSc17 anti-B_s*0
+Alias ScSc18 h_b
+Alias ScSc19 h_b(2P)
+Alias ScSc20 h_b(3P)
+Alias ScSc21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle LcLc1         4.6 0.
+Particle LcLc2         4.7 0.
+Particle LcLc3         4.8 0.
+Particle LcLc4         4.9 0.
+Particle LcLc5         5.0 0.
+Particle LcLc6         5.1 0.
+Particle LcLc7         5.2 0.
+Particle LcLc8         5.3 0.
+Particle LcLc9         5.4 0.
+Particle LcLc10        5.5 0.
+Particle LcLc11        5.6 0.
+Particle LcLc12        5.7 0.
+Particle LcLc13        5.8 0.
+Particle LcLc14        5.9 0.
+Particle LcLc15        6.0 0.
+Particle LcLc16        6.2 0.
+Particle LcLc17        6.4 0.
+Particle LcLc18        6.5 0.
+Particle LcLc19        6.6 0.
+Particle LcLc20        6.8 0.
+Particle LcLc21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+Decay ScSc1
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc2
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc3
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc4
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc5
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc6
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc7
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay LcLc1
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc2
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc3
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc4
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc5
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc6
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc7
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc8
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc9
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc10
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc11
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc12
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc13
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc14
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc15
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc16
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc17
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc18
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc19
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc20
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+Decay LcLc21
+1.0 Lambda_c+ anti-Lambda_c- PHSP;
+Enddecay
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay vpho
+1.  LcLc1  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc2  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc3  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc4  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc5  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc6  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc7  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc8  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc9  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc10 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc11 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc12 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc13 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc14 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc15 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc16 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc17 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc18 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc19 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc20 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_LcpKpi_LcCocktail_SP4.dec b/BaBar_2014/ISR_LcpKpi_LcCocktail_SP4.dec
new file mode 100644
index 0000000..fe70a30
--- /dev/null
+++ b/BaBar_2014/ISR_LcpKpi_LcCocktail_SP4.dec
@@ -0,0 +1,307 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 18, 2002                Copyright 2000, 2002
+#
+# Produce e+e- -> ISRgamma Lambda_c anti-Lambda_c using VectorISR with
+# effective Ecm of 4.6 4.7 4.8 4.9 
+#                  5.0 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.2 6.4 6.5 6.6 6.8 
+#                  7.0
+# Only 1 Lambda_c or CC is forced to pKpi
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+Alias vphoLcLc vpho
+Alias vphoScSc vpho
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias LcLc1  eta_b2(2D)
+Alias LcLc2  Upsilon(5S)
+Alias LcLc3  chi_b1(2P)
+Alias LcLc4  chi_b1(3P)
+Alias LcLc5  Upsilon_1(1D)
+Alias LcLc6  Upsilon_1(2D)
+Alias LcLc7  chi_b1
+Alias LcLc8  Z'0
+Alias LcLc9  Z''0
+Alias LcLc10 R0
+Alias LcLc11 anti-R0
+Alias LcLc12 D*(2S)0
+Alias LcLc13 anti-D*(2S)0
+Alias LcLc14 B*0
+Alias LcLc15 anti-B*0
+Alias LcLc16 B_s*0
+Alias LcLc17 anti-B_s*0
+Alias LcLc18 h_b
+Alias LcLc19 h_b(2P)
+Alias LcLc20 h_b(3P)
+Alias LcLc21 eta_b2(1D)
+
+Alias ScSc1  eta_b2(2D)
+Alias ScSc2  Upsilon(5S)
+Alias ScSc3  chi_b1(2P)
+Alias ScSc4  chi_b1(3P)
+Alias ScSc5  Upsilon_1(1D)
+Alias ScSc6  Upsilon_1(2D)
+Alias ScSc7  chi_b1
+Alias ScSc8  Z'0
+Alias ScSc9  Z''0
+Alias ScSc10 R0
+Alias ScSc11 anti-R0
+Alias ScSc12 D*(2S)0
+Alias ScSc13 anti-D*(2S)0
+Alias ScSc14 B*0
+Alias ScSc15 anti-B*0
+Alias ScSc16 B_s*0
+Alias ScSc17 anti-B_s*0
+Alias ScSc18 h_b
+Alias ScSc19 h_b(2P)
+Alias ScSc20 h_b(3P)
+Alias ScSc21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle LcLc1         4.6 0.
+Particle LcLc2         4.7 0.
+Particle LcLc3         4.8 0.
+Particle LcLc4         4.9 0.
+Particle LcLc5         5.0 0.
+Particle LcLc6         5.1 0.
+Particle LcLc7         5.2 0.
+Particle LcLc8         5.3 0.
+Particle LcLc9         5.4 0.
+Particle LcLc10        5.5 0.
+Particle LcLc11        5.6 0.
+Particle LcLc12        5.7 0.
+Particle LcLc13        5.8 0.
+Particle LcLc14        5.9 0.
+Particle LcLc15        6.0 0.
+Particle LcLc16        6.2 0.
+Particle LcLc17        6.4 0.
+Particle LcLc18        6.5 0.
+Particle LcLc19        6.6 0.
+Particle LcLc20        6.8 0.
+Particle LcLc21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+Decay ScSc1
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc2
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc3
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc4
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc5
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc6
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc7
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay LcLc1
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc2
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc3
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc4
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc5
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc6
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc7
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc8
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc9
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc10
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc11
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc12
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc13
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc14
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc15
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc16
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc17
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc18
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc19
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc20
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+Decay LcLc21
+0.5 Lambda_c+      anti-Lambda_c-_pKpi PHSP;
+0.5 Lambda_c+_pKpi anti-Lambda_c-      PHSP;
+Enddecay
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay vpho
+1.  LcLc1  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc2  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc3  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc4  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc5  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc6  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc7  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc8  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc9  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc10 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc11 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc12 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc13 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc14 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc15 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc16 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc17 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc18 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc19 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc20 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_LcpKpi_LcpKpi_SP4.dec b/BaBar_2014/ISR_LcpKpi_LcpKpi_SP4.dec
new file mode 100644
index 0000000..f6c55fe
--- /dev/null
+++ b/BaBar_2014/ISR_LcpKpi_LcpKpi_SP4.dec
@@ -0,0 +1,286 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 18, 2002                Copyright 2000, 2002
+#
+# Produce e+e- -> ISRgamma Lambda_c anti-Lambda_c using VectorISR with
+# effective Ecm of 4.6 4.7 4.8 4.9 
+#                  5.0 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.2 6.4 6.5 6.6 6.8 
+#                  7.0
+# Both Lambda_c are forced to pKpi
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+Alias vphoLcLc vpho
+Alias vphoScSc vpho
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias LcLc1  eta_b2(2D)
+Alias LcLc2  Upsilon(5S)
+Alias LcLc3  chi_b1(2P)
+Alias LcLc4  chi_b1(3P)
+Alias LcLc5  Upsilon_1(1D)
+Alias LcLc6  Upsilon_1(2D)
+Alias LcLc7  chi_b1
+Alias LcLc8  Z'0
+Alias LcLc9  Z''0
+Alias LcLc10 R0
+Alias LcLc11 anti-R0
+Alias LcLc12 D*(2S)0
+Alias LcLc13 anti-D*(2S)0
+Alias LcLc14 B*0
+Alias LcLc15 anti-B*0
+Alias LcLc16 B_s*0
+Alias LcLc17 anti-B_s*0
+Alias LcLc18 h_b
+Alias LcLc19 h_b(2P)
+Alias LcLc20 h_b(3P)
+Alias LcLc21 eta_b2(1D)
+
+Alias ScSc1  eta_b2(2D)
+Alias ScSc2  Upsilon(5S)
+Alias ScSc3  chi_b1(2P)
+Alias ScSc4  chi_b1(3P)
+Alias ScSc5  Upsilon_1(1D)
+Alias ScSc6  Upsilon_1(2D)
+Alias ScSc7  chi_b1
+Alias ScSc8  Z'0
+Alias ScSc9  Z''0
+Alias ScSc10 R0
+Alias ScSc11 anti-R0
+Alias ScSc12 D*(2S)0
+Alias ScSc13 anti-D*(2S)0
+Alias ScSc14 B*0
+Alias ScSc15 anti-B*0
+Alias ScSc16 B_s*0
+Alias ScSc17 anti-B_s*0
+Alias ScSc18 h_b
+Alias ScSc19 h_b(2P)
+Alias ScSc20 h_b(3P)
+Alias ScSc21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle LcLc1         4.6 0.
+Particle LcLc2         4.7 0.
+Particle LcLc3         4.8 0.
+Particle LcLc4         4.9 0.
+Particle LcLc5         5.0 0.
+Particle LcLc6         5.1 0.
+Particle LcLc7         5.2 0.
+Particle LcLc8         5.3 0.
+Particle LcLc9         5.4 0.
+Particle LcLc10        5.5 0.
+Particle LcLc11        5.6 0.
+Particle LcLc12        5.7 0.
+Particle LcLc13        5.8 0.
+Particle LcLc14        5.9 0.
+Particle LcLc15        6.0 0.
+Particle LcLc16        6.2 0.
+Particle LcLc17        6.4 0.
+Particle LcLc18        6.5 0.
+Particle LcLc19        6.6 0.
+Particle LcLc20        6.8 0.
+Particle LcLc21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+Decay ScSc1
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc2
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc3
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc4
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc5
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc6
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay ScSc7
+0.5 Sigma_c+ anti-Sigma_c- PHSP;
+0.5 Sigma_c0 anti-Sigma_c0 PHSP;
+Enddecay
+
+Decay LcLc1
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc2
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc3
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc4
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc5
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc6
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc7
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc8
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc9
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc10
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc11
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc12
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc13
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc14
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc15
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc16
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc17
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc18
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc19
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc20
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+Decay LcLc21
+1.0 Lambda_c+_pKpi anti-Lambda_c-_pKpi PHSP;
+Enddecay
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay vpho
+1.  LcLc1  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc2  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc3  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc4  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc5  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc6  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc7  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc8  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc9  gamma VECTORISR 0.999999 0.999999;
+1.  LcLc10 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc11 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc12 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc13 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc14 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc15 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc16 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc17 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc18 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc19 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc20 gamma VECTORISR 0.999999 0.999999;
+1.  LcLc21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_SigcCocktail_SigcCocktail_SP4.dec b/BaBar_2014/ISR_SigcCocktail_SigcCocktail_SP4.dec
new file mode 100644
index 0000000..e2491fd
--- /dev/null
+++ b/BaBar_2014/ISR_SigcCocktail_SigcCocktail_SP4.dec
@@ -0,0 +1,540 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 20, 2002                Copyright 2002
+#
+# Produce e+e- -> ISRgamma Sigma_c(*) anti-Sigma_c(*) using VectorISR with
+# effective Ecm of 5.0 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9
+#                  7.0
+#
+# Take ratio of Sc,antiSc:(Sc,antiSc* + Sc*,antiSc):Sc*,antiSc* = 1:2:4, energy permitting
+#
+# Need 5.1 GeV to make a Sc* antiSc*
+#
+# All Sigma_c and Sigma_c* -> pi Lamda_c 100%
+# In SP4, all Sigma_c and Sigma_c* have 0 width.
+# Both Lambda_c decay to Cocktail
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+Alias vphoLcLc vpho
+Alias vphoScSc vpho
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias LcLc1  eta_b2(2D)
+Alias LcLc2  Upsilon(5S)
+Alias LcLc3  chi_b1(2P)
+Alias LcLc4  chi_b1(3P)
+Alias LcLc5  Upsilon_1(1D)
+Alias LcLc6  Upsilon_1(2D)
+Alias LcLc7  chi_b1
+Alias LcLc8  Z'0
+Alias LcLc9  Z''0
+Alias LcLc10 R0
+Alias LcLc11 anti-R0
+Alias LcLc12 D*(2S)0
+Alias LcLc13 anti-D*(2S)0
+Alias LcLc14 B*0
+Alias LcLc15 anti-B*0
+Alias LcLc16 B_s*0
+Alias LcLc17 anti-B_s*0
+Alias LcLc18 h_b
+Alias LcLc19 h_b(2P)
+Alias LcLc20 h_b(3P)
+Alias LcLc21 eta_b2(1D)
+
+Alias ScSc1  eta_b2(2D)
+Alias ScSc2  Upsilon(5S)
+Alias ScSc3  chi_b1(2P)
+Alias ScSc4  chi_b1(3P)
+Alias ScSc5  Upsilon_1(1D)
+Alias ScSc6  Upsilon_1(2D)
+Alias ScSc7  chi_b1
+Alias ScSc8  Z'0
+Alias ScSc9  Z''0
+Alias ScSc10 R0
+Alias ScSc11 anti-R0
+Alias ScSc12 D*(2S)0
+Alias ScSc13 anti-D*(2S)0
+Alias ScSc14 B*0
+Alias ScSc15 anti-B*0
+Alias ScSc16 B_s*0
+Alias ScSc17 anti-B_s*0
+Alias ScSc18 h_b
+Alias ScSc19 h_b(2P)
+Alias ScSc20 h_b(3P)
+Alias ScSc21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias Sigma_c0_pKpi Sigma_c0  
+Alias anti-Sigma_c0_pKpi anti-Sigma_c0  
+ChargeConj Sigma_c0_pKpi anti-Sigma_c0_pKpi
+
+Alias Sigma_c+_pKpi Sigma_c+  
+Alias anti-Sigma_c-_pKpi anti-Sigma_c-  
+ChargeConj Sigma_c+_pKpi anti-Sigma_c-_pKpi
+
+Alias Sigma_c++_pKpi Sigma_c++  
+Alias anti-Sigma_c--_pKpi anti-Sigma_c--  
+ChargeConj Sigma_c++_pKpi anti-Sigma_c--_pKpi
+
+Alias Sigma_c*0_pKpi Sigma_c*0  
+Alias anti-Sigma_c*0_pKpi anti-Sigma_c*0  
+ChargeConj Sigma_c*0_pKpi anti-Sigma_c*0_pKpi
+
+Alias Sigma_c*+_pKpi Sigma_c*+  
+Alias anti-Sigma_c*-_pKpi anti-Sigma_c*-  
+ChargeConj Sigma_c*+_pKpi anti-Sigma_c*-_pKpi
+
+Alias Sigma_c*++_pKpi Sigma_c*++  
+Alias anti-Sigma_c*--_pKpi anti-Sigma_c*--  
+ChargeConj Sigma_c*++_pKpi anti-Sigma_c*--_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle ScSc1         5.0 0.
+Particle ScSc2         5.1 0.
+Particle ScSc3         5.2 0.
+Particle ScSc4         5.3 0.
+Particle ScSc5         5.4 0.
+Particle ScSc6         5.5 0.
+Particle ScSc7         5.6 0.
+Particle ScSc8         5.7 0.
+Particle ScSc9         5.8 0.
+Particle ScSc10        5.9 0.
+Particle ScSc11        6.0 0.
+Particle ScSc12        6.1 0.
+Particle ScSc13        6.2 0.
+Particle ScSc14        6.3 0.
+Particle ScSc15        6.4 0.
+Particle ScSc16        6.5 0.
+Particle ScSc17        6.6 0.
+Particle ScSc18        6.7 0.
+Particle ScSc19        6.8 0.
+Particle ScSc20        6.9 0.
+Particle ScSc21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+Decay ScSc1
+0.1111 Sigma_c++  anti-Sigma_c--  PHSP;
+0.1111 Sigma_c+   anti-Sigma_c-   PHSP;
+0.1111 Sigma_c0   anti-Sigma_c0   PHSP;
+0.1111 Sigma_c*++ anti-Sigma_c--  PHSP;
+0.1111 Sigma_c*+  anti-Sigma_c-   PHSP;
+0.1111 Sigma_c*0  anti-Sigma_c0   PHSP;
+0.1111 Sigma_c++  anti-Sigma_c*-- PHSP;
+0.1111 Sigma_c+   anti-Sigma_c*-  PHSP;
+0.1111 Sigma_c0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc2
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc3
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc4
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc5
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc6
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc7
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc8
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc9
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc10
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc11
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc12
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc13
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc14
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc15
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc16
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc17
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc18
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc19
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc20
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc21
+1.0 Sigma_c++   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0  PHSP;
+Enddecay
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay Sigma_c0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c0_pKpi 
+
+Decay Sigma_c+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c-_pKpi 
+
+Decay Sigma_c++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c--_pKpi 
+
+Decay Sigma_c*0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*0_pKpi 
+
+Decay Sigma_c*+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*-_pKpi 
+
+Decay Sigma_c*++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*--_pKpi 
+
+
+Decay vpho
+1.  ScSc1  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc2  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc3  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc4  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc5  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc6  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc7  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc8  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc9  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc10 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc11 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc12 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc13 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc14 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc15 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc16 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc17 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc18 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc19 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc20 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_SigcpKpi_SigcCocktail_SP4.dec b/BaBar_2014/ISR_SigcpKpi_SigcCocktail_SP4.dec
new file mode 100644
index 0000000..b66dfc0
--- /dev/null
+++ b/BaBar_2014/ISR_SigcpKpi_SigcCocktail_SP4.dec
@@ -0,0 +1,811 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 20, 2002                Copyright 2002
+#
+# Produce e+e- -> ISRgamma Sigma_c(*) anti-Sigma_c(*) using VectorISR with
+# effective Ecm of 5.0 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9
+#                  7.0
+#
+# Take ratio of Sc,antiSc:(Sc,antiSc* + Sc*,antiSc):Sc*,antiSc* = 1:2:4, energy permitting
+#
+# Need 5.1 GeV to make a Sc* antiSc*
+#
+# All Sigma_c and Sigma_c* -> pi Lamda_c 100%
+# In SP4, all Sigma_c and Sigma_c* have 0 width.
+# One Lambda_c is forced to pKpi
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+Alias vphoLcLc vpho
+Alias vphoScSc vpho
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias LcLc1  eta_b2(2D)
+Alias LcLc2  Upsilon(5S)
+Alias LcLc3  chi_b1(2P)
+Alias LcLc4  chi_b1(3P)
+Alias LcLc5  Upsilon_1(1D)
+Alias LcLc6  Upsilon_1(2D)
+Alias LcLc7  chi_b1
+Alias LcLc8  Z'0
+Alias LcLc9  Z''0
+Alias LcLc10 R0
+Alias LcLc11 anti-R0
+Alias LcLc12 D*(2S)0
+Alias LcLc13 anti-D*(2S)0
+Alias LcLc14 B*0
+Alias LcLc15 anti-B*0
+Alias LcLc16 B_s*0
+Alias LcLc17 anti-B_s*0
+Alias LcLc18 h_b
+Alias LcLc19 h_b(2P)
+Alias LcLc20 h_b(3P)
+Alias LcLc21 eta_b2(1D)
+
+Alias ScSc1  eta_b2(2D)
+Alias ScSc2  Upsilon(5S)
+Alias ScSc3  chi_b1(2P)
+Alias ScSc4  chi_b1(3P)
+Alias ScSc5  Upsilon_1(1D)
+Alias ScSc6  Upsilon_1(2D)
+Alias ScSc7  chi_b1
+Alias ScSc8  Z'0
+Alias ScSc9  Z''0
+Alias ScSc10 R0
+Alias ScSc11 anti-R0
+Alias ScSc12 D*(2S)0
+Alias ScSc13 anti-D*(2S)0
+Alias ScSc14 B*0
+Alias ScSc15 anti-B*0
+Alias ScSc16 B_s*0
+Alias ScSc17 anti-B_s*0
+Alias ScSc18 h_b
+Alias ScSc19 h_b(2P)
+Alias ScSc20 h_b(3P)
+Alias ScSc21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias Sigma_c0_pKpi Sigma_c0  
+Alias anti-Sigma_c0_pKpi anti-Sigma_c0  
+ChargeConj Sigma_c0_pKpi anti-Sigma_c0_pKpi
+
+Alias Sigma_c+_pKpi Sigma_c+  
+Alias anti-Sigma_c-_pKpi anti-Sigma_c-  
+ChargeConj Sigma_c+_pKpi anti-Sigma_c-_pKpi
+
+Alias Sigma_c++_pKpi Sigma_c++  
+Alias anti-Sigma_c--_pKpi anti-Sigma_c--  
+ChargeConj Sigma_c++_pKpi anti-Sigma_c--_pKpi
+
+Alias Sigma_c*0_pKpi Sigma_c*0  
+Alias anti-Sigma_c*0_pKpi anti-Sigma_c*0  
+ChargeConj Sigma_c*0_pKpi anti-Sigma_c*0_pKpi
+
+Alias Sigma_c*+_pKpi Sigma_c*+  
+Alias anti-Sigma_c*-_pKpi anti-Sigma_c*-  
+ChargeConj Sigma_c*+_pKpi anti-Sigma_c*-_pKpi
+
+Alias Sigma_c*++_pKpi Sigma_c*++  
+Alias anti-Sigma_c*--_pKpi anti-Sigma_c*--  
+ChargeConj Sigma_c*++_pKpi anti-Sigma_c*--_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle ScSc1         5.0 0.
+Particle ScSc2         5.1 0.
+Particle ScSc3         5.2 0.
+Particle ScSc4         5.3 0.
+Particle ScSc5         5.4 0.
+Particle ScSc6         5.5 0.
+Particle ScSc7         5.6 0.
+Particle ScSc8         5.7 0.
+Particle ScSc9         5.8 0.
+Particle ScSc10        5.9 0.
+Particle ScSc11        6.0 0.
+Particle ScSc12        6.1 0.
+Particle ScSc13        6.2 0.
+Particle ScSc14        6.3 0.
+Particle ScSc15        6.4 0.
+Particle ScSc16        6.5 0.
+Particle ScSc17        6.6 0.
+Particle ScSc18        6.7 0.
+Particle ScSc19        6.8 0.
+Particle ScSc20        6.9 0.
+Particle ScSc21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+Decay ScSc1
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc2
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc3
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc4
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc5
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc6
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc7
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc8
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc9
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc10
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc11
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc12
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc13
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc14
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc15
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc16
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc17
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc18
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc19
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc20
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+Decay ScSc21
+1.0 Sigma_c++   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0   anti-Sigma_c*0_pKpi  PHSP;
+
+1.0 Sigma_c++_pKpi   anti-Sigma_c--  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*-- PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*-- PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0  PHSP;
+Enddecay
+
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay Sigma_c0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c0_pKpi 
+
+Decay Sigma_c+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c-_pKpi 
+
+Decay Sigma_c++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c--_pKpi 
+
+Decay Sigma_c*0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*0_pKpi 
+
+Decay Sigma_c*+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*-_pKpi 
+
+Decay Sigma_c*++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*--_pKpi 
+
+
+Decay vpho
+1.  ScSc1  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc2  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc3  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc4  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc5  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc6  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc7  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc8  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc9  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc10 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc11 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc12 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc13 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc14 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc15 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc16 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc17 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc18 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc19 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc20 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_SigcpKpi_SigcpKpi_SP4.dec b/BaBar_2014/ISR_SigcpKpi_SigcpKpi_SP4.dec
new file mode 100644
index 0000000..1ad485d
--- /dev/null
+++ b/BaBar_2014/ISR_SigcpKpi_SigcpKpi_SP4.dec
@@ -0,0 +1,540 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 20, 2002                Copyright 2002
+#
+# Produce e+e- -> ISRgamma Sigma_c(*) anti-Sigma_c(*) using VectorISR with
+# effective Ecm of 5.0 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 
+#                  6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9
+#                  7.0
+#
+# Take ratio of Sc,antiSc:(Sc,antiSc* + Sc*,antiSc):Sc*,antiSc* = 1:2:4, energy permitting
+#
+# Need 5.1 GeV to make a Sc* antiSc*
+#
+# All Sigma_c and Sigma_c* -> pi Lamda_c 100%
+# In SP4, all Sigma_c and Sigma_c* have 0 width.
+# Both Lambda_c are forced to pKpi
+#
+# For SP4:
+# Anticipates a bug in EvtGen decay of forced Lambda(1520)0 decay (see note below)
+# This should be resolved for SP5, so this file will need to be rewritten
+# Be sure to run with a generator level filter such as 
+# ProdDecayFiles/one_Lc_pKpi_SP4.tcl,  two_Lc_pKpi_SP4.tcl,  zero_Lc_pKpi_SP4.tcl
+# which will catch phony decays created to avoid an assert.
+#
+###############################################################################
+#
+#
+########
+Alias vphoLcLc vpho
+Alias vphoScSc vpho
+
+#Alias of all redefinable vector particles with no max_Dm in PDT/pdt.table
+Alias LcLc1  eta_b2(2D)
+Alias LcLc2  Upsilon(5S)
+Alias LcLc3  chi_b1(2P)
+Alias LcLc4  chi_b1(3P)
+Alias LcLc5  Upsilon_1(1D)
+Alias LcLc6  Upsilon_1(2D)
+Alias LcLc7  chi_b1
+Alias LcLc8  Z'0
+Alias LcLc9  Z''0
+Alias LcLc10 R0
+Alias LcLc11 anti-R0
+Alias LcLc12 D*(2S)0
+Alias LcLc13 anti-D*(2S)0
+Alias LcLc14 B*0
+Alias LcLc15 anti-B*0
+Alias LcLc16 B_s*0
+Alias LcLc17 anti-B_s*0
+Alias LcLc18 h_b
+Alias LcLc19 h_b(2P)
+Alias LcLc20 h_b(3P)
+Alias LcLc21 eta_b2(1D)
+
+Alias ScSc1  eta_b2(2D)
+Alias ScSc2  Upsilon(5S)
+Alias ScSc3  chi_b1(2P)
+Alias ScSc4  chi_b1(3P)
+Alias ScSc5  Upsilon_1(1D)
+Alias ScSc6  Upsilon_1(2D)
+Alias ScSc7  chi_b1
+Alias ScSc8  Z'0
+Alias ScSc9  Z''0
+Alias ScSc10 R0
+Alias ScSc11 anti-R0
+Alias ScSc12 D*(2S)0
+Alias ScSc13 anti-D*(2S)0
+Alias ScSc14 B*0
+Alias ScSc15 anti-B*0
+Alias ScSc16 B_s*0
+Alias ScSc17 anti-B_s*0
+Alias ScSc18 h_b
+Alias ScSc19 h_b(2P)
+Alias ScSc20 h_b(3P)
+Alias ScSc21 eta_b2(1D)
+
+Alias Lambda_c+_pKpi Lambda_c+  
+Alias anti-Lambda_c-_pKpi anti-Lambda_c-  
+ChargeConj Lambda_c+_pKpi anti-Lambda_c-_pKpi
+
+Alias Sigma_c0_pKpi Sigma_c0  
+Alias anti-Sigma_c0_pKpi anti-Sigma_c0  
+ChargeConj Sigma_c0_pKpi anti-Sigma_c0_pKpi
+
+Alias Sigma_c+_pKpi Sigma_c+  
+Alias anti-Sigma_c-_pKpi anti-Sigma_c-  
+ChargeConj Sigma_c+_pKpi anti-Sigma_c-_pKpi
+
+Alias Sigma_c++_pKpi Sigma_c++  
+Alias anti-Sigma_c--_pKpi anti-Sigma_c--  
+ChargeConj Sigma_c++_pKpi anti-Sigma_c--_pKpi
+
+Alias Sigma_c*0_pKpi Sigma_c*0  
+Alias anti-Sigma_c*0_pKpi anti-Sigma_c*0  
+ChargeConj Sigma_c*0_pKpi anti-Sigma_c*0_pKpi
+
+Alias Sigma_c*+_pKpi Sigma_c*+  
+Alias anti-Sigma_c*-_pKpi anti-Sigma_c*-  
+ChargeConj Sigma_c*+_pKpi anti-Sigma_c*-_pKpi
+
+Alias Sigma_c*++_pKpi Sigma_c*++  
+Alias anti-Sigma_c*--_pKpi anti-Sigma_c*--  
+ChargeConj Sigma_c*++_pKpi anti-Sigma_c*--_pKpi
+
+Alias K*0_Kpi      K*0
+Alias anti-K*0_Kpi anti-K*0
+ChargeConj  K*0_Kpi  anti-K*0_Kpi
+
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+# Change particle masses and widths 
+Particle ScSc1         5.0 0.
+Particle ScSc2         5.1 0.
+Particle ScSc3         5.2 0.
+Particle ScSc4         5.3 0.
+Particle ScSc5         5.4 0.
+Particle ScSc6         5.5 0.
+Particle ScSc7         5.6 0.
+Particle ScSc8         5.7 0.
+Particle ScSc9         5.8 0.
+Particle ScSc10        5.9 0.
+Particle ScSc11        6.0 0.
+Particle ScSc12        6.1 0.
+Particle ScSc13        6.2 0.
+Particle ScSc14        6.3 0.
+Particle ScSc15        6.4 0.
+Particle ScSc16        6.5 0.
+Particle ScSc17        6.6 0.
+Particle ScSc18        6.7 0.
+Particle ScSc19        6.8 0.
+Particle ScSc20        6.9 0.
+Particle ScSc21        7.0 0.
+
+#Decay of JP = 1- to 2 spin 1/2, P = + states must have orb ang L=1 to conserve parity
+
+Decay ScSc1
+0.1111 Sigma_c++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+0.1111 Sigma_c+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+0.1111 Sigma_c0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+0.1111 Sigma_c*++_pKpi anti-Sigma_c--_pKpi  PHSP;
+0.1111 Sigma_c*+_pKpi  anti-Sigma_c-_pKpi   PHSP;
+0.1111 Sigma_c*0_pKpi  anti-Sigma_c0_pKpi   PHSP;
+0.1111 Sigma_c++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+0.1111 Sigma_c+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+0.1111 Sigma_c0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc2
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc3
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc4
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc5
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc6
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc7
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc8
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc9
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc10
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc11
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc12
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc13
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc14
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc15
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc16
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc17
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc18
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc19
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc20
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+Decay ScSc21
+1.0 Sigma_c++_pKpi   anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c*++_pKpi  anti-Sigma_c--_pKpi  PHSP;
+1.0 Sigma_c*+_pKpi   anti-Sigma_c-_pKpi   PHSP;
+1.0 Sigma_c*0_pKpi   anti-Sigma_c0_pKpi   PHSP;
+1.0 Sigma_c++_pKpi   anti-Sigma_c*--_pKpi PHSP;
+1.0 Sigma_c+_pKpi    anti-Sigma_c*-_pKpi  PHSP;
+1.0 Sigma_c0_pKpi    anti-Sigma_c*0_pKpi  PHSP;
+4.0 Sigma_c*++_pKpi  anti-Sigma_c*--_pKpi PHSP;
+4.0 Sigma_c*+_pKpi   anti-Sigma_c*-_pKpi  PHSP;
+4.0 Sigma_c*0_pKpi   anti-Sigma_c*0_pKpi  PHSP;
+Enddecay
+
+
+# Forced decays of Lc daughters leading to a pKpi final state
+
+Decay K*0_Kpi
+0.6657      K+  pi-                        VSS;
+Enddecay
+CDecay anti-K*0_Kpi
+
+# There is an EvtGen bug which will crash pK if the 1520 mass is too low
+# give it an excape valve mode which is removed by an event level filter
+# The excape valve is used for (2.82 +/- 0.01)% of the time
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+0.000001   nu_e nu_tau    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP4
+Decay Lambda_c+_pKpi
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0_Kpi  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+# SP4: Lambda(1520) decay will abort 2.82% of time so increase BF to compensate
+#Use a generator level filter to remove the aborts which have nu_tau
+#0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.00607         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay
+CDecay anti-Lambda_c-_pKpi 
+
+Decay Sigma_c0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c0_pKpi 
+
+Decay Sigma_c+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c-_pKpi 
+
+Decay Sigma_c++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c--_pKpi 
+
+Decay Sigma_c*0_pKpi
+1.0000    Lambda_c+_pKpi  pi-                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*0_pKpi 
+
+Decay Sigma_c*+_pKpi
+1.0000    Lambda_c+_pKpi  pi0                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*-_pKpi 
+
+Decay Sigma_c*++_pKpi
+1.0000    Lambda_c+_pKpi  pi+                     PHSP;
+Enddecay
+CDecay anti-Sigma_c*--_pKpi 
+
+
+Decay vpho
+1.  ScSc1  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc2  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc3  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc4  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc5  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc6  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc7  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc8  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc9  gamma VECTORISR 0.999999 0.999999;
+1.  ScSc10 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc11 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc12 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc13 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc14 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc15 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc16 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc17 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc18 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc19 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc20 gamma VECTORISR 0.999999 0.999999;
+1.  ScSc21 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_aliases_v2.dec b/BaBar_2014/ISR_aliases_v2.dec
new file mode 100644
index 0000000..6cf7a26
--- /dev/null
+++ b/BaBar_2014/ISR_aliases_v2.dec
@@ -0,0 +1,7482 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliases_v3.dec b/BaBar_2014/ISR_aliases_v3.dec
new file mode 100644
index 0000000..8b2d975
--- /dev/null
+++ b/BaBar_2014/ISR_aliases_v3.dec
@@ -0,0 +1,8194 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliases_vph124_ds9008_ds9000.dec b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9000.dec
new file mode 100644
index 0000000..a9d0600
--- /dev/null
+++ b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9000.dec
@@ -0,0 +1,5627 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000
+#
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0     psi(4040)
+Alias psi(4040)D*0D0    psi(4040)
+Alias psi(4040)D*0D*010 psi(4040)
+Alias psi(4040)D*0D*012 psi(4040)
+Alias psi(4040)D*0D*032 psi(4040)
+
+Alias psi(4160)D0D0     psi(4160)
+Alias psi(4160)D*0D0    psi(4160)
+Alias psi(4160)D*0D*010 psi(4160)
+Alias psi(4160)D*0D*012 psi(4160)
+Alias psi(4160)D*0D*032 psi(4160)
+
+Alias psi(4415)D0D0     psi(4415)
+Alias psi(4415)D*0D0    psi(4415)
+Alias psi(4415)D*0D*010 psi(4415)
+Alias psi(4415)D*0D*012 psi(4415)
+Alias psi(4415)D*0D*032 psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-     psi(4040)
+Alias psi(4040)D*+D-    psi(4040)
+Alias psi(4040)D*+D*-10 psi(4040)
+Alias psi(4040)D*+D*-12 psi(4040)
+Alias psi(4040)D*+D*-32 psi(4040)
+
+Alias psi(4160)D+D-     psi(4160)
+Alias psi(4160)D*+D-    psi(4160)
+Alias psi(4160)D*+D*-10 psi(4160)
+Alias psi(4160)D*+D*-12 psi(4160)
+Alias psi(4160)D*+D*-32 psi(4160)
+
+Alias psi(4415)D+D-     psi(4415)
+Alias psi(4415)D*+D-    psi(4415)
+Alias psi(4415)D*+D*-10 psi(4415)
+Alias psi(4415)D*+D*-12 psi(4415)
+Alias psi(4415)D*+D*-32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+Alias D+1  D+
+Alias D+2  D+
+Alias D-1  D-
+Alias D-2  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+Alias      D_s+1058   D_s+
+Alias      D_s-1058   D_s-
+ChargeConj D_s+1058   D_s-1058
+
+Alias      D_s+1059   D_s+
+Alias      D_s-1059   D_s-
+ChargeConj D_s+1059   D_s-1059
+
+Alias      D_s+1060   D_s+
+Alias      D_s-1060   D_s-
+ChargeConj D_s+1060   D_s-1060
+
+Alias      D_s+1061   D_s+
+Alias      D_s-1061   D_s-
+ChargeConj D_s+1061   D_s-1061
+
+Alias      D_s+1062   D_s+
+Alias      D_s-1062   D_s-
+ChargeConj D_s+1062   D_s-1062
+
+Alias      D_s+1063   D_s+
+Alias      D_s-1063   D_s-
+ChargeConj D_s+1063   D_s-1063
+
+Alias      D_s+1064   D_s+
+Alias      D_s-1064   D_s-
+ChargeConj D_s+1064   D_s-1064
+
+Alias      D_s+1065   D_s+
+Alias      D_s-1065   D_s-
+ChargeConj D_s+1065   D_s-1065
+
+Alias      D_s+1066   D_s+
+Alias      D_s-1066   D_s-
+ChargeConj D_s+1066   D_s-1066
+
+Alias      D_s+1067   D_s+
+Alias      D_s-1067   D_s-
+ChargeConj D_s+1067   D_s-1067
+
+Alias      D_s+1068   D_s+
+Alias      D_s-1068   D_s-
+ChargeConj D_s+1068   D_s-1068
+
+Alias      D_s+1069   D_s+
+Alias      D_s-1069   D_s-
+ChargeConj D_s+1069   D_s-1069
+
+Alias      D_s+1070   D_s+
+Alias      D_s-1070   D_s-
+ChargeConj D_s+1070   D_s-1070
+
+Alias      D_s+1071   D_s+
+Alias      D_s-1071   D_s-
+ChargeConj D_s+1071   D_s-1071
+
+Alias      D_s+1072   D_s+
+Alias      D_s-1072   D_s-
+ChargeConj D_s+1072   D_s-1072
+
+Alias      D_s+1073   D_s+
+Alias      D_s-1073   D_s-
+ChargeConj D_s+1073   D_s-1073
+
+Alias      D_s+1074   D_s+
+Alias      D_s-1074   D_s-
+ChargeConj D_s+1074   D_s-1074
+
+Alias      D_s+1075   D_s+
+Alias      D_s-1075   D_s-
+ChargeConj D_s+1075   D_s-1075
+
+Alias      D_s+1076   D_s+
+Alias      D_s-1076   D_s-
+ChargeConj D_s+1076   D_s-1076
+
+Alias      D_s+1077   D_s+
+Alias      D_s-1077   D_s-
+ChargeConj D_s+1077   D_s-1077
+
+Alias      D_s+1078   D_s+
+Alias      D_s-1078   D_s-
+ChargeConj D_s+1078   D_s-1078
+
+Alias      D_s+1079   D_s+
+Alias      D_s-1079   D_s-
+ChargeConj D_s+1079   D_s-1079
+
+Alias      D_s+1080   D_s+
+Alias      D_s-1080   D_s-
+ChargeConj D_s+1080   D_s-1080
+
+Alias      D_s+1081   D_s+
+Alias      D_s-1081   D_s-
+ChargeConj D_s+1081   D_s-1081
+
+Alias      D_s+1082   D_s+
+Alias      D_s-1082   D_s-
+ChargeConj D_s+1082   D_s-1082
+
+Alias      D_s+1083   D_s+
+Alias      D_s-1083   D_s-
+ChargeConj D_s+1083   D_s-1083
+
+Alias      D_s+1084   D_s+
+Alias      D_s-1084   D_s-
+ChargeConj D_s+1084   D_s-1084
+
+Alias      D_s+1085   D_s+
+Alias      D_s-1085   D_s-
+ChargeConj D_s+1085   D_s-1085
+
+Alias      D_s+1086   D_s+
+Alias      D_s-1086   D_s-
+ChargeConj D_s+1086   D_s-1086
+
+Alias      D_s+1087   D_s+
+Alias      D_s-1087   D_s-
+ChargeConj D_s+1087   D_s-1087
+
+Alias      D_s+1088   D_s+
+Alias      D_s-1088   D_s-
+ChargeConj D_s+1088   D_s-1088
+
+Alias      D_s+1089   D_s+
+Alias      D_s-1089   D_s-
+ChargeConj D_s+1089   D_s-1089
+
+Alias      D_s+1090   D_s+
+Alias      D_s-1090   D_s-
+ChargeConj D_s+1090   D_s-1090
+
+Alias      D_s+1091   D_s+
+Alias      D_s-1091   D_s-
+ChargeConj D_s+1091   D_s-1091
+
+Alias      D_s+1092   D_s+
+Alias      D_s-1092   D_s-
+ChargeConj D_s+1092   D_s-1092
+
+Alias      D_s+1093   D_s+
+Alias      D_s-1093   D_s-
+ChargeConj D_s+1093   D_s-1093
+
+Alias      D_s+1094   D_s+
+Alias      D_s-1094   D_s-
+ChargeConj D_s+1094   D_s-1094
+
+Alias      D_s+1095   D_s+
+Alias      D_s-1095   D_s-
+ChargeConj D_s+1095   D_s-1095
+
+Alias      D_s+1096   D_s+
+Alias      D_s-1096   D_s-
+ChargeConj D_s+1096   D_s-1096
+
+Alias      D_s+1097   D_s+
+Alias      D_s-1097   D_s-
+ChargeConj D_s+1097   D_s-1097
+
+Alias      D_s+1098   D_s+
+Alias      D_s-1098   D_s-
+ChargeConj D_s+1098   D_s-1098
+
+Alias      D_s+1099   D_s+
+Alias      D_s-1099   D_s-
+ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+
+
+##############
+# Kaons:  K0
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+
+# Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# Ds1        Mode 9008   100%  loose hadronic tags by branching fraction
+# Ds2        Mode 9000   100%  generic cocktail
+
+# Loose hadronic tag modes are:
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+
+# Clean hadronic tag modes are:
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+
+Decay vpho
+1.0 vphoton124     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9008       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
+
diff --git a/BaBar_2014/ISR_aliases_vph124_ds9008_ds9003.dec b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9003.dec
new file mode 100644
index 0000000..d14a5b0
--- /dev/null
+++ b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9003.dec
@@ -0,0 +1,5626 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000
+#
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0     psi(4040)
+Alias psi(4040)D*0D0    psi(4040)
+Alias psi(4040)D*0D*010 psi(4040)
+Alias psi(4040)D*0D*012 psi(4040)
+Alias psi(4040)D*0D*032 psi(4040)
+
+Alias psi(4160)D0D0     psi(4160)
+Alias psi(4160)D*0D0    psi(4160)
+Alias psi(4160)D*0D*010 psi(4160)
+Alias psi(4160)D*0D*012 psi(4160)
+Alias psi(4160)D*0D*032 psi(4160)
+
+Alias psi(4415)D0D0     psi(4415)
+Alias psi(4415)D*0D0    psi(4415)
+Alias psi(4415)D*0D*010 psi(4415)
+Alias psi(4415)D*0D*012 psi(4415)
+Alias psi(4415)D*0D*032 psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-     psi(4040)
+Alias psi(4040)D*+D-    psi(4040)
+Alias psi(4040)D*+D*-10 psi(4040)
+Alias psi(4040)D*+D*-12 psi(4040)
+Alias psi(4040)D*+D*-32 psi(4040)
+
+Alias psi(4160)D+D-     psi(4160)
+Alias psi(4160)D*+D-    psi(4160)
+Alias psi(4160)D*+D*-10 psi(4160)
+Alias psi(4160)D*+D*-12 psi(4160)
+Alias psi(4160)D*+D*-32 psi(4160)
+
+Alias psi(4415)D+D-     psi(4415)
+Alias psi(4415)D*+D-    psi(4415)
+Alias psi(4415)D*+D*-10 psi(4415)
+Alias psi(4415)D*+D*-12 psi(4415)
+Alias psi(4415)D*+D*-32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+Alias D+1  D+
+Alias D+2  D+
+Alias D-1  D-
+Alias D-2  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+Alias      D_s+1058   D_s+
+Alias      D_s-1058   D_s-
+ChargeConj D_s+1058   D_s-1058
+
+Alias      D_s+1059   D_s+
+Alias      D_s-1059   D_s-
+ChargeConj D_s+1059   D_s-1059
+
+Alias      D_s+1060   D_s+
+Alias      D_s-1060   D_s-
+ChargeConj D_s+1060   D_s-1060
+
+Alias      D_s+1061   D_s+
+Alias      D_s-1061   D_s-
+ChargeConj D_s+1061   D_s-1061
+
+Alias      D_s+1062   D_s+
+Alias      D_s-1062   D_s-
+ChargeConj D_s+1062   D_s-1062
+
+Alias      D_s+1063   D_s+
+Alias      D_s-1063   D_s-
+ChargeConj D_s+1063   D_s-1063
+
+Alias      D_s+1064   D_s+
+Alias      D_s-1064   D_s-
+ChargeConj D_s+1064   D_s-1064
+
+Alias      D_s+1065   D_s+
+Alias      D_s-1065   D_s-
+ChargeConj D_s+1065   D_s-1065
+
+Alias      D_s+1066   D_s+
+Alias      D_s-1066   D_s-
+ChargeConj D_s+1066   D_s-1066
+
+Alias      D_s+1067   D_s+
+Alias      D_s-1067   D_s-
+ChargeConj D_s+1067   D_s-1067
+
+Alias      D_s+1068   D_s+
+Alias      D_s-1068   D_s-
+ChargeConj D_s+1068   D_s-1068
+
+Alias      D_s+1069   D_s+
+Alias      D_s-1069   D_s-
+ChargeConj D_s+1069   D_s-1069
+
+Alias      D_s+1070   D_s+
+Alias      D_s-1070   D_s-
+ChargeConj D_s+1070   D_s-1070
+
+Alias      D_s+1071   D_s+
+Alias      D_s-1071   D_s-
+ChargeConj D_s+1071   D_s-1071
+
+Alias      D_s+1072   D_s+
+Alias      D_s-1072   D_s-
+ChargeConj D_s+1072   D_s-1072
+
+Alias      D_s+1073   D_s+
+Alias      D_s-1073   D_s-
+ChargeConj D_s+1073   D_s-1073
+
+Alias      D_s+1074   D_s+
+Alias      D_s-1074   D_s-
+ChargeConj D_s+1074   D_s-1074
+
+Alias      D_s+1075   D_s+
+Alias      D_s-1075   D_s-
+ChargeConj D_s+1075   D_s-1075
+
+Alias      D_s+1076   D_s+
+Alias      D_s-1076   D_s-
+ChargeConj D_s+1076   D_s-1076
+
+Alias      D_s+1077   D_s+
+Alias      D_s-1077   D_s-
+ChargeConj D_s+1077   D_s-1077
+
+Alias      D_s+1078   D_s+
+Alias      D_s-1078   D_s-
+ChargeConj D_s+1078   D_s-1078
+
+Alias      D_s+1079   D_s+
+Alias      D_s-1079   D_s-
+ChargeConj D_s+1079   D_s-1079
+
+Alias      D_s+1080   D_s+
+Alias      D_s-1080   D_s-
+ChargeConj D_s+1080   D_s-1080
+
+Alias      D_s+1081   D_s+
+Alias      D_s-1081   D_s-
+ChargeConj D_s+1081   D_s-1081
+
+Alias      D_s+1082   D_s+
+Alias      D_s-1082   D_s-
+ChargeConj D_s+1082   D_s-1082
+
+Alias      D_s+1083   D_s+
+Alias      D_s-1083   D_s-
+ChargeConj D_s+1083   D_s-1083
+
+Alias      D_s+1084   D_s+
+Alias      D_s-1084   D_s-
+ChargeConj D_s+1084   D_s-1084
+
+Alias      D_s+1085   D_s+
+Alias      D_s-1085   D_s-
+ChargeConj D_s+1085   D_s-1085
+
+Alias      D_s+1086   D_s+
+Alias      D_s-1086   D_s-
+ChargeConj D_s+1086   D_s-1086
+
+Alias      D_s+1087   D_s+
+Alias      D_s-1087   D_s-
+ChargeConj D_s+1087   D_s-1087
+
+Alias      D_s+1088   D_s+
+Alias      D_s-1088   D_s-
+ChargeConj D_s+1088   D_s-1088
+
+Alias      D_s+1089   D_s+
+Alias      D_s-1089   D_s-
+ChargeConj D_s+1089   D_s-1089
+
+Alias      D_s+1090   D_s+
+Alias      D_s-1090   D_s-
+ChargeConj D_s+1090   D_s-1090
+
+Alias      D_s+1091   D_s+
+Alias      D_s-1091   D_s-
+ChargeConj D_s+1091   D_s-1091
+
+Alias      D_s+1092   D_s+
+Alias      D_s-1092   D_s-
+ChargeConj D_s+1092   D_s-1092
+
+Alias      D_s+1093   D_s+
+Alias      D_s-1093   D_s-
+ChargeConj D_s+1093   D_s-1093
+
+Alias      D_s+1094   D_s+
+Alias      D_s-1094   D_s-
+ChargeConj D_s+1094   D_s-1094
+
+Alias      D_s+1095   D_s+
+Alias      D_s-1095   D_s-
+ChargeConj D_s+1095   D_s-1095
+
+Alias      D_s+1096   D_s+
+Alias      D_s-1096   D_s-
+ChargeConj D_s+1096   D_s-1096
+
+Alias      D_s+1097   D_s+
+Alias      D_s-1097   D_s-
+ChargeConj D_s+1097   D_s-1097
+
+Alias      D_s+1098   D_s+
+Alias      D_s-1098   D_s-
+ChargeConj D_s+1098   D_s-1098
+
+Alias      D_s+1099   D_s+
+Alias      D_s-1099   D_s-
+ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+
+
+##############
+# Kaons:  K0
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+
+# Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# Ds1        Mode 9008   100%  loose hadronic tags by branching fraction
+# Ds2        Mode 9003   100%  semileptonic 1 prongs
+
+# Loose hadronic tag modes are:
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+
+
+
+Decay vpho
+1.0 vphoton124     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9008       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9003       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
+
diff --git a/BaBar_2014/ISR_aliases_vph124_ds9008_ds9007.dec b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9007.dec
new file mode 100644
index 0000000..31949ea
--- /dev/null
+++ b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9007.dec
@@ -0,0 +1,5627 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000
+#
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0     psi(4040)
+Alias psi(4040)D*0D0    psi(4040)
+Alias psi(4040)D*0D*010 psi(4040)
+Alias psi(4040)D*0D*012 psi(4040)
+Alias psi(4040)D*0D*032 psi(4040)
+
+Alias psi(4160)D0D0     psi(4160)
+Alias psi(4160)D*0D0    psi(4160)
+Alias psi(4160)D*0D*010 psi(4160)
+Alias psi(4160)D*0D*012 psi(4160)
+Alias psi(4160)D*0D*032 psi(4160)
+
+Alias psi(4415)D0D0     psi(4415)
+Alias psi(4415)D*0D0    psi(4415)
+Alias psi(4415)D*0D*010 psi(4415)
+Alias psi(4415)D*0D*012 psi(4415)
+Alias psi(4415)D*0D*032 psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-     psi(4040)
+Alias psi(4040)D*+D-    psi(4040)
+Alias psi(4040)D*+D*-10 psi(4040)
+Alias psi(4040)D*+D*-12 psi(4040)
+Alias psi(4040)D*+D*-32 psi(4040)
+
+Alias psi(4160)D+D-     psi(4160)
+Alias psi(4160)D*+D-    psi(4160)
+Alias psi(4160)D*+D*-10 psi(4160)
+Alias psi(4160)D*+D*-12 psi(4160)
+Alias psi(4160)D*+D*-32 psi(4160)
+
+Alias psi(4415)D+D-     psi(4415)
+Alias psi(4415)D*+D-    psi(4415)
+Alias psi(4415)D*+D*-10 psi(4415)
+Alias psi(4415)D*+D*-12 psi(4415)
+Alias psi(4415)D*+D*-32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+Alias D+1  D+
+Alias D+2  D+
+Alias D-1  D-
+Alias D-2  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+Alias      D_s+1058   D_s+
+Alias      D_s-1058   D_s-
+ChargeConj D_s+1058   D_s-1058
+
+Alias      D_s+1059   D_s+
+Alias      D_s-1059   D_s-
+ChargeConj D_s+1059   D_s-1059
+
+Alias      D_s+1060   D_s+
+Alias      D_s-1060   D_s-
+ChargeConj D_s+1060   D_s-1060
+
+Alias      D_s+1061   D_s+
+Alias      D_s-1061   D_s-
+ChargeConj D_s+1061   D_s-1061
+
+Alias      D_s+1062   D_s+
+Alias      D_s-1062   D_s-
+ChargeConj D_s+1062   D_s-1062
+
+Alias      D_s+1063   D_s+
+Alias      D_s-1063   D_s-
+ChargeConj D_s+1063   D_s-1063
+
+Alias      D_s+1064   D_s+
+Alias      D_s-1064   D_s-
+ChargeConj D_s+1064   D_s-1064
+
+Alias      D_s+1065   D_s+
+Alias      D_s-1065   D_s-
+ChargeConj D_s+1065   D_s-1065
+
+Alias      D_s+1066   D_s+
+Alias      D_s-1066   D_s-
+ChargeConj D_s+1066   D_s-1066
+
+Alias      D_s+1067   D_s+
+Alias      D_s-1067   D_s-
+ChargeConj D_s+1067   D_s-1067
+
+Alias      D_s+1068   D_s+
+Alias      D_s-1068   D_s-
+ChargeConj D_s+1068   D_s-1068
+
+Alias      D_s+1069   D_s+
+Alias      D_s-1069   D_s-
+ChargeConj D_s+1069   D_s-1069
+
+Alias      D_s+1070   D_s+
+Alias      D_s-1070   D_s-
+ChargeConj D_s+1070   D_s-1070
+
+Alias      D_s+1071   D_s+
+Alias      D_s-1071   D_s-
+ChargeConj D_s+1071   D_s-1071
+
+Alias      D_s+1072   D_s+
+Alias      D_s-1072   D_s-
+ChargeConj D_s+1072   D_s-1072
+
+Alias      D_s+1073   D_s+
+Alias      D_s-1073   D_s-
+ChargeConj D_s+1073   D_s-1073
+
+Alias      D_s+1074   D_s+
+Alias      D_s-1074   D_s-
+ChargeConj D_s+1074   D_s-1074
+
+Alias      D_s+1075   D_s+
+Alias      D_s-1075   D_s-
+ChargeConj D_s+1075   D_s-1075
+
+Alias      D_s+1076   D_s+
+Alias      D_s-1076   D_s-
+ChargeConj D_s+1076   D_s-1076
+
+Alias      D_s+1077   D_s+
+Alias      D_s-1077   D_s-
+ChargeConj D_s+1077   D_s-1077
+
+Alias      D_s+1078   D_s+
+Alias      D_s-1078   D_s-
+ChargeConj D_s+1078   D_s-1078
+
+Alias      D_s+1079   D_s+
+Alias      D_s-1079   D_s-
+ChargeConj D_s+1079   D_s-1079
+
+Alias      D_s+1080   D_s+
+Alias      D_s-1080   D_s-
+ChargeConj D_s+1080   D_s-1080
+
+Alias      D_s+1081   D_s+
+Alias      D_s-1081   D_s-
+ChargeConj D_s+1081   D_s-1081
+
+Alias      D_s+1082   D_s+
+Alias      D_s-1082   D_s-
+ChargeConj D_s+1082   D_s-1082
+
+Alias      D_s+1083   D_s+
+Alias      D_s-1083   D_s-
+ChargeConj D_s+1083   D_s-1083
+
+Alias      D_s+1084   D_s+
+Alias      D_s-1084   D_s-
+ChargeConj D_s+1084   D_s-1084
+
+Alias      D_s+1085   D_s+
+Alias      D_s-1085   D_s-
+ChargeConj D_s+1085   D_s-1085
+
+Alias      D_s+1086   D_s+
+Alias      D_s-1086   D_s-
+ChargeConj D_s+1086   D_s-1086
+
+Alias      D_s+1087   D_s+
+Alias      D_s-1087   D_s-
+ChargeConj D_s+1087   D_s-1087
+
+Alias      D_s+1088   D_s+
+Alias      D_s-1088   D_s-
+ChargeConj D_s+1088   D_s-1088
+
+Alias      D_s+1089   D_s+
+Alias      D_s-1089   D_s-
+ChargeConj D_s+1089   D_s-1089
+
+Alias      D_s+1090   D_s+
+Alias      D_s-1090   D_s-
+ChargeConj D_s+1090   D_s-1090
+
+Alias      D_s+1091   D_s+
+Alias      D_s-1091   D_s-
+ChargeConj D_s+1091   D_s-1091
+
+Alias      D_s+1092   D_s+
+Alias      D_s-1092   D_s-
+ChargeConj D_s+1092   D_s-1092
+
+Alias      D_s+1093   D_s+
+Alias      D_s-1093   D_s-
+ChargeConj D_s+1093   D_s-1093
+
+Alias      D_s+1094   D_s+
+Alias      D_s-1094   D_s-
+ChargeConj D_s+1094   D_s-1094
+
+Alias      D_s+1095   D_s+
+Alias      D_s-1095   D_s-
+ChargeConj D_s+1095   D_s-1095
+
+Alias      D_s+1096   D_s+
+Alias      D_s-1096   D_s-
+ChargeConj D_s+1096   D_s-1096
+
+Alias      D_s+1097   D_s+
+Alias      D_s-1097   D_s-
+ChargeConj D_s+1097   D_s-1097
+
+Alias      D_s+1098   D_s+
+Alias      D_s-1098   D_s-
+ChargeConj D_s+1098   D_s-1098
+
+Alias      D_s+1099   D_s+
+Alias      D_s-1099   D_s-
+ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+
+
+##############
+# Kaons:  K0
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+
+# Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# Ds1        Mode 9008   100%  loose hadronic tags by branching fraction
+# Ds2        Mode 9007   100%  clean hadronic tags by branching fraction
+
+# Loose hadronic tag modes are:
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+
+# Clean hadronic tag modes are:
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+
+Decay vpho
+1.0 vphoton124     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9008       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9007       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
+
diff --git a/BaBar_2014/ISR_aliases_vph124_ds9008_ds9009.dec b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9009.dec
new file mode 100644
index 0000000..3d870f5
--- /dev/null
+++ b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9009.dec
@@ -0,0 +1,5626 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000
+#
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0     psi(4040)
+Alias psi(4040)D*0D0    psi(4040)
+Alias psi(4040)D*0D*010 psi(4040)
+Alias psi(4040)D*0D*012 psi(4040)
+Alias psi(4040)D*0D*032 psi(4040)
+
+Alias psi(4160)D0D0     psi(4160)
+Alias psi(4160)D*0D0    psi(4160)
+Alias psi(4160)D*0D*010 psi(4160)
+Alias psi(4160)D*0D*012 psi(4160)
+Alias psi(4160)D*0D*032 psi(4160)
+
+Alias psi(4415)D0D0     psi(4415)
+Alias psi(4415)D*0D0    psi(4415)
+Alias psi(4415)D*0D*010 psi(4415)
+Alias psi(4415)D*0D*012 psi(4415)
+Alias psi(4415)D*0D*032 psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-     psi(4040)
+Alias psi(4040)D*+D-    psi(4040)
+Alias psi(4040)D*+D*-10 psi(4040)
+Alias psi(4040)D*+D*-12 psi(4040)
+Alias psi(4040)D*+D*-32 psi(4040)
+
+Alias psi(4160)D+D-     psi(4160)
+Alias psi(4160)D*+D-    psi(4160)
+Alias psi(4160)D*+D*-10 psi(4160)
+Alias psi(4160)D*+D*-12 psi(4160)
+Alias psi(4160)D*+D*-32 psi(4160)
+
+Alias psi(4415)D+D-     psi(4415)
+Alias psi(4415)D*+D-    psi(4415)
+Alias psi(4415)D*+D*-10 psi(4415)
+Alias psi(4415)D*+D*-12 psi(4415)
+Alias psi(4415)D*+D*-32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+Alias D+1  D+
+Alias D+2  D+
+Alias D-1  D-
+Alias D-2  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+Alias      D_s+1058   D_s+
+Alias      D_s-1058   D_s-
+ChargeConj D_s+1058   D_s-1058
+
+Alias      D_s+1059   D_s+
+Alias      D_s-1059   D_s-
+ChargeConj D_s+1059   D_s-1059
+
+Alias      D_s+1060   D_s+
+Alias      D_s-1060   D_s-
+ChargeConj D_s+1060   D_s-1060
+
+Alias      D_s+1061   D_s+
+Alias      D_s-1061   D_s-
+ChargeConj D_s+1061   D_s-1061
+
+Alias      D_s+1062   D_s+
+Alias      D_s-1062   D_s-
+ChargeConj D_s+1062   D_s-1062
+
+Alias      D_s+1063   D_s+
+Alias      D_s-1063   D_s-
+ChargeConj D_s+1063   D_s-1063
+
+Alias      D_s+1064   D_s+
+Alias      D_s-1064   D_s-
+ChargeConj D_s+1064   D_s-1064
+
+Alias      D_s+1065   D_s+
+Alias      D_s-1065   D_s-
+ChargeConj D_s+1065   D_s-1065
+
+Alias      D_s+1066   D_s+
+Alias      D_s-1066   D_s-
+ChargeConj D_s+1066   D_s-1066
+
+Alias      D_s+1067   D_s+
+Alias      D_s-1067   D_s-
+ChargeConj D_s+1067   D_s-1067
+
+Alias      D_s+1068   D_s+
+Alias      D_s-1068   D_s-
+ChargeConj D_s+1068   D_s-1068
+
+Alias      D_s+1069   D_s+
+Alias      D_s-1069   D_s-
+ChargeConj D_s+1069   D_s-1069
+
+Alias      D_s+1070   D_s+
+Alias      D_s-1070   D_s-
+ChargeConj D_s+1070   D_s-1070
+
+Alias      D_s+1071   D_s+
+Alias      D_s-1071   D_s-
+ChargeConj D_s+1071   D_s-1071
+
+Alias      D_s+1072   D_s+
+Alias      D_s-1072   D_s-
+ChargeConj D_s+1072   D_s-1072
+
+Alias      D_s+1073   D_s+
+Alias      D_s-1073   D_s-
+ChargeConj D_s+1073   D_s-1073
+
+Alias      D_s+1074   D_s+
+Alias      D_s-1074   D_s-
+ChargeConj D_s+1074   D_s-1074
+
+Alias      D_s+1075   D_s+
+Alias      D_s-1075   D_s-
+ChargeConj D_s+1075   D_s-1075
+
+Alias      D_s+1076   D_s+
+Alias      D_s-1076   D_s-
+ChargeConj D_s+1076   D_s-1076
+
+Alias      D_s+1077   D_s+
+Alias      D_s-1077   D_s-
+ChargeConj D_s+1077   D_s-1077
+
+Alias      D_s+1078   D_s+
+Alias      D_s-1078   D_s-
+ChargeConj D_s+1078   D_s-1078
+
+Alias      D_s+1079   D_s+
+Alias      D_s-1079   D_s-
+ChargeConj D_s+1079   D_s-1079
+
+Alias      D_s+1080   D_s+
+Alias      D_s-1080   D_s-
+ChargeConj D_s+1080   D_s-1080
+
+Alias      D_s+1081   D_s+
+Alias      D_s-1081   D_s-
+ChargeConj D_s+1081   D_s-1081
+
+Alias      D_s+1082   D_s+
+Alias      D_s-1082   D_s-
+ChargeConj D_s+1082   D_s-1082
+
+Alias      D_s+1083   D_s+
+Alias      D_s-1083   D_s-
+ChargeConj D_s+1083   D_s-1083
+
+Alias      D_s+1084   D_s+
+Alias      D_s-1084   D_s-
+ChargeConj D_s+1084   D_s-1084
+
+Alias      D_s+1085   D_s+
+Alias      D_s-1085   D_s-
+ChargeConj D_s+1085   D_s-1085
+
+Alias      D_s+1086   D_s+
+Alias      D_s-1086   D_s-
+ChargeConj D_s+1086   D_s-1086
+
+Alias      D_s+1087   D_s+
+Alias      D_s-1087   D_s-
+ChargeConj D_s+1087   D_s-1087
+
+Alias      D_s+1088   D_s+
+Alias      D_s-1088   D_s-
+ChargeConj D_s+1088   D_s-1088
+
+Alias      D_s+1089   D_s+
+Alias      D_s-1089   D_s-
+ChargeConj D_s+1089   D_s-1089
+
+Alias      D_s+1090   D_s+
+Alias      D_s-1090   D_s-
+ChargeConj D_s+1090   D_s-1090
+
+Alias      D_s+1091   D_s+
+Alias      D_s-1091   D_s-
+ChargeConj D_s+1091   D_s-1091
+
+Alias      D_s+1092   D_s+
+Alias      D_s-1092   D_s-
+ChargeConj D_s+1092   D_s-1092
+
+Alias      D_s+1093   D_s+
+Alias      D_s-1093   D_s-
+ChargeConj D_s+1093   D_s-1093
+
+Alias      D_s+1094   D_s+
+Alias      D_s-1094   D_s-
+ChargeConj D_s+1094   D_s-1094
+
+Alias      D_s+1095   D_s+
+Alias      D_s-1095   D_s-
+ChargeConj D_s+1095   D_s-1095
+
+Alias      D_s+1096   D_s+
+Alias      D_s-1096   D_s-
+ChargeConj D_s+1096   D_s-1096
+
+Alias      D_s+1097   D_s+
+Alias      D_s-1097   D_s-
+ChargeConj D_s+1097   D_s-1097
+
+Alias      D_s+1098   D_s+
+Alias      D_s-1098   D_s-
+ChargeConj D_s+1098   D_s-1098
+
+Alias      D_s+1099   D_s+
+Alias      D_s-1099   D_s-
+ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+
+
+##############
+# Kaons:  K0
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+
+# Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# Ds1        Mode 9008   100%  loose hadronic tags by branching fraction
+# Ds2        Mode 9009   100%  semileptonic multi prongs
+
+# Loose hadronic tag modes are:
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+
+
+
+Decay vpho
+1.0 vphoton124     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9008       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9009       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
+
diff --git a/BaBar_2014/ISR_aliases_vph124_ds9008_ds9010.dec b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9010.dec
new file mode 100644
index 0000000..154a03d
--- /dev/null
+++ b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9010.dec
@@ -0,0 +1,5626 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000
+#
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0     psi(4040)
+Alias psi(4040)D*0D0    psi(4040)
+Alias psi(4040)D*0D*010 psi(4040)
+Alias psi(4040)D*0D*012 psi(4040)
+Alias psi(4040)D*0D*032 psi(4040)
+
+Alias psi(4160)D0D0     psi(4160)
+Alias psi(4160)D*0D0    psi(4160)
+Alias psi(4160)D*0D*010 psi(4160)
+Alias psi(4160)D*0D*012 psi(4160)
+Alias psi(4160)D*0D*032 psi(4160)
+
+Alias psi(4415)D0D0     psi(4415)
+Alias psi(4415)D*0D0    psi(4415)
+Alias psi(4415)D*0D*010 psi(4415)
+Alias psi(4415)D*0D*012 psi(4415)
+Alias psi(4415)D*0D*032 psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-     psi(4040)
+Alias psi(4040)D*+D-    psi(4040)
+Alias psi(4040)D*+D*-10 psi(4040)
+Alias psi(4040)D*+D*-12 psi(4040)
+Alias psi(4040)D*+D*-32 psi(4040)
+
+Alias psi(4160)D+D-     psi(4160)
+Alias psi(4160)D*+D-    psi(4160)
+Alias psi(4160)D*+D*-10 psi(4160)
+Alias psi(4160)D*+D*-12 psi(4160)
+Alias psi(4160)D*+D*-32 psi(4160)
+
+Alias psi(4415)D+D-     psi(4415)
+Alias psi(4415)D*+D-    psi(4415)
+Alias psi(4415)D*+D*-10 psi(4415)
+Alias psi(4415)D*+D*-12 psi(4415)
+Alias psi(4415)D*+D*-32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+Alias D+1  D+
+Alias D+2  D+
+Alias D-1  D-
+Alias D-2  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+Alias      D_s+1058   D_s+
+Alias      D_s-1058   D_s-
+ChargeConj D_s+1058   D_s-1058
+
+Alias      D_s+1059   D_s+
+Alias      D_s-1059   D_s-
+ChargeConj D_s+1059   D_s-1059
+
+Alias      D_s+1060   D_s+
+Alias      D_s-1060   D_s-
+ChargeConj D_s+1060   D_s-1060
+
+Alias      D_s+1061   D_s+
+Alias      D_s-1061   D_s-
+ChargeConj D_s+1061   D_s-1061
+
+Alias      D_s+1062   D_s+
+Alias      D_s-1062   D_s-
+ChargeConj D_s+1062   D_s-1062
+
+Alias      D_s+1063   D_s+
+Alias      D_s-1063   D_s-
+ChargeConj D_s+1063   D_s-1063
+
+Alias      D_s+1064   D_s+
+Alias      D_s-1064   D_s-
+ChargeConj D_s+1064   D_s-1064
+
+Alias      D_s+1065   D_s+
+Alias      D_s-1065   D_s-
+ChargeConj D_s+1065   D_s-1065
+
+Alias      D_s+1066   D_s+
+Alias      D_s-1066   D_s-
+ChargeConj D_s+1066   D_s-1066
+
+Alias      D_s+1067   D_s+
+Alias      D_s-1067   D_s-
+ChargeConj D_s+1067   D_s-1067
+
+Alias      D_s+1068   D_s+
+Alias      D_s-1068   D_s-
+ChargeConj D_s+1068   D_s-1068
+
+Alias      D_s+1069   D_s+
+Alias      D_s-1069   D_s-
+ChargeConj D_s+1069   D_s-1069
+
+Alias      D_s+1070   D_s+
+Alias      D_s-1070   D_s-
+ChargeConj D_s+1070   D_s-1070
+
+Alias      D_s+1071   D_s+
+Alias      D_s-1071   D_s-
+ChargeConj D_s+1071   D_s-1071
+
+Alias      D_s+1072   D_s+
+Alias      D_s-1072   D_s-
+ChargeConj D_s+1072   D_s-1072
+
+Alias      D_s+1073   D_s+
+Alias      D_s-1073   D_s-
+ChargeConj D_s+1073   D_s-1073
+
+Alias      D_s+1074   D_s+
+Alias      D_s-1074   D_s-
+ChargeConj D_s+1074   D_s-1074
+
+Alias      D_s+1075   D_s+
+Alias      D_s-1075   D_s-
+ChargeConj D_s+1075   D_s-1075
+
+Alias      D_s+1076   D_s+
+Alias      D_s-1076   D_s-
+ChargeConj D_s+1076   D_s-1076
+
+Alias      D_s+1077   D_s+
+Alias      D_s-1077   D_s-
+ChargeConj D_s+1077   D_s-1077
+
+Alias      D_s+1078   D_s+
+Alias      D_s-1078   D_s-
+ChargeConj D_s+1078   D_s-1078
+
+Alias      D_s+1079   D_s+
+Alias      D_s-1079   D_s-
+ChargeConj D_s+1079   D_s-1079
+
+Alias      D_s+1080   D_s+
+Alias      D_s-1080   D_s-
+ChargeConj D_s+1080   D_s-1080
+
+Alias      D_s+1081   D_s+
+Alias      D_s-1081   D_s-
+ChargeConj D_s+1081   D_s-1081
+
+Alias      D_s+1082   D_s+
+Alias      D_s-1082   D_s-
+ChargeConj D_s+1082   D_s-1082
+
+Alias      D_s+1083   D_s+
+Alias      D_s-1083   D_s-
+ChargeConj D_s+1083   D_s-1083
+
+Alias      D_s+1084   D_s+
+Alias      D_s-1084   D_s-
+ChargeConj D_s+1084   D_s-1084
+
+Alias      D_s+1085   D_s+
+Alias      D_s-1085   D_s-
+ChargeConj D_s+1085   D_s-1085
+
+Alias      D_s+1086   D_s+
+Alias      D_s-1086   D_s-
+ChargeConj D_s+1086   D_s-1086
+
+Alias      D_s+1087   D_s+
+Alias      D_s-1087   D_s-
+ChargeConj D_s+1087   D_s-1087
+
+Alias      D_s+1088   D_s+
+Alias      D_s-1088   D_s-
+ChargeConj D_s+1088   D_s-1088
+
+Alias      D_s+1089   D_s+
+Alias      D_s-1089   D_s-
+ChargeConj D_s+1089   D_s-1089
+
+Alias      D_s+1090   D_s+
+Alias      D_s-1090   D_s-
+ChargeConj D_s+1090   D_s-1090
+
+Alias      D_s+1091   D_s+
+Alias      D_s-1091   D_s-
+ChargeConj D_s+1091   D_s-1091
+
+Alias      D_s+1092   D_s+
+Alias      D_s-1092   D_s-
+ChargeConj D_s+1092   D_s-1092
+
+Alias      D_s+1093   D_s+
+Alias      D_s-1093   D_s-
+ChargeConj D_s+1093   D_s-1093
+
+Alias      D_s+1094   D_s+
+Alias      D_s-1094   D_s-
+ChargeConj D_s+1094   D_s-1094
+
+Alias      D_s+1095   D_s+
+Alias      D_s-1095   D_s-
+ChargeConj D_s+1095   D_s-1095
+
+Alias      D_s+1096   D_s+
+Alias      D_s-1096   D_s-
+ChargeConj D_s+1096   D_s-1096
+
+Alias      D_s+1097   D_s+
+Alias      D_s-1097   D_s-
+ChargeConj D_s+1097   D_s-1097
+
+Alias      D_s+1098   D_s+
+Alias      D_s-1098   D_s-
+ChargeConj D_s+1098   D_s-1098
+
+Alias      D_s+1099   D_s+
+Alias      D_s-1099   D_s-
+ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+
+
+##############
+# Kaons:  K0
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+
+# Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# Ds1        Mode 9008   100%  loose hadronic tags by branching fraction
+# Ds2        Mode 9010   100%  leptonic 1 prongs
+
+# Loose hadronic tag modes are:
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+
+
+
+Decay vpho
+1.0 vphoton124     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9008       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9010       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
+
diff --git a/BaBar_2014/ISR_aliases_vph124_ds9008_ds9011.dec b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9011.dec
new file mode 100644
index 0000000..811322b
--- /dev/null
+++ b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9011.dec
@@ -0,0 +1,5626 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000
+#
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0     psi(4040)
+Alias psi(4040)D*0D0    psi(4040)
+Alias psi(4040)D*0D*010 psi(4040)
+Alias psi(4040)D*0D*012 psi(4040)
+Alias psi(4040)D*0D*032 psi(4040)
+
+Alias psi(4160)D0D0     psi(4160)
+Alias psi(4160)D*0D0    psi(4160)
+Alias psi(4160)D*0D*010 psi(4160)
+Alias psi(4160)D*0D*012 psi(4160)
+Alias psi(4160)D*0D*032 psi(4160)
+
+Alias psi(4415)D0D0     psi(4415)
+Alias psi(4415)D*0D0    psi(4415)
+Alias psi(4415)D*0D*010 psi(4415)
+Alias psi(4415)D*0D*012 psi(4415)
+Alias psi(4415)D*0D*032 psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-     psi(4040)
+Alias psi(4040)D*+D-    psi(4040)
+Alias psi(4040)D*+D*-10 psi(4040)
+Alias psi(4040)D*+D*-12 psi(4040)
+Alias psi(4040)D*+D*-32 psi(4040)
+
+Alias psi(4160)D+D-     psi(4160)
+Alias psi(4160)D*+D-    psi(4160)
+Alias psi(4160)D*+D*-10 psi(4160)
+Alias psi(4160)D*+D*-12 psi(4160)
+Alias psi(4160)D*+D*-32 psi(4160)
+
+Alias psi(4415)D+D-     psi(4415)
+Alias psi(4415)D*+D-    psi(4415)
+Alias psi(4415)D*+D*-10 psi(4415)
+Alias psi(4415)D*+D*-12 psi(4415)
+Alias psi(4415)D*+D*-32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+Alias D+1  D+
+Alias D+2  D+
+Alias D-1  D-
+Alias D-2  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+Alias      D_s+1058   D_s+
+Alias      D_s-1058   D_s-
+ChargeConj D_s+1058   D_s-1058
+
+Alias      D_s+1059   D_s+
+Alias      D_s-1059   D_s-
+ChargeConj D_s+1059   D_s-1059
+
+Alias      D_s+1060   D_s+
+Alias      D_s-1060   D_s-
+ChargeConj D_s+1060   D_s-1060
+
+Alias      D_s+1061   D_s+
+Alias      D_s-1061   D_s-
+ChargeConj D_s+1061   D_s-1061
+
+Alias      D_s+1062   D_s+
+Alias      D_s-1062   D_s-
+ChargeConj D_s+1062   D_s-1062
+
+Alias      D_s+1063   D_s+
+Alias      D_s-1063   D_s-
+ChargeConj D_s+1063   D_s-1063
+
+Alias      D_s+1064   D_s+
+Alias      D_s-1064   D_s-
+ChargeConj D_s+1064   D_s-1064
+
+Alias      D_s+1065   D_s+
+Alias      D_s-1065   D_s-
+ChargeConj D_s+1065   D_s-1065
+
+Alias      D_s+1066   D_s+
+Alias      D_s-1066   D_s-
+ChargeConj D_s+1066   D_s-1066
+
+Alias      D_s+1067   D_s+
+Alias      D_s-1067   D_s-
+ChargeConj D_s+1067   D_s-1067
+
+Alias      D_s+1068   D_s+
+Alias      D_s-1068   D_s-
+ChargeConj D_s+1068   D_s-1068
+
+Alias      D_s+1069   D_s+
+Alias      D_s-1069   D_s-
+ChargeConj D_s+1069   D_s-1069
+
+Alias      D_s+1070   D_s+
+Alias      D_s-1070   D_s-
+ChargeConj D_s+1070   D_s-1070
+
+Alias      D_s+1071   D_s+
+Alias      D_s-1071   D_s-
+ChargeConj D_s+1071   D_s-1071
+
+Alias      D_s+1072   D_s+
+Alias      D_s-1072   D_s-
+ChargeConj D_s+1072   D_s-1072
+
+Alias      D_s+1073   D_s+
+Alias      D_s-1073   D_s-
+ChargeConj D_s+1073   D_s-1073
+
+Alias      D_s+1074   D_s+
+Alias      D_s-1074   D_s-
+ChargeConj D_s+1074   D_s-1074
+
+Alias      D_s+1075   D_s+
+Alias      D_s-1075   D_s-
+ChargeConj D_s+1075   D_s-1075
+
+Alias      D_s+1076   D_s+
+Alias      D_s-1076   D_s-
+ChargeConj D_s+1076   D_s-1076
+
+Alias      D_s+1077   D_s+
+Alias      D_s-1077   D_s-
+ChargeConj D_s+1077   D_s-1077
+
+Alias      D_s+1078   D_s+
+Alias      D_s-1078   D_s-
+ChargeConj D_s+1078   D_s-1078
+
+Alias      D_s+1079   D_s+
+Alias      D_s-1079   D_s-
+ChargeConj D_s+1079   D_s-1079
+
+Alias      D_s+1080   D_s+
+Alias      D_s-1080   D_s-
+ChargeConj D_s+1080   D_s-1080
+
+Alias      D_s+1081   D_s+
+Alias      D_s-1081   D_s-
+ChargeConj D_s+1081   D_s-1081
+
+Alias      D_s+1082   D_s+
+Alias      D_s-1082   D_s-
+ChargeConj D_s+1082   D_s-1082
+
+Alias      D_s+1083   D_s+
+Alias      D_s-1083   D_s-
+ChargeConj D_s+1083   D_s-1083
+
+Alias      D_s+1084   D_s+
+Alias      D_s-1084   D_s-
+ChargeConj D_s+1084   D_s-1084
+
+Alias      D_s+1085   D_s+
+Alias      D_s-1085   D_s-
+ChargeConj D_s+1085   D_s-1085
+
+Alias      D_s+1086   D_s+
+Alias      D_s-1086   D_s-
+ChargeConj D_s+1086   D_s-1086
+
+Alias      D_s+1087   D_s+
+Alias      D_s-1087   D_s-
+ChargeConj D_s+1087   D_s-1087
+
+Alias      D_s+1088   D_s+
+Alias      D_s-1088   D_s-
+ChargeConj D_s+1088   D_s-1088
+
+Alias      D_s+1089   D_s+
+Alias      D_s-1089   D_s-
+ChargeConj D_s+1089   D_s-1089
+
+Alias      D_s+1090   D_s+
+Alias      D_s-1090   D_s-
+ChargeConj D_s+1090   D_s-1090
+
+Alias      D_s+1091   D_s+
+Alias      D_s-1091   D_s-
+ChargeConj D_s+1091   D_s-1091
+
+Alias      D_s+1092   D_s+
+Alias      D_s-1092   D_s-
+ChargeConj D_s+1092   D_s-1092
+
+Alias      D_s+1093   D_s+
+Alias      D_s-1093   D_s-
+ChargeConj D_s+1093   D_s-1093
+
+Alias      D_s+1094   D_s+
+Alias      D_s-1094   D_s-
+ChargeConj D_s+1094   D_s-1094
+
+Alias      D_s+1095   D_s+
+Alias      D_s-1095   D_s-
+ChargeConj D_s+1095   D_s-1095
+
+Alias      D_s+1096   D_s+
+Alias      D_s-1096   D_s-
+ChargeConj D_s+1096   D_s-1096
+
+Alias      D_s+1097   D_s+
+Alias      D_s-1097   D_s-
+ChargeConj D_s+1097   D_s-1097
+
+Alias      D_s+1098   D_s+
+Alias      D_s-1098   D_s-
+ChargeConj D_s+1098   D_s-1098
+
+Alias      D_s+1099   D_s+
+Alias      D_s-1099   D_s-
+ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+
+
+##############
+# Kaons:  K0
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+
+# Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# Ds1        Mode 9008   100%  loose hadronic tags by branching fraction
+# Ds2        Mode 9011   100%  leptonic multi prongs
+
+# Loose hadronic tag modes are:
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+
+
+
+Decay vpho
+1.0 vphoton124     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9008       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9011       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
+
diff --git a/BaBar_2014/ISR_aliases_vph124_ds9008_ds9013.dec b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9013.dec
new file mode 100644
index 0000000..1361720
--- /dev/null
+++ b/BaBar_2014/ISR_aliases_vph124_ds9008_ds9013.dec
@@ -0,0 +1,5626 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000
+#
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0     psi(4040)
+Alias psi(4040)D*0D0    psi(4040)
+Alias psi(4040)D*0D*010 psi(4040)
+Alias psi(4040)D*0D*012 psi(4040)
+Alias psi(4040)D*0D*032 psi(4040)
+
+Alias psi(4160)D0D0     psi(4160)
+Alias psi(4160)D*0D0    psi(4160)
+Alias psi(4160)D*0D*010 psi(4160)
+Alias psi(4160)D*0D*012 psi(4160)
+Alias psi(4160)D*0D*032 psi(4160)
+
+Alias psi(4415)D0D0     psi(4415)
+Alias psi(4415)D*0D0    psi(4415)
+Alias psi(4415)D*0D*010 psi(4415)
+Alias psi(4415)D*0D*012 psi(4415)
+Alias psi(4415)D*0D*032 psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-     psi(4040)
+Alias psi(4040)D*+D-    psi(4040)
+Alias psi(4040)D*+D*-10 psi(4040)
+Alias psi(4040)D*+D*-12 psi(4040)
+Alias psi(4040)D*+D*-32 psi(4040)
+
+Alias psi(4160)D+D-     psi(4160)
+Alias psi(4160)D*+D-    psi(4160)
+Alias psi(4160)D*+D*-10 psi(4160)
+Alias psi(4160)D*+D*-12 psi(4160)
+Alias psi(4160)D*+D*-32 psi(4160)
+
+Alias psi(4415)D+D-     psi(4415)
+Alias psi(4415)D*+D-    psi(4415)
+Alias psi(4415)D*+D*-10 psi(4415)
+Alias psi(4415)D*+D*-12 psi(4415)
+Alias psi(4415)D*+D*-32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+Alias D+1  D+
+Alias D+2  D+
+Alias D-1  D-
+Alias D-2  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+Alias      D_s+1058   D_s+
+Alias      D_s-1058   D_s-
+ChargeConj D_s+1058   D_s-1058
+
+Alias      D_s+1059   D_s+
+Alias      D_s-1059   D_s-
+ChargeConj D_s+1059   D_s-1059
+
+Alias      D_s+1060   D_s+
+Alias      D_s-1060   D_s-
+ChargeConj D_s+1060   D_s-1060
+
+Alias      D_s+1061   D_s+
+Alias      D_s-1061   D_s-
+ChargeConj D_s+1061   D_s-1061
+
+Alias      D_s+1062   D_s+
+Alias      D_s-1062   D_s-
+ChargeConj D_s+1062   D_s-1062
+
+Alias      D_s+1063   D_s+
+Alias      D_s-1063   D_s-
+ChargeConj D_s+1063   D_s-1063
+
+Alias      D_s+1064   D_s+
+Alias      D_s-1064   D_s-
+ChargeConj D_s+1064   D_s-1064
+
+Alias      D_s+1065   D_s+
+Alias      D_s-1065   D_s-
+ChargeConj D_s+1065   D_s-1065
+
+Alias      D_s+1066   D_s+
+Alias      D_s-1066   D_s-
+ChargeConj D_s+1066   D_s-1066
+
+Alias      D_s+1067   D_s+
+Alias      D_s-1067   D_s-
+ChargeConj D_s+1067   D_s-1067
+
+Alias      D_s+1068   D_s+
+Alias      D_s-1068   D_s-
+ChargeConj D_s+1068   D_s-1068
+
+Alias      D_s+1069   D_s+
+Alias      D_s-1069   D_s-
+ChargeConj D_s+1069   D_s-1069
+
+Alias      D_s+1070   D_s+
+Alias      D_s-1070   D_s-
+ChargeConj D_s+1070   D_s-1070
+
+Alias      D_s+1071   D_s+
+Alias      D_s-1071   D_s-
+ChargeConj D_s+1071   D_s-1071
+
+Alias      D_s+1072   D_s+
+Alias      D_s-1072   D_s-
+ChargeConj D_s+1072   D_s-1072
+
+Alias      D_s+1073   D_s+
+Alias      D_s-1073   D_s-
+ChargeConj D_s+1073   D_s-1073
+
+Alias      D_s+1074   D_s+
+Alias      D_s-1074   D_s-
+ChargeConj D_s+1074   D_s-1074
+
+Alias      D_s+1075   D_s+
+Alias      D_s-1075   D_s-
+ChargeConj D_s+1075   D_s-1075
+
+Alias      D_s+1076   D_s+
+Alias      D_s-1076   D_s-
+ChargeConj D_s+1076   D_s-1076
+
+Alias      D_s+1077   D_s+
+Alias      D_s-1077   D_s-
+ChargeConj D_s+1077   D_s-1077
+
+Alias      D_s+1078   D_s+
+Alias      D_s-1078   D_s-
+ChargeConj D_s+1078   D_s-1078
+
+Alias      D_s+1079   D_s+
+Alias      D_s-1079   D_s-
+ChargeConj D_s+1079   D_s-1079
+
+Alias      D_s+1080   D_s+
+Alias      D_s-1080   D_s-
+ChargeConj D_s+1080   D_s-1080
+
+Alias      D_s+1081   D_s+
+Alias      D_s-1081   D_s-
+ChargeConj D_s+1081   D_s-1081
+
+Alias      D_s+1082   D_s+
+Alias      D_s-1082   D_s-
+ChargeConj D_s+1082   D_s-1082
+
+Alias      D_s+1083   D_s+
+Alias      D_s-1083   D_s-
+ChargeConj D_s+1083   D_s-1083
+
+Alias      D_s+1084   D_s+
+Alias      D_s-1084   D_s-
+ChargeConj D_s+1084   D_s-1084
+
+Alias      D_s+1085   D_s+
+Alias      D_s-1085   D_s-
+ChargeConj D_s+1085   D_s-1085
+
+Alias      D_s+1086   D_s+
+Alias      D_s-1086   D_s-
+ChargeConj D_s+1086   D_s-1086
+
+Alias      D_s+1087   D_s+
+Alias      D_s-1087   D_s-
+ChargeConj D_s+1087   D_s-1087
+
+Alias      D_s+1088   D_s+
+Alias      D_s-1088   D_s-
+ChargeConj D_s+1088   D_s-1088
+
+Alias      D_s+1089   D_s+
+Alias      D_s-1089   D_s-
+ChargeConj D_s+1089   D_s-1089
+
+Alias      D_s+1090   D_s+
+Alias      D_s-1090   D_s-
+ChargeConj D_s+1090   D_s-1090
+
+Alias      D_s+1091   D_s+
+Alias      D_s-1091   D_s-
+ChargeConj D_s+1091   D_s-1091
+
+Alias      D_s+1092   D_s+
+Alias      D_s-1092   D_s-
+ChargeConj D_s+1092   D_s-1092
+
+Alias      D_s+1093   D_s+
+Alias      D_s-1093   D_s-
+ChargeConj D_s+1093   D_s-1093
+
+Alias      D_s+1094   D_s+
+Alias      D_s-1094   D_s-
+ChargeConj D_s+1094   D_s-1094
+
+Alias      D_s+1095   D_s+
+Alias      D_s-1095   D_s-
+ChargeConj D_s+1095   D_s-1095
+
+Alias      D_s+1096   D_s+
+Alias      D_s-1096   D_s-
+ChargeConj D_s+1096   D_s-1096
+
+Alias      D_s+1097   D_s+
+Alias      D_s-1097   D_s-
+ChargeConj D_s+1097   D_s-1097
+
+Alias      D_s+1098   D_s+
+Alias      D_s-1098   D_s-
+ChargeConj D_s+1098   D_s-1098
+
+Alias      D_s+1099   D_s+
+Alias      D_s-1099   D_s-
+ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+
+
+##############
+# Kaons:  K0
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+
+# Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# Ds1        Mode 9008   100%  loose hadronic tags by branching fraction
+# Ds2        Mode 9013   100%  K0 K, K0->all neutrals
+
+# Loose hadronic tag modes are:
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+
+
+
+Decay vpho
+1.0 vphoton124     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9008       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9013       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
+
diff --git a/BaBar_2014/ISR_aliasv2_vph134_dc9100mdo9200_dc9100mdo9200.dec b/BaBar_2014/ISR_aliasv2_vph134_dc9100mdo9200_dc9100mdo9200.dec
new file mode 100644
index 0000000..4e708be
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph134_dc9100mdo9200_dc9100mdo9200.dec
@@ -0,0 +1,7499 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  134    D*+D*-     1 :   2 :   3
+#                        (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 50% D0, 50% D+/-
+#
+# D+/-1      Mode 9100   cocktail
+#  D0_1      Mode 9200   cocktail
+# D+/-2      Mode 9100   cocktail
+#  D0_2      Mode 9200   cocktail
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton134     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph134_dc9101mdo9201_dc9100mdo9200.dec b/BaBar_2014/ISR_aliasv2_vph134_dc9101mdo9201_dc9100mdo9200.dec
new file mode 100644
index 0000000..b3b395b
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph134_dc9101mdo9201_dc9100mdo9200.dec
@@ -0,0 +1,7499 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  134    D*+D*-     1 :   2 :   3
+#                        (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 50% D0, 50% D+/-
+#
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9100   cocktail
+#  D0_2      Mode 9200   cocktail
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton134     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph134_dc9101mdo9201_dc9101mdo9201.dec b/BaBar_2014/ISR_aliasv2_vph134_dc9101mdo9201_dc9101mdo9201.dec
new file mode 100644
index 0000000..12d3e80
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph134_dc9101mdo9201_dc9101mdo9201.dec
@@ -0,0 +1,7499 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  134    D*+D*-     1 :   2 :   3
+#                        (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 50% D0, 50% D+/-
+#
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9101   cleanest tags Kpipi K0p
+#  D0_2      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton134     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D02
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph135_dc9101mdo9201_dc8001.dec b/BaBar_2014/ISR_aliasv2_vph135_dc9101mdo9201_dc8001.dec
new file mode 100644
index 0000000..b2962c7
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph135_dc9101mdo9201_dc8001.dec
@@ -0,0 +1,7494 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  135    D*+D*-     1 :   2 :   3
+#                        (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 0% D0, 100% D+/-
+#
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 8001   D+ -> mu nu
+#  D0_2      Mode N/A
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton135     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+8001       PHSP;
+Enddecay
+CDecay D-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph135_dc9101mdo9201_dc9104.dec b/BaBar_2014/ISR_aliasv2_vph135_dc9101mdo9201_dc9104.dec
new file mode 100644
index 0000000..d1be7e2
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph135_dc9101mdo9201_dc9104.dec
@@ -0,0 +1,7494 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  135    D*+D*-     1 :   2 :   3
+#                        (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 0% D0, 100% D+/-
+#
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9104   D+ -> semimuonic cocktail, enhanced tau nu (tau ->e/mu nu nu)
+#  D0_2      Mode N/A
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton135     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9104       PHSP;
+Enddecay
+CDecay D-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph136_do9200_do9200.dec b/BaBar_2014/ISR_aliasv2_vph136_do9200_do9200.dec
new file mode 100644
index 0000000..69d40bd
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph136_do9200_do9200.dec
@@ -0,0 +1,7489 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  136    D*0D*0     1 :   2 :   3
+#                        (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 cocktail
+#
+# D+/-1      Mode N/A
+#  D0_1      Mode 9201   cocktail
+# D+/-2      Mode N/A
+#  D0_2      Mode 9200   cocktail
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton136     PHSP;
+Enddecay
+
+Decay D01
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph136_do9201_do9200.dec b/BaBar_2014/ISR_aliasv2_vph136_do9201_do9200.dec
new file mode 100644
index 0000000..b4a42db
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph136_do9201_do9200.dec
@@ -0,0 +1,7489 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  136    D*0D*0     1 :   2 :   3
+#                        (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 cocktail
+#
+# D+/-1      Mode N/A
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode N/A
+#  D0_2      Mode 9200   cocktail
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton136     PHSP;
+Enddecay
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph136_do9201_do9201.dec b/BaBar_2014/ISR_aliasv2_vph136_do9201_do9201.dec
new file mode 100644
index 0000000..04a44d1
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph136_do9201_do9201.dec
@@ -0,0 +1,7489 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  136    D*0D*0     1 :   2 :   3
+#                        (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 cocktail
+#
+# D+/-1      Mode N/A
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode N/A
+#  D0_2      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton136     PHSP;
+Enddecay
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph137_dc9100mdo9200_dc9100.dec b/BaBar_2014/ISR_aliasv2_vph137_dc9100mdo9200_dc9100.dec
new file mode 100644
index 0000000..549d707
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph137_dc9100mdo9200_dc9100.dec
@@ -0,0 +1,7492 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  137    D*+D-      1 :   1 :   1
+# 
+# D*1 cocktail
+#
+# D+/-1      Mode 9100   cocktail
+#  D0_1      Mode 9200   cocktail
+# D+/-2      Mode 9100   cocktail
+#  D0_2      Mode N/A
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton137     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9200       PHSP; 
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph137_dc9100mdo9200_dc9101.dec b/BaBar_2014/ISR_aliasv2_vph137_dc9100mdo9200_dc9101.dec
new file mode 100644
index 0000000..6046aa5
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph137_dc9100mdo9200_dc9101.dec
@@ -0,0 +1,7492 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  137    D*+D-      1 :   1 :   1
+# 
+# D*1 cocktail
+#
+# D+/-1      Mode 9100   cocktail
+#  D0_1      Mode 9200   cocktail
+# D+/-2      Mode 9101   cleanest tags Kpipi K0p
+#  D0_2      Mode N/A
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton137     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph137_dc9101mdo9201_dc9100.dec b/BaBar_2014/ISR_aliasv2_vph137_dc9101mdo9201_dc9100.dec
new file mode 100644
index 0000000..94596e2
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph137_dc9101mdo9201_dc9100.dec
@@ -0,0 +1,7492 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  137    D*+D-      1 :   1 :   1
+# 
+# D*1 cocktail
+#
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9100   cocktail
+#  D0_2      Mode N/A
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton137     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP; 
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph137_dc9101mdo9201_dc9101.dec b/BaBar_2014/ISR_aliasv2_vph137_dc9101mdo9201_dc9101.dec
new file mode 100644
index 0000000..420a187
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph137_dc9101mdo9201_dc9101.dec
@@ -0,0 +1,7492 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  137    D*+D-      1 :   1 :   1
+# 
+# D*1 cocktail
+#
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9101   cleanest tags Kpipi K0p
+#  D0_2      Mode N/A
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton137     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph138_dc8001_dc9101.dec b/BaBar_2014/ISR_aliasv2_vph138_dc8001_dc9101.dec
new file mode 100644
index 0000000..a8bb67e
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph138_dc8001_dc9101.dec
@@ -0,0 +1,7487 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  138    D*+D-      1 :   1 :   1
+# 
+# D*1 100% D+/-
+#
+# D+/-1      Mode 8001   D+ -> mu nu
+#  D0_1      Mode N/A
+# D+/-2      Mode 9101   cleanest tags Kpipi K0p
+#  D0_2      Mode N/A
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton138     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+8001       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph138_dc9104_dc9101.dec b/BaBar_2014/ISR_aliasv2_vph138_dc9104_dc9101.dec
new file mode 100644
index 0000000..7eef9ed
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph138_dc9104_dc9101.dec
@@ -0,0 +1,7487 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  138    D*+D-      1 :   1 :   1
+# 
+# D*1 100% D+/-
+#
+# D+/-1      Mode 9104   D+ -> semimuonic cocktail, enhanced tau nu (tau ->e/mu nu nu)
+#  D0_1      Mode N/A
+# D+/-2      Mode 9101   cleanest tags Kpipi K0p
+#  D0_2      Mode N/A
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton138     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9104       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph139_do9200mdo9200.dec b/BaBar_2014/ISR_aliasv2_vph139_do9200mdo9200.dec
new file mode 100644
index 0000000..a294ecb
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph139_do9200mdo9200.dec
@@ -0,0 +1,7488 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  139    D*0D0      1 :   1 :   1
+# 
+# D*1 cocktail
+#
+# D+/-1      Mode N/A
+# D+/-2      Mode N/A
+#
+#  D0_1      Mode 9200   cocktail
+#  D0_2      Mode 9200   cocktail
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton139     PHSP;
+Enddecay
+
+Decay D01
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph139_do9201mdo9200.dec b/BaBar_2014/ISR_aliasv2_vph139_do9201mdo9200.dec
new file mode 100644
index 0000000..d30c3a5
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph139_do9201mdo9200.dec
@@ -0,0 +1,7489 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  139    D*0D0      1 :   1 :   1
+# 
+# D*1 cocktail
+#
+# D+/-1      Mode N/A
+# D+/-2      Mode N/A
+#
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+#  D0_2      Mode 9200   cocktail
+#  Tag is on D*0/D0 side 50%/50% of time
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton139     PHSP;
+Enddecay
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph139_do9201mdo9201.dec b/BaBar_2014/ISR_aliasv2_vph139_do9201mdo9201.dec
new file mode 100644
index 0000000..5943804
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph139_do9201mdo9201.dec
@@ -0,0 +1,7487 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi     4040  4160  4415
+# Vphoton    Mode  139    D*0D0      1 :   1 :   1
+# 
+# D*1 cocktail
+#
+# D+/-1      Mode N/A
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode N/A
+#  D0_2      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton139     PHSP;
+Enddecay
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph140_dc9100mdo9200_dc9100mdo9200.dec b/BaBar_2014/ISR_aliasv2_vph140_dc9100mdo9200_dc9100mdo9200.dec
new file mode 100644
index 0000000..7870a0e
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph140_dc9100mdo9200_dc9100mdo9200.dec
@@ -0,0 +1,7496 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                            Psi     3770  4040  4160  4415
+# Vphoton    Mode  140  50%  D+D-       2 :   1 :   1 :   1
+#                       50%  D0D0       2 :   1 :   1 :   1
+#
+# D+/-1      Mode 9100   cocktail
+#  D0_1      Mode 9200   cocktail
+# D+/-2      Mode 9100   cocktail
+#  D0_2      Mode 9200   cocktail
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton140     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph140_dc9101mdo9201_dc9100mdo9200.dec b/BaBar_2014/ISR_aliasv2_vph140_dc9101mdo9201_dc9100mdo9200.dec
new file mode 100644
index 0000000..1116c9c
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph140_dc9101mdo9201_dc9100mdo9200.dec
@@ -0,0 +1,7496 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                            Psi     3770  4040  4160  4415
+# Vphoton    Mode  140  50%  D+D-       2 :   1 :   1 :   1
+#                       50%  D0D0       2 :   1 :   1 :   1
+#
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9100   cocktail
+#  D0_2      Mode 9200   cocktail
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton140     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph140_dc9101mdo9201_dc9101mdo9201.dec b/BaBar_2014/ISR_aliasv2_vph140_dc9101mdo9201_dc9101mdo9201.dec
new file mode 100644
index 0000000..62670ca
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph140_dc9101mdo9201_dc9101mdo9201.dec
@@ -0,0 +1,7496 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                            Psi     3770  4040  4160  4415
+# Vphoton    Mode  140  50%  D+D-       2 :   1 :   1 :   1
+#                       50%  D0D0       2 :   1 :   1 :   1
+#
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9101   cleanest tags Kpipi K0p
+#  D0_2      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton140     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D02
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph141_dc9101mdo9201_dc9100mdo9200.dec b/BaBar_2014/ISR_aliasv2_vph141_dc9101mdo9201_dc9100mdo9200.dec
new file mode 100644
index 0000000..3aae4e5
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph141_dc9101mdo9201_dc9100mdo9200.dec
@@ -0,0 +1,7496 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi         4040  4160  4415
+# Vphoton    Mode  141    D0 D+ pi-      1 :   2 :   5
+# 
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9100   cocktail
+#  D0_2      Mode 9200   cocktail
+#
+# Either the D0 or the D+ but not both will be forced to a clean tag mode
+#######################################################################################
+Decay vpho
+1.0 vphoton141     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph141_dc9101mdo9201_dc9101mdo9201.dec b/BaBar_2014/ISR_aliasv2_vph141_dc9101mdo9201_dc9101mdo9201.dec
new file mode 100644
index 0000000..de22af3
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph141_dc9101mdo9201_dc9101mdo9201.dec
@@ -0,0 +1,7495 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi         4040  4160  4415
+# Vphoton    Mode  141    D0 D+ pi-      1 :   2 :   5
+# 
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9101   cleanest tags Kpipi K0p
+#  D0_2      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton141     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D02
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph142_dc9101mdo9201_dc9100mdo9200.dec b/BaBar_2014/ISR_aliasv2_vph142_dc9101mdo9201_dc9100mdo9200.dec
new file mode 100644
index 0000000..b3fb5f8
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph142_dc9101mdo9201_dc9100mdo9200.dec
@@ -0,0 +1,7501 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                            Psi          4040  4160  4415
+# Vphoton    Mode  142 50%   D*0 D+ pi-      1 :   2 :   5
+#                      50%   D*+ D0 pi-      1 :   2 :   5
+#
+# D*1 cocktail
+#
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9100   cocktail
+#  D0_2      Mode 9200   cocktail
+#
+# The D decay is forced on the D*/D side 50%/50% of the time
+# Only one side of the event is forced.
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton142     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph142_dc9101mdo9201_dc9101mdo9201.dec b/BaBar_2014/ISR_aliasv2_vph142_dc9101mdo9201_dc9101mdo9201.dec
new file mode 100644
index 0000000..91098b6
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph142_dc9101mdo9201_dc9101mdo9201.dec
@@ -0,0 +1,7498 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                            Psi          4040  4160  4415
+# Vphoton    Mode  142 50%   D*0 D+ pi-      1 :   2 :   5
+#                      50%   D*+ D0 pi-      1 :   2 :   5
+#
+# D*1 cocktail
+#
+# D+/-1      Mode 9101   cleanest tags Kpipi K0p
+#  D0_1      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+# D+/-2      Mode 9101   cleanest tags Kpipi K0p
+#  D0_2      Mode 9201   cleanest tags Kpi Kpipipi Kpipi0 K0pp
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton142     PHSP;
+Enddecay
+
+Decay D+1
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D01
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+2
+1.0 D+9101       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D02
+1.0 D0_9201       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9000.dec b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9000.dec
new file mode 100644
index 0000000..2d0e2d6
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9000.dec
@@ -0,0 +1,7492 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi      4040  4160  4415
+# Vphoton    Mode  143    Ds  Ds     6%    2%     2%
+#                         Ds* Ds          40%    20%
+#                         Ds* Ds*                30%
+#                         Ds* Ds*   (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 cocktail
+#
+# Ds1       Mode 9006   cleanest tags Kpipi K0p
+# Ds2       Mode 9000   cocktail
+#
+# Cleanest hadronic tag modes are:
+# phiKK pi, K0-pp K, K*-Kp K
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton143     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9006       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9003.dec b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9003.dec
new file mode 100644
index 0000000..efd960c
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9003.dec
@@ -0,0 +1,7492 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi      4040  4160  4415
+# Vphoton    Mode  143    Ds  Ds     6%    2%     2%
+#                         Ds* Ds          40%    20%
+#                         Ds* Ds*                30%
+#                         Ds* Ds*   (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 cocktail
+#
+# Ds1       Mode 9006   cleanest tags Kpipi K0p
+# Ds2       Mode 9003   semileptonic 1-prongs
+#
+# Cleanest hadronic tag modes are:
+# phiKK pi, K0-pp K, K*-Kp K
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton143     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9006       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9003       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9007.dec b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9007.dec
new file mode 100644
index 0000000..a5f1d0b
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9007.dec
@@ -0,0 +1,7495 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi      4040  4160  4415
+# Vphoton    Mode  143    Ds  Ds     6%    2%     2%
+#                         Ds* Ds          40%    20%
+#                         Ds* Ds*                30%
+#                         Ds* Ds*   (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 cocktail
+#
+# Ds1       Mode 9006   cleanest tags Kpipi K0p
+# Ds2       Mode 9007   cocktail
+#
+# Cleanest hadronic tag modes are:
+# phiKK pi, K0-pp K, K*-Kp K
+#
+# Clean hadronic tag modes are:
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton143     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9006       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9007       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9009.dec b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9009.dec
new file mode 100644
index 0000000..582ad7e
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9009.dec
@@ -0,0 +1,7492 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi      4040  4160  4415
+# Vphoton    Mode  143    Ds  Ds     6%    2%     2%
+#                         Ds* Ds          40%    20%
+#                         Ds* Ds*                30%
+#                         Ds* Ds*   (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 cocktail
+#
+# Ds1       Mode 9006   cleanest tags Kpipi K0p
+# Ds2       Mode 9009   semileptonic multi-prongs
+#
+# Cleanest hadronic tag modes are:
+# phiKK pi, K0-pp K, K*-Kp K
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton143     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9006       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9009       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9010.dec b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9010.dec
new file mode 100644
index 0000000..d1a27bf
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9010.dec
@@ -0,0 +1,7492 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi      4040  4160  4415
+# Vphoton    Mode  143    Ds  Ds     6%    2%     2%
+#                         Ds* Ds          40%    20%
+#                         Ds* Ds*                30%
+#                         Ds* Ds*   (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 cocktail
+#
+# Ds1       Mode 9006   cleanest tags Kpipi K0p
+# Ds2       Mode 9010   leptonic 1 prongs:  mu nu, tau-1prong nu
+#
+# Cleanest hadronic tag modes are:
+# phiKK pi, K0-pp K, K*-Kp K
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton143     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9006       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9010       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9011.dec b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9011.dec
new file mode 100644
index 0000000..51b92ce
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9011.dec
@@ -0,0 +1,7492 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi      4040  4160  4415
+# Vphoton    Mode  143    Ds  Ds     6%    2%     2%
+#                         Ds* Ds          40%    20%
+#                         Ds* Ds*                30%
+#                         Ds* Ds*   (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 cocktail
+#
+# Ds1       Mode 9006   cleanest tags Kpipi K0p
+# Ds2       Mode 9011   leptonic multi prongs:  tau-multiprong nu
+#
+# Cleanest hadronic tag modes are:
+# phiKK pi, K0-pp K, K*-Kp K
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton143     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9006       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9011       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9013.dec b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9013.dec
new file mode 100644
index 0000000..ac6715f
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv2_vph143_ds9006_ds9013.dec
@@ -0,0 +1,7492 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D+/D0 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combinations for  MC production runs
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D-,D0bar 50:50
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*+ unforced. recoil side (2) D*- -> D- 100%
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 0.999999 0.999999;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*0 unforced, tag side is the D*/D 50:50.
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+# D unforced, tag side is the D/Dbar 50:50.
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.2 psi(3770)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4040)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4160)D+D-    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D0D0    gamma VECTORISR 0.999999 0.999999;
+0.1 psi(4415)D+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+# tag side is the D+/D0 50:50.
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4160)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.02  psi(4415)DsDs     gamma VECTORISR 0.999999 0.999999;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1- pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+
+#######################################################################################
+# Based on ProdDecayFiles/ISR_aliases_v2.dec 
+#
+#                         Psi      4040  4160  4415
+# Vphoton    Mode  143    Ds  Ds     6%    2%     2%
+#                         Ds* Ds          40%    20%
+#                         Ds* Ds*                30%
+#                         Ds* Ds*   (L,S) = 50% (1,0), 50% (1,2), 0% (3,2)
+# 
+# D*1 cocktail
+# D*2 cocktail
+#
+# Ds1       Mode 9006   cleanest tags Kpipi K0p
+# Ds2       Mode 9013   K0->neutral K
+#
+# Cleanest hadronic tag modes are:
+# phiKK pi, K0-pp K, K*-Kp K
+#
+#######################################################################################
+Decay vpho
+1.0 vphoton143     PHSP;
+Enddecay
+
+Decay D_s+1
+1.0 D_s+9006       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9013       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph137_dc6000_do9202mdc6000.dec b/BaBar_2014/ISR_aliasv3_vph137_dc6000_do9202mdc6000.dec
new file mode 100644
index 0000000..2bf9de6
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph137_dc6000_do9202mdc6000.dec
@@ -0,0 +1,8005 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# e+e- -> Gamma_ISR + psi(4040), psi(4040)->D+D*-
+#     D+  -> K-pi+pi+ (100%)
+#     D*- -> D0~pi-, (80%), D-pi0 (20%)
+#     D0~ -> K+pi- (40%), K+pi+pi+pi- (40%), K+pi-pi0 (20%)
+#     D-  -> K+pi-pi- (100%)
+#
+# e+e- -> Gamma_ISR + psi(4160), psi(4160)->D+D*-
+#     D+  -> K-pi+pi+ (100%)
+#     D*- -> D0~pi-, (80%), D-pi0 (20%)
+#     D0~ -> K+pi- (40%), K+pi+pi+pi- (40%), K+pi-pi0 (20%)
+#     D-  -> K+pi-pi- (100%)
+#
+# e+e- -> Gamma_ISR + psi(4415), psi(4415)->D+D*-
+#     D+  -> K-pi+pi+ (100%)
+#     D*- -> D0~pi-, (80%), D-pi0 (20%)
+#     D0~ -> K+pi- (40%), K+pi+pi+pi- (40%), K+pi-pi0 (20%)
+#     D-  -> K+pi-pi- (100%)
+#
+###########################################################################
+Decay vpho
+#1.0 vphoton137     PHSP;
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay D*+1
+1.0 D*+1_80       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+Decay D01
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D02
+
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph139_dstrpi0_do9202mdO9202.dec b/BaBar_2014/ISR_aliasv3_vph139_dstrpi0_do9202mdO9202.dec
new file mode 100644
index 0000000..874c945
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph139_dstrpi0_do9202mdO9202.dec
@@ -0,0 +1,7998 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# e+e- -> Gamma_ISR + psi(4040), psi(4040)->D0D0*~
+#    D0->K-pi+ (40%), K-pi-pi-pi+ (40%), K-pi+pi0 (20%)
+#    D0*~->D0~pi0 (100%), D0~ -> K+pi- (40%), K+pi-pi-pi+ (40%), K+pi-pi0 (20%)#
+#
+# e+e- -> Gamma_ISR + psi(4160), psi(4160)->D0D0*~
+#    D0->K-pi+ (40%), K-pi-pi-pi+ (40%), K-pi+pi0 (20%)
+#    D0*~->D0~pi0 (100%), D0~ -> K+pi- (40%), K+pi-pi-pi+ (40%), K+pi-pi0 (20%)#
+#
+# e+e- -> Gamma_ISR + psi(4415), psi(4415)->D0D0*~
+#    D0->K-pi+ (40%), K-pi-pi-pi+ (40%), K-pi+pi0 (20%)
+#    D0*~->D0~pi0 (100%), D0~ -> K+pi- (40%), K+pi-pi-pi+ (40%), K+pi-pi0 (20%)
+###########################################################################
+Decay vpho
+#1.0 vphoton139     PHSP;
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+Decay D01
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D02
+
+#Decay D+1
+#1.0 D+9101       PHSP;
+#Enddecay
+#CDecay D-1
+
+#Decay D+2
+#1.0 D+9101       PHSP;
+#Enddecay
+#CDecay D-2
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph144_dc6000_do3000mdc6000_do9202.dec b/BaBar_2014/ISR_aliasv3_vph144_dc6000_do3000mdc6000_do9202.dec
new file mode 100644
index 0000000..1a56b33
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph144_dc6000_do3000mdc6000_do9202.dec
@@ -0,0 +1,7964 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# e+e- -> Gamma_ISR + psi(3770), psi(3770)->D0D0~    
+#   D0->K-pi+ (100%)
+#   D0~->K+pi- (40%), K+pi-pi-pi+ (40%), K+pi-pi0 (20%)  
+#
+# e+e- -> Gamma_ISR + psi(3770), psi(3770)->D+D-
+#     D+ ->K-pi+pi+ (100%)
+#     D- ->K+pi-pi- (100%)
+###########################################################################
+Decay vpho
+#1.0 vphoton144     PHSP;
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D02
+
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph145_dstrneu_do3000mdc6000_do9202.dec b/BaBar_2014/ISR_aliasv3_vph145_dstrneu_do3000mdc6000_do9202.dec
new file mode 100644
index 0000000..18e2105
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph145_dstrneu_do3000mdc6000_do9202.dec
@@ -0,0 +1,8012 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-_80_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-_80_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# e+e- -> Gamma_ISR + psi(4040), psi(4040)->D*+D*-
+#     D*+ -> D0pi+ (100%)
+#     D0  -> K-pi+ (100%)
+#     D*- -> D0~pi-, (80%), D-pi0 (20%)
+#     D0~ -> K+pi- (40%), K+pi+pi+pi- (40%), K+pi-pi0 (20%)
+#     D-  -> K+pi-pi- (100%)
+# 
+# e+e- -> Gamma_ISR + psi(4160), psi(4040)->D*+D*-
+#     D*+ -> D0pi+ (100%)
+#     D0  -> K-pi+ (100%)
+#     D*- -> D0~pi-, (80%), D-pi0 (20%)
+#     D0~ -> K+pi- (40%), K+pi+pi+pi- (40%), K+pi-pi0 (20%)
+#     D-  -> K+pi-pi- (100%)
+# 
+#  e+e- -> Gamma_ISR + psi(4415), psi(4415)->D*+D*-
+#     D*+ -> D0pi+ (100%)
+#     D0  -> K-pi+ (100%)
+#     D*- -> D0~pi-, (80%), D-pi0 (20%)
+#     D0~ -> K+pi- (40%), K+pi+pi+pi- (40%), K+pi-pi0 (20%)
+#     D-  -> K+pi-pi- (100%)
+#
+###########################################################################
+Decay vpho
+#1.0 vphoton145     PHSP;
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_80       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D1 is always neutral
+#Decay D+1
+#1.0 D+6000       PHSP;
+#Enddecay
+#CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph146_DD12pi_dc6000_do3000_dc9100_do9200.dec b/BaBar_2014/ISR_aliasv3_vph146_DD12pi_dc6000_do3000_dc9100_do9200.dec
new file mode 100644
index 0000000..5a98616
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph146_DD12pi_dc6000_do3000_dc9100_do9200.dec
@@ -0,0 +1,8056 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72 h_b(3P)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# DD 1,2pi mode
+# 4.7 5.2 5.7 6.2 6.7 7.2
+# e+e- -> Gamma_Isr + D+D- pi0	
+# e+e- -> Gamma_Isr + D+D- pi+pi-
+# e+e- -> Gamma_Isr + D+D- pi0pi0
+#  (D+ forced)
+#   D+ -> K-pi+pi- (100%)
+#  (D- cocktail)
+# e+e- -> Gamma_Isr + D0D0~ pi0
+# e+e- -> Gamma_Isr + D0D0~ pi+pi-
+# e+e- -> Gamma_Isr + D0D0~ pi0pi0
+#  (D0 forced)
+#   D0 -> K-pi+ (100%)
+#  (D0~ cocktail)
+###########################################################################
+#146 is spikes
+Decay vpho
+#1.0 vphoton146     PHSP;
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_42_72 
+1.0    D01 anti-D02 pi0 PHSP;
+1.0    D02 anti-D01 pi0 PHSP;
+1.0    D+1 D-2      pi0 PHSP;
+1.0    D+2 D-1      pi0 PHSP;
+
+1.0    D01 anti-D02 pi0 pi0 PHSP;
+1.0    D02 anti-D01 pi0 pi0 PHSP;
+1.0    D+1 D-2      pi0 pi0 PHSP;
+1.0    D+2 D-1      pi0 pi0 PHSP;
+
+1.0    D01 anti-D02 pi+ pi- PHSP;
+1.0    D02 anti-D01 pi+ pi- PHSP;
+1.0    D+1 D-2      pi+ pi- PHSP;
+1.0    D+2 D-1      pi+ pi- PHSP;
+
+Enddecay
+
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+# D0 Cocktail
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# D+ Cocktail
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+
+
+#Decay D*+1
+#1.0 D*+1_80       PHSP;
+#Enddecay
+#CDecay D*-1
+
+#Decay D*02
+#1.0 D*02_pi0       PHSP;
+#Enddecay
+#CDecay anti-D*02
+
+
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph146_DD34pi_dc6000_do3000_dc9100_do9200.dec b/BaBar_2014/ISR_aliasv3_vph146_DD34pi_dc6000_do3000_dc9100_do9200.dec
new file mode 100644
index 0000000..4c04169
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph146_DD34pi_dc6000_do3000_dc9100_do9200.dec
@@ -0,0 +1,8070 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72 h_b(3P)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# DD 3,4pi mode
+# 4.7 5.2 5.7 6.2 6.7 7.2
+# e+e- -> Gamma_Isr + D+D- pi0pi0pi0	
+# e+e- -> Gamma_Isr + D+D- pi+pi-pi0
+# e+e- -> Gamma_Isr + D+D- pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D+D- pi0pi0pi+pi-
+# e+e- -> Gamma_Isr + D+D- pi+pi-pi+pi-
+#  (D+ forced)
+#   D+ -> K-pi+pi- (100%)
+#  (D- cocktail)
+# e+e- -> Gamma_Isr + D0D0~ pi0pi0pi0
+# e+e- -> Gamma_Isr + D0D0~ pi+pi-pi0
+# e+e- -> Gamma_Isr + D0D0~ pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D0D0~ pi0pi0pi+pi-
+# e+e- -> Gamma_Isr + D0D0~ pi+pi-pi+pi-
+#  (D0 forced)
+#   D0 -> K-pi+ (100%)
+#  (D0~ cocktail)
+###########################################################################
+#146 is spikes
+Decay vpho
+#1.0 vphoton146     PHSP;
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_42_72 
+1.0    D01 anti-D02 pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D01 pi0 pi0 pi0 PHSP;
+1.0    D+1 D-2      pi0 pi0 pi0 PHSP;
+1.0    D+2 D-1      pi0 pi0 pi0 PHSP;
+
+1.0    D01 anti-D02 pi+ pi- pi0 PHSP;
+1.0    D02 anti-D01 pi+ pi- pi0 PHSP;
+1.0    D+1 D-2      pi+ pi- pi0 PHSP;
+1.0    D+2 D-1      pi+ pi- pi0 PHSP;
+
+1.0    D01 anti-D02 pi0 pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D01 pi0 pi0 pi0 pi0 PHSP;
+1.0    D+1 D-2      pi0 pi0 pi0 pi0 PHSP;
+1.0    D+2 D-1      pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D01 anti-D02 pi+ pi- pi0 pi0 PHSP;
+1.0    D02 anti-D01 pi+ pi- pi0 pi0 PHSP;
+1.0    D+1 D-2      pi+ pi- pi0 pi0 PHSP;
+1.0    D+2 D-1      pi+ pi- pi0 pi0 PHSP;
+
+1.0    D01 anti-D02 pi+ pi- pi+ pi- PHSP;
+1.0    D02 anti-D01 pi+ pi- pi+ pi- PHSP;
+1.0    D+1 D-2      pi+ pi- pi+ pi- PHSP;
+1.0    D+2 D-1      pi+ pi- pi+ pi- PHSP;
+
+Enddecay
+
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+# D0 Cocktail
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# D+ Cocktail
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+
+
+#Decay D*+1
+#1.0 D*+1_80       PHSP;
+#Enddecay
+#CDecay D*-1
+
+#Decay D*02
+#1.0 D*02_pi0       PHSP;
+#Enddecay
+#CDecay anti-D*02
+
+
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph146_DD56pi_dc6000_do3000_dc9100_do9200.dec b/BaBar_2014/ISR_aliasv3_vph146_DD56pi_dc6000_do3000_dc9100_do9200.dec
new file mode 100644
index 0000000..07502b6
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph146_DD56pi_dc6000_do3000_dc9100_do9200.dec
@@ -0,0 +1,8085 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72 h_b(3P)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# DD 5,6pi mode
+# 4.7 5.2 5.7 6.2 6.7 7.2
+# e+e- -> Gamma_Isr + D+D- pi0pi0pi0pi0pi0			<======= 1K
+# e+e- -> Gamma_Isr + D+D- pi+pi-pi+pi-pi0
+# e+e- -> Gamma_Isr + D+D- pi+pi-pi0pi0pi0
+# e+e- -> Gamma_Isr + D+D- pi0pi0pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D+D- pi+pi-pi+pi-pi+pi-
+# e+e- -> Gamma_Isr + D+D- pi+pi-pi+pi-pi0pi0
+# e+e- -> Gamma_Isr + D+D- pi+pi-pi0pi0pi0pi0
+#  (D+ forced)
+#   D+ -> K-pi+pi- (100%)
+#  (D- cocktail)
+# e+e- -> Gamma_Isr + D0D0~ pi0pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D0D0~ pi+pi-pi+pi-pi0
+# e+e- -> Gamma_Isr + D0D0~ pi+pi-pi0pi0pi0
+# e+e- -> Gamma_Isr + D0D0~ pi0pi0pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D0D0~ pi+pi-pi+pi-pi+pi-
+# e+e- -> Gamma_Isr + D0D0~ pi+pi-pi+pi-pi0pi0
+# e+e- -> Gamma_Isr + D0D0~ pi+pi-pi0pi0pi0pi0
+#  (D0 forced)
+#   D0 -> K-pi+ (100%)
+#  (D0~ cocktail)
+###########################################################################
+#146 is spikes
+Decay vpho
+#1.0 vphoton146     PHSP;
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_42_72 
+1.0    D01 anti-D02 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D01 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D+1 D-2      pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D+2 D-1      pi0 pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D01 anti-D02 pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D01 pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D+1 D-2      pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D+2 D-1      pi+ pi- pi0 pi0 pi0 PHSP;
+
+1.0    D01 anti-D02 pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D02 anti-D01 pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D+1 D-2      pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D+2 D-1      pi+ pi- pi+ pi- pi0 PHSP;
+
+1.0    D01 anti-D02 pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D01 pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D+1 D-2      pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D+2 D-1      pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D01 anti-D02 pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D01 pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D+1 D-2      pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D+2 D-1      pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D01 anti-D02 pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D02 anti-D01 pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D+1 D-2      pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D+2 D-1      pi+ pi- pi+ pi- pi0 pi0 PHSP;
+
+1.0    D01 anti-D02 pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D02 anti-D01 pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D+1 D-2      pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D+2 D-1      pi+ pi- pi+ pi- pi+ pi- PHSP;
+
+
+Enddecay
+
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+# D0 Cocktail
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# D+ Cocktail
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+
+
+#Decay D*+1
+#1.0 D*+1_80       PHSP;
+#Enddecay
+#CDecay D*-1
+
+#Decay D*02
+#1.0 D*02_pi0       PHSP;
+#Enddecay
+#CDecay anti-D*02
+
+
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph146_DstrD12pi_dc6000_do3000_dc9100_do9200.dec b/BaBar_2014/ISR_aliasv3_vph146_DstrD12pi_dc6000_do3000_dc9100_do9200.dec
new file mode 100644
index 0000000..2b9df10
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph146_DstrD12pi_dc6000_do3000_dc9100_do9200.dec
@@ -0,0 +1,8076 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72 h_b(3P)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# DD 1,2pi mode
+# 4.7 5.2 5.7 6.2 6.7 7.2
+# e+e- -> Gamma_Isr + D+D- pi0	
+# e+e- -> Gamma_Isr + D+D- pi+pi-
+# e+e- -> Gamma_Isr + D+D- pi0pi0
+#  (D+ forced)
+#   D+ -> K-pi+pi- (100%)
+#  (D- cocktail)
+# e+e- -> Gamma_Isr + D0D0~ pi0
+# e+e- -> Gamma_Isr + D0D0~ pi+pi-
+# e+e- -> Gamma_Isr + D0D0~ pi0pi0
+#  (D0 forced)
+#   D0 -> K-pi+ (100%)
+#  (D0~ cocktail)
+#  
+# All D*0 are forced to pi0 D0
+# half the time, the D from D* is forced, half the time the other D is force
+###########################################################################
+#146 is spikes
+Decay vpho
+#1.0 vphoton146     PHSP;
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_42_72 
+1.0    D*01 anti-D02  pi0 PHSP;
+1.0    D02  anti-D*01 pi0 PHSP;
+1.0    D*+1 D-2       pi0 PHSP;
+1.0    D+2  D*-1      pi0 PHSP;
+1.0    D01  anti-D*02 pi0 PHSP;
+1.0    D*02 anti-D01  pi0 PHSP;
+1.0    D+1  D*-2      pi0 PHSP;
+1.0    D*+2 D-1       pi0 PHSP;
+
+1.0    D*01 anti-D02  pi0 pi0 PHSP;
+1.0    D02  anti-D*01 pi0 pi0 PHSP;
+1.0    D*+1 D-2       pi0 pi0 PHSP;
+1.0    D+2  D*-1      pi0 pi0 PHSP;
+1.0    D01  anti-D*02 pi0 pi0 PHSP;
+1.0    D*02 anti-D01  pi0 pi0 PHSP;
+1.0    D+1  D*-2      pi0 pi0 PHSP;
+1.0    D*+2 D-1       pi0 pi0 PHSP;
+
+1.0    D*01 anti-D02  pi+ pi- PHSP;
+1.0    D02  anti-D*01 pi+ pi- PHSP;
+1.0    D*+1 D-2       pi+ pi- PHSP;
+1.0    D+2  D*-1      pi+ pi- PHSP;
+1.0    D01  anti-D*02 pi+ pi- PHSP;
+1.0    D*02 anti-D01  pi+ pi- PHSP;
+1.0    D+1  D*-2      pi+ pi- PHSP;
+1.0    D*+2 D-1       pi+ pi- PHSP;
+
+Enddecay
+
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+# D0 Cocktail
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# D+ Cocktail
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+
+
+#Decay D*+1
+#1.0 D*+1_80       PHSP;
+#Enddecay
+#CDecay D*-1
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph146_DstrD34pi_dc6000_do3000_dc9100_do9200.dec b/BaBar_2014/ISR_aliasv3_vph146_DstrD34pi_dc6000_do3000_dc9100_do9200.dec
new file mode 100644
index 0000000..21c515a
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph146_DstrD34pi_dc6000_do3000_dc9100_do9200.dec
@@ -0,0 +1,8099 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72 h_b(3P)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# D*D 3,4pi mode
+# 4.7 5.2 5.7 6.2 6.7 7.2
+# e+e- -> Gamma_Isr + D*+D- pi0pi0pi0			<======= 1K
+# e+e- -> Gamma_Isr + D*+D- pi+pi-pi0
+# e+e- -> Gamma_Isr + D*+D- pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*+D- pi0pi0pi+pi-
+# e+e- -> Gamma_Isr + D*+D- pi+pi-pi+pi-
+#   (D*+ forced)
+#   (D*+ cocktail)
+#    D0  -> K-pi+ (100%)
+#    D+  -> K+pi+pi- (100%)
+#   (D- cocktail)
+# e+e- -> Gamma_Isr + D*0D0~ pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0~ pi+pi-pi0
+# e+e- -> Gamma_Isr + D*0D0~ pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0~ pi0pi0pi+pi-
+# e+e- -> Gamma_Isr + D*0D0~ pi+pi-pi+pi-
+#   (D*0 forced)
+#    D*0 -> D0pi0 (100%)
+#    D0  -> K-pi+ (100%)
+#   (D0~ cocktail)
+# All D*0 are forced to pi0 D0
+# half the time, the D from D* is forced, half the time the other D is force
+###########################################################################
+#146 is spikes
+Decay vpho
+#1.0 vphoton146     PHSP;
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_42_72 
+1.0    D*01 anti-D02 pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D*01 pi0 pi0 pi0 PHSP;
+1.0    D*+1 D-2      pi0 pi0 pi0 PHSP;
+1.0    D+2 D*-1      pi0 pi0 pi0 PHSP;
+1.0    D01 anti-D*02 pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D01 pi0 pi0 pi0 PHSP;
+1.0    D+1 D*-2      pi0 pi0 pi0 PHSP;
+1.0    D*+2 D-1      pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D02 pi+ pi- pi0 PHSP;
+1.0    D02 anti-D*01 pi+ pi- pi0 PHSP;
+1.0    D*+1 D-2      pi+ pi- pi0 PHSP;
+1.0    D+2 D*-1      pi+ pi- pi0 PHSP;
+1.0    D01 anti-D*02 pi+ pi- pi0 PHSP;
+1.0    D*02 anti-D01 pi+ pi- pi0 PHSP;
+1.0    D+1 D*-2      pi+ pi- pi0 PHSP;
+1.0    D*+2 D-1      pi+ pi- pi0 PHSP;
+
+1.0    D*01 anti-D02 pi0 pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D*01 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+1 D-2      pi0 pi0 pi0 pi0 PHSP;
+1.0    D+2 D*-1      pi0 pi0 pi0 pi0 PHSP;
+1.0    D01 anti-D*02 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D01 pi0 pi0 pi0 pi0 PHSP;
+1.0    D+1 D*-2      pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+2 D-1      pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D02 pi+ pi- pi0 pi0 PHSP;
+1.0    D02 anti-D*01 pi+ pi- pi0 pi0 PHSP;
+1.0    D*+1 D-2      pi+ pi- pi0 pi0 PHSP;
+1.0    D+2 D*-1      pi+ pi- pi0 pi0 PHSP;
+1.0    D01 anti-D*02 pi+ pi- pi0 pi0 PHSP;
+1.0    D*02 anti-D01 pi+ pi- pi0 pi0 PHSP;
+1.0    D+1 D*-2      pi+ pi- pi0 pi0 PHSP;
+1.0    D*+2 D-1      pi+ pi- pi0 pi0 PHSP;
+
+1.0    D*01 anti-D02 pi+ pi- pi+ pi- PHSP;
+1.0    D02 anti-D*01 pi+ pi- pi+ pi- PHSP;
+1.0    D*+1 D-2      pi+ pi- pi+ pi- PHSP;
+1.0    D+2 D*-1      pi+ pi- pi+ pi- PHSP;
+1.0    D01 anti-D*02 pi+ pi- pi+ pi- PHSP;
+1.0    D*02 anti-D01 pi+ pi- pi+ pi- PHSP;
+1.0    D+1 D*-2      pi+ pi- pi+ pi- PHSP;
+1.0    D*+2 D-1      pi+ pi- pi+ pi- PHSP;
+Enddecay
+
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+# D0 Cocktail
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# D+ Cocktail
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+
+
+#Decay D*+1
+#1.0 D*+1_80       PHSP;
+#Enddecay
+#CDecay D*-1
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph146_DstrD56pi_dc6000_do3000_dc9100_do9200.dec b/BaBar_2014/ISR_aliasv3_vph146_DstrD56pi_dc6000_do3000_dc9100_do9200.dec
new file mode 100644
index 0000000..c3f87d2
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph146_DstrD56pi_dc6000_do3000_dc9100_do9200.dec
@@ -0,0 +1,8123 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72 h_b(3P)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# D*D 5,6pi mode
+# 4.7 5.2 5.7 6.2 6.7 7.2
+# e+e- -> Gamma_Isr + D*+D- pi0pi0pi0pi0pi0			<======= 1K
+# e+e- -> Gamma_Isr + D*+D- pi+pi-pi+pi-pi0
+# e+e- -> Gamma_Isr + D*+D- pi+pi-pi0pi0pi0
+# e+e- -> Gamma_Isr + D*+D- pi0pi0pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*+D- pi+pi-pi+pi-pi0pi0
+# e+e- -> Gamma_Isr + D*+D- pi+pi-pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*+D- pi+pi-pi+pi-pi+pi-
+#   (D*+ forced)
+#   (D*+ cocktail)
+#    D0  -> K-pi+ (100%)
+#    D+  -> K+pi+pi- (100%)
+#   (D- cocktail)
+# e+e- -> Gamma_Isr + D*0D0~ pi0pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0~ pi+pi-pi+pi-pi0
+# e+e- -> Gamma_Isr + D*0D0~ pi+pi-pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0~ pi0pi0pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0~ pi+pi-pi+pi-pi0pi0
+# e+e- -> Gamma_Isr + D*0D0~ pi+pi-pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0~ pi+pi-pi+pi-pi+pi-
+#   (D*0 forced)
+#    D*0 -> D0pi0 (100%)
+#    D0  -> K-pi+ (100%)
+#   (D0~ cocktail)
+# All D*0 are forced to pi0 D0
+# half the time, the D from D* is forced, half the time the other D is force
+###########################################################################
+#146 is spikes
+Decay vpho
+#1.0 vphoton146     PHSP;
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_42_72 
+1.0    D*01 anti-D02 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D*01 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+1 D-2      pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D+2 D*-1      pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D01 anti-D*02 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D01 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D+1 D*-2      pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+2 D-1      pi0 pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D02 pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D*01 pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D*+1 D-2      pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D+2 D*-1      pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D01 anti-D*02 pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D01 pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D+1 D*-2      pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D*+2 D-1      pi+ pi- pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D02 pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D02 anti-D*01 pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D*+1 D-2      pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D+2 D*-1      pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D01 anti-D*02 pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D*02 anti-D01 pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D+1 D*-2      pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D*+2 D-1      pi+ pi- pi+ pi- pi0 PHSP;
+
+1.0    D*01 anti-D02 pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D*01 pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+1 D-2      pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D+2 D*-1      pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D01 anti-D*02 pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D01 pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D+1 D*-2      pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+2 D-1      pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D02 pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D02 anti-D*01 pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+1 D-2      pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D+2 D*-1      pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D01 anti-D*02 pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D01 pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D+1 D*-2      pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+2 D-1      pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D02 pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D02 anti-D*01 pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D*+1 D-2      pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D+2 D*-1      pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D01 anti-D*02 pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D*02 anti-D01 pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D+1 D*-2      pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D*+2 D-1      pi+ pi- pi+ pi- pi0 pi0 PHSP;
+
+1.0    D*01 anti-D02 pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D02 anti-D*01 pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D*+1 D-2      pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D+2 D*-1      pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D01 anti-D*02 pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D*02 anti-D01 pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D+1 D*-2      pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D*+2 D-1      pi+ pi- pi+ pi- pi+ pi- PHSP;
+
+
+Enddecay
+
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+# D0 Cocktail
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# D+ Cocktail
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+
+
+#Decay D*+1
+#1.0 D*+1_80       PHSP;
+#Enddecay
+#CDecay D*-1
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph146_DstrDstr12pi_dc6000_do3000_dc9100_do9200.dec b/BaBar_2014/ISR_aliasv3_vph146_DstrDstr12pi_dc6000_do3000_dc9100_do9200.dec
new file mode 100644
index 0000000..9f1699c
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph146_DstrDstr12pi_dc6000_do3000_dc9100_do9200.dec
@@ -0,0 +1,8059 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72 h_b(3P)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# D*D* 1,2pi mode
+# 4.7 5.2 5.7 6.2 6.7 7.2
+# e+e- -> Gamma_Isr + D*+D*- pi0	
+# e+e- -> Gamma_Isr + D*+D*- pi0pi0
+# e+e- -> Gamma_Isr + D*+D*- pi+pi-
+#   (D*+ forced)
+#   (D*+ cocktail)
+#    D0  -> K-pi+ (100%)
+#    D+  -> K+pi+pi- (100%)
+#   (D*- cocktail)
+# e+e- -> Gamma_Isr + D*0D0*~ pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi0pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi+pi-
+#   (D*0 forced)
+#    D*0 -> D0pi0 (100%)
+#    D0  -> K-pi+ (100%)
+#   (D0*~ cocktail)
+###########################################################################
+#146 is spikes
+Decay vpho
+#1.0 vphoton146     PHSP;
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_42_72 
+1.0    D*01 anti-D*02  pi0 PHSP;
+1.0    D*02  anti-D*01 pi0 PHSP;
+1.0    D*+1 D*-2       pi0 PHSP;
+1.0    D*+2  D*-1      pi0 PHSP;
+
+1.0    D*01 anti-D*02  pi0 pi0 PHSP;
+1.0    D*02  anti-D*01 pi0 pi0 PHSP;
+1.0    D*+1 D*-2       pi0 pi0 PHSP;
+1.0    D*+2  D*-1      pi0 pi0 PHSP;
+
+1.0    D*01 anti-D*02  pi+ pi- PHSP;
+1.0    D*02  anti-D*01 pi+ pi- PHSP;
+1.0    D*+1 D*-2       pi+ pi- PHSP;
+1.0    D*+2  D*-1      pi+ pi- PHSP;
+
+Enddecay
+
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+# D0 Cocktail
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# D+ Cocktail
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+
+
+#Decay D*+1
+#1.0 D*+1_80       PHSP;
+#Enddecay
+#CDecay D*-1
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph146_DstrDstr34pi_dc6000_do3000_dc9100_do9200.dec b/BaBar_2014/ISR_aliasv3_vph146_DstrDstr34pi_dc6000_do3000_dc9100_do9200.dec
new file mode 100644
index 0000000..d25fcd7
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph146_DstrDstr34pi_dc6000_do3000_dc9100_do9200.dec
@@ -0,0 +1,8071 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72 h_b(3P)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# D*D* 3,4pi mode
+# 4.7 5.2 5.7 6.2 6.7 7.2
+# e+e- -> Gamma_Isr + D*+D*- pi0pi0pi0
+# e+e- -> Gamma_Isr + D*+D*- pi+pi-pi0
+# e+e- -> Gamma_Isr + D*+D*- pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*+D*- pi+pi-pi+pi-
+# e+e- -> Gamma_Isr + D*+D*- pi+pi-pi0pi0
+#   (D*+ forced)
+#    D*+ -> D0pi+ (70%), D+pi0 (30%)
+#    D0  -> K-pi+ (100%)
+#    D+  -> K+pi+pi- (100%)
+#   (D*- cocktail)
+# e+e- -> Gamma_Isr + D*0D0*~ pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi+pi-pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi+pi-pi+pi-
+# e+e- -> Gamma_Isr + D*0D0*~ pi+pi-pi0pi0
+#   (D*0 forced)
+#    D*0 -> D0pi0 (100%)
+#    D0  -> K-pi+ (100%)
+#   (D0*~ cocktail)
+###########################################################################
+#146 is spikes
+Decay vpho
+#1.0 vphoton146     PHSP;
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_42_72 
+1.0    D*01 anti-D*02 pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D*01 pi0 pi0 pi0 PHSP;
+1.0    D*+1 D*-2      pi0 pi0 pi0 PHSP;
+1.0    D*+2 D*-1      pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D*02 pi+ pi- pi0 PHSP;
+1.0    D*02 anti-D*01 pi+ pi- pi0 PHSP;
+1.0    D*+1 D*-2      pi+ pi- pi0 PHSP;
+1.0    D*+2 D*-1      pi+ pi- pi0 PHSP;
+
+1.0    D*01 anti-D*02 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D*01 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+1 D*-2      pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+2 D*-1      pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D*02 pi+ pi- pi0 pi0 PHSP;
+1.0    D*02 anti-D*01 pi+ pi- pi0 pi0 PHSP;
+1.0    D*+1 D*-2      pi+ pi- pi0 pi0 PHSP;
+1.0    D*+2 D*-1      pi+ pi- pi0 pi0 PHSP;
+
+1.0    D*01 anti-D*02 pi+ pi- pi+ pi- PHSP;
+1.0    D*02 anti-D*01 pi+ pi- pi+ pi- PHSP;
+1.0    D*+1 D*-2      pi+ pi- pi+ pi- PHSP;
+1.0    D*+2 D*-1      pi+ pi- pi+ pi- PHSP;
+Enddecay
+
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+# D0 Cocktail
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# D+ Cocktail
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+
+
+#Decay D*+1
+#1.0 D*+1_80       PHSP;
+#Enddecay
+#CDecay D*-1
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph146_DstrDstr56pi_dc6000_do3000_dc9100_do9200.dec b/BaBar_2014/ISR_aliasv3_vph146_DstrDstr56pi_dc6000_do3000_dc9100_do9200.dec
new file mode 100644
index 0000000..a2f7a9b
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph146_DstrDstr56pi_dc6000_do3000_dc9100_do9200.dec
@@ -0,0 +1,8085 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72 h_b(3P)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+# D*D* 5,6pi mode
+# 4.7 5.2 5.7 6.2 6.7 7.2
+# e+e- -> Gamma_Isr + D*+D*- pi0pi0pi0pi0pi0	
+# e+e- -> Gamma_Isr + D*+D*- pi+pi-pi+pi-pi0
+# e+e- -> Gamma_Isr + D*+D*- pi+pi-pi0pi0pi0
+# e+e- -> Gamma_Isr + D*+D*- pi0pi0pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*+D*- pi+pi-pi+pi-pi0pi0
+# e+e- -> Gamma_Isr + D*+D*- pi+pi-pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*+D*- pi+pi-pi+pi-pi+pi-
+#   (D*+ forced)
+#    D*+ -> D0pi+ (70%), D+pi0 (30%)
+#    D0  -> K-pi+ (100%)
+#    D+  -> K+pi+pi- (100%)
+#   (D*- cocktail)
+# e+e- -> Gamma_Isr + D*0D0*~ pi0pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi+pi-pi+pi-pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi+pi-pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi0pi0pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi+pi-pi+pi-pi0pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi+pi-pi0pi0pi0pi0
+# e+e- -> Gamma_Isr + D*0D0*~ pi+pi-pi+pi-pi+pi-
+#   (D*0 forced)
+#    D*0 -> D0pi0 (100%)
+#    D0  -> K-pi+ (100%)
+#   (D0*~ cocktail)
+###########################################################################
+#146 is spikes
+Decay vpho
+#1.0 vphoton146     PHSP;
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_42_72 
+1.0    D*01 anti-D*02 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D*01 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+1 D*-2      pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+2 D*-1      pi0 pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D*02 pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D*01 pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D*+1 D*-2      pi+ pi- pi0 pi0 pi0 PHSP;
+1.0    D*+2 D*-1      pi+ pi- pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D*02 pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D*02 anti-D*01 pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D*+1 D*-2      pi+ pi- pi+ pi- pi0 PHSP;
+1.0    D*+2 D*-1      pi+ pi- pi+ pi- pi0 PHSP;
+
+1.0    D*01 anti-D*02 pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D*01 pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+1 D*-2      pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+2 D*-1      pi0 pi0 pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D*02 pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D*02 anti-D*01 pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+1 D*-2      pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+1.0    D*+2 D*-1      pi+ pi- pi0 pi0 pi0 pi0 PHSP;
+
+1.0    D*01 anti-D*02 pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D*02 anti-D*01 pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D*+1 D*-2      pi+ pi- pi+ pi- pi0 pi0 PHSP;
+1.0    D*+2 D*-1      pi+ pi- pi+ pi- pi0 pi0 PHSP;
+
+1.0    D*01 anti-D*02 pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D*02 anti-D*01 pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D*+1 D*-2      pi+ pi- pi+ pi- pi+ pi- PHSP;
+1.0    D*+2 D*-1      pi+ pi- pi+ pi- pi+ pi- PHSP;
+
+Enddecay
+
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+# D0 Cocktail
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# D+ Cocktail
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+
+
+#Decay D*+1
+#1.0 D*+1_80       PHSP;
+#Enddecay
+#CDecay D*-1
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph147_DD_DstrD_DstrDstr_dc6000_do3000_dc9100_do9200.dec b/BaBar_2014/ISR_aliasv3_vph147_DD_DstrD_DstrDstr_dc6000_do3000_dc9100_do9200.dec
new file mode 100644
index 0000000..c580941
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph147_DD_DstrD_DstrDstr_dc6000_do3000_dc9100_do9200.dec
@@ -0,0 +1,8088 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72 h_b(3P)
+Alias spike_42_42 h_b(2P)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+###########################################################################
+## Gather all 4.2 GeV requests			
+#1K events each, 4.2 GeV
+# e+e- -> Gamma_Isr + D*+D*- no pions
+#  (D*+ forced)
+#   D0  -> K-pi+ (100%)
+#   D+  -> K+pi+pi- (100%)
+#  (D*- cocktail)
+#
+# e+e- -> Gamma_Isr + D*0D*0~ no pions
+#  (D*0 forced)
+#   D*0 -> D0pi0 (100%)
+#   D0  -> K-pi+ (100%)
+#  (D*0~ cocktail)
+#
+# e+e- -> Gamma_Isr + D*+D- no pions
+#  (D*+ forced)
+#   D0  -> K-pi+ (100%)
+#   D+  -> K+pi+pi- (100%)
+#  (D- cocktail)
+#
+# e+e- -> Gamma_Isr + D*0D0~ no pions
+#  (D*0 forced)
+#   D*0 -> D0pi0 (100%)
+#   D0  -> K-pi+ (100%)
+#  (D0~ cocktail)
+#
+# e+e- -> Gamma_Isr + D+D- no pions
+#  (D+ forced)
+#   D+ -> K-pi+pi- (100%)
+#  (D- cocktail)
+# e+e- -> Gamma_Isr + D0D0~ no pions
+#  (D0 forced)
+#   D0 -> K-pi+ (100%)
+#  (D0~ cocktail)
+###########################################################################
+#146 is spikes
+Decay vpho
+#1.0 vphoton147     PHSP;
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_42_42 
+1.0    D01 anti-D02  PHSP;
+1.0    D02 anti-D01  PHSP;
+1.0    D+1 D-2       PHSP;
+1.0    D+2 D-1       PHSP;
+
+0.5    D*01 anti-D02  PHSP;
+0.5    D02 anti-D*01  PHSP;
+0.5    D*+1 D-2       PHSP;
+0.5    D+2 D*-1       PHSP;
+0.5    D01 anti-D*02  PHSP;
+0.5    D*02 anti-D01  PHSP;
+0.5    D+1 D*-2       PHSP;
+0.5    D*+2 D-1       PHSP;
+
+1.0    D*01 anti-D*02  PHSP;
+1.0    D*02 anti-D*01  PHSP;
+1.0    D*+1 D*-2       PHSP;
+1.0    D*+2 D*-1       PHSP;
+
+
+
+Enddecay
+
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+# D0 Cocktail
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# D+ Cocktail
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcLc12pi_Lc9301mLc9300.dec b/BaBar_2014/ISR_aliasv3_vph148_LcLc12pi_Lc9301mLc9300.dec
new file mode 100644
index 0000000..19a7320
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcLc12pi_Lc9301mLc9300.dec
@@ -0,0 +1,8239 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+Lc- pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi-
+#
+# Decays of final state Lc's:  pkpi vs cocktail
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1 Lc-2 pi0          PHSP;
+1.0    Lc-1 Lc+2 pi0          PHSP;
+1.0    Lc+1 Lc-2 pi0 pi0      PHSP;
+1.0    Lc-1 Lc+2 pi0 pi0      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi-      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi-      PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9300      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcLc12pi_Lc9301mLc9301.dec b/BaBar_2014/ISR_aliasv3_vph148_LcLc12pi_Lc9301mLc9301.dec
new file mode 100644
index 0000000..a63b097
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcLc12pi_Lc9301mLc9301.dec
@@ -0,0 +1,8239 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+Lc- pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi-
+#
+# Decays of final state Lc's:  pkpi vs pkpi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1 Lc-2 pi0          PHSP;
+1.0    Lc-1 Lc+2 pi0          PHSP;
+1.0    Lc+1 Lc-2 pi0 pi0      PHSP;
+1.0    Lc-1 Lc+2 pi0 pi0      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi-      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi-      PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcLc34pi_Lc9301mLc9300.dec b/BaBar_2014/ISR_aliasv3_vph148_LcLc34pi_Lc9301mLc9300.dec
new file mode 100644
index 0000000..4c0a7ad
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcLc34pi_Lc9301mLc9300.dec
@@ -0,0 +1,8245 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+Lc- pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi0 pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi+ pi-
+#
+# Decays of final state Lc's:  pkpi vs cocktail
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1 Lc-2 pi0 pi0 pi0          PHSP;
+1.0    Lc-1 Lc+2 pi0 pi0 pi0          PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi0          PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi0          PHSP;
+1.0    Lc+1 Lc-2 pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc-1 Lc+2 pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi0 pi0      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi0 pi0      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi+ pi-      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi+ pi-      PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9300      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcLc34pi_Lc9301mLc9301.dec b/BaBar_2014/ISR_aliasv3_vph148_LcLc34pi_Lc9301mLc9301.dec
new file mode 100644
index 0000000..d3db5b6
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcLc34pi_Lc9301mLc9301.dec
@@ -0,0 +1,8245 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+Lc- pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi0 pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi+ pi-
+#
+# Decays of final state Lc's:  pkpi vs cocktail
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1 Lc-2 pi0 pi0 pi0          PHSP;
+1.0    Lc-1 Lc+2 pi0 pi0 pi0          PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi0          PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi0          PHSP;
+1.0    Lc+1 Lc-2 pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc-1 Lc+2 pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi0 pi0      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi0 pi0      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi+ pi-      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi+ pi-      PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcLc56pi_Lc9301mLc9300.dec b/BaBar_2014/ISR_aliasv3_vph148_LcLc56pi_Lc9301mLc9300.dec
new file mode 100644
index 0000000..f465a7b
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcLc56pi_Lc9301mLc9300.dec
@@ -0,0 +1,8251 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+Lc- pi0 pi0 pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi+ pi- pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi0 pi0 pi0 pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi0 pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi+ pi- pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi+ pi- pi+ pi-
+#
+# Decays of final state Lc's:  pkpi vs cocktail
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1 Lc-2 pi0 pi0 pi0 pi0 pi0          PHSP;
+1.0    Lc-1 Lc+2 pi0 pi0 pi0 pi0 pi0          PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi0 pi0 pi0          PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi0 pi0 pi0          PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi+ pi- pi0          PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi+ pi- pi0          PHSP;
+1.0    Lc+1 Lc-2 pi0 pi0 pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc-1 Lc+2 pi0 pi0 pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi0 pi0 pi+ pi-      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi0 pi0 pi+ pi-      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi+ pi- pi+ pi-      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi+ pi- pi+ pi-      PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9300      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcLc56pi_Lc9301mLc9301.dec b/BaBar_2014/ISR_aliasv3_vph148_LcLc56pi_Lc9301mLc9301.dec
new file mode 100644
index 0000000..3107722
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcLc56pi_Lc9301mLc9301.dec
@@ -0,0 +1,8251 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+Lc- pi0 pi0 pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi+ pi- pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi0 pi0 pi0 pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi0 pi0 pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi+ pi- pi0 pi0
+# e+e- -> Gamma_Isr + Lc+Lc- pi+ pi- pi+ pi- pi+ pi-
+#
+# Decays of final state Lc's:  pkpi vs pkpi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1 Lc-2 pi0 pi0 pi0 pi0 pi0          PHSP;
+1.0    Lc-1 Lc+2 pi0 pi0 pi0 pi0 pi0          PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi0 pi0 pi0          PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi0 pi0 pi0          PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi+ pi- pi0          PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi+ pi- pi0          PHSP;
+1.0    Lc+1 Lc-2 pi0 pi0 pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc-1 Lc+2 pi0 pi0 pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi0 pi0 pi0 pi0      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi0 pi0 pi+ pi-      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi0 pi0 pi+ pi-      PHSP;
+1.0    Lc+1 Lc-2 pi+ pi- pi+ pi- pi+ pi-      PHSP;
+1.0    Lc-1 Lc+2 pi+ pi- pi+ pi- pi+ pi-      PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcLc_Lc9301mLc9300.dec b/BaBar_2014/ISR_aliasv3_vph148_LcLc_Lc9301mLc9300.dec
new file mode 100644
index 0000000..a511f81
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcLc_Lc9301mLc9300.dec
@@ -0,0 +1,8233 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+Lc-
+#
+# Decays of final state Lc's:  pkpi vs cocktail
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1 Lc-2      PHSP;
+1.0    Lc+2 Lc-1      PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9300      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcLc_Lc9301mLc9301.dec b/BaBar_2014/ISR_aliasv3_vph148_LcLc_Lc9301mLc9301.dec
new file mode 100644
index 0000000..2f90646
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcLc_Lc9301mLc9301.dec
@@ -0,0 +1,8233 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+Lc-
+#
+# Decays of final state Lc's:  pkpi vs pkpi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1 Lc-2      PHSP;
+1.0    Lc+2 Lc-1      PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcND1pi_Lc9301mdc6000_do3000.dec b/BaBar_2014/ISR_aliasv3_vph148_LcND1pi_Lc9301mdc6000_do3000.dec
new file mode 100644
index 0000000..9b2806e
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcND1pi_Lc9301mdc6000_do3000.dec
@@ -0,0 +1,8256 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+ pbar anti-D0  pi0 + CC
+# e+e- -> Gamma_Isr + Lc+ nbar      D-  pi0 + CC
+# e+e- -> Gamma_Isr + Lc+ pbar anti-D*0 pi0 + CC
+# e+e- -> Gamma_Isr + Lc+ nbar      D*- pi0 + CC
+#
+# e+e- -> Gamma_Isr + Lc+ pbar      D-  pi+ + CC
+# e+e- -> Gamma_Isr + Lc+ nbar anti-D0  pi- + CC
+# e+e- -> Gamma_Isr + Lc+ pbar      D*- pi+ + CC
+# e+e- -> Gamma_Isr + Lc+ nbar anti-D0  pi- + CC
+#
+# Decays of final state Lc:  pkpi
+# Decays of final state D*0: D0 pi0
+# Decays of final state D*+: D0 pi+
+# Decays of final state D0:  K pi
+# Decays of final state D+:  K pi pi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1  anti-p- anti-D02  pi0    PHSP;
+1.0    Lc+1  anti-n0      D-2  pi0    PHSP;
+1.0    Lc+1  anti-p- anti-D*02 pi0    PHSP;
+1.0    Lc+1  anti-n0      D*-2 pi0    PHSP;
+
+1.0    Lc+1  anti-p-      D-2  pi+    PHSP;
+1.0    Lc+1  anti-n0 anti-D*02 pi-    PHSP;
+1.0    Lc+1  anti-p-      D*-2 pi+    PHSP;
+1.0    Lc+1  anti-n0 anti-D*02 pi-    PHSP;
+
+1.0    Lc-1       p+      D02  pi0    PHSP;
+1.0    Lc-1       n0      D+2  pi0    PHSP;
+1.0    Lc-1       p+      D*02 pi0    PHSP;
+1.0    Lc-1       n0      D*+2 pi0    PHSP;
+
+1.0    Lc-1       p+      D+2  pi-    PHSP;
+1.0    Lc-1       n0      D*02 pi+    PHSP;
+1.0    Lc-1       p+      D*+2 pi-    PHSP;
+1.0    Lc-1       n0      D*02 pi+    PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcND2pi_Lc9301mdc6000_do3000.dec b/BaBar_2014/ISR_aliasv3_vph148_LcND2pi_Lc9301mdc6000_do3000.dec
new file mode 100644
index 0000000..3975bbd
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcND2pi_Lc9301mdc6000_do3000.dec
@@ -0,0 +1,8271 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+ pbar anti-D0  pi0 pi0 + CC
+# e+e- -> Gamma_Isr + Lc+ nbar      D-  pi0 pi0 + CC
+# e+e- -> Gamma_Isr + Lc+ pbar anti-D*0 pi0 pi0 + CC
+# e+e- -> Gamma_Isr + Lc+ nbar      D*- pi0 pi0 + CC
+#
+# e+e- -> Gamma_Isr + Lc+ pbar anti-D0  pi+ pi- + CC
+# e+e- -> Gamma_Isr + Lc+ nbar      D-  pi+ pi- + CC
+# e+e- -> Gamma_Isr + Lc+ pbar anti-D*0 pi+ pi- + CC
+# e+e- -> Gamma_Isr + Lc+ nbar      D*- pi+ pi- + CC
+#
+# e+e- -> Gamma_Isr + Lc+ pbar      D-  pi+ pi0 + CC
+# e+e- -> Gamma_Isr + Lc+ nbar anti-D0  pi- pi0 + CC
+# e+e- -> Gamma_Isr + Lc+ pbar      D*- pi+ pi0 + CC
+# e+e- -> Gamma_Isr + Lc+ nbar anti-D0  pi- pi0 + CC
+#
+# Decays of final state Lc:  pkpi
+# Decays of final state D*0: D0 pi0
+# Decays of final state D*+: D0 pi+
+# Decays of final state D0:  K pi
+# Decays of final state D+:  K pi pi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1  anti-p- anti-D02  pi0 pi0    PHSP;
+1.0    Lc+1  anti-n0      D-2  pi0 pi0    PHSP;
+1.0    Lc+1  anti-p- anti-D*02 pi0 pi0    PHSP;
+1.0    Lc+1  anti-n0      D*-2 pi0 pi0    PHSP;
+
+1.0    Lc+1  anti-p- anti-D02  pi+ pi-    PHSP;
+1.0    Lc+1  anti-n0      D-2  pi+ pi-    PHSP;
+1.0    Lc+1  anti-p- anti-D*02 pi+ pi-    PHSP;
+1.0    Lc+1  anti-n0      D*-2 pi+ pi-    PHSP;
+
+1.0    Lc+1  anti-p-      D-2  pi+ pi0    PHSP;
+1.0    Lc+1  anti-n0 anti-D*02 pi- pi0    PHSP;
+1.0    Lc+1  anti-p-      D*-2 pi+ pi0    PHSP;
+1.0    Lc+1  anti-n0 anti-D*02 pi- pi0    PHSP;
+
+1.0    Lc-1       p+      D02  pi0 pi0    PHSP;
+1.0    Lc-1       n0      D+2  pi0 pi0    PHSP;
+1.0    Lc-1       p+      D*02 pi0 pi0    PHSP;
+1.0    Lc-1       n0      D*+2 pi0 pi0    PHSP;
+
+1.0    Lc-1       p+      D02  pi+ pi-    PHSP;
+1.0    Lc-1       n0      D+2  pi+ pi-    PHSP;
+1.0    Lc-1       p+      D*02 pi+ pi-    PHSP;
+1.0    Lc-1       n0      D*+2 pi+ pi-    PHSP;
+
+1.0    Lc-1       p+      D+2  pi- pi0    PHSP;
+1.0    Lc-1       n0      D*02 pi+ pi0    PHSP;
+1.0    Lc-1       p+      D*+2 pi- pi0    PHSP;
+1.0    Lc-1       n0      D*02 pi+ pi0    PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcND_Lc9301mdc6000_do3000.dec b/BaBar_2014/ISR_aliasv3_vph148_LcND_Lc9301mdc6000_do3000.dec
new file mode 100644
index 0000000..ac4db15
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcND_Lc9301mdc6000_do3000.dec
@@ -0,0 +1,8241 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+ pbar anti-D0 + CC
+# e+e- -> Gamma_Isr + Lc+ nbar      D- + CC
+# e+e- -> Gamma_Isr + Lc+ pbar anti-D*0 + CC
+# e+e- -> Gamma_Isr + Lc+ nbar      D*- + CC
+#
+# Decays of final state Lc:  pkpi
+# Decays of final state D*0: D0 pi0
+# Decays of final state D*+: D0 pi+
+# Decays of final state D0:  K pi
+# Decays of final state D+:  K pi pi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1  anti-p- anti-D02      PHSP;
+1.0    Lc+1  anti-n0      D-2      PHSP;
+1.0    Lc+1  anti-p- anti-D*02     PHSP;
+1.0    Lc+1  anti-n0      D*-2     PHSP;
+
+1.0    Lc-1       p+      D02      PHSP;
+1.0    Lc-1       n0      D+2      PHSP;
+1.0    Lc-1       p+      D*02     PHSP;
+1.0    Lc-1       n0      D*+2     PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_LcXcK_Lc9301mXc9400_Xc9401.dec b/BaBar_2014/ISR_aliasv3_vph148_LcXcK_Lc9301mXc9400_Xc9401.dec
new file mode 100644
index 0000000..67d64f2
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_LcXcK_Lc9301mXc9400_Xc9401.dec
@@ -0,0 +1,8252 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Lc+      Xc- Ks       + CC
+# e+e- -> Gamma_Isr + Lc+ anti-Xc0 K-       + CC
+# e+e- -> Gamma_Isr + Lc+      Xc- anti-K*0 + CC
+# e+e- -> Gamma_Isr + Lc+ anti-Xc0 K*-      + CC 
+#
+# Decays of final state Lc:  pkpi
+# Decays of final state Xc:  cocktail
+# Decays of final state K0:  pi+pi-
+# Decays of final state K*0: K+pi-
+# Decays of final state K*-: K0(->pi+pi-) pi-
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Lc+1       Xc-2 K0-pp        PHSP;
+1.0    Lc+1  anti-Xc02 K-           PHSP;
+1.0    Lc+1       Xc-2 anti-K*0-Kp  PHSP;
+1.0    Lc+1  anti-Xc02 K*-K0ppp     PHSP;
+
+1.0    Lc-1       Xc+2 K0-pp        PHSP;
+1.0    Lc-1       Xc02 K+           PHSP;
+1.0    Lc-1       Xc+2 K*0-Kp       PHSP;
+1.0    Lc-1       Xc02 K*+K0ppp     PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+# For Reference: 9400 and 9401 are Xi_c cocktail
+Decay Xc+2
+1.0 Xc+_9400      PHSP;
+Enddecay
+CDecay Xc-2
+
+Decay Xc02
+1.0 Xc0_9401      PHSP;
+Enddecay
+CDecay anti-Xc02
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScND1pi_Lc9301mdc6000_do3000.dec b/BaBar_2014/ISR_aliasv3_vph148_ScND1pi_Lc9301mdc6000_do3000.dec
new file mode 100644
index 0000000..f6ea891
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScND1pi_Lc9301mdc6000_do3000.dec
@@ -0,0 +1,8266 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc++ pbar      D- pi0 + CC
+# e+e- -> Gamma_Isr + Sc+  pbar anti-D0 pi0 + CC
+# e+e- -> Gamma_Isr + Sc+  nbar      D- pi0 + CC
+# e+e- -> Gamma_Isr + Sc0  nbar anti-D0 pi0 + CC
+
+# e+e- -> Gamma_Isr + Sc++ pbar anti-D0 pi- + CC
+# e+e- -> Gamma_Isr + Sc+  pbar      D- pi+ + CC
+# e+e- -> Gamma_Isr + Sc+  nbar anti-D0 pi- + CC
+# e+e- -> Gamma_Isr + Sc0  nbar      D- pi+ + CC
+
+# e+e- -> Gamma_Isr + Sc++ pbar      D*- pi0 + CC
+# e+e- -> Gamma_Isr + Sc+  pbar anti-D*0 pi0 + CC
+# e+e- -> Gamma_Isr + Sc+  nbar      D*- pi0 + CC
+# e+e- -> Gamma_Isr + Sc0  nbar anti-D*0 pi0 + CC
+
+# e+e- -> Gamma_Isr + Sc++ pbar anti-D*0 pi- + CC
+# e+e- -> Gamma_Isr + Sc+  pbar      D*- pi+ + CC
+# e+e- -> Gamma_Isr + Sc+  nbar anti-D*0 pi- + CC
+# e+e- -> Gamma_Isr + Sc0  nbar      D*- pi+ + CC
+
+# Decays of final state Lc:  pkpi
+# Decays of final state D*0: D0 pi0
+# Decays of final state D*+: D0 pi+
+# Decays of final state D0:  K pi
+# Decays of final state D+:  K pi pi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc++1 anti-p-      D-2      PHSP;
+1.0    Sc+1  anti-p- anti-D02      PHSP;
+1.0    Sc+1  anti-n0      D-2      PHSP;
+1.0    Sc01  anti-n0 anti-D02      PHSP;
+
+1.0    Sc++1 anti-p-      D*-2      PHSP;
+1.0    Sc+1  anti-p- anti-D*02      PHSP;
+1.0    Sc+1  anti-n0      D*-2      PHSP;
+1.0    Sc01  anti-n0 anti-D*02      PHSP;
+
+1.0    Sc--1      p+      D+2      PHSP;
+1.0    Sc-1       p+      D02      PHSP;
+1.0    Sc-1       n0      D+2      PHSP;
+1.0    anti-Sc01  n0      D02      PHSP;
+
+1.0    Sc--1      p+      D*+2      PHSP;
+1.0    Sc-1       p+      D*02      PHSP;
+1.0    Sc-1       n0      D*+2      PHSP;
+1.0    anti-Sc01  n0      D*02      PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScND_Lc9301mdc6000_do3000.dec b/BaBar_2014/ISR_aliasv3_vph148_ScND_Lc9301mdc6000_do3000.dec
new file mode 100644
index 0000000..5b9ec91
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScND_Lc9301mdc6000_do3000.dec
@@ -0,0 +1,8256 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc++ pbar      D-  + CC
+# e+e- -> Gamma_Isr + Sc+  pbar anti-D0  + CC
+# e+e- -> Gamma_Isr + Sc+  nbar      D-  + CC
+# e+e- -> Gamma_Isr + Sc0  nbar anti-D0  + CC
+
+# e+e- -> Gamma_Isr + Sc++ pbar      D*- + CC
+# e+e- -> Gamma_Isr + Sc+  pbar anti-D*0 + CC
+# e+e- -> Gamma_Isr + Sc+  nbar      D*- + CC
+# e+e- -> Gamma_Isr + Sc0  nbar anti-D*0 + CC
+#
+# Decays of final state Lc:  pkpi
+# Decays of final state D*0: D0 pi0
+# Decays of final state D*+: D0 pi+
+# Decays of final state D0:  K pi
+# Decays of final state D+:  K pi pi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc++1 anti-p-      D-2      PHSP;
+1.0    Sc+1  anti-p- anti-D02      PHSP;
+1.0    Sc+1  anti-n0      D-2      PHSP;
+1.0    Sc01  anti-n0 anti-D02      PHSP;
+
+1.0    Sc++1 anti-p-      D*-2      PHSP;
+1.0    Sc+1  anti-p- anti-D*02      PHSP;
+1.0    Sc+1  anti-n0      D*-2      PHSP;
+1.0    Sc01  anti-n0 anti-D*02      PHSP;
+
+1.0    Sc--1      p+      D+2      PHSP;
+1.0    Sc-1       p+      D02      PHSP;
+1.0    Sc-1       n0      D+2      PHSP;
+1.0    anti-Sc01  n0      D02      PHSP;
+
+1.0    Sc--1      p+      D*+2      PHSP;
+1.0    Sc-1       p+      D*02      PHSP;
+1.0    Sc-1       n0      D*+2      PHSP;
+1.0    anti-Sc01  n0      D*02      PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScSc1pi_Lc9301mLc9300.dec b/BaBar_2014/ISR_aliasv3_vph148_ScSc1pi_Lc9301mLc9300.dec
new file mode 100644
index 0000000..9d42ef1
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScSc1pi_Lc9301mLc9300.dec
@@ -0,0 +1,8254 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc++ Sc--     pi0 
+# e+e- -> Gamma_Isr + Sc+  Sc-      pi0 
+# e+e- -> Gamma_Isr + Sc0  anti-Sc0 pi0 
+#
+# e+e- -> Gamma_Isr + Sc++ Sc-      pi- 
+# e+e- -> Gamma_Isr + Sc+  anti-Sc0 pi- 
+##
+# e+e- -> Gamma_Isr + Sc+  Sc--     pi+ 
+# e+e- -> Gamma_Isr + Sc0  Sc-      pi+ 
+# Decays of final state Lc's:  pkpi vs cocktail
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc++1 Sc--2      pi0 PHSP;
+1.0    Sc++2 Sc--1      pi0 PHSP;
+1.0    Sc+1  Sc-2       pi0 PHSP;
+1.0    Sc+2  Sc-1       pi0 PHSP;
+1.0    Sc01  anti-Sc02  pi0 PHSP;
+1.0    Sc02  anti-Sc01  pi0 PHSP;
+
+1.0    Sc++1 Sc-2       pi- PHSP;
+1.0    Sc++2 Sc-1       pi- PHSP;
+1.0    Sc+1  anti-Sc02  pi- PHSP;
+1.0    Sc+2  anti-Sc01  pi- PHSP;
+
+1.0    Sc+1  Sc--2      pi+ PHSP;
+1.0    Sc+2  Sc--1      pi+ PHSP;
+1.0    Sc01  Sc-2       pi+ PHSP;
+1.0    Sc02  Sc-1       pi+ PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9300      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScSc1pi_Lc9301mLc9301.dec b/BaBar_2014/ISR_aliasv3_vph148_ScSc1pi_Lc9301mLc9301.dec
new file mode 100644
index 0000000..2367f2e
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScSc1pi_Lc9301mLc9301.dec
@@ -0,0 +1,8254 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc++ Sc--     pi0 
+# e+e- -> Gamma_Isr + Sc+  Sc-      pi0 
+# e+e- -> Gamma_Isr + Sc0  anti-Sc0 pi0 
+#
+# e+e- -> Gamma_Isr + Sc++ Sc-      pi- 
+# e+e- -> Gamma_Isr + Sc+  anti-Sc0 pi- 
+##
+# e+e- -> Gamma_Isr + Sc+  Sc--     pi+ 
+# e+e- -> Gamma_Isr + Sc0  Sc-      pi+ 
+# Decays of final state Lc's:  pkpi vs pkpi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc++1 Sc--2      pi0 PHSP;
+1.0    Sc++2 Sc--1      pi0 PHSP;
+1.0    Sc+1  Sc-2       pi0 PHSP;
+1.0    Sc+2  Sc-1       pi0 PHSP;
+1.0    Sc01  anti-Sc02  pi0 PHSP;
+1.0    Sc02  anti-Sc01  pi0 PHSP;
+
+1.0    Sc++1 Sc-2       pi- PHSP;
+1.0    Sc++2 Sc-1       pi- PHSP;
+1.0    Sc+1  anti-Sc02  pi- PHSP;
+1.0    Sc+2  anti-Sc01  pi- PHSP;
+
+1.0    Sc+1  Sc--2      pi+ PHSP;
+1.0    Sc+2  Sc--1      pi+ PHSP;
+1.0    Sc01  Sc-2       pi+ PHSP;
+1.0    Sc02  Sc-1       pi+ PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScSc_Lc9301mLc9300.dec b/BaBar_2014/ISR_aliasv3_vph148_ScSc_Lc9301mLc9300.dec
new file mode 100644
index 0000000..a22a580
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScSc_Lc9301mLc9300.dec
@@ -0,0 +1,8239 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc++ Sc-- 
+# e+e- -> Gamma_Isr + Sc+  Sc- 
+# e+e- -> Gamma_Isr + Sc0  anti-Sc0 
+#
+# Decays of final state Lc's:  pkpi vs cocktail
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc++1 Sc--2       PHSP;
+1.0    Sc++2 Sc--1       PHSP;
+1.0    Sc+1  Sc-2        PHSP;
+1.0    Sc+2  Sc-1        PHSP;
+1.0    Sc01  anti-Sc02   PHSP;
+1.0    Sc02  anti-Sc01   PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9300      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScSc_Lc9301mLc9301.dec b/BaBar_2014/ISR_aliasv3_vph148_ScSc_Lc9301mLc9301.dec
new file mode 100644
index 0000000..ea1b96b
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScSc_Lc9301mLc9301.dec
@@ -0,0 +1,8239 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc++ Sc-- 
+# e+e- -> Gamma_Isr + Sc+  Sc- 
+# e+e- -> Gamma_Isr + Sc0  anti-Sc0 
+#
+# Decays of final state Lc's:  pkpi vs pkpi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc++1 Sc--2       PHSP;
+1.0    Sc++2 Sc--1       PHSP;
+1.0    Sc+1  Sc-2        PHSP;
+1.0    Sc+2  Sc-1        PHSP;
+1.0    Sc01  anti-Sc02   PHSP;
+1.0    Sc02  anti-Sc01   PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScXcK_Lc9301mXc9400_Xc9401.dec b/BaBar_2014/ISR_aliasv3_vph148_ScXcK_Lc9301mXc9400_Xc9401.dec
new file mode 100644
index 0000000..07f8306
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScXcK_Lc9301mXc9400_Xc9401.dec
@@ -0,0 +1,8252 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc++     Xc- K-       + CC
+# e+e- -> Gamma_Isr + Sc+      Xc- Ks       + CC
+# e+e- -> Gamma_Isr + Sc+ anti-Xc0 K-       + CC
+# e+e- -> Gamma_Isr + Sc0 anti-Xc0 Ks       + CC
+#
+# Decays of final state Lc:  pkpi
+# Decays of final state Xc:  cocktail
+# Decays of final state K0:  pi+pi-
+# Decays of final state K*0: K+pi-
+# Decays of final state K*-: K0(->pi+pi-) pi-
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc++1      Xc-2 K-           PHSP;
+1.0    Sc+1       Xc-2 K0-pp        PHSP;
+1.0    Sc+1  anti-Xc02 K-           PHSP;
+1.0    Sc01  anti-Xc02 K0pp         PHSP;
+
+1.0    Sc--1          Xc+2 K+           PHSP;
+1.0    Sc-1           Xc+2 K0-pp        PHSP;
+1.0    Sc-1           Xc02 K+           PHSP;
+1.0    anti-Sc01      Xc02 K0pp         PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+# For Reference: 9400 and 9401 are Xi_c cocktail
+Decay Xc+2
+1.0 Xc+_9400      PHSP;
+Enddecay
+CDecay Xc-2
+
+Decay Xc02
+1.0 Xc0_9401      PHSP;
+Enddecay
+CDecay anti-Xc02
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScXcKstr_Lc9301mXc9400_Xc9401.dec b/BaBar_2014/ISR_aliasv3_vph148_ScXcKstr_Lc9301mXc9400_Xc9401.dec
new file mode 100644
index 0000000..82d4318
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScXcKstr_Lc9301mXc9400_Xc9401.dec
@@ -0,0 +1,8252 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc++     Xc- K*-       + CC
+# e+e- -> Gamma_Isr + Sc+      Xc- K*0       + CC
+# e+e- -> Gamma_Isr + Sc+ anti-Xc0 K*-       + CC
+# e+e- -> Gamma_Isr + Sc0 anti-Xc0 K*0       + CC
+#
+# Decays of final state Lc:  pkpi
+# Decays of final state Xc:  cocktail
+# Decays of final state K0:  pi+pi-
+# Decays of final state K*0: K+pi-
+# Decays of final state K*-: K0(->pi+pi-) pi-
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc++1      Xc-2 K*-K0ppp      PHSP;
+1.0    Sc+1       Xc-2 K*0-Kp        PHSP;
+1.0    Sc+1  anti-Xc02 K*-K0ppp      PHSP;
+1.0    Sc01  anti-Xc02 K*0-Kp        PHSP;
+
+1.0    Sc--1          Xc+2 K*+K0ppp  PHSP;
+1.0    Sc-1           Xc+2 K*0-Kp    PHSP;
+1.0    Sc-1           Xc02 K*+K0ppp  PHSP;
+1.0    anti-Sc01      Xc02 K*0-Kp    PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+# For Reference: 9400 and 9401 are Xi_c cocktail
+Decay Xc+2
+1.0 Xc+_9400      PHSP;
+Enddecay
+CDecay Xc-2
+
+Decay Xc02
+1.0 Xc0_9401      PHSP;
+Enddecay
+CDecay anti-Xc02
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScstrSc1pi_Lc9301mLc9300.dec b/BaBar_2014/ISR_aliasv3_vph148_ScstrSc1pi_Lc9301mLc9300.dec
new file mode 100644
index 0000000..6590983
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScstrSc1pi_Lc9301mLc9300.dec
@@ -0,0 +1,8283 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc*++ Sc--     pi0 
+# e+e- -> Gamma_Isr + Sc*+  Sc-      pi0 
+# e+e- -> Gamma_Isr + Sc*0  anti-Sc0 pi0 
+#
+# e+e- -> Gamma_Isr + Sc*++ Sc-      pi- 
+# e+e- -> Gamma_Isr + Sc*+  anti-Sc0 pi- 
+##
+# e+e- -> Gamma_Isr + Sc*+  Sc--     pi+ 
+# e+e- -> Gamma_Isr + Sc*0  Sc-      pi+ 
+#
+# e+e- -> Gamma_Isr + Sc++ Sc*--     pi0 
+# e+e- -> Gamma_Isr + Sc+  Sc*-      pi0 
+# e+e- -> Gamma_Isr + Sc0  anti-Sc*0 pi0 
+#
+# e+e- -> Gamma_Isr + Sc++ Sc-       pi- 
+# e+e- -> Gamma_Isr + Sc+  anti-Sc*0 pi- 
+#
+# e+e- -> Gamma_Isr + Sc+  Sc*--     pi+ 
+# e+e- -> Gamma_Isr + Sc0  Sc*-      pi+ 
+#
+# Decays of final state Lc's:  pkpi vs cocktail
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc*++1 Sc--2      pi0 PHSP;
+1.0    Sc*++2 Sc--1      pi0 PHSP;
+1.0    Sc*+1  Sc-2       pi0 PHSP;
+1.0    Sc*+2  Sc-1       pi0 PHSP;
+1.0    Sc*01  anti-Sc02  pi0 PHSP;
+1.0    Sc*02  anti-Sc01  pi0 PHSP;
+
+1.0    Sc*++1 Sc-2       pi- PHSP;
+1.0    Sc*++2 Sc-1       pi- PHSP;
+1.0    Sc*+1  anti-Sc02  pi- PHSP;
+1.0    Sc*+2  anti-Sc01  pi- PHSP;
+
+1.0    Sc*+1  Sc--2      pi+ PHSP;
+1.0    Sc*+2  Sc--1      pi+ PHSP;
+1.0    Sc*01  Sc-2       pi+ PHSP;
+1.0    Sc*02  Sc-1       pi+ PHSP;
+
+1.0    Sc++1 Sc*--2      pi0 PHSP;
+1.0    Sc++2 Sc*--1      pi0 PHSP;
+1.0    Sc+1  Sc*-2       pi0 PHSP;
+1.0    Sc+2  Sc*-1       pi0 PHSP;
+1.0    Sc01  anti-Sc*02  pi0 PHSP;
+1.0    Sc02  anti-Sc*01  pi0 PHSP;
+
+1.0    Sc+1  Sc*--2      pi+ PHSP;
+1.0    Sc+2  Sc*--1      pi+ PHSP;
+1.0    Sc01  Sc*-2       pi+ PHSP;
+1.0    Sc02  Sc*-1       pi+ PHSP;
+
+1.0    Sc++1 Sc*-2       pi- PHSP;
+1.0    Sc++2 Sc*-1       pi- PHSP;
+1.0    Sc+1  anti-Sc*02  pi- PHSP;
+1.0    Sc+2  anti-Sc*01  pi- PHSP;
+
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9300      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScstrSc1pi_Lc9301mLc9301.dec b/BaBar_2014/ISR_aliasv3_vph148_ScstrSc1pi_Lc9301mLc9301.dec
new file mode 100644
index 0000000..b1de84a
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScstrSc1pi_Lc9301mLc9301.dec
@@ -0,0 +1,8283 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc*++ Sc--     pi0 
+# e+e- -> Gamma_Isr + Sc*+  Sc-      pi0 
+# e+e- -> Gamma_Isr + Sc*0  anti-Sc0 pi0 
+#
+# e+e- -> Gamma_Isr + Sc*++ Sc-      pi- 
+# e+e- -> Gamma_Isr + Sc*+  anti-Sc0 pi- 
+##
+# e+e- -> Gamma_Isr + Sc*+  Sc--     pi+ 
+# e+e- -> Gamma_Isr + Sc*0  Sc-      pi+ 
+#
+# e+e- -> Gamma_Isr + Sc++ Sc*--     pi0 
+# e+e- -> Gamma_Isr + Sc+  Sc*-      pi0 
+# e+e- -> Gamma_Isr + Sc0  anti-Sc*0 pi0 
+#
+# e+e- -> Gamma_Isr + Sc++ Sc-       pi- 
+# e+e- -> Gamma_Isr + Sc+  anti-Sc*0 pi- 
+#
+# e+e- -> Gamma_Isr + Sc+  Sc*--     pi+ 
+# e+e- -> Gamma_Isr + Sc0  Sc*-      pi+ 
+#
+# Decays of final state Lc's:  pkpi vs pKpi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc*++1 Sc--2      pi0 PHSP;
+1.0    Sc*++2 Sc--1      pi0 PHSP;
+1.0    Sc*+1  Sc-2       pi0 PHSP;
+1.0    Sc*+2  Sc-1       pi0 PHSP;
+1.0    Sc*01  anti-Sc02  pi0 PHSP;
+1.0    Sc*02  anti-Sc01  pi0 PHSP;
+
+1.0    Sc*++1 Sc-2       pi- PHSP;
+1.0    Sc*++2 Sc-1       pi- PHSP;
+1.0    Sc*+1  anti-Sc02  pi- PHSP;
+1.0    Sc*+2  anti-Sc01  pi- PHSP;
+
+1.0    Sc*+1  Sc--2      pi+ PHSP;
+1.0    Sc*+2  Sc--1      pi+ PHSP;
+1.0    Sc*01  Sc-2       pi+ PHSP;
+1.0    Sc*02  Sc-1       pi+ PHSP;
+
+1.0    Sc++1 Sc*--2      pi0 PHSP;
+1.0    Sc++2 Sc*--1      pi0 PHSP;
+1.0    Sc+1  Sc*-2       pi0 PHSP;
+1.0    Sc+2  Sc*-1       pi0 PHSP;
+1.0    Sc01  anti-Sc*02  pi0 PHSP;
+1.0    Sc02  anti-Sc*01  pi0 PHSP;
+
+1.0    Sc+1  Sc*--2      pi+ PHSP;
+1.0    Sc+2  Sc*--1      pi+ PHSP;
+1.0    Sc01  Sc*-2       pi+ PHSP;
+1.0    Sc02  Sc*-1       pi+ PHSP;
+
+1.0    Sc++1 Sc*-2       pi- PHSP;
+1.0    Sc++2 Sc*-1       pi- PHSP;
+1.0    Sc+1  anti-Sc*02  pi- PHSP;
+1.0    Sc+2  anti-Sc*01  pi- PHSP;
+
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScstrSc_Lc9301mLc9300.dec b/BaBar_2014/ISR_aliasv3_vph148_ScstrSc_Lc9301mLc9300.dec
new file mode 100644
index 0000000..daf52cc
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScstrSc_Lc9301mLc9300.dec
@@ -0,0 +1,8246 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc*++ Sc--       + CC
+# e+e- -> Gamma_Isr + Sc*+  Sc-        + CC  
+# e+e- -> Gamma_Isr + Sc*0  anti-Sc0   + CC 
+#
+# Decays of final state Lc's:  pkpi vs cocktail
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc*++1 Sc--2       PHSP;
+1.0    Sc*++2 Sc--1       PHSP;
+1.0    Sc*+1  Sc-2        PHSP;
+1.0    Sc*+2  Sc-1        PHSP;
+1.0    Sc*01  anti-Sc02   PHSP;
+1.0    Sc*02  anti-Sc01   PHSP;
+
+1.0    Sc++1 Sc*--2       PHSP;
+1.0    Sc++2 Sc*--1       PHSP;
+1.0    Sc+1  Sc*-2        PHSP;
+1.0    Sc+2  Sc*-1        PHSP;
+1.0    Sc01  anti-Sc*02   PHSP;
+1.0    Sc02  anti-Sc*01   PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9300      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph148_ScstrSc_Lc9301mLc9301.dec b/BaBar_2014/ISR_aliasv3_vph148_ScstrSc_Lc9301mLc9301.dec
new file mode 100644
index 0000000..3f7f27c
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph148_ScstrSc_Lc9301mLc9301.dec
@@ -0,0 +1,8246 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 18, 200e
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+###########################################################################
+# Lambda C
+# rootSeff = 4.75 5.0 5.25 5.5 5.75 6.0 6.25 6.5 6.675 7.0 7.25 7.5
+# e+e- -> Gamma_Isr + Sc*++ Sc--       + CC
+# e+e- -> Gamma_Isr + Sc*+  Sc-        + CC  
+# e+e- -> Gamma_Isr + Sc*0  anti-Sc0   + CC 
+#
+# Decays of final state Lc's:  pkpi vs pkpi
+###########################################################################
+Decay vpho
+#1.0 vphoton148     PHSP;
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay spike_475_750
+1.0    Sc*++1 Sc--2       PHSP;
+1.0    Sc*++2 Sc--1       PHSP;
+1.0    Sc*+1  Sc-2        PHSP;
+1.0    Sc*+2  Sc-1        PHSP;
+1.0    Sc*01  anti-Sc02   PHSP;
+1.0    Sc*02  anti-Sc01   PHSP;
+
+1.0    Sc++1 Sc*--2       PHSP;
+1.0    Sc++2 Sc*--1       PHSP;
+1.0    Sc+1  Sc*-2        PHSP;
+1.0    Sc+2  Sc*-1        PHSP;
+1.0    Sc01  anti-Sc*02   PHSP;
+1.0    Sc02  anti-Sc*01   PHSP;
+Enddecay
+
+# For Reference: 9301 = pkpi, 9300 = cocktail 
+Decay Lc+1
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-1
+
+Decay Lc+2
+1.0 Lc+_9301      PHSP;
+Enddecay
+CDecay Lc-2
+
+
+#####################
+#
+# For Charm Baryon Events, if there is a D/D* this is a background study
+# like "Lc p D(*)" and we want to treat it as a signal mode giving
+# the clearest signal.  For Charm Baryon vs Charm Baryon, these decays
+# are not used.
+#
+#####################
+
+# D0 -> Kpi
+Decay D01
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_3000       PHSP;
+Enddecay
+CDecay anti-D02
+
+# D+ -> Kpipi
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D*+1
+1.0 D*+1_neu       PHSP;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+1.0 D*+2_neu       PHSP;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+1.0 D*01_pi0       PHSP;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+1.0 D*02_pi0       PHSP;
+Enddecay
+CDecay anti-D*02
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_D0KmDs_dc6000_do9202mds9014.dec b/BaBar_2014/ISR_aliasv3_vph149_D0KmDs_dc6000_do9202mds9014.dec
new file mode 100644
index 0000000..9d5f2df
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_D0KmDs_dc6000_do9202mds9014.dec
@@ -0,0 +1,8237 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + anti-D0(*) K- Ds(*)+        |cos_th| < 0.9 for ISR gamma
+# DDs : D*Ds : DDs* : D*Ds* = 1 : 3 : 3: 6
+#
+# Tag with a D and a K: D0 is Kpi,Kpipipi,Kpi0, D+ is Kpipi    
+# Tag Kaons: Ks->pipi K*0->Kpi K*+->Kspi->pipipi
+# Recoil Ds: (PhiPi+K*K) 
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    anti-D01   K- D_s+2   PHSP;
+3.0    anti-D*01  K- D_s+2   PHSP;
+3.0    anti-D01   K- D_s*+2   PHSP;
+6.0    anti-D*01  K- D_s*+2   PHSP;
+
+1.0         D01   K+ D_s-2   PHSP;
+3.0         D*01  K+ D_s-2   PHSP;
+3.0         D01   K+ D_s*-2   PHSP;
+6.0         D*01  K+ D_s*-2   PHSP;
+Enddecay
+
+#Tag with D K: Specify the D0 and D+ here.
+Decay D01
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# "2" is the Recoil Ds
+# (PhiPi+K*K)=9014   (lept 1pr + semi 1pr + K0K)=9015
+Decay D_s+2
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_D0KmDs_dc6000_do9202mds9015.dec b/BaBar_2014/ISR_aliasv3_vph149_D0KmDs_dc6000_do9202mds9015.dec
new file mode 100644
index 0000000..dfcfba9
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_D0KmDs_dc6000_do9202mds9015.dec
@@ -0,0 +1,8237 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + anti-D0(*) K- Ds(*)+        |cos_th| < 0.9 for ISR gamma
+# DDs : D*Ds : DDs* : D*Ds* = 1 : 3 : 3: 6
+#
+# Tag with a D and a K: D0 is Kpi,Kpipipi,Kpi0, D+ is Kpipi    
+# Tag Kaons: Ks->pipi K*0->Kpi K*+->Kspi->pipipi
+# Recoil Ds:  (lept 1pr + semi 1pr + K0K)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    anti-D01   K- D_s+2   PHSP;
+3.0    anti-D*01  K- D_s+2   PHSP;
+3.0    anti-D01   K- D_s*+2   PHSP;
+6.0    anti-D*01  K- D_s*+2   PHSP;
+
+1.0         D01   K+ D_s-2   PHSP;
+3.0         D*01  K+ D_s-2   PHSP;
+3.0         D01   K+ D_s*-2   PHSP;
+6.0         D*01  K+ D_s*-2   PHSP;
+Enddecay
+
+#Tag with D K: Specify the D0 and D+ here.
+Decay D01
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# "2" is the Recoil Ds
+# (PhiPi+K*K)=9014   (lept 1pr + semi 1pr + K0K)=9015
+Decay D_s+2
+1.0 D_s+9015       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_D0KstrmDs_dc6000_do9202mds9014.dec b/BaBar_2014/ISR_aliasv3_vph149_D0KstrmDs_dc6000_do9202mds9014.dec
new file mode 100644
index 0000000..e50238f
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_D0KstrmDs_dc6000_do9202mds9014.dec
@@ -0,0 +1,8237 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + anti-D0(*) K*- Ds(*)+        |cos_th| < 0.9 for ISR gamma
+# DDs : D*Ds : DDs* : D*Ds* = 1 : 3 : 3: 6
+#
+# Tag with a D and a K: D0 is Kpi,Kpipipi,Kpi0, D+ is Kpipi    
+# Tag Kaons: Ks->pipi K*0->Kpi K*+->Kspi->pipipi
+# Recoil Ds: (PhiPi+K*K) 
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    anti-D01   K*-K0ppp D_s+2   PHSP;
+3.0    anti-D*01  K*-K0ppp D_s+2   PHSP;
+3.0    anti-D01   K*-K0ppp D_s*+2   PHSP;
+6.0    anti-D*01  K*-K0ppp D_s*+2   PHSP;
+
+1.0         D01   K*+K0ppp D_s-2   PHSP;
+3.0         D*01  K*+K0ppp D_s-2   PHSP;
+3.0         D01   K*+K0ppp D_s*-2   PHSP;
+6.0         D*01  K*+K0ppp D_s*-2   PHSP;
+Enddecay
+
+#Tag with D K: Specify the D0 and D+ here.
+Decay D01
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# "2" is the Recoil Ds
+# (PhiPi+K*K)=9014   (lept 1pr + semi 1pr + K0K)=9015
+Decay D_s+2
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_D0KstrmDs_dc6000_do9202mds9015.dec b/BaBar_2014/ISR_aliasv3_vph149_D0KstrmDs_dc6000_do9202mds9015.dec
new file mode 100644
index 0000000..25f4248
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_D0KstrmDs_dc6000_do9202mds9015.dec
@@ -0,0 +1,8237 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + anti-D0(*) K*- Ds(*)+        |cos_th| < 0.9 for ISR gamma
+# DDs : D*Ds : DDs* : D*Ds* = 1 : 3 : 3: 6
+#
+# Tag with a D and a K: D0 is Kpi,Kpipipi,Kpi0, D+ is Kpipi    
+# Tag Kaons: Ks->pipi K*0->Kpi K*+->Kspi->pipipi
+# Recoil Ds: (lept 1pr + semi 1pr + K0K)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    anti-D01   K*-K0ppp D_s+2   PHSP;
+3.0    anti-D*01  K*-K0ppp D_s+2   PHSP;
+3.0    anti-D01   K*-K0ppp D_s*+2   PHSP;
+6.0    anti-D*01  K*-K0ppp D_s*+2   PHSP;
+
+1.0         D01   K*+K0ppp D_s-2   PHSP;
+3.0         D*01  K*+K0ppp D_s-2   PHSP;
+3.0         D01   K*+K0ppp D_s*-2   PHSP;
+6.0         D*01  K*+K0ppp D_s*-2   PHSP;
+Enddecay
+
+#Tag with D K: Specify the D0 and D+ here.
+Decay D01
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# "2" is the Recoil Ds
+# (PhiPi+K*K)=9014   (lept 1pr + semi 1pr + K0K)=9015
+Decay D_s+2
+1.0 D_s+9015       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DcKsDs_dc6000_do9202mds9014.dec b/BaBar_2014/ISR_aliasv3_vph149_DcKsDs_dc6000_do9202mds9014.dec
new file mode 100644
index 0000000..ca2a71e
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DcKsDs_dc6000_do9202mds9014.dec
@@ -0,0 +1,8237 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + D(*)- Ks Ds(*)+        |cos_th| < 0.9 for ISR gamma
+# DDs : D*Ds : DDs* : D*Ds* = 1 : 3 : 3: 6
+#
+# Tag with a D and a K: D0 is Kpi,Kpipipi,Kpi0, D+ is Kpipi    
+# Tag Kaons: Ks->pipi K*0->Kpi K*+->Kspi->pipipi
+# Recoil Ds: (PhiPi+K*K)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0         D-1   K0pp D_s+2   PHSP;
+3.0         D*-1  K0pp D_s+2   PHSP;
+3.0         D-1   K0pp D_s*+2   PHSP;
+6.0         D*-1  K0pp D_s*+2   PHSP;
+
+1.0         D+1   K0pp D_s-2   PHSP;
+3.0         D*+1  K0pp D_s-2   PHSP;
+3.0         D+1   K0pp D_s*-2   PHSP;
+6.0         D*+1  K0pp D_s*-2   PHSP;
+Enddecay
+
+#Tag with D K: Specify the D0 and D+ here.
+Decay D01
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# "2" is the Recoil Ds
+# (PhiPi+K*K)=9014   (lept 1pr + semi 1pr + K0K)=9015
+Decay D_s+2
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DcKsDs_dc6000_do9202mds9015.dec b/BaBar_2014/ISR_aliasv3_vph149_DcKsDs_dc6000_do9202mds9015.dec
new file mode 100644
index 0000000..3d74554
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DcKsDs_dc6000_do9202mds9015.dec
@@ -0,0 +1,8237 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + D(*)- Ks Ds(*)+        |cos_th| < 0.9 for ISR gamma
+# DDs : D*Ds : DDs* : D*Ds* = 1 : 3 : 3: 6
+#
+# Tag with a D and a K: D0 is Kpi,Kpipipi,Kpi0, D+ is Kpipi    
+# Tag Kaons: Ks->pipi K*0->Kpi K*+->Kspi->pipipi
+# Recoil Ds: (lept 1pr + semi 1pr + K0K)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0         D-1   K0pp D_s+2   PHSP;
+3.0         D*-1  K0pp D_s+2   PHSP;
+3.0         D-1   K0pp D_s*+2   PHSP;
+6.0         D*-1  K0pp D_s*+2   PHSP;
+
+1.0         D+1   K0pp D_s-2   PHSP;
+3.0         D*+1  K0pp D_s-2   PHSP;
+3.0         D+1   K0pp D_s*-2   PHSP;
+6.0         D*+1  K0pp D_s*-2   PHSP;
+Enddecay
+
+#Tag with D K: Specify the D0 and D+ here.
+Decay D01
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# "2" is the Recoil Ds
+# (PhiPi+K*K)=9014   (lept 1pr + semi 1pr + K0K)=9015
+Decay D_s+2
+1.0 D_s+9015       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DcKstr0Ds_dc6000_do9202mds9014.dec b/BaBar_2014/ISR_aliasv3_vph149_DcKstr0Ds_dc6000_do9202mds9014.dec
new file mode 100644
index 0000000..c648a2c
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DcKstr0Ds_dc6000_do9202mds9014.dec
@@ -0,0 +1,8237 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + D(*)- K*0 Ds(*)+        |cos_th| < 0.9 for ISR gamma
+# DDs : D*Ds : DDs* : D*Ds* = 1 : 3 : 3: 6
+#
+# Tag with a D and a K: D0 is Kpi,Kpipipi,Kpi0, D+ is Kpipi    
+# Tag Kaons: Ks->pipi K*0->Kpi K*+->Kspi->pipipi
+# Recoil Ds: (PhiPi+K*K)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0         D-1   K*0-Kp D_s+2   PHSP;
+3.0         D*-1  K*0-Kp D_s+2   PHSP;
+3.0         D-1   K*0-Kp D_s*+2   PHSP;
+6.0         D*-1  K*0-Kp D_s*+2   PHSP;
+
+1.0         D+1   K*0-Kp D_s-2   PHSP;
+3.0         D*+1  K*0-Kp D_s-2   PHSP;
+3.0         D+1   K*0-Kp D_s*-2   PHSP;
+6.0         D*+1  K*0-Kp D_s*-2   PHSP;
+Enddecay
+
+#Tag with D K: Specify the D0 and D+ here.
+Decay D01
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# "2" is the Recoil Ds
+# (PhiPi+K*K)=9014   (lept 1pr + semi 1pr + K0K)=9015
+Decay D_s+2
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DcKstr0Ds_dc6000_do9202mds9015.dec b/BaBar_2014/ISR_aliasv3_vph149_DcKstr0Ds_dc6000_do9202mds9015.dec
new file mode 100644
index 0000000..a9190b0
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DcKstr0Ds_dc6000_do9202mds9015.dec
@@ -0,0 +1,8237 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + D(*)- K*0 Ds(*)+        |cos_th| < 0.9 for ISR gamma
+# DDs : D*Ds : DDs* : D*Ds* = 1 : 3 : 3: 6
+#
+# Tag with a D and a K: D0 is Kpi,Kpipipi,Kpi0, D+ is Kpipi    
+# Tag Kaons: Ks->pipi K*0->Kpi K*+->Kspi->pipipi
+# Recoil Ds: (lept 1pr + semi 1pr + K0K)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0         D-1   K*0-Kp D_s+2   PHSP;
+3.0         D*-1  K*0-Kp D_s+2   PHSP;
+3.0         D-1   K*0-Kp D_s*+2   PHSP;
+6.0         D*-1  K*0-Kp D_s*+2   PHSP;
+
+1.0         D+1   K*0-Kp D_s-2   PHSP;
+3.0         D*+1  K*0-Kp D_s-2   PHSP;
+3.0         D+1   K*0-Kp D_s*-2   PHSP;
+6.0         D*+1  K*0-Kp D_s*-2   PHSP;
+Enddecay
+
+#Tag with D K: Specify the D0 and D+ here.
+Decay D01
+1.0 D0_9202       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D+1
+1.0 D+6000       PHSP;
+Enddecay
+CDecay D-1
+
+# "2" is the Recoil Ds
+# (PhiPi+K*K)=9014   (lept 1pr + semi 1pr + K0K)=9015
+Decay D_s+2
+1.0 D_s+9015       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds0001mds9000.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds0001mds9000.dec
new file mode 100644
index 0000000..3e617fd
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds0001mds9000.dec
@@ -0,0 +1,8238 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi-    |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: Phipi
+# Recoil Ds:  Cocktail
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2   pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi-   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi-   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi-   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi-   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi-   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi-   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi-   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi-   PHSP;
+
+
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+0001       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds0008mds9000.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds0008mds9000.dec
new file mode 100644
index 0000000..948f26a
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds0008mds9000.dec
@@ -0,0 +1,8238 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi-    |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: K*K
+# Recoil Ds:  Cocktail
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2   pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi-   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi-   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi-   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi-   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi-   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi-   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi-   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi-   PHSP;
+
+
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+0008       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds9014mds9014.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds9014mds9014.dec
new file mode 100644
index 0000000..58c9a0f
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds9014mds9014.dec
@@ -0,0 +1,8238 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi-    |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: (Phipi + K*K)
+# Recoil Ds:  (Phipi + K*K)
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2   pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi-   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi-   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi-   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi-   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi-   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi-   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi-   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi-   PHSP;
+
+
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds9014mds9015.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds9014mds9015.dec
new file mode 100644
index 0000000..2e2c893
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs12pi_ds9014mds9015.dec
@@ -0,0 +1,8253 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi-    |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: PhiPi+K*K
+# Recoil Ds:  (lept 1pr + semi 1pr + K0K)
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2   pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi-   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi-   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi-   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi-   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi-   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi-   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi-   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi-   PHSP;
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+#           (lept 1pr + semi 1pr + K0K)=9015
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9015       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs34pi_ds0001mds9000.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs34pi_ds0001mds9000.dec
new file mode 100644
index 0000000..dd57df5
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs34pi_ds0001mds9000.dec
@@ -0,0 +1,8258 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi-    |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: PhiPi
+# Recoil Ds:  Cocktail
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2   pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi-   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi-   PHSP;
+
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+0001       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs34pi_ds0008mds9000.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs34pi_ds0008mds9000.dec
new file mode 100644
index 0000000..e94301e
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs34pi_ds0008mds9000.dec
@@ -0,0 +1,8258 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi-    |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: K*K
+# Recoil Ds:  Cocktail
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2   pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi-   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi-   PHSP;
+
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+0008       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs34pi_ds9014mds9014.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs34pi_ds9014mds9014.dec
new file mode 100644
index 0000000..4bc66ec
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs34pi_ds9014mds9014.dec
@@ -0,0 +1,8258 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi-    |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: PhiPi+K*K
+# Recoil Ds:  PhiPi+K*K
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2   pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi-   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi-   PHSP;
+
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs56pi_ds0001mds9000.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs56pi_ds0001mds9000.dec
new file mode 100644
index 0000000..a7844b4
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs56pi_ds0001mds9000.dec
@@ -0,0 +1,8276 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0 pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0 pi0 pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi- pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi- pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi- pi+ pi-    |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: PhiPi
+# Recoil Ds:  Cocktail
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2   pi0 pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi- pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi- pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi- pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi- pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi- pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi- pi+ pi-   PHSP;
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+0001       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs56pi_ds0008mds9000.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs56pi_ds0008mds9000.dec
new file mode 100644
index 0000000..459c3d4
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs56pi_ds0008mds9000.dec
@@ -0,0 +1,8276 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0 pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0 pi0 pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi- pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi- pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi- pi+ pi-    |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: K*K
+# Recoil Ds:  Cocktail
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2   pi0 pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi- pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi- pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi- pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi- pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi- pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi- pi+ pi-   PHSP;
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+0008       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs56pi_ds9014mds9014.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs56pi_ds9014mds9014.dec
new file mode 100644
index 0000000..b2f0de5
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs56pi_ds9014mds9014.dec
@@ -0,0 +1,8276 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0 pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0 pi0 pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi- pi0        |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi0 pi0 pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi0 pi0 pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi- pi0 pi0    |cos_th| < 0.9 for ISR gamma
+# e+e- -> Gamma_Isr + Ds(*) Ds(*) pi+ pi- pi+ pi- pi+ pi-    |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: PhiPi+K*K
+# Recoil Ds:  PhiPi+K*K
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2   pi0 pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi- pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi- pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi- pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi- pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi- pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi0 pi0 pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi0 pi0 pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi- pi0 pi0   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi- pi0 pi0   PHSP;
+
+1.0    D_s+1 D_s-2   pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.0    D_s+2 D_s-1   pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+1 D_s-2  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-1 D_s+2  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*+2 D_s-1  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+1.5    D_s*-2 D_s+1  pi+ pi- pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+1 D_s*-2 pi+ pi- pi+ pi- pi+ pi-   PHSP;
+3.0    D_s*+2 D_s*-1 pi+ pi- pi+ pi- pi+ pi-   PHSP;
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds0001mds9000.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds0001mds9000.dec
new file mode 100644
index 0000000..1c85a51
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds0001mds9000.dec
@@ -0,0 +1,8217 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*)  |cos_th| < 0.9 for ISR gamma
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: PhiPi
+# Recoil Ds:  Cocktail
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+1.0    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+
+1.5    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+
+3.0    D_s*+1 D_s*-2  PHSP;
+3.0    D_s*+2 D_s*-1  PHSP;
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+0001       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds0008mds9000.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds0008mds9000.dec
new file mode 100644
index 0000000..1ca47bd
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds0008mds9000.dec
@@ -0,0 +1,8217 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*)  |cos_th| < 0.9 for ISR gamma
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: K*K
+# Recoil Ds:  Cocktail
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+1.0    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+
+1.5    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+
+3.0    D_s*+1 D_s*-2  PHSP;
+3.0    D_s*+2 D_s*-1  PHSP;
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+0008       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds9014mds9014.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds9014mds9014.dec
new file mode 100644
index 0000000..dfc1d80
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds9014mds9014.dec
@@ -0,0 +1,8217 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi Kpipi0 K3pi = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*)  |cos_th| < 0.9 for ISR gamma
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: (Phipi + K*K)
+# Recoil Ds:  (Phipi + K*K)
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+1.0    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+
+1.5    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+
+3.0    D_s*+1 D_s*-2  PHSP;
+3.0    D_s*+2 D_s*-1  PHSP;
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds9014mds9015.dec b/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds9014mds9015.dec
new file mode 100644
index 0000000..60c0c8c
--- /dev/null
+++ b/BaBar_2014/ISR_aliasv3_vph149_DsDs_ds9014mds9015.dec
@@ -0,0 +1,8235 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000, 2001
+# V2       Jun 29, 2001
+# V3       Dec 20, 2002
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+#conserve Alias'es by commenting out vphotons here and in their decays
+#Alias vphoton001 vpho
+#Alias vphoton002 vpho
+#Alias vphoton003 vpho
+#Alias vphoton004 vpho
+#Alias vphoton005 vpho
+#Alias vphoton006 vpho
+#Alias vphoton007 vpho
+#Alias vphoton008 vpho
+#Alias vphoton009 vpho
+#Alias vphoton010 vpho
+#Alias vphoton011 vpho
+#Alias vphoton012 vpho
+#Alias vphoton013 vpho
+#Alias vphoton014 vpho
+#Alias vphoton015 vpho
+#Alias vphoton016 vpho
+#Alias vphoton017 vpho
+#Alias vphoton018 vpho
+#Alias vphoton019 vpho
+#Alias vphoton020 vpho
+#Alias vphoton021 vpho
+#Alias vphoton022 vpho
+#Alias vphoton023 vpho
+#Alias vphoton024 vpho
+#Alias vphoton025 vpho
+#Alias vphoton026 vpho
+#Alias vphoton027 vpho
+#Alias vphoton028 vpho
+#Alias vphoton029 vpho
+#Alias vphoton030 vpho
+#Alias vphoton031 vpho
+#Alias vphoton032 vpho
+#Alias vphoton033 vpho
+#Alias vphoton034 vpho
+#Alias vphoton035 vpho
+#Alias vphoton036 vpho
+#Alias vphoton037 vpho
+#Alias vphoton038 vpho
+#Alias vphoton039 vpho
+#Alias vphoton040 vpho
+#Alias vphoton041 vpho
+#Alias vphoton042 vpho
+#Alias vphoton043 vpho
+#Alias vphoton044 vpho
+#Alias vphoton045 vpho
+#Alias vphoton046 vpho
+#Alias vphoton047 vpho
+#Alias vphoton048 vpho
+#Alias vphoton049 vpho
+#Alias vphoton050 vpho
+#Alias vphoton051 vpho
+#Alias vphoton052 vpho
+#Alias vphoton053 vpho
+#Alias vphoton054 vpho
+#Alias vphoton055 vpho
+#Alias vphoton056 vpho
+#Alias vphoton057 vpho
+#Alias vphoton058 vpho
+#Alias vphoton059 vpho
+#Alias vphoton060 vpho
+#Alias vphoton061 vpho
+#Alias vphoton062 vpho
+#Alias vphoton063 vpho
+#Alias vphoton064 vpho
+#Alias vphoton065 vpho
+#Alias vphoton066 vpho
+#Alias vphoton067 vpho
+#Alias vphoton068 vpho
+#Alias vphoton069 vpho
+#Alias vphoton070 vpho
+#Alias vphoton071 vpho
+#Alias vphoton072 vpho
+#Alias vphoton073 vpho
+#Alias vphoton074 vpho
+#Alias vphoton075 vpho
+#Alias vphoton076 vpho
+#Alias vphoton077 vpho
+#Alias vphoton078 vpho
+#Alias vphoton079 vpho
+#Alias vphoton080 vpho
+#Alias vphoton081 vpho
+#Alias vphoton082 vpho
+#Alias vphoton083 vpho
+#Alias vphoton084 vpho
+#Alias vphoton085 vpho
+#Alias vphoton086 vpho
+#Alias vphoton087 vpho
+#Alias vphoton088 vpho
+#Alias vphoton089 vpho
+#Alias vphoton090 vpho
+#Alias vphoton091 vpho
+#Alias vphoton092 vpho
+#Alias vphoton093 vpho
+#Alias vphoton094 vpho
+#Alias vphoton095 vpho
+#Alias vphoton096 vpho
+#Alias vphoton097 vpho
+#Alias vphoton098 vpho
+#Alias vphoton099 vpho
+#Alias vphoton100 vpho
+#Alias vphoton101 vpho
+#Alias vphoton102 vpho
+#Alias vphoton103 vpho
+#Alias vphoton104 vpho
+#Alias vphoton105 vpho
+#Alias vphoton106 vpho
+#Alias vphoton107 vpho
+#Alias vphoton108 vpho
+#Alias vphoton109 vpho
+#Alias vphoton110 vpho
+#Alias vphoton111 vpho
+#Alias vphoton112 vpho
+#Alias vphoton113 vpho
+#Alias vphoton114 vpho
+#Alias vphoton115 vpho
+#Alias vphoton116 vpho
+#Alias vphoton117 vpho
+#Alias vphoton118 vpho
+#Alias vphoton119 vpho
+#Alias vphoton120 vpho
+#Alias vphoton121 vpho
+#Alias vphoton122 vpho
+#Alias vphoton123 vpho
+#Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+Alias vphoton141 vpho
+Alias vphoton142 vpho
+Alias vphoton143 vpho
+Alias vphoton144 vpho
+Alias vphoton145 vpho
+Alias vphoton146 vpho
+Alias vphoton147 vpho
+Alias vphoton148 vpho
+Alias vphoton149 vpho
+
+
+#######################################################################################
+#
+# Hijacked Vector particle for spike line shape
+Alias spike_42_72   h_b(3P)
+Alias spike_42_42   h_b(2P)
+Alias spike_475_750 h_b
+Alias spike_400_750 Upsilon(5S)
+
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0         psi(4040)
+Alias psi(4040)D*0D0        psi(4040)
+Alias psi(4040)D*0_1D0_2    psi(4040)
+Alias psi(4040)D*0_2D0_1    psi(4040)
+Alias psi(4040)D*0_3D0_4    psi(4040)
+Alias psi(4040)D*0_4D0_3    psi(4040)
+Alias psi(4040)D*0D*010     psi(4040)
+Alias psi(4040)D*0D*012     psi(4040)
+Alias psi(4040)D*0D*032     psi(4040)
+
+Alias psi(4160)D0D0         psi(4160)
+Alias psi(4160)D*0D0        psi(4160)
+Alias psi(4160)D*0_1D0_2    psi(4160)
+Alias psi(4160)D*0_2D0_1    psi(4160)
+Alias psi(4160)D*0_3D0_4    psi(4160)
+Alias psi(4160)D*0_4D0_3    psi(4160)
+Alias psi(4160)D*0D*010     psi(4160)
+Alias psi(4160)D*0D*012     psi(4160)
+Alias psi(4160)D*0D*032     psi(4160)
+
+Alias psi(4415)D0D0         psi(4415)
+Alias psi(4415)D*0D0        psi(4415)
+Alias psi(4415)D*0_1D0_2    psi(4415)
+Alias psi(4415)D*0_2D0_1    psi(4415)
+Alias psi(4415)D*0_3D0_4    psi(4415)
+Alias psi(4415)D*0_4D0_3    psi(4415)
+Alias psi(4415)D*0D*010     psi(4415)
+Alias psi(4415)D*0D*012     psi(4415)
+Alias psi(4415)D*0D*032     psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-            psi(4040)
+Alias psi(4040)D*+D-           psi(4040)
+Alias psi(4040)D*+_1D-_2       psi(4040)
+Alias psi(4040)D*+_1_50D-_2    psi(4040)
+Alias psi(4040)D*+_1_chgD-_2   psi(4040)
+Alias psi(4040)D*+_1_neuD-_2   psi(4040)
+Alias psi(4040)D*+_2D-_1       psi(4040)
+Alias psi(4040)D*+_2_50D-_1    psi(4040)
+Alias psi(4040)D*+_2_80D-_1    psi(4040)
+Alias psi(4040)D*+_2_chgD-_1   psi(4040)
+Alias psi(4040)D*+_2_neuD-_1   psi(4040)
+Alias psi(4040)D*+D*-10        psi(4040)
+Alias psi(4040)D*+D*-12        psi(4040)
+Alias psi(4040)D*+D*-32        psi(4040)
+Alias psi(4040)D*+_50D*-10     psi(4040)
+Alias psi(4040)D*+_50D*-12     psi(4040)
+Alias psi(4040)D*+_50D*-32     psi(4040)
+Alias psi(4040)D*+D*-_50_10    psi(4040)
+Alias psi(4040)D*+D*-_50_12    psi(4040)
+Alias psi(4040)D*+D*-_50_32    psi(4040)
+Alias psi(4040)D*+_80D*-10     psi(4040)
+Alias psi(4040)D*+_80D*-12     psi(4040)
+Alias psi(4040)D*+_80D*-32     psi(4040)
+Alias psi(4040)D*+D*-_80_10    psi(4040)
+Alias psi(4040)D*+D*-_80_12    psi(4040)
+Alias psi(4040)D*+D*-_80_32    psi(4040)
+Alias psi(4040)D*+_50D*-_50_10 psi(4040)
+Alias psi(4040)D*+_50D*-_50_12 psi(4040)
+Alias psi(4040)D*+_50D*-_50_32 psi(4040)
+Alias psi(4040)D*+_chgD*-10     psi(4040)
+Alias psi(4040)D*+_chgD*-12     psi(4040)
+Alias psi(4040)D*+_chgD*-32     psi(4040)
+Alias psi(4040)D*+D*-_chg_10    psi(4040)
+Alias psi(4040)D*+D*-_chg_12    psi(4040)
+Alias psi(4040)D*+D*-_chg_32    psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_10 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_12 psi(4040)
+Alias psi(4040)D*+_chgD*-_chg_32 psi(4040)
+
+Alias psi(4160)D+D-            psi(4160)
+Alias psi(4160)D*+D-           psi(4160)
+Alias psi(4160)D*+_1D-_2       psi(4160)
+Alias psi(4160)D*+_1_50D-_2    psi(4160)
+Alias psi(4160)D*+_1_80D-_2    psi(4160)
+Alias psi(4160)D*+_1_chgD-_2   psi(4160)
+Alias psi(4160)D*+_1_neuD-_2   psi(4160)
+Alias psi(4160)D*+_2D-_1       psi(4160)
+Alias psi(4160)D*+_2_50D-_1    psi(4160)
+Alias psi(4160)D*+_2_80D-_1    psi(4160)
+Alias psi(4160)D*+_2_chgD-_1   psi(4160)
+Alias psi(4160)D*+_2_neuD-_1   psi(4160)
+Alias psi(4160)D*+D*-10        psi(4160)
+Alias psi(4160)D*+D*-12        psi(4160)
+Alias psi(4160)D*+D*-32        psi(4160)
+Alias psi(4160)D*+_50D*-10     psi(4160)
+Alias psi(4160)D*+_50D*-12     psi(4160)
+Alias psi(4160)D*+_50D*-32     psi(4160)
+Alias psi(4160)D*+D*-_50_10    psi(4160)
+Alias psi(4160)D*+D*-_50_12    psi(4160)
+Alias psi(4160)D*+D*-_50_32    psi(4160)
+Alias psi(4160)D*+_80D*-10     psi(4160)
+Alias psi(4160)D*+_80D*-12     psi(4160)
+Alias psi(4160)D*+_80D*-32     psi(4160)
+Alias psi(4160)D*+D*-_80_10    psi(4160)
+Alias psi(4160)D*+D*-_80_12    psi(4160)
+Alias psi(4160)D*+D*-_80_32    psi(4160)
+Alias psi(4160)D*+_50D*-_50_10 psi(4160)
+Alias psi(4160)D*+_50D*-_50_12 psi(4160)
+Alias psi(4160)D*+_50D*-_50_32 psi(4160)
+Alias psi(4160)D*+_chgD*-10     psi(4160)
+Alias psi(4160)D*+_chgD*-12     psi(4160)
+Alias psi(4160)D*+_chgD*-32     psi(4160)
+Alias psi(4160)D*+D*-_chg_10    psi(4160)
+Alias psi(4160)D*+D*-_chg_12    psi(4160)
+Alias psi(4160)D*+D*-_chg_32    psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_10 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_12 psi(4160)
+Alias psi(4160)D*+_chgD*-_chg_32 psi(4160)
+
+Alias psi(4415)D+D-            psi(4415)
+Alias psi(4415)D*+D-           psi(4415)
+Alias psi(4415)D*+_1D-_2       psi(4415)
+Alias psi(4415)D*+_1_50D-_2    psi(4415)
+Alias psi(4415)D*+_1_80D-_2    psi(4415)
+Alias psi(4415)D*+_1_chgD-_2   psi(4415)
+Alias psi(4415)D*+_1_neuD-_2   psi(4415)
+Alias psi(4415)D*+_2D-_1       psi(4415)
+Alias psi(4415)D*+_2_50D-_1    psi(4415)
+Alias psi(4415)D*+_2_80D-_1    psi(4415)
+Alias psi(4415)D*+_2_chgD-_1   psi(4415)
+Alias psi(4415)D*+_2_neuD-_1   psi(4415)
+Alias psi(4415)D*+D*-10        psi(4415)
+Alias psi(4415)D*+D*-12        psi(4415)
+Alias psi(4415)D*+D*-32        psi(4415)
+Alias psi(4415)D*+_50D*-10     psi(4415)
+Alias psi(4415)D*+_50D*-12     psi(4415)
+Alias psi(4415)D*+_50D*-32     psi(4415)
+Alias psi(4415)D*+D*-_50_10    psi(4415)
+Alias psi(4415)D*+D*-_50_12    psi(4415)
+Alias psi(4415)D*+D*-_50_32    psi(4415)
+Alias psi(4415)D*+_80D*-10     psi(4415)
+Alias psi(4415)D*+_80D*-12     psi(4415)
+Alias psi(4415)D*+_80D*-32     psi(4415)
+Alias psi(4415)D*+D*-_80_10    psi(4415)
+Alias psi(4415)D*+D*-_80_12    psi(4415)
+Alias psi(4415)D*+D*-_80_32    psi(4415)
+Alias psi(4415)D*+_50D*-_50_10 psi(4415)
+Alias psi(4415)D*+_50D*-_50_12 psi(4415)
+Alias psi(4415)D*+_50D*-_50_32 psi(4415)
+Alias psi(4415)D*+_chgD*-10     psi(4415)
+Alias psi(4415)D*+_chgD*-12     psi(4415)
+Alias psi(4415)D*+_chgD*-32     psi(4415)
+Alias psi(4415)D*+D*-_chg_10    psi(4415)
+Alias psi(4415)D*+D*-_chg_12    psi(4415)
+Alias psi(4415)D*+D*-_chg_32    psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_10 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_12 psi(4415)
+Alias psi(4415)D*+_chgD*-_chg_32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+Alias psi(4040)D+D*0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+# Decay 1 or 3 is the hadronic singletag side of the event
+# Decay 2 or 4 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+
+# These D*+ decay to a charged D+
+Alias D*+1_chg D*+
+Alias D*+2_chg D*+
+Alias D*-1_chg D*-
+Alias D*-2_chg D*-
+
+# These D*+ decay to a neutral D0
+Alias D*+1_neu D*+
+Alias D*+2_neu D*+
+Alias D*-1_neu D*-
+Alias D*-2_neu D*-
+
+# These D*+ decay to D0/D+ 50%/50%
+Alias D*+1_50 D*+
+Alias D*+2_50 D*+
+Alias D*-1_50 D*-
+Alias D*-2_50 D*-
+
+# These D*+ decay to D0/D+ 80%/20%
+Alias D*+1_80 D*+
+Alias D*+2_80 D*+
+Alias D*-1_80 D*-
+Alias D*-2_80 D*-
+
+Alias D+1  D+
+Alias D+2  D+
+Alias D+3  D+
+Alias D+4  D+
+Alias D-1  D-
+Alias D-2  D-
+Alias D-3  D-
+Alias D-4  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D*+1_chg D*-1_chg
+ChargeConj D*+2_chg D*-2_chg
+ChargeConj D*+1_neu D*-1_neu
+ChargeConj D*+2_neu D*-2_neu
+ChargeConj D*+1_50  D*-1_50
+ChargeConj D*+2_50  D*-2_50
+ChargeConj D*+1_80  D*-1_80
+ChargeConj D*+2_80  D*-2_80
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+ChargeConj D+3  D-3
+ChargeConj D+4  D-4
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias D*03 D*0
+Alias D*04 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias anti-D*03 anti-D*0
+Alias anti-D*04 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias D03  D0
+Alias D04  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+Alias anti-D03  anti-D0
+Alias anti-D04  anti-D0
+Alias D*01_pi0 D*0
+Alias D*02_pi0 D*0
+Alias anti-D*01_pi0 anti-D*0
+Alias anti-D*02_pi0 anti-D*0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D*03 anti-D*03
+ChargeConj D*04 anti-D*04
+
+ChargeConj D*01_pi0 anti-D*01_pi0
+ChargeConj D*02_pi0 anti-D*02_pi0
+
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+ChargeConj D03  anti-D03
+ChargeConj D04  anti-D04
+
+Alias Lc+1  Lambda_c+
+Alias Lc+2  Lambda_c+
+Alias Lc-1  anti-Lambda_c-
+Alias Lc-2  anti-Lambda_c-
+ChargeConj Lc+1 Lc-1
+ChargeConj Lc+2 Lc-2
+
+Alias Sc01       Sigma_c0
+Alias Sc02       Sigma_c0
+Alias anti-Sc01  anti-Sigma_c0
+Alias anti-Sc02  anti-Sigma_c0
+ChargeConj Sc01 anti-Sc01
+ChargeConj Sc02 anti-Sc02
+
+Alias Sc+1  Sigma_c+
+Alias Sc+2  Sigma_c+
+Alias Sc-1  anti-Sigma_c-
+Alias Sc-2  anti-Sigma_c-
+ChargeConj Sc+1 Sc-1
+ChargeConj Sc+2 Sc-2
+
+Alias Sc++1  Sigma_c++
+Alias Sc++2  Sigma_c++
+Alias Sc--1  anti-Sigma_c--
+Alias Sc--2  anti-Sigma_c--
+ChargeConj Sc++1 Sc--1
+ChargeConj Sc++2 Sc--2
+
+Alias Sc*01       Sigma_c*0
+Alias Sc*02       Sigma_c*0
+Alias anti-Sc*01  anti-Sigma_c*0
+Alias anti-Sc*02  anti-Sigma_c*0
+ChargeConj Sc*01 anti-Sc*01
+ChargeConj Sc*02 anti-Sc*02
+
+Alias Sc*+1  Sigma_c*+
+Alias Sc*+2  Sigma_c*+
+Alias Sc*-1  anti-Sigma_c*-
+Alias Sc*-2  anti-Sigma_c*-
+ChargeConj Sc*+1 Sc*-1
+ChargeConj Sc*+2 Sc*-2
+
+Alias Sc*++1  Sigma_c*++
+Alias Sc*++2  Sigma_c*++
+Alias Sc*--1  anti-Sigma_c*--
+Alias Sc*--2  anti-Sigma_c*--
+ChargeConj Sc*++1 Sc*--1
+ChargeConj Sc*++2 Sc*--2
+
+Alias Xc01       Xi_c0
+Alias Xc02       Xi_c0
+Alias anti-Xc01  anti-Xi_c0
+Alias anti-Xc02  anti-Xi_c0
+ChargeConj Xc01 anti-Xc01
+ChargeConj Xc02 anti-Xc02
+
+Alias Xc+1  Xi_c+
+Alias Xc+2  Xi_c+
+Alias Xc-1  anti-Xi_c-
+Alias Xc-2  anti-Xi_c-
+ChargeConj Xc+1 Xc-1
+ChargeConj Xc+2 Xc-2
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+#Alias      D_s+1058   D_s+
+#Alias      D_s-1058   D_s-
+#ChargeConj D_s+1058   D_s-1058
+
+#Alias      D_s+1059   D_s+
+#Alias      D_s-1059   D_s-
+#ChargeConj D_s+1059   D_s-1059
+
+#Alias      D_s+1060   D_s+
+#Alias      D_s-1060   D_s-
+#ChargeConj D_s+1060   D_s-1060
+
+#Alias      D_s+1061   D_s+
+#Alias      D_s-1061   D_s-
+#ChargeConj D_s+1061   D_s-1061
+
+#Alias      D_s+1062   D_s+
+#Alias      D_s-1062   D_s-
+#ChargeConj D_s+1062   D_s-1062
+
+#Alias      D_s+1063   D_s+
+#Alias      D_s-1063   D_s-
+#ChargeConj D_s+1063   D_s-1063
+
+#Alias      D_s+1064   D_s+
+#Alias      D_s-1064   D_s-
+#ChargeConj D_s+1064   D_s-1064
+
+#Alias      D_s+1065   D_s+
+#Alias      D_s-1065   D_s-
+#ChargeConj D_s+1065   D_s-1065
+
+#Alias      D_s+1066   D_s+
+#Alias      D_s-1066   D_s-
+#ChargeConj D_s+1066   D_s-1066
+
+#Alias      D_s+1067   D_s+
+#Alias      D_s-1067   D_s-
+#ChargeConj D_s+1067   D_s-1067
+
+#Alias      D_s+1068   D_s+
+#Alias      D_s-1068   D_s-
+#ChargeConj D_s+1068   D_s-1068
+
+#Alias      D_s+1069   D_s+
+#Alias      D_s-1069   D_s-
+#ChargeConj D_s+1069   D_s-1069
+
+#Alias      D_s+1070   D_s+
+#Alias      D_s-1070   D_s-
+#ChargeConj D_s+1070   D_s-1070
+
+#Alias      D_s+1071   D_s+
+#Alias      D_s-1071   D_s-
+#ChargeConj D_s+1071   D_s-1071
+
+#Alias      D_s+1072   D_s+
+#Alias      D_s-1072   D_s-
+#ChargeConj D_s+1072   D_s-1072
+
+#Alias      D_s+1073   D_s+
+#Alias      D_s-1073   D_s-
+#ChargeConj D_s+1073   D_s-1073
+
+#Alias      D_s+1074   D_s+
+#Alias      D_s-1074   D_s-
+#ChargeConj D_s+1074   D_s-1074
+
+#Alias      D_s+1075   D_s+
+#Alias      D_s-1075   D_s-
+#ChargeConj D_s+1075   D_s-1075
+
+#Alias      D_s+1076   D_s+
+#Alias      D_s-1076   D_s-
+#ChargeConj D_s+1076   D_s-1076
+
+#Alias      D_s+1077   D_s+
+#Alias      D_s-1077   D_s-
+#ChargeConj D_s+1077   D_s-1077
+
+#Alias      D_s+1078   D_s+
+#Alias      D_s-1078   D_s-
+#ChargeConj D_s+1078   D_s-1078
+
+#Alias      D_s+1079   D_s+
+#Alias      D_s-1079   D_s-
+#ChargeConj D_s+1079   D_s-1079
+
+#Alias      D_s+1080   D_s+
+#Alias      D_s-1080   D_s-
+#ChargeConj D_s+1080   D_s-1080
+
+#Alias      D_s+1081   D_s+
+#Alias      D_s-1081   D_s-
+#ChargeConj D_s+1081   D_s-1081
+
+#Alias      D_s+1082   D_s+
+#Alias      D_s-1082   D_s-
+#ChargeConj D_s+1082   D_s-1082
+
+#Alias      D_s+1083   D_s+
+#Alias      D_s-1083   D_s-
+#ChargeConj D_s+1083   D_s-1083
+
+#Alias      D_s+1084   D_s+
+#Alias      D_s-1084   D_s-
+#ChargeConj D_s+1084   D_s-1084
+
+#Alias      D_s+1085   D_s+
+#Alias      D_s-1085   D_s-
+#ChargeConj D_s+1085   D_s-1085
+
+#Alias      D_s+1086   D_s+
+#Alias      D_s-1086   D_s-
+#ChargeConj D_s+1086   D_s-1086
+
+#Alias      D_s+1087   D_s+
+#Alias      D_s-1087   D_s-
+#ChargeConj D_s+1087   D_s-1087
+
+#Alias      D_s+1088   D_s+
+#Alias      D_s-1088   D_s-
+#ChargeConj D_s+1088   D_s-1088
+
+#Alias      D_s+1089   D_s+
+#Alias      D_s-1089   D_s-
+#ChargeConj D_s+1089   D_s-1089
+
+#Alias      D_s+1090   D_s+
+#Alias      D_s-1090   D_s-
+#ChargeConj D_s+1090   D_s-1090
+
+#Alias      D_s+1091   D_s+
+#Alias      D_s-1091   D_s-
+#ChargeConj D_s+1091   D_s-1091
+
+#Alias      D_s+1092   D_s+
+#Alias      D_s-1092   D_s-
+#ChargeConj D_s+1092   D_s-1092
+
+#Alias      D_s+1093   D_s+
+#Alias      D_s-1093   D_s-
+#ChargeConj D_s+1093   D_s-1093
+
+#Alias      D_s+1094   D_s+
+#Alias      D_s-1094   D_s-
+#ChargeConj D_s+1094   D_s-1094
+
+#Alias      D_s+1095   D_s+
+#Alias      D_s-1095   D_s-
+#ChargeConj D_s+1095   D_s-1095
+
+#Alias      D_s+1096   D_s+
+#Alias      D_s-1096   D_s-
+#ChargeConj D_s+1096   D_s-1096
+
+#Alias      D_s+1097   D_s+
+#Alias      D_s-1097   D_s-
+#ChargeConj D_s+1097   D_s-1097
+
+#Alias      D_s+1098   D_s+
+#Alias      D_s-1098   D_s-
+#ChargeConj D_s+1098   D_s-1098
+
+#Alias      D_s+1099   D_s+
+#Alias      D_s-1099   D_s-
+#ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+Alias           D0_3000   D0
+Alias      anti-D0_3000   anti-D0
+ChargeConj D0_3000 anti-D0_3000
+
+#Alias           D0_3001   D0
+#Alias      anti-D0_3001   anti-D0
+#ChargeConj D0_3001 anti-D0_3001
+
+#Alias           D0_3002   D0
+#Alias      anti-D0_3002   anti-D0
+#ChargeConj D0_3002 anti-D0_3002
+
+#Alias           D0_3003   D0
+#Alias      anti-D0_3003   anti-D0
+#ChargeConj D0_3003 anti-D0_3003
+
+#Alias           D0_3004   D0
+#Alias      anti-D0_3004   anti-D0
+#ChargeConj D0_3004 anti-D0_3004
+
+#Alias           D0_3005   D0
+#Alias      anti-D0_3005   anti-D0
+#ChargeConj D0_3005 anti-D0_3005
+
+#Alias           D0_3006   D0
+#Alias      anti-D0_3006   anti-D0
+#ChargeConj D0_3006 anti-D0_3006
+
+#Alias           D0_3007   D0
+#Alias      anti-D0_3007   anti-D0
+#ChargeConj D0_3007 anti-D0_3007
+
+#Alias           D0_3008   D0
+#Alias      anti-D0_3008   anti-D0
+#ChargeConj D0_3008 anti-D0_3008
+
+#Alias           D0_3009   D0
+#Alias      anti-D0_3009   anti-D0
+#ChargeConj D0_3009 anti-D0_3009
+
+##############
+# D0 -> K- pi+
+##############
+
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+Alias           D0_4000   D0
+Alias      anti-D0_4000   anti-D0
+ChargeConj D0_4000 anti-D0_4000
+
+#Alias           D0_4001   D0
+#Alias      anti-D0_4001   anti-D0
+#ChargeConj D0_4001 anti-D0_4001
+
+#Alias           D0_4002   D0
+#Alias      anti-D0_4002   anti-D0
+#ChargeConj D0_4002 anti-D0_4002
+
+#Alias           D0_4003   D0
+#Alias      anti-D0_4003   anti-D0
+#ChargeConj D0_4003 anti-D0_4003
+
+#Alias           D0_4004   D0
+#Alias      anti-D0_4004   anti-D0
+#ChargeConj D0_4004 anti-D0_4004
+
+#Alias           D0_4005   D0
+#Alias      anti-D0_4005   anti-D0
+#ChargeConj D0_4005 anti-D0_4005
+
+#Alias           D0_4006   D0
+#Alias      anti-D0_4006   anti-D0
+#ChargeConj D0_4006 anti-D0_4006
+
+#Alias           D0_4007   D0
+#Alias      anti-D0_4007   anti-D0
+#ChargeConj D0_4007 anti-D0_4007
+
+#Alias           D0_4008   D0
+#Alias      anti-D0_4008   anti-D0
+#ChargeConj D0_4008 anti-D0_4008
+
+#Alias           D0_4009   D0
+#Alias      anti-D0_4009   anti-D0
+#ChargeConj D0_4009 anti-D0_4009
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#Alias           D0_5000   D0
+#Alias      anti-D0_5000   anti-D0
+#ChargeConj D0_5000 anti-D0_5000
+
+#Alias           D0_5001   D0
+#Alias      anti-D0_5001   anti-D0
+#ChargeConj D0_5001 anti-D0_5001
+
+#Alias           D0_5002   D0
+#Alias      anti-D0_5002   anti-D0
+#ChargeConj D0_5002 anti-D0_5002
+
+#Alias           D0_5003   D0
+#Alias      anti-D0_5003   anti-D0
+#ChargeConj D0_5003 anti-D0_5003
+
+#Alias           D0_5004   D0
+#Alias      anti-D0_5004   anti-D0
+#ChargeConj D0_5004 anti-D0_5004
+
+#Alias           D0_5005   D0
+#Alias      anti-D0_5005   anti-D0
+#ChargeConj D0_5005 anti-D0_5005
+
+#Alias           D0_5006   D0
+#Alias      anti-D0_5006   anti-D0
+#ChargeConj D0_5006 anti-D0_5006
+
+#Alias           D0_5007   D0
+#Alias      anti-D0_5007   anti-D0
+#ChargeConj D0_5007 anti-D0_5007
+
+#Alias           D0_5008   D0
+#Alias      anti-D0_5008   anti-D0
+#ChargeConj D0_5008 anti-D0_5008
+
+#Alias           D0_5009   D0
+#Alias      anti-D0_5009   anti-D0
+#ChargeConj D0_5009 anti-D0_5009
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+Alias      D+6000   D+
+Alias      D-6000   D-
+ChargeConj D+6000   D-6000
+
+Alias      D+6001   D+
+Alias      D-6001   D-
+ChargeConj D+6001   D-6001
+
+Alias      D+6002   D+
+Alias      D-6002   D-
+ChargeConj D+6002   D-6002
+
+Alias      D+6003   D+
+Alias      D-6003   D-
+ChargeConj D+6003   D-6003
+
+Alias      D+6004   D+
+Alias      D-6004   D-
+ChargeConj D+6004   D-6004
+
+#Alias      D+6005   D+
+#Alias      D-6005   D-
+#ChargeConj D+6005   D-6005
+
+#Alias      D+6006   D+
+#Alias      D-6006   D-
+#ChargeConj D+6006   D-6006
+
+#Alias      D+6007   D+
+#Alias      D-6007   D-
+#ChargeConj D+6007   D-6007
+
+#Alias      D+6008   D+
+#Alias      D-6008   D-
+#ChargeConj D+6008   D-6008
+
+#Alias      D+6009   D+
+#Alias      D-6009   D-
+#ChargeConj D+6009   D-6009
+
+#Alias      D+6010   D+
+#Alias      D-6010   D-
+#ChargeConj D+6010   D-6010
+
+#Alias      D+6011   D+
+#Alias      D-6011   D-
+#ChargeConj D+6011   D-6011
+
+#Alias      D+6012   D+
+#Alias      D-6012   D-
+#ChargeConj D+6012   D-6012
+
+#Alias      D+6013   D+
+#Alias      D-6013   D-
+#ChargeConj D+6013   D-6013
+
+#Alias      D+6014   D+
+#Alias      D-6014   D-
+#ChargeConj D+6014   D-6014
+
+#Alias      D+6015   D+
+#Alias      D-6015   D-
+#ChargeConj D+6015   D-6015
+
+#Alias      D+6016   D+
+#Alias      D-6016   D-
+#ChargeConj D+6016   D-6016
+
+#Alias      D+6017   D+
+#Alias      D-6017   D-
+#ChargeConj D+6017   D-6017
+
+#Alias      D+6018   D+
+#Alias      D-6018   D-
+#ChargeConj D+6018   D-6018
+
+#Alias      D+6019   D+
+#Alias      D-6019   D-
+#ChargeConj D+6019   D-6019
+
+#Alias      D+6020   D+
+#Alias      D-6020   D-
+#ChargeConj D+6020   D-6020
+
+#Alias      D+6021   D+
+#Alias      D-6021   D-
+#ChargeConj D+6021   D-6021
+
+#Alias      D+6022   D+
+#Alias      D-6022   D-
+#ChargeConj D+6022   D-6022
+
+#Alias      D+6023   D+
+#Alias      D-6023   D-
+#ChargeConj D+6023   D-6023
+
+#Alias      D+6024   D+
+#Alias      D-6024   D-
+#ChargeConj D+6024   D-6024
+
+#Alias      D+6025   D+
+#Alias      D-6025   D-
+#ChargeConj D+6025   D-6025
+
+#Alias      D+6026   D+
+#Alias      D-6026   D-
+#ChargeConj D+6026   D-6026
+
+#Alias      D+6027   D+
+#Alias      D-6027   D-
+#ChargeConj D+6027   D-6027
+
+#Alias      D+6028   D+
+#Alias      D-6028   D-
+#ChargeConj D+6028   D-6028
+
+#Alias      D+6029   D+
+#Alias      D-6029   D-
+#ChargeConj D+6029   D-6029
+
+#
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+Alias      D+7000   D+
+Alias      D-7000   D-
+ChargeConj D+7000   D-7000
+
+#Alias      D+7001   D+
+#Alias      D-7001   D-
+#ChargeConj D+7001   D-7001
+
+#Alias      D+7002   D+
+#Alias      D-7002   D-
+#ChargeConj D+7002   D-7002
+
+#Alias      D+7003   D+
+#Alias      D-7003   D-
+#ChargeConj D+7003   D-7003
+
+#Alias      D+7004   D+
+#Alias      D-7004   D-
+#ChargeConj D+7004   D-7004
+
+#Alias      D+7005   D+
+#Alias      D-7005   D-
+#ChargeConj D+7005   D-7005
+
+#Alias      D+7006   D+
+#Alias      D-7006   D-
+#ChargeConj D+7006   D-7006
+
+#Alias      D+7007   D+
+#Alias      D-7007   D-
+#ChargeConj D+7007   D-7007
+
+#Alias      D+7008   D+
+#Alias      D-7008   D-
+#ChargeConj D+7008   D-7008
+
+#Alias      D+7009   D+
+#Alias      D-7009   D-
+#ChargeConj D+7009   D-7009
+
+#Alias      D+7010   D+
+#Alias      D-7010   D-
+#ChargeConj D+7010   D-7010
+
+#Alias      D+7011   D+
+#Alias      D-7011   D-
+#ChargeConj D+7011   D-7011
+
+#Alias      D+7012   D+
+#Alias      D-7012   D-
+#ChargeConj D+7012   D-7012
+
+#Alias      D+7013   D+
+#Alias      D-7013   D-
+#ChargeConj D+7013   D-7013
+
+#Alias      D+7014   D+
+#Alias      D-7014   D-
+#ChargeConj D+7014   D-7014
+
+#Alias      D+7015   D+
+#Alias      D-7015   D-
+#ChargeConj D+7015   D-7015
+
+#Alias      D+7016   D+
+#Alias      D-7016   D-
+#ChargeConj D+7016   D-7016
+
+#Alias      D+7017   D+
+#Alias      D-7017   D-
+#ChargeConj D+7017   D-7017
+
+#Alias      D+7018   D+
+#Alias      D-7018   D-
+#ChargeConj D+7018   D-7018
+
+#Alias      D+7019   D+
+#Alias      D-7019   D-
+#ChargeConj D+7019   D-7019
+
+#Alias      D+7020   D+
+#Alias      D-7020   D-
+#ChargeConj D+7020   D-7020
+
+#Alias      D+7021   D+
+#Alias      D-7021   D-
+#ChargeConj D+7021   D-7021
+
+#Alias      D+7022   D+
+#Alias      D-7022   D-
+#ChargeConj D+7022   D-7022
+
+#Alias      D+7023   D+
+#Alias      D-7023   D-
+#ChargeConj D+7023   D-7023
+
+#Alias      D+7024   D+
+#Alias      D-7024   D-
+#ChargeConj D+7024   D-7024
+
+#Alias      D+7025   D+
+#Alias      D-7025   D-
+#ChargeConj D+7025   D-7025
+
+#Alias      D+7026   D+
+#Alias      D-7026   D-
+#ChargeConj D+7026   D-7026
+
+#Alias      D+7027   D+
+#Alias      D-7027   D-
+#ChargeConj D+7027   D-7027
+
+#Alias      D+7028   D+
+#Alias      D-7028   D-
+#ChargeConj D+7028   D-7028
+
+#Alias      D+7029   D+
+#Alias      D-7029   D-
+#ChargeConj D+7029   D-7029
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Alias      D+8000   D+
+Alias      D-8000   D-
+ChargeConj D+8000   D-8000
+
+Alias      D+8001   D+
+Alias      D-8001   D-
+ChargeConj D+8001   D-8001
+
+Alias      D+8002   D+
+Alias      D-8002   D-
+ChargeConj D+8002   D-8002
+
+Alias      D+8003   D+
+Alias      D-8003   D-
+ChargeConj D+8003   D-8003
+
+Alias      D+8004   D+
+Alias      D-8004   D-
+ChargeConj D+8004   D-8004
+
+Alias      D+8005   D+
+Alias      D-8005   D-
+ChargeConj D+8005   D-8005
+
+Alias      D+8006   D+
+Alias      D-8006   D-
+ChargeConj D+8006   D-8006
+
+Alias      D+8007   D+
+Alias      D-8007   D-
+ChargeConj D+8007   D-8007
+
+Alias      D+8008   D+
+Alias      D-8008   D-
+ChargeConj D+8008   D-8008
+
+Alias      D+8009   D+
+Alias      D-8009   D-
+ChargeConj D+8009   D-8009
+
+Alias      D+8010   D+
+Alias      D-8010   D-
+ChargeConj D+8010   D-8010
+
+Alias      D+8011   D+
+Alias      D-8011   D-
+ChargeConj D+8011   D-8011
+
+Alias      D+8012   D+
+Alias      D-8012   D-
+ChargeConj D+8012   D-8012
+
+Alias      D+8013   D+
+Alias      D-8013   D-
+ChargeConj D+8013   D-8013
+
+Alias      D+8014   D+
+Alias      D-8014   D-
+ChargeConj D+8014   D-8014
+
+Alias      D+8015   D+
+Alias      D-8015   D-
+ChargeConj D+8015   D-8015
+
+Alias      D+8016   D+
+Alias      D-8016   D-
+ChargeConj D+8016   D-8016
+
+Alias      D+8017   D+
+Alias      D-8017   D-
+ChargeConj D+8017   D-8017
+
+Alias      D+8018   D+
+Alias      D-8018   D-
+ChargeConj D+8018   D-8018
+
+Alias      D+8019   D+
+Alias      D-8019   D-
+ChargeConj D+8019   D-8019
+
+Alias      D+8020   D+
+Alias      D-8020   D-
+ChargeConj D+8020   D-8020
+
+Alias      D+8021   D+
+Alias      D-8021   D-
+ChargeConj D+8021   D-8021
+
+Alias      D+8022   D+
+Alias      D-8022   D-
+ChargeConj D+8022   D-8022
+
+Alias      D+8023   D+
+Alias      D-8023   D-
+ChargeConj D+8023   D-8023
+
+Alias      D+8024   D+
+Alias      D-8024   D-
+ChargeConj D+8024   D-8024
+
+Alias      D+8025   D+
+Alias      D-8025   D-
+ChargeConj D+8025   D-8025
+
+Alias      D+8026   D+
+Alias      D-8026   D-
+ChargeConj D+8026   D-8026
+
+Alias      D+8027   D+
+Alias      D-8027   D-
+ChargeConj D+8027   D-8027
+
+Alias      D+8028   D+
+Alias      D-8028   D-
+ChargeConj D+8028   D-8028
+
+#Alias      D+8029   D+
+#Alias      D-8029   D-
+#ChargeConj D+8029   D-8029
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+
+Alias      Lc+_9500   Lambda_c+
+Alias      Lc-_9500   anti-Lambda_c-
+ChargeConj Lc+_9500   Lc-_9500
+
+Alias      Lc+_9501   Lambda_c+
+Alias      Lc-_9501   anti-Lambda_c-
+ChargeConj Lc+_9501   Lc-_9501
+
+Alias      Lc+_9502   Lambda_c+
+Alias      Lc-_9502   anti-Lambda_c-
+ChargeConj Lc+_9502   Lc-_9502
+
+Alias      Lc+_9503   Lambda_c+
+Alias      Lc-_9503   anti-Lambda_c-
+ChargeConj Lc+_9503   Lc-_9503
+
+Alias      Lc+_9504   Lambda_c+
+Alias      Lc-_9504   anti-Lambda_c-
+ChargeConj Lc+_9504   Lc-_9504
+
+Alias      Lc+_9505   Lambda_c+
+Alias      Lc-_9505   anti-Lambda_c-
+ChargeConj Lc+_9505   Lc-_9505
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9499)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+Alias      D_s+9014   D_s+
+Alias      D_s-9014   D_s-
+ChargeConj D_s+9014   D_s-9014
+
+Alias      D_s+9015   D_s+
+Alias      D_s-9015   D_s-
+ChargeConj D_s+9015   D_s-9015
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+#######################################################################################
+
+Alias      Lc+_9300   Lambda_c+
+Alias      Lc-_9300   anti-Lambda_c-
+ChargeConj Lc+_9300   Lc-_9300
+
+Alias      Lc+_9301   Lambda_c+
+Alias      Lc-_9301   anti-Lambda_c-
+ChargeConj Lc+_9301   Lc-_9301
+
+Alias      Sc++_9310  Sigma_c++
+Alias      Sc--_9310  anti-Sigma_c--
+ChargeConj Sc++_9310  Sc--_9310
+
+Alias      Sc+_9311  Sigma_c+
+Alias      Sc-_9311  anti-Sigma_c-
+ChargeConj Sc+_9311  Sc-_9311
+
+Alias      Sc0_9312  Sigma_c0
+Alias anti-Sc0_9312  anti-Sigma_c0
+ChargeConj Sc0_9312  anti-Sc0_9312
+
+Alias      Sc*++_9313  Sigma_c*++
+Alias      Sc*--_9313  anti-Sigma_c*--
+ChargeConj Sc*++_9313  Sc*--_9313
+
+Alias      Sc*+_9314  Sigma_c*+
+Alias      Sc*-_9314  anti-Sigma_c*-
+ChargeConj Sc*+_9314  Sc*-_9314
+
+Alias      Sc*0_9315  Sigma_c*0
+Alias anti-Sc*0_9315  anti-Sigma_c*0
+ChargeConj Sc*0_9315  anti-Sc*0_9315
+
+
+Alias      Xc+_9400   Xi_c+
+Alias      Xc-_9400   anti-Xi_c-
+ChargeConj Xc+_9400 Xc-_9400
+
+Alias      Xc0_9401   Xi_c0
+Alias anti-Xc0_9401   anti-Xi_c0
+ChargeConj Xc0_9401 anti-Xc0_9401
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+
+Alias K0pp K0
+Alias anti-K0pp anti-K0
+ChargeConj K0pp anti-K0pp
+
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+# K_1+-> K+ pi- pi-
+Alias K_1+Kpp K_1+
+Alias K_1-Kpp K_1-
+ChargeConj K_1+Kpp K_1-Kpp
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+Alias omega-pp    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+##############
+# Lambda(1520)0
+Alias Lambda(1520)0_pK Lambda(1520)0
+Alias anti-Lambda(1520)0_pK anti-Lambda(1520)0
+ChargeConj  Lambda(1520)0_pK anti-Lambda(1520)0_pK
+
+
+
+#######################################################################################
+#
+# Finish Hijacking particles
+#
+#######################################################################################
+
+# Change particle masses and widths and max ranges 
+LSMANYDELTAFUNC spike_42_72
+ChangeMassMin spike_42_72 4.2
+ChangeMassMax spike_42_72 7.2
+#  width sets spacing of spikes
+Particle      spike_42_72 5.6 0.5
+
+LSMANYDELTAFUNC spike_42_42
+ChangeMassMin spike_42_42 4.2
+ChangeMassMax spike_42_42 4.2
+#  width sets spacing of spikes
+Particle      spike_42_42 4.2 0.5
+
+LSMANYDELTAFUNC spike_475_750
+ChangeMassMin spike_475_750 4.75
+ChangeMassMax spike_475_750 7.50
+#  width sets spacing of spikes
+Particle      spike_475_750 5.0 0.25
+
+LSMANYDELTAFUNC spike_400_750
+ChangeMassMin spike_400_750 4.00
+ChangeMassMax spike_400_750 7.50
+#  width sets spacing of spikes
+Particle      spike_400_750 5.0 0.5
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+#Decay vphoton001
+#1.000  psi(4040)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton002
+#1.000  psi(4160)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton003
+#1.000  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton004
+#1.000  psi(4415)DsDs gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton005
+#1.000  psi(4415)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton006
+#1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton007
+#1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton008
+#1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+#Decay vphoton009
+#1.000  psi(4160)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton010
+#1.000  psi(4415)DsDspi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton011
+#1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton012
+#1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+#Decay vphoton013
+#1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton014
+#1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton015
+#1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+#Decay vphoton016
+#1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton017
+#1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton018
+#1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+#Decay vphoton019
+#1.000  psi(4415)DsD0K-      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton020
+#1.000  psi(4415)DsD-K0      gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton021
+#1.000  psi(4415)DsD-K0L     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton022
+#1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton023
+#1.000  psi(4415)DsD-K0-00   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton024
+#1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+# and the preset mixtures for production
+
+#Decay vphoton025
+#0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+#0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton026
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton027
+#0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+#Decay vphoton027
+#1.000  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton028
+#1.000  psi(4040)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton029
+#1.000  psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton030
+#1.000  psi(4040)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton031
+#1.000  psi(4040)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton032
+#1.000  psi(4040)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton033
+#1.000  psi(4160)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton034
+#1.000  psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton035
+#1.000  psi(4160)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton036
+#1.000  psi(4160)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton037
+#1.000  psi(4160)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton038
+#1.000  psi(4415)D0D0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton039
+#1.000  psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton040
+#1.000  psi(4415)D*0D*010 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton041
+#1.000  psi(4415)D*0D*012 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton042
+#1.000  psi(4415)D*0D*032 gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+#Decay vphoton043
+#1.000  psi(4040)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton044
+#1.000  psi(4040)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton045
+#1.000  psi(4160)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton046
+#1.000  psi(4160)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton047
+#1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton048
+#1.000  psi(4415)D0D0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton049
+#1.000  psi(4415)D*0D0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton050
+#1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+#Decay vphoton051
+#1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton052
+#1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton053
+#1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton054
+#1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton055
+#1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton056
+#1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton057
+#1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton058
+#1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+#Decay vphoton059
+#1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton060
+#1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton061
+#1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton062
+#1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton063
+#1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton064
+#1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton065
+#1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+#Decay vphoton066
+#1.000  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton067
+#1.000  psi(4040)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton068
+#1.000  psi(4040)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton069
+#1.000  psi(4040)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton070
+#1.000  psi(4040)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton071
+#1.000  psi(4040)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton072
+#1.000  psi(4160)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton073
+#1.000  psi(4160)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton074
+#1.000  psi(4160)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton075
+#1.000  psi(4160)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton076
+#1.000  psi(4160)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton077
+#1.000  psi(4415)D+D-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton078
+#1.000  psi(4415)D*+D-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton079
+#1.000  psi(4415)D*+D*-10 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton080
+#1.000  psi(4415)D*+D*-12 gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton081
+#1.000  psi(4415)D*+D*-32 gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+#Decay vphoton082
+#1.000  psi(4040)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton083
+#1.000  psi(4040)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton084
+#1.000  psi(4160)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton085
+#1.000  psi(4160)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton086
+#1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton087
+#1.000  psi(4415)D+D-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton088
+#1.000  psi(4415)D*+D-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton089
+#1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+#Decay vphoton090
+#1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton091
+#1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton092
+#1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton093
+#1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton094
+#1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton095
+#1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton096
+#1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+#Decay vphoton097
+#1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton098
+#1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton099
+#1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton100
+#1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton101
+#1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton102
+#1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton103
+#1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+#Decay vphoton104
+#1.000  psi(4040)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton105
+#1.000  psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton106
+#1.000  psi(4160)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton107
+#1.000  psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton108
+#1.000  psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton109
+#1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton110
+#1.000  psi(4415)D+D0pi-     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton111
+#1.000  psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton112
+#1.000  psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton113
+#1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+#Decay vphoton114
+#1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton115
+#1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton116
+#1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton117
+#1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton118
+#1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton119
+#1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+
+#Decay vphoton120
+#1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton121
+#1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton122
+#1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 1. 1.;
+#Enddecay
+
+#Decay vphoton123
+#1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 1. 1.;
+#Enddecay
+
+#combinations for  MC production runs
+#Decay vphoton124
+#0.250  psi(4040)DsDs  gamma VECTORISR 1. 1.;
+#0.750  psi(4160)Ds*Ds gamma VECTORISR 1. 1.;
+#Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*0D0 gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 1. 1.;
+0.750  psi(4160)D*+D- gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton134
+0.0833333 psi(4040)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_50_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton135
+0.0833333 psi(4040)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_10    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*+D*-_chg_12    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:2:3 ratio for Psi 4.030 : 4.160 : 4.415
+# tagging side (1) D*0 unforced. recoil side (2) D*0 unforced
+Decay vphoton136
+0.0833333 psi(4040)D*0D*010    gamma VECTORISR 1. 1.;
+0.0833333 psi(4040)D*0D*012    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*010    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*0D*012    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*010    gamma VECTORISR 1. 1.;
+0.2500000 psi(4415)D*0D*012    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ unforced.
+Decay vphoton137
+0.3333333 psi(4040)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1D-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1D-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+# D*+ -> D+ 100%
+Decay vphoton138
+0.3333333 psi(4040)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*+_1_chgD-_2    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton139
+0.3333333 psi(4040)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4160)D*0D0    gamma VECTORISR 1. 1.;
+0.3333333 psi(4415)D*0D0    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 2:1:1:1 ratio for Psi 3.770 : 4.030 : 4.160 : 4.415
+Decay vphoton140
+0.2 psi(3770)D0D0    gamma VECTORISR 1. 1.;
+0.2 psi(3770)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4040)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4160)D+D-    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D0D0    gamma VECTORISR 1. 1.;
+0.1 psi(4415)D+D-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton141
+0.125 psi(4040)D+D0pi-    gamma VECTORISR 1. 1.;
+0.250 psi(4160)D+D0pi-    gamma VECTORISR 1. 1.;
+0.625 psi(4415)D+D0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+# use 1:2:5 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton142
+0.0625 psi(4040)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.0625 psi(4040)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.1250 psi(4160)D+D*0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D*+D0pi-    gamma VECTORISR 1. 1.;
+0.3125 psi(4415)D+D*0pi-    gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP4 MC production run
+#chan\Psi    4040  4160  4415
+# DsDs         6%    2%    2%
+# Ds*Ds             40%   20%
+# Ds*Ds*                  30% -> 15% (L,S)=(1,0), 15% (L,S)=(1,2) 
+Decay vphoton143
+0.06  psi(4040)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4160)DsDs     gamma VECTORISR 1. 1.;
+0.02  psi(4415)DsDs     gamma VECTORISR 1. 1.;
+0.40  psi(4160)Ds*Ds    gamma VECTORISR 1. 1.;
+0.20  psi(4415)Ds*Ds    gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*10 gamma VECTORISR 1. 1.;
+0.15  psi(4415)Ds*Ds*12 gamma VECTORISR 1. 1.;
+Enddecay
+
+
+Decay vphoton144
+0.5  psi(3770)D0D0     gamma VECTORISR 1. 1.;
+0.5  psi(3770)D+D-     gamma VECTORISR 1. 1.;
+Enddecay
+
+#combination for  SP5 MC production run
+# use 50:50:0 split for (L,S) = (1,0):(1,2):(3,2)
+# use 1:1:1 ratio for Psi 4.030 : 4.160 : 4.415
+Decay vphoton145
+0.1666667 psi(4040)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4040)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4160)D*+D*-12    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-10    gamma VECTORISR 1. 1.;
+0.1666667 psi(4415)D*+D*-12    gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton146
+1.0 spike_42_72 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton147
+1.0 spike_42_42 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton148
+1.0 spike_475_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+Decay vphoton149
+1.0 spike_400_750 gamma VECTORISR 1. 1.;
+Enddecay
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_1D0_2    
+0.50     D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_2D0_1    
+0.50     D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_3D0_4    
+0.50     D*03 anti-D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*03 D04    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0_4D0_3    
+0.50     D*04 anti-D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50     anti-D*04 D03    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1D-_2    
+0.50    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_50D-_2    
+0.50    D*+1_50  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_50  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_80D-_2    
+0.50    D*+1_80  D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_80  D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_chgD-_2    
+0.50    D*+1_chg D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_chg D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_1_neuD-_2    
+0.50    D*+1_neu D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-1_neu D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2D-_1    
+0.50    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_50D-_1    
+0.50    D*+2_50  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_50  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_80D-_1    
+0.50    D*+2_80  D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_80  D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_chgD-_1    
+0.50    D*+2_chg D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_chg D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+_2_neuD-_1    
+0.50    D*+2_neu D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.50    D*-2_neu D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-10 
+0.500    D*+1_50 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-10 
+0.500    D*+1_80 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_10 
+0.500    D*+1 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_10 
+0.500    D*+1 D*-2_80    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                 VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                          VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_10 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                    VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                             VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-10 
+0.500    D*+1_chg D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_10 
+0.500    D*+1 D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_10 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                      VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                               VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-12 
+0.500    D*+1_50 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-12 
+0.500    D*+1_80 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_12 
+0.500    D*+1 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_12 
+0.500    D*+1 D*-2_80    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                 VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                          VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_12 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                    VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                             VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-12 
+0.500    D*+1_chg D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_12 
+0.500    D*+1 D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_12 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                      VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                               VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-32 
+0.500    D*+1_50 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_80D*-32 
+0.500    D*+1_80 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_50_32 
+0.500    D*+1 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_80_32 
+0.500    D*+1 D*-2_80    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_80 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                 VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                           VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_50D*-_50_32 
+0.500    D*+1_50 D*-2_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_50 D*-1_50    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                    VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                              VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-32 
+0.500    D*+1_chg D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-_chg_32 
+0.500    D*+1 D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+_chgD*-_chg_32 
+0.500    D*+1_chg D*-2_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2_chg D*-1_chg    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                      VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                                VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.25    D+1 anti-D02 pi- PHSP;  
+0.25    D-1      D02 pi+ PHSP;  
+0.25    D+2 anti-D01 pi- PHSP;  
+0.25    D-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.25    D*+1 anti-D02 pi- PHSP;  
+0.25    D*-1      D02 pi+ PHSP;  
+0.25    D*+2 anti-D01 pi- PHSP;  
+0.25    D*-2      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.25    D+1 anti-D*02 pi- PHSP;  
+0.25    D-1      D*02 pi+ PHSP;  
+0.25    D+2 anti-D*01 pi- PHSP;  
+0.25    D-2      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.25    D*+1 anti-D*02 pi-  PHSP;  
+0.25    D*-1      D*02 pi+  PHSP;  
+0.25    D*+2 anti-D*01 pi-  PHSP;  
+0.25    D*-2      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+1_neu
+0.6830    D01  pi+                        VSS;
+Enddecay
+CDecay D*-1_neu
+
+Decay D*+1_chg
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_chg
+
+Decay D*+1_50
+0.3170    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1_50
+
+Decay D*+1_80
+0.8       D01  pi+                        VSS;
+0.2       D+1  pi0                        VSS;
+Enddecay
+CDecay D*-1_80
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*+2_neu
+0.6830    D02  pi+                        VSS;
+Enddecay
+CDecay D*-2_neu
+
+Decay D*+2_chg
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_chg
+
+Decay D*+2_50
+0.3170    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2_50
+
+Decay D*+2_80
+0.8       D02  pi+                        VSS;
+0.2       D+2  pi0                        VSS;
+Enddecay
+CDecay D*-2_80
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*01_pi0
+0.6190    D01  pi0                        VSS;
+Enddecay
+CDecay anti-D*01_pi0
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+Decay D*02_pi0
+0.6190    D02  pi0                        VSS;
+Enddecay
+CDecay anti-D*02_pi0
+
+
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+##############
+# Kaons:  K_1+
+
+Decay K_1+Kpp
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(K*0 pi+) * B(omega -> K+ pi-) = 0.1067 * 0.6667 =  0.07113689
+0.07113689   K*0   pi+                       VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+#B(omega  K+) * B(omega -> pi+ pi-) = 0.11 * 0.0221 = 0.002431
+#To large masses can cause infinit loops
+0.002431   omega-pp  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+
+0.1444   K+    pi+ pi-                   PHSP;
+Enddecay
+CDecay K_1-Kpp
+
+##############
+# Kaons:  K0
+
+#Forced K0 alias
+Decay K0pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+CDecay anti-K0pp
+
+#Forced KS0 alias
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+Decay omega-pp
+0.0221    pi-  pi+                       VSS;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+##############
+# Lambda(1520)
+Decay Lambda(1520)0_pK
+0.23   p+     K-    PHSP;
+Enddecay
+CDecay anti-Lambda(1520)0_pK
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+##############
+# D0 -> K- pi+
+##############
+
+Decay  D0_3000
+1.0   K-  pi+                         PHSP;
+Enddecay 
+CDecay anti-D0_3000
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+##############
+# D0 -> K*-  e+  nu_e
+##############
+
+Decay  D0_4000
+1.0   K*-  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay anti-D0_4000
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+##############
+# D+ -> K- pi+ pi+
+##############
+
+Decay  D+6000
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+1.0   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-6000
+
+
+##############
+# D+ -> anti-K0 pi+ 
+##############
+
+Decay  D+6001
+1.0   anti-K0   pi+                         PHSP;
+Enddecay 
+CDecay D-6001
+
+Decay  D+6002
+1.0   K0-pp   pi+                         PHSP;
+Enddecay 
+CDecay D-6002
+
+Decay  D+6003
+1.0   K0-00   pi+                         PHSP;
+Enddecay 
+CDecay D-6003
+
+Decay  D+6004
+1.0   K_L0   pi+                         PHSP;
+Enddecay 
+CDecay D-6004
+
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+##############
+# D+ -> anti-K*0  e+  nu_e
+##############
+
+Decay  D+7000
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+Enddecay 
+CDecay D-7000
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+Decay  D+8000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D-8000
+
+Decay  D+8001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D-8001
+
+Decay  D+8002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D-8002
+
+Decay  D+8003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D-8003
+
+Decay  D+8004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D-8004
+
+Decay  D+8005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D-8005
+
+Decay  D+8006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8006
+
+Decay  D+8007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8007
+
+Decay  D+8008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D-8008
+
+Decay  D+8009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8009
+
+Decay  D+8010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8010
+
+Decay  D+8011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D-8011
+
+Decay  D+8012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D-8012
+
+Decay  D+8013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8013
+
+Decay  D+8014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D-8014
+
+Decay  D+8015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D-8015
+
+Decay  D+8016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8016
+
+Decay  D+8017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D-8017
+
+Decay  D+8018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D-8018
+
+Decay  D+8019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D-8019
+
+Decay  D+8020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8020
+
+Decay  D+8021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8021
+
+Decay  D+8022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D-8022
+
+Decay  D+8023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D-8023
+
+Decay  D+8024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8024
+
+Decay  D+8025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D-8025
+
+Decay  D+8026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8026
+
+Decay  D+8027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D-8027
+
+Decay  D+8028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D-8028
+
+#######################################################################################
+# Specific  Charm Baryon decays     (Preset decays 9500 - 9999)
+#######################################################################################
+Decay  Lc+_9502
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+Enddecay 
+CDecay Lc-_9502
+
+Decay  Lc+_9503
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+Enddecay 
+CDecay Lc-_9503
+
+Decay  Lc+_9504
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+Enddecay 
+CDecay Lc-_9504
+
+Decay  Lc+_9505
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9505
+
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+# phiKK pi,  K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9014
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9014
+
+# mix of Leptonic 1 prong, Semi 1 prong, and K0K+ for SP5  40: 40: 20
+#        9010              9003              0013
+Decay D_s+9015
+0.4 D_s+9010 PHSP;
+0.4 D_s+9003 PHSP;
+0.2 D_s+0013 PHSP;
+Enddecay
+CDecay D_s-9015
+
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+# Cleantest D+ tags  Kpipi + Kspi
+Decay  D+9101
+# B(anti-K0   pi+) * B(K0->Ks->pipi) = 0.0289 * 0.5 * .6861 =   0.009914145
+0.009914145   K0-pp   pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0900   K-  pi+  pi+                    D_DALITZ;
+Enddecay 
+CDecay D-9101
+
+# All Semimuonic D+ decays
+Decay  D+9102
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9102
+
+# All Semielectronic D+ decays
+Decay  D+9103
+0.0480   anti-K*0  e+  nu_e           PHOTOS   ISGW2;
+0.0670   anti-K0    e+  nu_e           PHOTOS   ISGW2;
+0.0036   anti-K_10  e+  nu_e           PHOTOS   ISGW2;
+0.0038   anti-K_2*0 e+  nu_e           PHOTOS   ISGW2;
+0.0031   pi0  e+  nu_e           PHOTOS   ISGW2;
+0.0028   eta  e+  nu_e           PHOTOS   ISGW2;
+0.0011   eta' e+  nu_e           PHOTOS   ISGW2;
+0.0022   rho0 e+  nu_e           PHOTOS   ISGW2;
+0.0029   omega e+  nu_e          PHOTOS   ISGW2;
+0.0027   K-  pi+  e+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9103
+
+# All Semimuonic D+ decays plus enhanced Tau nu,->tau->e,mu
+Decay  D+9104
+0.03   tau+e nu_tau                     SLN;
+0.03   tau+mu nu_tau                     SLN;
+0.0430   anti-K*0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0700   anti-K0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0036   anti-K_10  mu+  nu_mu         PHOTOS  ISGW2;
+0.0038   anti-K_2*0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0064   pi0  mu+  nu_mu         PHOTOS  ISGW2;
+0.0028   eta  mu+  nu_mu         PHOTOS  ISGW2;
+0.0011   eta' mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   rho0 mu+  nu_mu         PHOTOS  ISGW2;
+0.0029   omega mu+  nu_mu         PHOTOS  ISGW2;
+0.0027   K-  pi+  mu+ nu_e        PHOTOS   PHSP;
+Enddecay 
+CDecay D-9104
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+# Cleanest D0 decays Kpi Kpipi0 K3pi Kspipi
+Decay  D0_9201
+0.0383   K-  pi+                         PHSP;
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1390   K-  pi+  pi0                    D_DALITZ;
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   anti-K0pp   pi+  pi-                    D_DALITZ;
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0060   K-  pi+  rho0                   PHSP;
+
+0.0174   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.01497825 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.035916   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0107   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9201
+
+# Clean mix of D0 decays Kpi K3pi Kpipi0 = 40:40:20 for Xinchou
+Decay  D0_9202
+0.4   K-  pi+                         PHSP;
+
+#
+# the Dalitz mode below includes K*bar(892)0 pi0, 
+# K*(892)- pi+, and K- rho(770)+ resonances
+0.1917   K-  pi+  pi0                    D_DALITZ;
+
+#
+# K-  pi+  pi+   pi- modes follow
+# anti-K*0 rho0 is missing.  seems to be absorbed in K- pi+ rho=
+0.0083   K-  pi+  rho0                   PHSP;
+
+0.0881   K-  pi+  pi+   pi-              PHSP;
+# B(anti-K*0 pi+  pi-) * B(K*0->K pi) = 0.0225 * 0.6657
+0.0758 anti-K*0-Kp pi+  pi-                    PHSP;
+# B(a_1+ K-) * B(a_1+ -> pi+ rho0) = 0.0730 * 0.4920 = 0.035916
+0.1819   a_1+3pr K-                          SVS;
+# B(K_1- pi+) * 
+0.0542   K_1-Kpp pi+                         SVS;
+Enddecay 
+CDecay anti-D0_9202
+
+#######################################################################################
+#
+# Generic Charm Baryon decays Decays
+#
+#######################################################################################
+# Lc Decay 1 is the hadronic singletag side of the event
+# Lc Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay Sc++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc--1
+
+Decay Sc++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc--2
+
+Decay Sc+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc-1
+
+Decay Sc+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc-2
+
+Decay Sc01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc01
+
+Decay Sc02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc02
+
+
+
+Decay Sc*++1
+1.0000    Lc+1  pi+                     PHSP;
+Enddecay
+CDecay Sc*--1
+
+Decay Sc*++2
+1.0000    Lc+2  pi+                     PHSP;
+Enddecay
+CDecay Sc*--2
+
+Decay Sc*+1
+1.0000    Lc+1  pi0                     PHSP;
+Enddecay
+CDecay Sc*-1
+
+Decay Sc*+2
+1.0000    Lc+2  pi0                     PHSP;
+Enddecay
+CDecay Sc*-2
+
+Decay Sc*01
+1.0000    Lc+1  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*01
+
+Decay Sc*02
+1.0000    Lc+2  pi-                     PHSP;
+Enddecay
+CDecay anti-Sc*02
+
+
+#######################################################################################
+# Combinations or special  Charm Baryon decays    (Preset decays 9300 - 9399)
+#######################################################################################
+
+# Generic
+Decay  Lc+_9300
+1.          Lambda_c+  PHSP;
+Enddecay 
+CDecay Lc-_9300
+
+Decay  Lc+_9301
+# use PDG 2000 BF's  Unfortunately, JETSET decays not allowed for aliased particles as of SP5
+# force anti-K*0 -> K- pi+ 
+0.016          p+      anti-K*0-Kp  PHSP;
+# Delta -> p+ pi 100%
+0.0086         Delta++         K-   PHSP;
+# force Lambda(1520)0 -> p+ K-  
+0.0059         Lambda(1520)0_pK         pi+  PHSP;
+0.028          p+ K- pi+  PHSP;
+Enddecay 
+CDecay Lc-_9301
+
+######
+# Sigma_c  and exitations that decay to a forced Lambda_c->pKpi
+######
+Decay  Sc++_9310
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc--_9310
+
+Decay  Sc+_9311
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc-_9311
+
+Decay  Sc0_9312
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc0_9312
+
+Decay  Sc*++_9313
+1.0000    Lc+_9301  pi+                     PHSP;
+Enddecay 
+CDecay Sc*--_9313
+
+Decay  Sc*+_9314
+1.0000    Lc+_9301  pi0                     PHSP;
+Enddecay 
+CDecay Sc*-_9314
+
+Decay  Sc*0_9315
+1.0000    Lc+_9301  pi-                     PHSP;
+Enddecay 
+CDecay anti-Sc*0_9315
+
+#######################################################################################
+# Generic Xi_c Decays
+Decay  Xc+_9400
+1.     Xi_c+  PHSP;
+Enddecay 
+CDecay Xc-_9400
+
+Decay  Xc0_9401
+1.     Xi_c0  PHSP;
+Enddecay 
+CDecay anti-Xc0_9401
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+#######################################################################################
+#
+# e+e- -> Gamma_Isr + Ds(*) Ds(*)        |cos_th| < 0.9 for ISR gamma
+#
+# DsDs : Ds*Ds : Ds*Ds* = 1 : 3: 9
+#
+# Tagging Ds: PhiPi+K*K
+# Recoil Ds:  (lept 1pr + semi 1pr + K0K)
+# Tagging Modes are PhiPi (Phi->KK) and K*K (K*->Kpi)
+#######################################################################################
+
+Decay vpho
+#1.0 vphoton149     PHSP;
+1.0 spike_400_750 gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay spike_400_750
+1.0    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+1.0    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+
+1.5    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+1.5    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+
+3.0    D_s*+1 D_s*-2  PHSP;
+3.0    D_s*+2 D_s*-1  PHSP;
+Enddecay
+
+#Reference: Phipi=0001, K*K=0008, (Phipi + K*K)=9014, Cocktail=9000
+#           (lept 1pr + semi 1pr + K0K)=9015
+# "1" is the Tagging Ds
+Decay D_s+1
+1.0 D_s+9014       PHSP;
+Enddecay
+CDecay D_s-1
+
+# "2" is the Recoil Ds
+Decay D_s+2
+1.0 D_s+9015       PHSP;
+Enddecay
+CDecay D_s-2
+
+End
diff --git a/BaBar_2014/ISR_charmonia_to_ll.dec b/BaBar_2014/ISR_charmonia_to_ll.dec
new file mode 100644
index 0000000..6301fc8
--- /dev/null
+++ b/BaBar_2014/ISR_charmonia_to_ll.dec
@@ -0,0 +1,39 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Dec 19, 2002
+#
+# e+e- -> ISRgamma Psi/Psi(2S), Psi(2S) -> pi+ pi- Psi, Psi -> l+ l-
+#
+############################################################
+Alias psiee  J/psi
+Alias psimm  J/psi
+Alias psipee psi(2S)
+Alias psipmm psi(2S)
+
+Decay vpho
+0.25  psiee  gamma VECTORISR 1. 1. ;
+0.25  psimm  gamma VECTORISR 1. 1. ;
+0.25  psipee  gamma VECTORISR 1. 1. ;
+0.25  psipmm  gamma VECTORISR 1. 1. ;
+Enddecay
+
+Decay psiee
+1.0    e+   e-                PHOTOS  VLL;
+Enddecay
+
+Decay psimm
+1.0    mu+   mu-                PHOTOS  VLL;
+Enddecay
+
+Decay psipee
+1.0    psiee  pi+ pi-          VVPIPI;
+Enddecay
+
+Decay psipmm
+1.0    psimm  pi+ pi-          VVPIPI;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_KstarKstar_to_mununu_KshortKpipi.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_KstarKstar_to_mununu_KshortKpipi.dec
new file mode 100644
index 0000000..58df30b
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_KstarKstar_to_mununu_KshortKpipi.dec
@@ -0,0 +1,128 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    K*0   K*-                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+
+
+Decay K*0
+1.0000   K+ pi-                          VSS;
+Enddecay
+
+Decay K*-
+1.0000   anti-K0 pi-                          VSS;
+Enddecay
+
+Decay anti-K0
+1.000     K_S0                              PHSP;
+Enddecay
+
+Decay K_S0
+1.0000    pi+  pi-                          PHSP;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPpi_to_mununu_pipi_pipipi0.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPpi_to_mununu_pipi_pipipi0.dec
new file mode 100644
index 0000000..cb80aa3
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPpi_to_mununu_pipi_pipipi0.dec
@@ -0,0 +1,122 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    pi-  eta'                     PHSP;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+Decay eta'
+1.0000     pi+ pi- eta                   PHSP;
+0.0000     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay eta
+0.0000    gamma gamma                      PHSP;
+1.0000    pi- pi+ pi0                      ETA_DALITZ;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPpi_to_mununu_pipigg.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPpi_to_mununu_pipigg.dec
new file mode 100644
index 0000000..30dbce5
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPpi_to_mununu_pipigg.dec
@@ -0,0 +1,122 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    pi-  eta'                     PHSP;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+Decay eta'
+1.0000     pi+ pi- eta                   PHSP;
+0.0000     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay eta
+1.0000    gamma gamma                      PHSP;
+0.0000    pi- pi+ pi0                      ETA_DALITZ;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPpi_to_mununu_rhog.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPpi_to_mununu_rhog.dec
new file mode 100644
index 0000000..2297ddf
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPpi_to_mununu_rhog.dec
@@ -0,0 +1,116 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    pi-  eta'                     PHSP;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+Decay eta'
+0.0000     pi+ pi- eta                   PHSP;
+1.0000     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPrho_to_mununu_pipi_pipipi0.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPrho_to_mununu_pipi_pipipi0.dec
new file mode 100644
index 0000000..b3541df
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPrho_to_mununu_pipi_pipipi0.dec
@@ -0,0 +1,122 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    rho-  eta'                     SVS;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+Decay eta'
+1.0000     pi+ pi- eta                   PHSP;
+0.0000     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay eta
+0.0000    gamma gamma                      PHSP;
+1.0000    pi- pi+ pi0                      ETA_DALITZ;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPrho_to_mununu_pipigg.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPrho_to_mununu_pipigg.dec
new file mode 100644
index 0000000..da9f307
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPrho_to_mununu_pipigg.dec
@@ -0,0 +1,122 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    rho-  eta'                     SVS;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+Decay eta'
+1.0000     pi+ pi- eta                   PHSP;
+0.0000     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay eta
+1.0000    gamma gamma                      PHSP;
+0.0000    pi- pi+ pi0                      ETA_DALITZ;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPrho_to_mununu_rhog.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPrho_to_mununu_rhog.dec
new file mode 100644
index 0000000..3981164
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etaPrho_to_mununu_rhog.dec
@@ -0,0 +1,122 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    rho-  eta'                     SVS;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+Decay eta'
+0.0000     pi+ pi- eta                   PHSP;
+1.0000     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+Decay eta
+0.0000    gamma gamma                      PHSP;
+1.0000    pi- pi+ pi0                      ETA_DALITZ;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etapi_to_mununu_gg.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etapi_to_mununu_gg.dec
new file mode 100644
index 0000000..ae77407
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etapi_to_mununu_gg.dec
@@ -0,0 +1,117 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    pi-  eta                      PHSP;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+Decay eta
+1.0000    gamma gamma                      PHSP;
+0.0000    pi- pi+ pi0                      ETA_DALITZ;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etapi_to_mununu_pipipi0.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etapi_to_mununu_pipipi0.dec
new file mode 100644
index 0000000..bc54c39
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etapi_to_mununu_pipipi0.dec
@@ -0,0 +1,117 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    pi-  eta                      PHSP;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+Decay eta
+0.0000    gamma gamma                      PHSP;
+1.0000    pi- pi+ pi0                      ETA_DALITZ;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etarho_to_mununu_gg.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etarho_to_mununu_gg.dec
new file mode 100644
index 0000000..b3268fa
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etarho_to_mununu_gg.dec
@@ -0,0 +1,117 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    rho-  eta                      SVS;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+Decay eta
+1.0000    gamma gamma                      PHSP;
+0.0000    pi- pi+ pi0                      ETA_DALITZ;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etarho_to_mununu_pipipi0.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etarho_to_mununu_pipipi0.dec
new file mode 100644
index 0000000..181d117
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_etarho_to_mununu_pipipi0.dec
@@ -0,0 +1,117 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    rho-  eta                      SVS;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+Decay eta
+0.0000    gamma gamma                      PHSP;
+1.0000    pi- pi+ pi0                      ETA_DALITZ;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_f0pi_to_mununu_pipipi.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_f0pi_to_mununu_pipipi.dec
new file mode 100644
index 0000000..2113ff4
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_f0pi_to_mununu_pipipi.dec
@@ -0,0 +1,115 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    f_0   pi-                      PHSP;
+Enddecay
+
+Decay f_0
+1.0000   pi+   pi-                       PHSP;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_phipipipipi_to_mununu_KKpipipi.dec b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_phipipipipi_to_mununu_KKpipipi.dec
new file mode 100644
index 0000000..e68a7a8
--- /dev/null
+++ b/BaBar_2014/ISR_psi4415_to_DsstarDsstar_to_taunu_phipipipipi_to_mununu_KKpipipi.dec
@@ -0,0 +1,115 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jul 8, 2000
+#
+# ISR Psi(4415),  Psi(4415) -> D_s*+ D_s*-  |L,S>=|1,0> + |1,2> 
+# Don't really know which amplitude to use so set |3,2> to 0
+# and use equal amounts of the L=1 amplitudes
+# 
+############################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) + A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+#
+Define VVV_1_1      1.0
+Define VVV_1_0      0.0
+#
+Define VVV_0_1      0.0
+Define VVV_0_0     -1.0
+Define VVV_0_-1     0.0
+#
+Define VVV_-1_0     0.0
+Define VVV_-1_-1    1.0
+#
+Define argVVV_1_1   0.0
+Define argVVV_1_0   0.0
+#
+Define argVVV_0_1   0.0
+Define argVVV_0_0   0.0
+Define argVVV_0_-1  0.0
+#
+Define argVVV_-1_0  0.0
+Define argVVV_-1_-1 0.0
+#
+
+
+Define WWW_1_1     -2.0
+Define WWW_1_0      1.73205080756888
+#
+Define WWW_0_1      1.73205080756888
+Define WWW_0_0     -4.0
+Define WWW_0_-1     1.73205080756888
+#
+Define WWW_-1_0     1.73205080756888
+Define WWW_-1_-1   -2.0
+#
+Define argWWW_1_1   0.0
+Define argWWW_1_0   0.0
+#
+Define argWWW_0_1   0.0
+Define argWWW_0_0   0.0
+Define argWWW_0_-1  0.0
+#
+Define argWWW_-1_0  0.0
+Define argWWW_-1_-1 0.0
+#
+
+#set vphoton to decay to gamma psi(xx) state with no angular restriction
+Decay vpho
+1.000  psi(4415) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay psi(4415)
+0.500    D_s*+ D_s*-    HELAMP  VVV_1_1  argVVV_1_1  VVV_1_0  argVVV_1_0   
+                                VVV_0_1  argVVV_0_1  VVV_0_0  argVVV_0_0   VVV_0_-1  argVVV_0_-1
+                                                     VVV_-1_0 argVVV_-1_0  VVV_-1_-1 argVVV_-1_-1;
+
+0.500    D_s*+ D_s*-    HELAMP  WWW_1_1  argWWW_1_1  WWW_1_0  argWWW_1_0   
+                                WWW_0_1  argWWW_0_1  WWW_0_0  argWWW_0_0   WWW_0_-1  argWWW_0_-1
+                                                     WWW_-1_0 argWWW_-1_0  WWW_-1_-1 argWWW_-1_-1;
+
+Enddecay
+
+Decay D_s+
+1.0000    tau+  nu_tau                      SLN;
+Enddecay
+
+Decay D_s-
+1.0000    phi   pi+   pi-   pi-          PHSP;
+Enddecay
+
+Decay phi
+1.0000   K+   K-                         VSS;
+Enddecay
+
+Decay tau+
+0.0000         e+   nu_e   anti-nu_tau       PHOTOS TAULNUNU;
+1.0000         mu+  nu_mu   anti-nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/ISR_psi_psi_to_ee.dec b/BaBar_2014/ISR_psi_psi_to_ee.dec
new file mode 100644
index 0000000..5effb77
--- /dev/null
+++ b/BaBar_2014/ISR_psi_psi_to_ee.dec
@@ -0,0 +1,23 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 18, 2000
+#
+# e+e- -> ISRgamma J/psi, J/psi -> e+ e-
+#
+############################################################
+#set vphoton to decay to gamma psi, no angular restriction
+Alias psiee J/psi
+
+Decay psiee
+1.0    e+   e-                PHOTOS  VLL;
+Enddecay
+
+Decay vpho
+1.000  psiee gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+End
+
+
diff --git a/BaBar_2014/ISR_psi_psi_to_mumu.dec b/BaBar_2014/ISR_psi_psi_to_mumu.dec
new file mode 100644
index 0000000..c8263e4
--- /dev/null
+++ b/BaBar_2014/ISR_psi_psi_to_mumu.dec
@@ -0,0 +1,24 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Jun 18, 2000
+# Mail: JOE@SLAC.STANFORD.EDU 
+#
+# e+e- -> ISRgamma J/psi, J/psi -> mu+ mu-
+#
+############################################################
+#set vphoton to decay to gamma psi no angular restriction
+Alias psimm J/psi
+
+Decay psimm
+1.0    mu+   mu-                PHOTOS  VLL;
+Enddecay
+
+Decay vpho
+1.000  psimm gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+End
+
+
diff --git a/BaBar_2014/ISR_psi_to_KsKpi.dec b/BaBar_2014/ISR_psi_to_KsKpi.dec
new file mode 100644
index 0000000..7a090af
--- /dev/null
+++ b/BaBar_2014/ISR_psi_to_KsKpi.dec
@@ -0,0 +1,29 @@
+############################################################
+#
+# Author:  Benjamin Mayer, Saclay
+# Created: Nov 26, 2002
+# Mail: mayer@hep.saclay.cea.fr 
+#
+# e+e- -> ISRgamma J/psi, J/psi -> Ks K+/- pi-/+
+#
+############################################################
+#set vphoton to decay to gamma psi no angular restriction
+Alias Mypsi J/psi
+Alias MyK_S0 K_S0
+#
+Decay vpho
+1.000  Mypsi gamma VECTORISR 0.999999 0.999999;
+Enddecay
+#
+Decay Mypsi
+0.5    MyK_S0 K+ pi-              PHSP;
+0.5    MyK_S0 K- pi+              PHSP;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_psiprime_psiprime_to_psipipi__psi_to_ee.dec b/BaBar_2014/ISR_psiprime_psiprime_to_psipipi__psi_to_ee.dec
new file mode 100644
index 0000000..d560ee7
--- /dev/null
+++ b/BaBar_2014/ISR_psiprime_psiprime_to_psipipi__psi_to_ee.dec
@@ -0,0 +1,26 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Feb 23, 2000
+#
+# e+e- -> ISRgamma Psi(2S), Psi(2S) -> pi+ pi- Psi, Psi -> e+ e-
+#
+############################################################
+#set vphoton to decay to gamma psi(2S, no angular restriction
+Decay vpho
+1.000  psi(2S) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Alias psiee J/psi
+
+Decay psiee
+1.0    e+   e-                PHOTOS  VLL;
+Enddecay
+
+Decay psi(2S)
+1.0    psiee  pi+ pi-          VVPIPI;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_psiprime_psiprime_to_psipipi__psi_to_mumu.dec b/BaBar_2014/ISR_psiprime_psiprime_to_psipipi__psi_to_mumu.dec
new file mode 100644
index 0000000..6540dde
--- /dev/null
+++ b/BaBar_2014/ISR_psiprime_psiprime_to_psipipi__psi_to_mumu.dec
@@ -0,0 +1,28 @@
+############################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Feb 23, 2000 
+#          Jun 18, 2000 add FSR (photos)
+# Mail: JOE@SLAC.STANFORD.EDU 
+#
+# e+e- -> ISRgamma Psi(2S), Psi(2S) -> pi+ pi- Psi, Psi -> mu+ mu-
+#
+############################################################
+#set vphoton to decay to gamma psi(2S, no angular restriction
+Decay vpho
+1.000  psi(2S) gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Alias psimm J/psi
+
+Decay psimm
+1.0    mu+   mu-                PHOTOS  VLL;
+Enddecay
+
+Decay psi(2S)
+1.0    psimm  pi+ pi-                   VVPIPI;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ISR_vph130.dec b/BaBar_2014/ISR_vph130.dec
new file mode 100644
index 0000000..d707eb3
--- /dev/null
+++ b/BaBar_2014/ISR_vph130.dec
@@ -0,0 +1,5608 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000
+#
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0     psi(4040)
+Alias psi(4040)D*0D0    psi(4040)
+Alias psi(4040)D*0D*010 psi(4040)
+Alias psi(4040)D*0D*012 psi(4040)
+Alias psi(4040)D*0D*032 psi(4040)
+
+Alias psi(4160)D0D0     psi(4160)
+Alias psi(4160)D*0D0    psi(4160)
+Alias psi(4160)D*0D*010 psi(4160)
+Alias psi(4160)D*0D*012 psi(4160)
+Alias psi(4160)D*0D*032 psi(4160)
+
+Alias psi(4415)D0D0     psi(4415)
+Alias psi(4415)D*0D0    psi(4415)
+Alias psi(4415)D*0D*010 psi(4415)
+Alias psi(4415)D*0D*012 psi(4415)
+Alias psi(4415)D*0D*032 psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-     psi(4040)
+Alias psi(4040)D*+D-    psi(4040)
+Alias psi(4040)D*+D*-10 psi(4040)
+Alias psi(4040)D*+D*-12 psi(4040)
+Alias psi(4040)D*+D*-32 psi(4040)
+
+Alias psi(4160)D+D-     psi(4160)
+Alias psi(4160)D*+D-    psi(4160)
+Alias psi(4160)D*+D*-10 psi(4160)
+Alias psi(4160)D*+D*-12 psi(4160)
+Alias psi(4160)D*+D*-32 psi(4160)
+
+Alias psi(4415)D+D-     psi(4415)
+Alias psi(4415)D*+D-    psi(4415)
+Alias psi(4415)D*+D*-10 psi(4415)
+Alias psi(4415)D*+D*-12 psi(4415)
+Alias psi(4415)D*+D*-32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+Alias D+1  D+
+Alias D+2  D+
+Alias D-1  D-
+Alias D-2  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+Alias      D_s+1058   D_s+
+Alias      D_s-1058   D_s-
+ChargeConj D_s+1058   D_s-1058
+
+Alias      D_s+1059   D_s+
+Alias      D_s-1059   D_s-
+ChargeConj D_s+1059   D_s-1059
+
+Alias      D_s+1060   D_s+
+Alias      D_s-1060   D_s-
+ChargeConj D_s+1060   D_s-1060
+
+Alias      D_s+1061   D_s+
+Alias      D_s-1061   D_s-
+ChargeConj D_s+1061   D_s-1061
+
+Alias      D_s+1062   D_s+
+Alias      D_s-1062   D_s-
+ChargeConj D_s+1062   D_s-1062
+
+Alias      D_s+1063   D_s+
+Alias      D_s-1063   D_s-
+ChargeConj D_s+1063   D_s-1063
+
+Alias      D_s+1064   D_s+
+Alias      D_s-1064   D_s-
+ChargeConj D_s+1064   D_s-1064
+
+Alias      D_s+1065   D_s+
+Alias      D_s-1065   D_s-
+ChargeConj D_s+1065   D_s-1065
+
+Alias      D_s+1066   D_s+
+Alias      D_s-1066   D_s-
+ChargeConj D_s+1066   D_s-1066
+
+Alias      D_s+1067   D_s+
+Alias      D_s-1067   D_s-
+ChargeConj D_s+1067   D_s-1067
+
+Alias      D_s+1068   D_s+
+Alias      D_s-1068   D_s-
+ChargeConj D_s+1068   D_s-1068
+
+Alias      D_s+1069   D_s+
+Alias      D_s-1069   D_s-
+ChargeConj D_s+1069   D_s-1069
+
+Alias      D_s+1070   D_s+
+Alias      D_s-1070   D_s-
+ChargeConj D_s+1070   D_s-1070
+
+Alias      D_s+1071   D_s+
+Alias      D_s-1071   D_s-
+ChargeConj D_s+1071   D_s-1071
+
+Alias      D_s+1072   D_s+
+Alias      D_s-1072   D_s-
+ChargeConj D_s+1072   D_s-1072
+
+Alias      D_s+1073   D_s+
+Alias      D_s-1073   D_s-
+ChargeConj D_s+1073   D_s-1073
+
+Alias      D_s+1074   D_s+
+Alias      D_s-1074   D_s-
+ChargeConj D_s+1074   D_s-1074
+
+Alias      D_s+1075   D_s+
+Alias      D_s-1075   D_s-
+ChargeConj D_s+1075   D_s-1075
+
+Alias      D_s+1076   D_s+
+Alias      D_s-1076   D_s-
+ChargeConj D_s+1076   D_s-1076
+
+Alias      D_s+1077   D_s+
+Alias      D_s-1077   D_s-
+ChargeConj D_s+1077   D_s-1077
+
+Alias      D_s+1078   D_s+
+Alias      D_s-1078   D_s-
+ChargeConj D_s+1078   D_s-1078
+
+Alias      D_s+1079   D_s+
+Alias      D_s-1079   D_s-
+ChargeConj D_s+1079   D_s-1079
+
+Alias      D_s+1080   D_s+
+Alias      D_s-1080   D_s-
+ChargeConj D_s+1080   D_s-1080
+
+Alias      D_s+1081   D_s+
+Alias      D_s-1081   D_s-
+ChargeConj D_s+1081   D_s-1081
+
+Alias      D_s+1082   D_s+
+Alias      D_s-1082   D_s-
+ChargeConj D_s+1082   D_s-1082
+
+Alias      D_s+1083   D_s+
+Alias      D_s-1083   D_s-
+ChargeConj D_s+1083   D_s-1083
+
+Alias      D_s+1084   D_s+
+Alias      D_s-1084   D_s-
+ChargeConj D_s+1084   D_s-1084
+
+Alias      D_s+1085   D_s+
+Alias      D_s-1085   D_s-
+ChargeConj D_s+1085   D_s-1085
+
+Alias      D_s+1086   D_s+
+Alias      D_s-1086   D_s-
+ChargeConj D_s+1086   D_s-1086
+
+Alias      D_s+1087   D_s+
+Alias      D_s-1087   D_s-
+ChargeConj D_s+1087   D_s-1087
+
+Alias      D_s+1088   D_s+
+Alias      D_s-1088   D_s-
+ChargeConj D_s+1088   D_s-1088
+
+Alias      D_s+1089   D_s+
+Alias      D_s-1089   D_s-
+ChargeConj D_s+1089   D_s-1089
+
+Alias      D_s+1090   D_s+
+Alias      D_s-1090   D_s-
+ChargeConj D_s+1090   D_s-1090
+
+Alias      D_s+1091   D_s+
+Alias      D_s-1091   D_s-
+ChargeConj D_s+1091   D_s-1091
+
+Alias      D_s+1092   D_s+
+Alias      D_s-1092   D_s-
+ChargeConj D_s+1092   D_s-1092
+
+Alias      D_s+1093   D_s+
+Alias      D_s-1093   D_s-
+ChargeConj D_s+1093   D_s-1093
+
+Alias      D_s+1094   D_s+
+Alias      D_s-1094   D_s-
+ChargeConj D_s+1094   D_s-1094
+
+Alias      D_s+1095   D_s+
+Alias      D_s-1095   D_s-
+ChargeConj D_s+1095   D_s-1095
+
+Alias      D_s+1096   D_s+
+Alias      D_s-1096   D_s-
+ChargeConj D_s+1096   D_s-1096
+
+Alias      D_s+1097   D_s+
+Alias      D_s-1097   D_s-
+ChargeConj D_s+1097   D_s-1097
+
+Alias      D_s+1098   D_s+
+Alias      D_s-1098   D_s-
+ChargeConj D_s+1098   D_s-1098
+
+Alias      D_s+1099   D_s+
+Alias      D_s-1099   D_s-
+ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+
+
+##############
+# Kaons:  K0
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+
+# Vphoton    Mode  130   u d s :: 1 4 1  continuum
+# Generic D decays
+
+Decay vpho
+1.0 vphoton130     PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ISR_vph132.dec b/BaBar_2014/ISR_vph132.dec
new file mode 100644
index 0000000..309ce82
--- /dev/null
+++ b/BaBar_2014/ISR_vph132.dec
@@ -0,0 +1,5640 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000
+#
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0     psi(4040)
+Alias psi(4040)D*0D0    psi(4040)
+Alias psi(4040)D*0D*010 psi(4040)
+Alias psi(4040)D*0D*012 psi(4040)
+Alias psi(4040)D*0D*032 psi(4040)
+
+Alias psi(4160)D0D0     psi(4160)
+Alias psi(4160)D*0D0    psi(4160)
+Alias psi(4160)D*0D*010 psi(4160)
+Alias psi(4160)D*0D*012 psi(4160)
+Alias psi(4160)D*0D*032 psi(4160)
+
+Alias psi(4415)D0D0     psi(4415)
+Alias psi(4415)D*0D0    psi(4415)
+Alias psi(4415)D*0D*010 psi(4415)
+Alias psi(4415)D*0D*012 psi(4415)
+Alias psi(4415)D*0D*032 psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-     psi(4040)
+Alias psi(4040)D*+D-    psi(4040)
+Alias psi(4040)D*+D*-10 psi(4040)
+Alias psi(4040)D*+D*-12 psi(4040)
+Alias psi(4040)D*+D*-32 psi(4040)
+
+Alias psi(4160)D+D-     psi(4160)
+Alias psi(4160)D*+D-    psi(4160)
+Alias psi(4160)D*+D*-10 psi(4160)
+Alias psi(4160)D*+D*-12 psi(4160)
+Alias psi(4160)D*+D*-32 psi(4160)
+
+Alias psi(4415)D+D-     psi(4415)
+Alias psi(4415)D*+D-    psi(4415)
+Alias psi(4415)D*+D*-10 psi(4415)
+Alias psi(4415)D*+D*-12 psi(4415)
+Alias psi(4415)D*+D*-32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+Alias D+1  D+
+Alias D+2  D+
+Alias D-1  D-
+Alias D-2  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+Alias      D_s+1058   D_s+
+Alias      D_s-1058   D_s-
+ChargeConj D_s+1058   D_s-1058
+
+Alias      D_s+1059   D_s+
+Alias      D_s-1059   D_s-
+ChargeConj D_s+1059   D_s-1059
+
+Alias      D_s+1060   D_s+
+Alias      D_s-1060   D_s-
+ChargeConj D_s+1060   D_s-1060
+
+Alias      D_s+1061   D_s+
+Alias      D_s-1061   D_s-
+ChargeConj D_s+1061   D_s-1061
+
+Alias      D_s+1062   D_s+
+Alias      D_s-1062   D_s-
+ChargeConj D_s+1062   D_s-1062
+
+Alias      D_s+1063   D_s+
+Alias      D_s-1063   D_s-
+ChargeConj D_s+1063   D_s-1063
+
+Alias      D_s+1064   D_s+
+Alias      D_s-1064   D_s-
+ChargeConj D_s+1064   D_s-1064
+
+Alias      D_s+1065   D_s+
+Alias      D_s-1065   D_s-
+ChargeConj D_s+1065   D_s-1065
+
+Alias      D_s+1066   D_s+
+Alias      D_s-1066   D_s-
+ChargeConj D_s+1066   D_s-1066
+
+Alias      D_s+1067   D_s+
+Alias      D_s-1067   D_s-
+ChargeConj D_s+1067   D_s-1067
+
+Alias      D_s+1068   D_s+
+Alias      D_s-1068   D_s-
+ChargeConj D_s+1068   D_s-1068
+
+Alias      D_s+1069   D_s+
+Alias      D_s-1069   D_s-
+ChargeConj D_s+1069   D_s-1069
+
+Alias      D_s+1070   D_s+
+Alias      D_s-1070   D_s-
+ChargeConj D_s+1070   D_s-1070
+
+Alias      D_s+1071   D_s+
+Alias      D_s-1071   D_s-
+ChargeConj D_s+1071   D_s-1071
+
+Alias      D_s+1072   D_s+
+Alias      D_s-1072   D_s-
+ChargeConj D_s+1072   D_s-1072
+
+Alias      D_s+1073   D_s+
+Alias      D_s-1073   D_s-
+ChargeConj D_s+1073   D_s-1073
+
+Alias      D_s+1074   D_s+
+Alias      D_s-1074   D_s-
+ChargeConj D_s+1074   D_s-1074
+
+Alias      D_s+1075   D_s+
+Alias      D_s-1075   D_s-
+ChargeConj D_s+1075   D_s-1075
+
+Alias      D_s+1076   D_s+
+Alias      D_s-1076   D_s-
+ChargeConj D_s+1076   D_s-1076
+
+Alias      D_s+1077   D_s+
+Alias      D_s-1077   D_s-
+ChargeConj D_s+1077   D_s-1077
+
+Alias      D_s+1078   D_s+
+Alias      D_s-1078   D_s-
+ChargeConj D_s+1078   D_s-1078
+
+Alias      D_s+1079   D_s+
+Alias      D_s-1079   D_s-
+ChargeConj D_s+1079   D_s-1079
+
+Alias      D_s+1080   D_s+
+Alias      D_s-1080   D_s-
+ChargeConj D_s+1080   D_s-1080
+
+Alias      D_s+1081   D_s+
+Alias      D_s-1081   D_s-
+ChargeConj D_s+1081   D_s-1081
+
+Alias      D_s+1082   D_s+
+Alias      D_s-1082   D_s-
+ChargeConj D_s+1082   D_s-1082
+
+Alias      D_s+1083   D_s+
+Alias      D_s-1083   D_s-
+ChargeConj D_s+1083   D_s-1083
+
+Alias      D_s+1084   D_s+
+Alias      D_s-1084   D_s-
+ChargeConj D_s+1084   D_s-1084
+
+Alias      D_s+1085   D_s+
+Alias      D_s-1085   D_s-
+ChargeConj D_s+1085   D_s-1085
+
+Alias      D_s+1086   D_s+
+Alias      D_s-1086   D_s-
+ChargeConj D_s+1086   D_s-1086
+
+Alias      D_s+1087   D_s+
+Alias      D_s-1087   D_s-
+ChargeConj D_s+1087   D_s-1087
+
+Alias      D_s+1088   D_s+
+Alias      D_s-1088   D_s-
+ChargeConj D_s+1088   D_s-1088
+
+Alias      D_s+1089   D_s+
+Alias      D_s-1089   D_s-
+ChargeConj D_s+1089   D_s-1089
+
+Alias      D_s+1090   D_s+
+Alias      D_s-1090   D_s-
+ChargeConj D_s+1090   D_s-1090
+
+Alias      D_s+1091   D_s+
+Alias      D_s-1091   D_s-
+ChargeConj D_s+1091   D_s-1091
+
+Alias      D_s+1092   D_s+
+Alias      D_s-1092   D_s-
+ChargeConj D_s+1092   D_s-1092
+
+Alias      D_s+1093   D_s+
+Alias      D_s-1093   D_s-
+ChargeConj D_s+1093   D_s-1093
+
+Alias      D_s+1094   D_s+
+Alias      D_s-1094   D_s-
+ChargeConj D_s+1094   D_s-1094
+
+Alias      D_s+1095   D_s+
+Alias      D_s-1095   D_s-
+ChargeConj D_s+1095   D_s-1095
+
+Alias      D_s+1096   D_s+
+Alias      D_s-1096   D_s-
+ChargeConj D_s+1096   D_s-1096
+
+Alias      D_s+1097   D_s+
+Alias      D_s-1097   D_s-
+ChargeConj D_s+1097   D_s-1097
+
+Alias      D_s+1098   D_s+
+Alias      D_s-1098   D_s-
+ChargeConj D_s+1098   D_s-1098
+
+Alias      D_s+1099   D_s+
+Alias      D_s-1099   D_s-
+ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+
+
+##############
+# Kaons:  K0
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+
+# Vphoton    Mode  132    25%  psi(4040)D0D0   75%  psi(4160)D*0D0
+# Generic D decays
+
+Decay vpho
+1.0 vphoton132     PHSP;
+Enddecay
+
+# Generic D0, D+, Ds decays
+
+Decay D_s+1
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+Decay D+1
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D01
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/ISR_vph133.dec b/BaBar_2014/ISR_vph133.dec
new file mode 100644
index 0000000..fa7d4d6
--- /dev/null
+++ b/BaBar_2014/ISR_vph133.dec
@@ -0,0 +1,5640 @@
+#######################################################################################
+#
+# Author:  Joe Izen, University of Texas at Dallas
+# Created: Sep 17, 2000                Copyright 2000
+#
+#######################################################################################
+# This file sets up aliases of many forced decays.
+# 
+# This particular file has aliases convenient for an 
+# ISR charm analysis
+#
+# Specify the actual request by decaying the Vphoton
+# and the tagging D(s) (1) and the recoiling D(s) (2) into one
+# of the aliases set in this file. For, "mixed" modes involving
+# D0/D+ D0/Ds or D+/Ds, specify the "1" variety of each particle.
+# 
+# Please do this in a second .dec file using the UDECAY mechanism.
+# The tcl syntax is:
+#
+#  mod talk GfiEvtGen
+#     UDECAY set "file1.dec file2.dec file3.dec"    (specify any # of files)
+#  exit
+#
+#
+# Hint:  An AWG or group collaborating on similar projects
+# cans set up shared aliases in a common UDECAY file and
+# select which aliases to use in a common .dec file.  This can avoid
+# duplicated effort for X vs Y events where X and Y each have
+# several decays that are to be generated separately, e.g. 
+#
+# 4S -> Bx+ By- + CC
+# 4S -> B+ B-, B+ ->PsiKs, B- -> D0_x Ds_y
+
+#######################################################################################
+# First Definitions, then Aliases, then Decays
+########################################################################################
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds*  |L,S> =  partial-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> V V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 119-120 of Joe's log book
+#
+# L S  M(L,S)
+#
+# 1 0  (1/sqrt(3)) * (  A( 1 1) 
+#                   +           -A( 0 0) 
+#                   +                       A(-1 -1) )
+#
+# 1 1  (1/2      ) * (          -A( 1 0)
+#                   +   A( 0 1)           + A( 0 -1) 
+#                   +           -A(-1 0)             )
+#
+# 1 2  (1/6      ) * (       -2*A( 1 1) + sqrt(3)*A( 1 0) 
+#                   +   sqrt(3)*A( 0 1) +      -4*A( 0 0) + sqrt(3)*A( 0 -1) 
+#                   +                   + sqrt(3)*A(-1 0) +      -2*A(-1 -1) )
+#
+# 3 2  (1/sqrt(10)) * ( A( 1 1)    -A( 1 0)
+#                   +  -A( 0 1) + 2*A( 0 0) - A( 0 -1) 
+#                   +              -A(-1 0) + A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 1 or 3
+# Note HELAMP Coefficent can be both positive and negative
+# Psi(xxxx) -> Ds* Ds*  |L,S>=|1,1> partial-wave is UNPHYSICAL
+# Violates C parity, i.e. -1 should equal (-1)**(L+S) ==> S is even
+#
+###########################################################
+#
+Define VVV10_1_1      1.0
+Define VVV10_1_0      0.0
+#
+Define VVV10_0_1      0.0
+Define VVV10_0_0     -1.0
+Define VVV10_0_-1     0.0
+#
+Define VVV10_-1_0     0.0
+Define VVV10_-1_-1    1.0
+#
+Define argVVV10_1_1   0.0
+Define argVVV10_1_0   0.0
+#
+Define argVVV10_0_1   0.0
+Define argVVV10_0_0   0.0
+Define argVVV10_0_-1  0.0
+#
+Define argVVV10_-1_0  0.0
+Define argVVV10_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV12_1_1     -2.0
+Define VVV12_1_0      1.73205080756888
+#
+Define VVV12_0_1      1.73205080756888
+Define VVV12_0_0     -4.0
+Define VVV12_0_-1     1.73205080756888
+#
+Define VVV12_-1_0     1.73205080756888
+Define VVV12_-1_-1   -2.0
+#
+Define argVVV12_1_1   0.0
+Define argVVV12_1_0   0.0
+#
+Define argVVV12_0_1   0.0
+Define argVVV12_0_0   0.0
+Define argVVV12_0_-1  0.0
+#
+Define argVVV12_-1_0  0.0
+Define argVVV12_-1_-1 0.0
+#
+###########################################################
+#
+Define VVV32_1_1      1.0
+Define VVV32_1_0     -1.0
+#
+Define VVV32_0_1     -1.0
+Define VVV32_0_0      2.0
+Define VVV32_0_-1    -1.0
+#
+Define VVV32_-1_0    -1.0
+Define VVV32_-1_-1    1.0
+#
+Define argVVV32_1_1   0.0
+Define argVVV32_1_0   0.0
+#
+Define argVVV32_0_1   0.0
+Define argVVV32_0_0   0.0
+Define argVVV32_0_-1  0.0
+#
+Define argVVV32_-1_0  0.0
+Define argVVV32_-1_-1 0.0
+#
+###########################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds* Ds Pure P-wave
+# S and D-wave are unphysical - violate parity
+#
+#######################################################################################
+# set the helicity amplitudes here.
+#
+# Partial wave amplitudes for V -> V S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+#
+# Calculation on p 116-117 of joe's log book
+#
+# S-wave:  M(L,S)=M(0,1)=(1/sqrt(3)) * ( A(1 0) +   A(0 0) + A(-1 0) )
+#
+# P-wave:  M(L,S)=M(1,1)=(1/sqrt(2)) * (-A(1 0)            + A(-1 0) )
+#
+# D-wave:  M(L,S)=M(2,1)=(1/sqrt(6)) * ( A(1 0) - 2*A(0 0) + A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires P-wave
+# Note HELAMP Coefficent can be both positive and negative
+#
+#######################################################################################
+#
+Define VVS_1_0 -1.0
+Define VVS_0_0  0.0
+Define VVS_-1_0 1.0
+Define argVVS_1_0  0.
+Define argVVS_0_0  0.
+Define argVVS_-1_0 0.
+#
+#######################################################################################
+
+# Aliases start here
+
+#######################################################################################
+
+#######################################################################################
+# Aliases for virtual photon.  Each corresponds to a predefined
+# production mechanism.  1-8 correspond to the 8 "pure" psi aliases
+# >=10 are preset mixes for MC production 
+
+Alias vphoton001 vpho
+Alias vphoton002 vpho
+Alias vphoton003 vpho
+Alias vphoton004 vpho
+Alias vphoton005 vpho
+Alias vphoton006 vpho
+Alias vphoton007 vpho
+Alias vphoton008 vpho
+Alias vphoton009 vpho
+Alias vphoton010 vpho
+Alias vphoton011 vpho
+Alias vphoton012 vpho
+Alias vphoton013 vpho
+Alias vphoton014 vpho
+Alias vphoton015 vpho
+Alias vphoton016 vpho
+Alias vphoton017 vpho
+Alias vphoton018 vpho
+Alias vphoton019 vpho
+Alias vphoton020 vpho
+Alias vphoton021 vpho
+Alias vphoton022 vpho
+Alias vphoton023 vpho
+Alias vphoton024 vpho
+Alias vphoton025 vpho
+Alias vphoton026 vpho
+Alias vphoton027 vpho
+Alias vphoton028 vpho
+Alias vphoton029 vpho
+Alias vphoton030 vpho
+Alias vphoton031 vpho
+Alias vphoton032 vpho
+Alias vphoton033 vpho
+Alias vphoton034 vpho
+Alias vphoton035 vpho
+Alias vphoton036 vpho
+Alias vphoton037 vpho
+Alias vphoton038 vpho
+Alias vphoton039 vpho
+Alias vphoton040 vpho
+Alias vphoton041 vpho
+Alias vphoton042 vpho
+Alias vphoton043 vpho
+Alias vphoton044 vpho
+Alias vphoton045 vpho
+Alias vphoton046 vpho
+Alias vphoton047 vpho
+Alias vphoton048 vpho
+Alias vphoton049 vpho
+Alias vphoton050 vpho
+Alias vphoton051 vpho
+Alias vphoton052 vpho
+Alias vphoton053 vpho
+Alias vphoton054 vpho
+Alias vphoton055 vpho
+Alias vphoton056 vpho
+Alias vphoton057 vpho
+Alias vphoton058 vpho
+Alias vphoton059 vpho
+Alias vphoton060 vpho
+Alias vphoton061 vpho
+Alias vphoton062 vpho
+Alias vphoton063 vpho
+Alias vphoton064 vpho
+Alias vphoton065 vpho
+Alias vphoton066 vpho
+Alias vphoton067 vpho
+Alias vphoton068 vpho
+Alias vphoton069 vpho
+Alias vphoton070 vpho
+Alias vphoton071 vpho
+Alias vphoton072 vpho
+Alias vphoton073 vpho
+Alias vphoton074 vpho
+Alias vphoton075 vpho
+Alias vphoton076 vpho
+Alias vphoton077 vpho
+Alias vphoton078 vpho
+Alias vphoton079 vpho
+Alias vphoton080 vpho
+Alias vphoton081 vpho
+Alias vphoton082 vpho
+Alias vphoton083 vpho
+Alias vphoton084 vpho
+Alias vphoton085 vpho
+Alias vphoton086 vpho
+Alias vphoton087 vpho
+Alias vphoton088 vpho
+Alias vphoton089 vpho
+Alias vphoton090 vpho
+Alias vphoton091 vpho
+Alias vphoton092 vpho
+Alias vphoton093 vpho
+Alias vphoton094 vpho
+Alias vphoton095 vpho
+Alias vphoton096 vpho
+Alias vphoton097 vpho
+Alias vphoton098 vpho
+Alias vphoton099 vpho
+Alias vphoton100 vpho
+Alias vphoton101 vpho
+Alias vphoton102 vpho
+Alias vphoton103 vpho
+Alias vphoton104 vpho
+Alias vphoton105 vpho
+Alias vphoton106 vpho
+Alias vphoton107 vpho
+Alias vphoton108 vpho
+Alias vphoton109 vpho
+Alias vphoton110 vpho
+Alias vphoton111 vpho
+Alias vphoton112 vpho
+Alias vphoton113 vpho
+Alias vphoton114 vpho
+Alias vphoton115 vpho
+Alias vphoton116 vpho
+Alias vphoton117 vpho
+Alias vphoton118 vpho
+Alias vphoton119 vpho
+Alias vphoton120 vpho
+Alias vphoton121 vpho
+Alias vphoton122 vpho
+Alias vphoton123 vpho
+Alias vphoton124 vpho
+Alias vphoton125 vpho
+Alias vphoton126 vpho
+Alias vphoton127 vpho
+Alias vphoton128 vpho
+Alias vphoton129 vpho
+Alias vphoton130 vpho
+Alias vphoton131 vpho
+Alias vphoton132 vpho
+Alias vphoton133 vpho
+Alias vphoton134 vpho
+Alias vphoton135 vpho
+Alias vphoton136 vpho
+Alias vphoton137 vpho
+Alias vphoton138 vpho
+Alias vphoton139 vpho
+Alias vphoton140 vpho
+
+#######################################################################################
+# Aliases for the Psi resonances by Decay mode and Partial Wave
+# --hopefully, the naming convention is not too obscure
+
+Alias psi(4040)DsDs     psi(4040)
+
+Alias psi(4160)DsDs     psi(4160)
+Alias psi(4160)Ds*Ds    psi(4160)
+
+Alias psi(4415)DsDs     psi(4415)
+Alias psi(4415)Ds*Ds    psi(4415)
+Alias psi(4415)Ds*Ds*10 psi(4415)
+Alias psi(4415)Ds*Ds*12 psi(4415)
+Alias psi(4415)Ds*Ds*32 psi(4415)
+
+
+
+Alias psi(3770)D0D0     psi(3770)
+
+Alias psi(4040)D0D0     psi(4040)
+Alias psi(4040)D*0D0    psi(4040)
+Alias psi(4040)D*0D*010 psi(4040)
+Alias psi(4040)D*0D*012 psi(4040)
+Alias psi(4040)D*0D*032 psi(4040)
+
+Alias psi(4160)D0D0     psi(4160)
+Alias psi(4160)D*0D0    psi(4160)
+Alias psi(4160)D*0D*010 psi(4160)
+Alias psi(4160)D*0D*012 psi(4160)
+Alias psi(4160)D*0D*032 psi(4160)
+
+Alias psi(4415)D0D0     psi(4415)
+Alias psi(4415)D*0D0    psi(4415)
+Alias psi(4415)D*0D*010 psi(4415)
+Alias psi(4415)D*0D*012 psi(4415)
+Alias psi(4415)D*0D*032 psi(4415)
+
+Alias psi(3770)D+D-     psi(3770)
+
+Alias psi(4040)D+D-     psi(4040)
+Alias psi(4040)D*+D-    psi(4040)
+Alias psi(4040)D*+D*-10 psi(4040)
+Alias psi(4040)D*+D*-12 psi(4040)
+Alias psi(4040)D*+D*-32 psi(4040)
+
+Alias psi(4160)D+D-     psi(4160)
+Alias psi(4160)D*+D-    psi(4160)
+Alias psi(4160)D*+D*-10 psi(4160)
+Alias psi(4160)D*+D*-12 psi(4160)
+Alias psi(4160)D*+D*-32 psi(4160)
+
+Alias psi(4415)D+D-     psi(4415)
+Alias psi(4415)D*+D-    psi(4415)
+Alias psi(4415)D*+D*-10 psi(4415)
+Alias psi(4415)D*+D*-12 psi(4415)
+Alias psi(4415)D*+D*-32 psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Alias psi(4040)D0D0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0   psi(4160)
+
+Alias psi(4040)D+D-pi0     psi(4040)
+Alias psi(4040)D*+D-pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0     psi(4160)
+Alias psi(4160)D*+D-pi0    psi(4160)
+Alias psi(4160)D*+D*-pi0   psi(4160)
+
+Alias psi(4415)D+D-pi0     psi(4415)
+Alias psi(4415)D*+D-pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0   psi(4415)
+
+Alias psi(4160)DsDspi0     psi(4160)
+
+Alias psi(4415)DsDspi0     psi(4415)
+Alias psi(4415)Ds*Dspi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0   psi(4415)
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Alias psi(4040)D+D0pi-     psi(4040)
+Alias psi(4040)D*+D0pi-    psi(4040)
+
+Alias psi(4160)D+D0pi-     psi(4160)
+Alias psi(4160)D*+D0pi-    psi(4160)
+Alias psi(4160)D+D*0pi-    psi(4160)
+Alias psi(4160)D*+D*0pi-   psi(4160)
+
+Alias psi(4415)D+D0pi-     psi(4415)
+Alias psi(4415)D*+D0pi-    psi(4415)
+Alias psi(4415)D+D*0pi-    psi(4415)
+Alias psi(4415)D*+D*0pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Alias psi(4040)D0D0pi0pi0     psi(4040)
+Alias psi(4040)D*0D0pi0pi0    psi(4040)
+
+Alias psi(4160)D0D0pi0pi0     psi(4160)
+Alias psi(4160)D*0D0pi0pi0    psi(4160)
+Alias psi(4160)D*0D*0pi0pi0   psi(4160)
+
+Alias psi(4415)D0D0pi0pi0     psi(4415)
+Alias psi(4415)D*0D0pi0pi0    psi(4415)
+Alias psi(4415)D*0D*0pi0pi0   psi(4415)
+
+Alias psi(4040)D+D-pi0pi0     psi(4040)
+Alias psi(4040)D*+D-pi0pi0    psi(4040)
+
+Alias psi(4160)D+D-pi0pi0     psi(4160)
+Alias psi(4160)D*+D-pi0pi0    psi(4160)
+
+Alias psi(4415)D+D-pi0pi0     psi(4415)
+Alias psi(4415)D*+D-pi0pi0    psi(4415)
+Alias psi(4415)D*+D*-pi0pi0   psi(4415)
+
+Alias psi(4415)DsDspi0pi0     psi(4415)
+Alias psi(4415)Ds*Dspi0pi0    psi(4415)
+Alias psi(4415)Ds*Ds*pi0pi0   psi(4415)
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Alias psi(4040)D+D0pi-pi0     psi(4040)
+Alias psi(4040)D*+D0pi-pi0    psi(4040)
+Alias psi(4040)D*0D+pi-pi0    psi(4040)
+
+Alias psi(4160)D+D0pi-pi0     psi(4160)
+Alias psi(4160)D*+D0pi-pi0    psi(4160)
+Alias psi(4160)D*0D+pi-pi0    psi(4160)
+
+Alias psi(4415)D+D0pi-pi0     psi(4415)
+Alias psi(4415)D*+D0pi-pi0    psi(4415)
+Alias psi(4415)D*0D+pi-pi0    psi(4415)
+Alias psi(4415)D*+D*0pi-pi0   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Alias psi(4040)D0D0pi+pi-     psi(4040)
+Alias psi(4040)D*0D0pi+pi-    psi(4040)
+
+Alias psi(4160)D0D0pi+pi-     psi(4160)
+Alias psi(4160)D*0D0pi+pi-    psi(4160)
+
+Alias psi(4415)D0D0pi+pi-     psi(4415)
+Alias psi(4415)D*0D0pi+pi-    psi(4415)
+Alias psi(4415)D*0D*pi+pi-    psi(4415)
+
+Alias psi(4040)D+D-pi+pi-     psi(4040)
+Alias psi(4040)D*+D-pi+pi-    psi(4040)
+
+Alias psi(4160)D+D-pi+pi-     psi(4160)
+Alias psi(4160)D*+D-pi+pi-    psi(4160)
+
+Alias psi(4415)D+D-pi+pi-     psi(4415)
+Alias psi(4415)D*+D-pi+pi-    psi(4415)
+Alias psi(4415)D*+D*-pi+pi-   psi(4415)
+
+Alias psi(4415)DsDspi+pi-     psi(4415)
+Alias psi(4415)Ds*Dspi+pi-    psi(4415)
+Alias psi(4415)Ds*Ds*pi+pi-   psi(4415)
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Alias psi(4415)DsD0K-      psi(4415)
+Alias psi(4415)DsD-K0      psi(4415)
+Alias psi(4415)DsD-K0L     psi(4415)
+Alias psi(4415)DsD-K0-pp   psi(4415)
+Alias psi(4415)DsD-K0-00   psi(4415)
+Alias psi(4415)DsD-K0-neu  psi(4415)
+
+#######################################################################################
+# Generic Ds - no specific decays here
+#######################################################################################
+
+Alias D_s*+1 D_s*+
+Alias D_s*+2 D_s*+
+Alias D_s*-1 D_s*-
+Alias D_s*-2 D_s*-
+Alias D_s+1  D_s+
+Alias D_s+2  D_s+
+Alias D_s-1  D_s-
+Alias D_s-2  D_s-
+
+ChargeConj D_s*+1 D_s*-1
+ChargeConj D_s*+2 D_s*-2
+ChargeConj D_s+1  D_s-1
+ChargeConj D_s+2  D_s-2
+
+#######################################################################################
+# Generic D - no specific decays here
+#######################################################################################
+
+Alias D*+1 D*+
+Alias D*+2 D*+
+Alias D*-1 D*-
+Alias D*-2 D*-
+Alias D+1  D+
+Alias D+2  D+
+Alias D-1  D-
+Alias D-2  D-
+
+ChargeConj D*+1 D*-1
+ChargeConj D*+2 D*-2
+ChargeConj D+1  D-1
+ChargeConj D+2  D-2
+
+Alias D*01 D*0
+Alias D*02 D*0
+Alias anti-D*01 anti-D*0
+Alias anti-D*02 anti-D*0
+Alias D01  D0
+Alias D02  D0
+Alias anti-D01  anti-D0
+Alias anti-D02  anti-D0
+
+ChargeConj D*01 anti-D*01
+ChargeConj D*02 anti-D*02
+ChargeConj D01  anti-D01
+ChargeConj D02  anti-D02
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+Alias      D_s+0000   D_s+
+Alias      D_s-0000   D_s-
+ChargeConj D_s+0000   D_s-0000
+
+Alias      D_s+0001   D_s+
+Alias      D_s-0001   D_s-
+ChargeConj D_s+0001   D_s-0001
+
+Alias      D_s+0002   D_s+
+Alias      D_s-0002   D_s-
+ChargeConj D_s+0002   D_s-0002
+
+Alias      D_s+0003   D_s+
+Alias      D_s-0003   D_s-
+ChargeConj D_s+0003   D_s-0003
+
+Alias      D_s+0004   D_s+
+Alias      D_s-0004   D_s-
+ChargeConj D_s+0004   D_s-0004
+
+Alias      D_s+0005   D_s+
+Alias      D_s-0005   D_s-
+ChargeConj D_s+0005   D_s-0005
+
+Alias      D_s+0006   D_s+
+Alias      D_s-0006   D_s-
+ChargeConj D_s+0006   D_s-0006
+
+Alias      D_s+0007   D_s+
+Alias      D_s-0007   D_s-
+ChargeConj D_s+0007   D_s-0007
+
+Alias      D_s+0008   D_s+
+Alias      D_s-0008   D_s-
+ChargeConj D_s+0008   D_s-0008
+
+Alias      D_s+0009   D_s+
+Alias      D_s-0009   D_s-
+ChargeConj D_s+0009   D_s-0009
+
+Alias      D_s+0010   D_s+
+Alias      D_s-0010   D_s-
+ChargeConj D_s+0010   D_s-0010
+
+Alias      D_s+0011   D_s+
+Alias      D_s-0011   D_s-
+ChargeConj D_s+0011   D_s-0011
+
+Alias      D_s+0012   D_s+
+Alias      D_s-0012   D_s-
+ChargeConj D_s+0012   D_s-0012
+
+Alias      D_s+0013   D_s+
+Alias      D_s-0013   D_s-
+ChargeConj D_s+0013   D_s-0013
+
+Alias      D_s+0014   D_s+
+Alias      D_s-0014   D_s-
+ChargeConj D_s+0014   D_s-0014
+
+Alias      D_s+0015   D_s+
+Alias      D_s-0015   D_s-
+ChargeConj D_s+0015   D_s-0015
+
+Alias      D_s+0016   D_s+
+Alias      D_s-0016   D_s-
+ChargeConj D_s+0016   D_s-0016
+
+Alias      D_s+0017   D_s+
+Alias      D_s-0017   D_s-
+ChargeConj D_s+0017   D_s-0017
+
+Alias      D_s+0018   D_s+
+Alias      D_s-0018   D_s-
+ChargeConj D_s+0018   D_s-0018
+
+Alias      D_s+0019   D_s+
+Alias      D_s-0019   D_s-
+ChargeConj D_s+0019   D_s-0019
+
+Alias      D_s+0020   D_s+
+Alias      D_s-0020   D_s-
+ChargeConj D_s+0020   D_s-0020
+
+Alias      D_s+0021   D_s+
+Alias      D_s-0021   D_s-
+ChargeConj D_s+0021   D_s-0021
+
+Alias      D_s+0022   D_s+
+Alias      D_s-0022   D_s-
+ChargeConj D_s+0022   D_s-0022
+
+Alias      D_s+0023   D_s+
+Alias      D_s-0023   D_s-
+ChargeConj D_s+0023   D_s-0023
+
+Alias      D_s+0024   D_s+
+Alias      D_s-0024   D_s-
+ChargeConj D_s+0024   D_s-0024
+
+Alias      D_s+0025   D_s+
+Alias      D_s-0025   D_s-
+ChargeConj D_s+0025   D_s-0025
+
+Alias      D_s+0026   D_s+
+Alias      D_s-0026   D_s-
+ChargeConj D_s+0026   D_s-0026
+
+Alias      D_s+0027   D_s+
+Alias      D_s-0027   D_s-
+ChargeConj D_s+0027   D_s-0027
+
+Alias      D_s+0028   D_s+
+Alias      D_s-0028   D_s-
+ChargeConj D_s+0028   D_s-0028
+
+Alias      D_s+0029   D_s+
+Alias      D_s-0029   D_s-
+ChargeConj D_s+0029   D_s-0029
+
+Alias      D_s+0030   D_s+
+Alias      D_s-0030   D_s-
+ChargeConj D_s+0030   D_s-0030
+
+Alias      D_s+0031   D_s+
+Alias      D_s-0031   D_s-
+ChargeConj D_s+0031   D_s-0031
+
+Alias      D_s+0032   D_s+
+Alias      D_s-0032   D_s-
+ChargeConj D_s+0032   D_s-0032
+
+Alias      D_s+0033   D_s+
+Alias      D_s-0033   D_s-
+ChargeConj D_s+0033   D_s-0033
+
+Alias      D_s+0034   D_s+
+Alias      D_s-0034   D_s-
+ChargeConj D_s+0034   D_s-0034
+
+Alias      D_s+0035   D_s+
+Alias      D_s-0035   D_s-
+ChargeConj D_s+0035   D_s-0035
+
+Alias      D_s+0036   D_s+
+Alias      D_s-0036   D_s-
+ChargeConj D_s+0036   D_s-0036
+
+Alias      D_s+0037   D_s+
+Alias      D_s-0037   D_s-
+ChargeConj D_s+0037   D_s-0037
+
+Alias      D_s+0038   D_s+
+Alias      D_s-0038   D_s-
+ChargeConj D_s+0038   D_s-0038
+
+Alias      D_s+0039   D_s+
+Alias      D_s-0039   D_s-
+ChargeConj D_s+0039   D_s-0039
+
+Alias      D_s+0040   D_s+
+Alias      D_s-0040   D_s-
+ChargeConj D_s+0040   D_s-0040
+
+Alias      D_s+0041   D_s+
+Alias      D_s-0041   D_s-
+ChargeConj D_s+0041   D_s-0041
+
+Alias      D_s+0042   D_s+
+Alias      D_s-0042   D_s-
+ChargeConj D_s+0042   D_s-0042
+
+Alias      D_s+0043   D_s+
+Alias      D_s-0043   D_s-
+ChargeConj D_s+0043   D_s-0043
+
+Alias      D_s+0044   D_s+
+Alias      D_s-0044   D_s-
+ChargeConj D_s+0044   D_s-0044
+
+Alias      D_s+0045   D_s+
+Alias      D_s-0045   D_s-
+ChargeConj D_s+0045   D_s-0045
+
+Alias      D_s+0046   D_s+
+Alias      D_s-0046   D_s-
+ChargeConj D_s+0046   D_s-0046
+
+Alias      D_s+0047   D_s+
+Alias      D_s-0047   D_s-
+ChargeConj D_s+0047   D_s-0047
+
+Alias      D_s+0048   D_s+
+Alias      D_s-0048   D_s-
+ChargeConj D_s+0048   D_s-0048
+
+Alias      D_s+0049   D_s+
+Alias      D_s-0049   D_s-
+ChargeConj D_s+0049   D_s-0049
+
+Alias      D_s+0050   D_s+
+Alias      D_s-0050   D_s-
+ChargeConj D_s+0050   D_s-0050
+
+Alias      D_s+0051   D_s+
+Alias      D_s-0051   D_s-
+ChargeConj D_s+0051   D_s-0051
+
+Alias      D_s+0052   D_s+
+Alias      D_s-0052   D_s-
+ChargeConj D_s+0052   D_s-0052
+
+Alias      D_s+0053   D_s+
+Alias      D_s-0053   D_s-
+ChargeConj D_s+0053   D_s-0053
+
+Alias      D_s+0054   D_s+
+Alias      D_s-0054   D_s-
+ChargeConj D_s+0054   D_s-0054
+
+Alias      D_s+0055   D_s+
+Alias      D_s-0055   D_s-
+ChargeConj D_s+0055   D_s-0055
+
+Alias      D_s+0056   D_s+
+Alias      D_s-0056   D_s-
+ChargeConj D_s+0056   D_s-0056
+
+Alias      D_s+0057   D_s+
+Alias      D_s-0057   D_s-
+ChargeConj D_s+0057   D_s-0057
+
+Alias      D_s+0058   D_s+
+Alias      D_s-0058   D_s-
+ChargeConj D_s+0058   D_s-0058
+
+Alias      D_s+0059   D_s+
+Alias      D_s-0059   D_s-
+ChargeConj D_s+0059   D_s-0059
+
+Alias      D_s+0060   D_s+
+Alias      D_s-0060   D_s-
+ChargeConj D_s+0060   D_s-0060
+
+Alias      D_s+0061   D_s+
+Alias      D_s-0061   D_s-
+ChargeConj D_s+0061   D_s-0061
+
+Alias      D_s+0062   D_s+
+Alias      D_s-0062   D_s-
+ChargeConj D_s+0062   D_s-0062
+
+Alias      D_s+0063   D_s+
+Alias      D_s-0063   D_s-
+ChargeConj D_s+0063   D_s-0063
+
+Alias      D_s+0064   D_s+
+Alias      D_s-0064   D_s-
+ChargeConj D_s+0064   D_s-0064
+
+Alias      D_s+0065   D_s+
+Alias      D_s-0065   D_s-
+ChargeConj D_s+0065   D_s-0065
+
+Alias      D_s+0066   D_s+
+Alias      D_s-0066   D_s-
+ChargeConj D_s+0066   D_s-0066
+
+Alias      D_s+0067   D_s+
+Alias      D_s-0067   D_s-
+ChargeConj D_s+0067   D_s-0067
+
+Alias      D_s+0068   D_s+
+Alias      D_s-0068   D_s-
+ChargeConj D_s+0068   D_s-0068
+
+Alias      D_s+0069   D_s+
+Alias      D_s-0069   D_s-
+ChargeConj D_s+0069   D_s-0069
+
+Alias      D_s+0070   D_s+
+Alias      D_s-0070   D_s-
+ChargeConj D_s+0070   D_s-0070
+
+Alias      D_s+0071   D_s+
+Alias      D_s-0071   D_s-
+ChargeConj D_s+0071   D_s-0071
+
+Alias      D_s+0072   D_s+
+Alias      D_s-0072   D_s-
+ChargeConj D_s+0072   D_s-0072
+
+Alias      D_s+0073   D_s+
+Alias      D_s-0073   D_s-
+ChargeConj D_s+0073   D_s-0073
+
+Alias      D_s+0074   D_s+
+Alias      D_s-0074   D_s-
+ChargeConj D_s+0074   D_s-0074
+
+Alias      D_s+0075   D_s+
+Alias      D_s-0075   D_s-
+ChargeConj D_s+0075   D_s-0075
+
+Alias      D_s+0076   D_s+
+Alias      D_s-0076   D_s-
+ChargeConj D_s+0076   D_s-0076
+
+Alias      D_s+0077   D_s+
+Alias      D_s-0077   D_s-
+ChargeConj D_s+0077   D_s-0077
+
+Alias      D_s+0078   D_s+
+Alias      D_s-0078   D_s-
+ChargeConj D_s+0078   D_s-0078
+
+Alias      D_s+0079   D_s+
+Alias      D_s-0079   D_s-
+ChargeConj D_s+0079   D_s-0079
+
+Alias      D_s+0080   D_s+
+Alias      D_s-0080   D_s-
+ChargeConj D_s+0080   D_s-0080
+
+Alias      D_s+0081   D_s+
+Alias      D_s-0081   D_s-
+ChargeConj D_s+0081   D_s-0081
+
+Alias      D_s+0082   D_s+
+Alias      D_s-0082   D_s-
+ChargeConj D_s+0082   D_s-0082
+
+Alias      D_s+0083   D_s+
+Alias      D_s-0083   D_s-
+ChargeConj D_s+0083   D_s-0083
+
+Alias      D_s+0084   D_s+
+Alias      D_s-0084   D_s-
+ChargeConj D_s+0084   D_s-0084
+
+Alias      D_s+0085   D_s+
+Alias      D_s-0085   D_s-
+ChargeConj D_s+0085   D_s-0085
+
+Alias      D_s+0086   D_s+
+Alias      D_s-0086   D_s-
+ChargeConj D_s+0086   D_s-0086
+
+Alias      D_s+0087   D_s+
+Alias      D_s-0087   D_s-
+ChargeConj D_s+0087   D_s-0087
+
+Alias      D_s+0088   D_s+
+Alias      D_s-0088   D_s-
+ChargeConj D_s+0088   D_s-0088
+
+Alias      D_s+0089   D_s+
+Alias      D_s-0089   D_s-
+ChargeConj D_s+0089   D_s-0089
+
+Alias      D_s+0090   D_s+
+Alias      D_s-0090   D_s-
+ChargeConj D_s+0090   D_s-0090
+
+Alias      D_s+0091   D_s+
+Alias      D_s-0091   D_s-
+ChargeConj D_s+0091   D_s-0091
+
+Alias      D_s+0092   D_s+
+Alias      D_s-0092   D_s-
+ChargeConj D_s+0092   D_s-0092
+
+Alias      D_s+0093   D_s+
+Alias      D_s-0093   D_s-
+ChargeConj D_s+0093   D_s-0093
+
+Alias      D_s+0094   D_s+
+Alias      D_s-0094   D_s-
+ChargeConj D_s+0094   D_s-0094
+
+Alias      D_s+0095   D_s+
+Alias      D_s-0095   D_s-
+ChargeConj D_s+0095   D_s-0095
+
+Alias      D_s+0096   D_s+
+Alias      D_s-0096   D_s-
+ChargeConj D_s+0096   D_s-0096
+
+Alias      D_s+0097   D_s+
+Alias      D_s-0097   D_s-
+ChargeConj D_s+0097   D_s-0097
+
+Alias      D_s+0098   D_s+
+Alias      D_s-0098   D_s-
+ChargeConj D_s+0098   D_s-0098
+
+#######################################################################################
+# Specific  Ds Semileptonic decays     (Preset decays 1000 - 1999)
+#######################################################################################
+
+Alias      D_s+1000   D_s+
+Alias      D_s-1000   D_s-
+ChargeConj D_s+1000   D_s-1000
+
+Alias      D_s+1001   D_s+
+Alias      D_s-1001   D_s-
+ChargeConj D_s+1001   D_s-1001
+
+Alias      D_s+1002   D_s+
+Alias      D_s-1002   D_s-
+ChargeConj D_s+1002   D_s-1002
+
+Alias      D_s+1003   D_s+
+Alias      D_s-1003   D_s-
+ChargeConj D_s+1003   D_s-1003
+
+Alias      D_s+1004   D_s+
+Alias      D_s-1004   D_s-
+ChargeConj D_s+1004   D_s-1004
+
+Alias      D_s+1005   D_s+
+Alias      D_s-1005   D_s-
+ChargeConj D_s+1005   D_s-1005
+
+Alias      D_s+1006   D_s+
+Alias      D_s-1006   D_s-
+ChargeConj D_s+1006   D_s-1006
+
+Alias      D_s+1007   D_s+
+Alias      D_s-1007   D_s-
+ChargeConj D_s+1007   D_s-1007
+
+Alias      D_s+1008   D_s+
+Alias      D_s-1008   D_s-
+ChargeConj D_s+1008   D_s-1008
+
+Alias      D_s+1009   D_s+
+Alias      D_s-1009   D_s-
+ChargeConj D_s+1009   D_s-1009
+
+Alias      D_s+1010   D_s+
+Alias      D_s-1010   D_s-
+ChargeConj D_s+1010   D_s-1010
+
+Alias      D_s+1011   D_s+
+Alias      D_s-1011   D_s-
+ChargeConj D_s+1011   D_s-1011
+
+Alias      D_s+1012   D_s+
+Alias      D_s-1012   D_s-
+ChargeConj D_s+1012   D_s-1012
+
+Alias      D_s+1013   D_s+
+Alias      D_s-1013   D_s-
+ChargeConj D_s+1013   D_s-1013
+
+Alias      D_s+1014   D_s+
+Alias      D_s-1014   D_s-
+ChargeConj D_s+1014   D_s-1014
+
+Alias      D_s+1015   D_s+
+Alias      D_s-1015   D_s-
+ChargeConj D_s+1015   D_s-1015
+
+Alias      D_s+1016   D_s+
+Alias      D_s-1016   D_s-
+ChargeConj D_s+1016   D_s-1016
+
+Alias      D_s+1017   D_s+
+Alias      D_s-1017   D_s-
+ChargeConj D_s+1017   D_s-1017
+
+Alias      D_s+1018   D_s+
+Alias      D_s-1018   D_s-
+ChargeConj D_s+1018   D_s-1018
+
+Alias      D_s+1019   D_s+
+Alias      D_s-1019   D_s-
+ChargeConj D_s+1019   D_s-1019
+
+Alias      D_s+1020   D_s+
+Alias      D_s-1020   D_s-
+ChargeConj D_s+1020   D_s-1020
+
+Alias      D_s+1021   D_s+
+Alias      D_s-1021   D_s-
+ChargeConj D_s+1021   D_s-1021
+
+Alias      D_s+1022   D_s+
+Alias      D_s-1022   D_s-
+ChargeConj D_s+1022   D_s-1022
+
+Alias      D_s+1023   D_s+
+Alias      D_s-1023   D_s-
+ChargeConj D_s+1023   D_s-1023
+
+Alias      D_s+1024   D_s+
+Alias      D_s-1024   D_s-
+ChargeConj D_s+1024   D_s-1024
+
+Alias      D_s+1025   D_s+
+Alias      D_s-1025   D_s-
+ChargeConj D_s+1025   D_s-1025
+
+Alias      D_s+1026   D_s+
+Alias      D_s-1026   D_s-
+ChargeConj D_s+1026   D_s-1026
+
+Alias      D_s+1027   D_s+
+Alias      D_s-1027   D_s-
+ChargeConj D_s+1027   D_s-1027
+
+Alias      D_s+1028   D_s+
+Alias      D_s-1028   D_s-
+ChargeConj D_s+1028   D_s-1028
+
+Alias      D_s+1029   D_s+
+Alias      D_s-1029   D_s-
+ChargeConj D_s+1029   D_s-1029
+
+Alias      D_s+1030   D_s+
+Alias      D_s-1030   D_s-
+ChargeConj D_s+1030   D_s-1030
+
+Alias      D_s+1031   D_s+
+Alias      D_s-1031   D_s-
+ChargeConj D_s+1031   D_s-1031
+
+Alias      D_s+1032   D_s+
+Alias      D_s-1032   D_s-
+ChargeConj D_s+1032   D_s-1032
+
+Alias      D_s+1033   D_s+
+Alias      D_s-1033   D_s-
+ChargeConj D_s+1033   D_s-1033
+
+Alias      D_s+1034   D_s+
+Alias      D_s-1034   D_s-
+ChargeConj D_s+1034   D_s-1034
+
+Alias      D_s+1035   D_s+
+Alias      D_s-1035   D_s-
+ChargeConj D_s+1035   D_s-1035
+
+Alias      D_s+1036   D_s+
+Alias      D_s-1036   D_s-
+ChargeConj D_s+1036   D_s-1036
+
+Alias      D_s+1037   D_s+
+Alias      D_s-1037   D_s-
+ChargeConj D_s+1037   D_s-1037
+
+Alias      D_s+1038   D_s+
+Alias      D_s-1038   D_s-
+ChargeConj D_s+1038   D_s-1038
+
+Alias      D_s+1039   D_s+
+Alias      D_s-1039   D_s-
+ChargeConj D_s+1039   D_s-1039
+
+Alias      D_s+1040   D_s+
+Alias      D_s-1040   D_s-
+ChargeConj D_s+1040   D_s-1040
+
+Alias      D_s+1041   D_s+
+Alias      D_s-1041   D_s-
+ChargeConj D_s+1041   D_s-1041
+
+Alias      D_s+1042   D_s+
+Alias      D_s-1042   D_s-
+ChargeConj D_s+1042   D_s-1042
+
+Alias      D_s+1043   D_s+
+Alias      D_s-1043   D_s-
+ChargeConj D_s+1043   D_s-1043
+
+Alias      D_s+1044   D_s+
+Alias      D_s-1044   D_s-
+ChargeConj D_s+1044   D_s-1044
+
+Alias      D_s+1045   D_s+
+Alias      D_s-1045   D_s-
+ChargeConj D_s+1045   D_s-1045
+
+Alias      D_s+1046   D_s+
+Alias      D_s-1046   D_s-
+ChargeConj D_s+1046   D_s-1046
+
+Alias      D_s+1047   D_s+
+Alias      D_s-1047   D_s-
+ChargeConj D_s+1047   D_s-1047
+
+Alias      D_s+1048   D_s+
+Alias      D_s-1048   D_s-
+ChargeConj D_s+1048   D_s-1048
+
+Alias      D_s+1049   D_s+
+Alias      D_s-1049   D_s-
+ChargeConj D_s+1049   D_s-1049
+
+Alias      D_s+1050   D_s+
+Alias      D_s-1050   D_s-
+ChargeConj D_s+1050   D_s-1050
+
+Alias      D_s+1051   D_s+
+Alias      D_s-1051   D_s-
+ChargeConj D_s+1051   D_s-1051
+
+Alias      D_s+1052   D_s+
+Alias      D_s-1052   D_s-
+ChargeConj D_s+1052   D_s-1052
+
+Alias      D_s+1053   D_s+
+Alias      D_s-1053   D_s-
+ChargeConj D_s+1053   D_s-1053
+
+Alias      D_s+1054   D_s+
+Alias      D_s-1054   D_s-
+ChargeConj D_s+1054   D_s-1054
+
+Alias      D_s+1055   D_s+
+Alias      D_s-1055   D_s-
+ChargeConj D_s+1055   D_s-1055
+
+Alias      D_s+1056   D_s+
+Alias      D_s-1056   D_s-
+ChargeConj D_s+1056   D_s-1056
+
+Alias      D_s+1057   D_s+
+Alias      D_s-1057   D_s-
+ChargeConj D_s+1057   D_s-1057
+
+Alias      D_s+1058   D_s+
+Alias      D_s-1058   D_s-
+ChargeConj D_s+1058   D_s-1058
+
+Alias      D_s+1059   D_s+
+Alias      D_s-1059   D_s-
+ChargeConj D_s+1059   D_s-1059
+
+Alias      D_s+1060   D_s+
+Alias      D_s-1060   D_s-
+ChargeConj D_s+1060   D_s-1060
+
+Alias      D_s+1061   D_s+
+Alias      D_s-1061   D_s-
+ChargeConj D_s+1061   D_s-1061
+
+Alias      D_s+1062   D_s+
+Alias      D_s-1062   D_s-
+ChargeConj D_s+1062   D_s-1062
+
+Alias      D_s+1063   D_s+
+Alias      D_s-1063   D_s-
+ChargeConj D_s+1063   D_s-1063
+
+Alias      D_s+1064   D_s+
+Alias      D_s-1064   D_s-
+ChargeConj D_s+1064   D_s-1064
+
+Alias      D_s+1065   D_s+
+Alias      D_s-1065   D_s-
+ChargeConj D_s+1065   D_s-1065
+
+Alias      D_s+1066   D_s+
+Alias      D_s-1066   D_s-
+ChargeConj D_s+1066   D_s-1066
+
+Alias      D_s+1067   D_s+
+Alias      D_s-1067   D_s-
+ChargeConj D_s+1067   D_s-1067
+
+Alias      D_s+1068   D_s+
+Alias      D_s-1068   D_s-
+ChargeConj D_s+1068   D_s-1068
+
+Alias      D_s+1069   D_s+
+Alias      D_s-1069   D_s-
+ChargeConj D_s+1069   D_s-1069
+
+Alias      D_s+1070   D_s+
+Alias      D_s-1070   D_s-
+ChargeConj D_s+1070   D_s-1070
+
+Alias      D_s+1071   D_s+
+Alias      D_s-1071   D_s-
+ChargeConj D_s+1071   D_s-1071
+
+Alias      D_s+1072   D_s+
+Alias      D_s-1072   D_s-
+ChargeConj D_s+1072   D_s-1072
+
+Alias      D_s+1073   D_s+
+Alias      D_s-1073   D_s-
+ChargeConj D_s+1073   D_s-1073
+
+Alias      D_s+1074   D_s+
+Alias      D_s-1074   D_s-
+ChargeConj D_s+1074   D_s-1074
+
+Alias      D_s+1075   D_s+
+Alias      D_s-1075   D_s-
+ChargeConj D_s+1075   D_s-1075
+
+Alias      D_s+1076   D_s+
+Alias      D_s-1076   D_s-
+ChargeConj D_s+1076   D_s-1076
+
+Alias      D_s+1077   D_s+
+Alias      D_s-1077   D_s-
+ChargeConj D_s+1077   D_s-1077
+
+Alias      D_s+1078   D_s+
+Alias      D_s-1078   D_s-
+ChargeConj D_s+1078   D_s-1078
+
+Alias      D_s+1079   D_s+
+Alias      D_s-1079   D_s-
+ChargeConj D_s+1079   D_s-1079
+
+Alias      D_s+1080   D_s+
+Alias      D_s-1080   D_s-
+ChargeConj D_s+1080   D_s-1080
+
+Alias      D_s+1081   D_s+
+Alias      D_s-1081   D_s-
+ChargeConj D_s+1081   D_s-1081
+
+Alias      D_s+1082   D_s+
+Alias      D_s-1082   D_s-
+ChargeConj D_s+1082   D_s-1082
+
+Alias      D_s+1083   D_s+
+Alias      D_s-1083   D_s-
+ChargeConj D_s+1083   D_s-1083
+
+Alias      D_s+1084   D_s+
+Alias      D_s-1084   D_s-
+ChargeConj D_s+1084   D_s-1084
+
+Alias      D_s+1085   D_s+
+Alias      D_s-1085   D_s-
+ChargeConj D_s+1085   D_s-1085
+
+Alias      D_s+1086   D_s+
+Alias      D_s-1086   D_s-
+ChargeConj D_s+1086   D_s-1086
+
+Alias      D_s+1087   D_s+
+Alias      D_s-1087   D_s-
+ChargeConj D_s+1087   D_s-1087
+
+Alias      D_s+1088   D_s+
+Alias      D_s-1088   D_s-
+ChargeConj D_s+1088   D_s-1088
+
+Alias      D_s+1089   D_s+
+Alias      D_s-1089   D_s-
+ChargeConj D_s+1089   D_s-1089
+
+Alias      D_s+1090   D_s+
+Alias      D_s-1090   D_s-
+ChargeConj D_s+1090   D_s-1090
+
+Alias      D_s+1091   D_s+
+Alias      D_s-1091   D_s-
+ChargeConj D_s+1091   D_s-1091
+
+Alias      D_s+1092   D_s+
+Alias      D_s-1092   D_s-
+ChargeConj D_s+1092   D_s-1092
+
+Alias      D_s+1093   D_s+
+Alias      D_s-1093   D_s-
+ChargeConj D_s+1093   D_s-1093
+
+Alias      D_s+1094   D_s+
+Alias      D_s-1094   D_s-
+ChargeConj D_s+1094   D_s-1094
+
+Alias      D_s+1095   D_s+
+Alias      D_s-1095   D_s-
+ChargeConj D_s+1095   D_s-1095
+
+Alias      D_s+1096   D_s+
+Alias      D_s-1096   D_s-
+ChargeConj D_s+1096   D_s-1096
+
+Alias      D_s+1097   D_s+
+Alias      D_s-1097   D_s-
+ChargeConj D_s+1097   D_s-1097
+
+Alias      D_s+1098   D_s+
+Alias      D_s-1098   D_s-
+ChargeConj D_s+1098   D_s-1098
+
+Alias      D_s+1099   D_s+
+Alias      D_s-1099   D_s-
+ChargeConj D_s+1099   D_s-1099
+
+#######################################################################################
+# Specific  Ds Leptonic and Rare decays (Preset decays 2000 - 2999)
+#######################################################################################
+
+Alias      D_s+2000   D_s+
+Alias      D_s-2000   D_s-
+ChargeConj D_s+2000   D_s-2000
+
+Alias      D_s+2001   D_s+
+Alias      D_s-2001   D_s-
+ChargeConj D_s+2001   D_s-2001
+
+Alias      D_s+2002   D_s+
+Alias      D_s-2002   D_s-
+ChargeConj D_s+2002   D_s-2002
+
+Alias      D_s+2003   D_s+
+Alias      D_s-2003   D_s-
+ChargeConj D_s+2003   D_s-2003
+
+Alias      D_s+2004   D_s+
+Alias      D_s-2004   D_s-
+ChargeConj D_s+2004   D_s-2004
+
+Alias      D_s+2005   D_s+
+Alias      D_s-2005   D_s-
+ChargeConj D_s+2005   D_s-2005
+
+Alias      D_s+2006   D_s+
+Alias      D_s-2006   D_s-
+ChargeConj D_s+2006   D_s-2006
+
+Alias      D_s+2007   D_s+
+Alias      D_s-2007   D_s-
+ChargeConj D_s+2007   D_s-2007
+
+Alias      D_s+2008   D_s+
+Alias      D_s-2008   D_s-
+ChargeConj D_s+2008   D_s-2008
+
+Alias      D_s+2009   D_s+
+Alias      D_s-2009   D_s-
+ChargeConj D_s+2009   D_s-2009
+
+Alias      D_s+2010   D_s+
+Alias      D_s-2010   D_s-
+ChargeConj D_s+2010   D_s-2010
+
+Alias      D_s+2011   D_s+
+Alias      D_s-2011   D_s-
+ChargeConj D_s+2011   D_s-2011
+
+Alias      D_s+2012   D_s+
+Alias      D_s-2012   D_s-
+ChargeConj D_s+2012   D_s-2012
+
+Alias      D_s+2013   D_s+
+Alias      D_s-2013   D_s-
+ChargeConj D_s+2013   D_s-2013
+
+Alias      D_s+2014   D_s+
+Alias      D_s-2014   D_s-
+ChargeConj D_s+2014   D_s-2014
+
+Alias      D_s+2015   D_s+
+Alias      D_s-2015   D_s-
+ChargeConj D_s+2015   D_s-2015
+
+Alias      D_s+2016   D_s+
+Alias      D_s-2016   D_s-
+ChargeConj D_s+2016   D_s-2016
+
+Alias      D_s+2017   D_s+
+Alias      D_s-2017   D_s-
+ChargeConj D_s+2017   D_s-2017
+
+Alias      D_s+2018   D_s+
+Alias      D_s-2018   D_s-
+ChargeConj D_s+2018   D_s-2018
+
+Alias      D_s+2019   D_s+
+Alias      D_s-2019   D_s-
+ChargeConj D_s+2019   D_s-2019
+
+Alias      D_s+2020   D_s+
+Alias      D_s-2020   D_s-
+ChargeConj D_s+2020   D_s-2020
+
+Alias      D_s+2021   D_s+
+Alias      D_s-2021   D_s-
+ChargeConj D_s+2021   D_s-2021
+
+Alias      D_s+2022   D_s+
+Alias      D_s-2022   D_s-
+ChargeConj D_s+2022   D_s-2022
+
+Alias      D_s+2023   D_s+
+Alias      D_s-2023   D_s-
+ChargeConj D_s+2023   D_s-2023
+
+Alias      D_s+2024   D_s+
+Alias      D_s-2024   D_s-
+ChargeConj D_s+2024   D_s-2024
+
+Alias      D_s+2025   D_s+
+Alias      D_s-2025   D_s-
+ChargeConj D_s+2025   D_s-2025
+
+Alias      D_s+2026   D_s+
+Alias      D_s-2026   D_s-
+ChargeConj D_s+2026   D_s-2026
+
+Alias      D_s+2027   D_s+
+Alias      D_s-2027   D_s-
+ChargeConj D_s+2027   D_s-2027
+
+Alias      D_s+2028   D_s+
+Alias      D_s-2028   D_s-
+ChargeConj D_s+2028   D_s-2028
+
+#Alias      D_s+2029   D_s+
+#Alias      D_s-2029   D_s-
+#ChargeConj D_s+2029   D_s-2029
+
+
+#######################################################################################
+# Specific  D0 Hadronic decays     (Preset decays 3000 - 3999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 SemiLeptonic decays     (Preset decays 4000 - 4999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D0 Rare decays     (Preset decays 5000 - 5999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Hadronic decays     (Preset decays 6000 - 6999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ SemiLeptonic decays     (Preset decays 7000 - 7999)
+#######################################################################################
+
+#######################################################################################
+# Specific  D+ Leptonic and Rare decays     (Preset decays 8000 - 8999)
+#######################################################################################
+
+
+#######################################################################################
+# Combinations or special  decays    (Preset decays 9000 - 9999)
+#######################################################################################
+
+Alias      D_s+9000   D_s+
+Alias      D_s-9000   D_s-
+ChargeConj D_s+9000   D_s-9000
+
+Alias      D_s+9001   D_s+
+Alias      D_s-9001   D_s-
+ChargeConj D_s+9001   D_s-9001
+
+Alias      D_s+9002   D_s+
+Alias      D_s-9002   D_s-
+ChargeConj D_s+9002   D_s-9002
+
+Alias      D_s+9003   D_s+
+Alias      D_s-9003   D_s-
+ChargeConj D_s+9003   D_s-9003
+
+Alias      D_s+9004   D_s+
+Alias      D_s-9004   D_s-
+ChargeConj D_s+9004   D_s-9004 
+
+Alias      D_s+9005   D_s+
+Alias      D_s-9005   D_s-
+ChargeConj D_s+9005   D_s-9005
+
+Alias      D_s+9006   D_s+
+Alias      D_s-9006   D_s-
+ChargeConj D_s+9006   D_s-9006
+
+Alias      D_s+9007   D_s+
+Alias      D_s-9007   D_s-
+ChargeConj D_s+9007   D_s-9007
+
+Alias      D_s+9008   D_s+
+Alias      D_s-9008   D_s-
+ChargeConj D_s+9008   D_s-9008
+
+Alias      D_s+9009   D_s+
+Alias      D_s-9009   D_s-
+ChargeConj D_s+9009   D_s-9009
+
+Alias      D_s+9010   D_s+
+Alias      D_s-9010   D_s-
+ChargeConj D_s+9010   D_s-9010
+
+Alias      D_s+9011   D_s+
+Alias      D_s-9011   D_s-
+ChargeConj D_s+9011   D_s-9011
+
+Alias      D_s+9012   D_s+
+Alias      D_s-9012   D_s-
+ChargeConj D_s+9012   D_s-9012
+
+Alias      D_s+9013   D_s+
+Alias      D_s-9013   D_s-
+ChargeConj D_s+9013   D_s-9013
+
+
+#######################################################################################
+
+Alias      D+9100   D+
+Alias      D-9100   D-
+ChargeConj D+9100   D-9100
+
+Alias      D+9101   D+
+Alias      D-9101   D-
+ChargeConj D+9101   D-9101
+
+Alias      D+9102   D+
+Alias      D-9102   D-
+ChargeConj D+9102   D-9102
+
+Alias      D+9103   D+
+Alias      D-9103   D-
+ChargeConj D+9103   D-9103
+
+Alias      D+9104   D+
+Alias      D-9104   D-
+ChargeConj D+9104   D-9104
+
+Alias      D+9105   D+
+Alias      D-9105   D-
+ChargeConj D+9105   D-9105
+
+Alias      D+9106   D+
+Alias      D-9106   D-
+ChargeConj D+9106   D-9106
+
+Alias      D+9107   D+
+Alias      D-9107   D-
+ChargeConj D+9107   D-9107
+
+Alias      D+9108   D+
+Alias      D-9108   D-
+ChargeConj D+9108   D-9108
+
+Alias      D+9109   D+
+Alias      D-9109   D-
+ChargeConj D+9109   D-9109
+
+Alias      D+9110   D+
+Alias      D-9110   D-
+ChargeConj D+9110   D-9110
+
+
+#######################################################################################
+
+Alias      D0_9200        D0
+Alias      anti-D0_9200   anti-D0
+ChargeConj D0_9200        anti-D0_9200
+
+Alias      D0_9201        D0
+Alias      anti-D0_9201   anti-D0
+ChargeConj D0_9201   anti-D0_9201
+
+Alias      D0_9202        D0
+Alias      anti-D0_9202   anti-D0
+ChargeConj D0_9202   anti-D0_9202
+
+Alias      D0_9203        D0
+Alias      anti-D0_9203   anti-D0
+ChargeConj D0_9203   anti-D0_9203
+
+Alias      D0_9204        D0
+Alias      anti-D0_9204   anti-D0
+ChargeConj D0_9204   anti-D0_9204
+
+Alias      D0_9205        D0
+Alias      anti-D0_9205   anti-D0
+ChargeConj D0_9205   anti-D0_9205
+
+Alias      D0_9206        D0
+Alias      anti-D0_9206   anti-D0
+ChargeConj D0_9206   anti-D0_9206
+
+Alias      D0_9207        D0
+Alias      anti-D0_9207   anti-D0
+ChargeConj D0_9207   anti-D0_9207
+
+Alias      D0_9208        D0
+Alias      anti-D0_9208   anti-D0
+ChargeConj D0_9208   anti-D0_9208
+
+Alias      D0_9209        D0
+Alias      anti-D0_9209   anti-D0
+ChargeConj D0_9209   anti-D0_9209
+
+Alias      D0_9210        D0
+Alias      anti-D0_9210   anti-D0
+ChargeConj D0_9210   anti-D0_9210
+
+
+
+
+
+
+#######################################################################################
+
+# Aliases for special tau decays here.
+# tau 1 prong decays. other1 is all 1prongs but enunu, mununu, pinu
+Alias tau-e        tau-
+Alias tau-mu       tau-
+Alias tau-pi       tau-
+Alias tau-rho      tau-
+Alias tau-other1pr tau-
+Alias tau-all1pr   tau-
+Alias tau-a1       tau-
+Alias tau-a1-1pr   tau-
+Alias tau-a1-3pr   tau-
+Alias tau-K        tau-
+Alias tau-K*       tau-
+Alias tau-K*-K0ppp tau-
+Alias tau-K*-K000p tau-
+Alias tau-K*-Lp    tau-
+Alias tau-K*-Kp0   tau-
+Alias tau-K*-1pr   tau-
+Alias tau-KKp      tau-
+Alias tau-Kpp      tau-
+Alias tau-ppp0     tau-
+Alias tau-p000     tau-
+Alias tau-ppppp    tau-
+Alias tau-ppp00    tau-
+Alias tau-p0000    tau-
+Alias tau-ppppp0   tau-
+Alias tau-ppp000   tau-
+Alias tau-p00000   tau-
+Alias tau-multiprong   tau-
+
+
+Alias tau+e        tau+
+Alias tau+mu       tau+ 
+Alias tau+pi       tau+
+Alias tau+rho      tau+
+Alias tau+other1pr tau+
+Alias tau+all1pr   tau+
+Alias tau+a1       tau+
+Alias tau+a1+1pr   tau+
+Alias tau+a1+3pr   tau+
+Alias tau+K        tau+
+Alias tau+K*       tau+
+Alias tau+K*+K0ppp tau+
+Alias tau+K*+K000p tau+
+Alias tau+K*+Lp    tau+
+Alias tau+K*+Kp0   tau+
+Alias tau+K*+1pr   tau+
+Alias tau+KKp      tau+
+Alias tau+Kpp      tau+
+Alias tau+ppp0     tau+
+Alias tau+p000     tau+
+Alias tau+ppppp    tau+
+Alias tau+ppp00    tau+
+Alias tau+p0000    tau+
+Alias tau+ppppp0   tau+
+Alias tau+ppp000   tau+
+Alias tau+p00000   tau+
+Alias tau+multiprong   tau+
+
+ChargeConj tau-e         tau+e
+ChargeConj tau-mu        tau+mu
+ChargeConj tau-pi        tau+pi
+ChargeConj tau-rho       tau+rho
+ChargeConj tau-other1pr  tau+other1pr
+ChargeConj tau-all1pr    tau+all1pr
+ChargeConj tau-a1        tau+a1       
+ChargeConj tau-a1-1pr    tau+a1+1pr   
+ChargeConj tau-a1-3pr    tau+a1+3pr   
+ChargeConj tau-K         tau+K        
+ChargeConj tau-K*        tau+K*       
+ChargeConj tau-K*-K0ppp  tau+K*+K0ppp 
+ChargeConj tau-K*-K000p  tau+K*+K000p 
+ChargeConj tau-K*-Lp     tau+K*+Lp    
+ChargeConj tau-K*-Kp0    tau+K*+Kp0   
+ChargeConj tau-K*-1pr    tau+K*+1pr   
+ChargeConj tau-KKp       tau+KKp      
+ChargeConj tau-Kpp       tau+Kpp      
+ChargeConj tau-ppp0      tau+ppp0     
+ChargeConj tau-p000      tau+p000     
+ChargeConj tau-ppppp     tau+ppppp    
+ChargeConj tau-ppp00     tau+ppp00    
+ChargeConj tau-p0000     tau+p0000    
+ChargeConj tau-ppppp0    tau+ppppp0   
+ChargeConj tau-ppp000    tau+ppp000   
+ChargeConj tau-p00000    tau+p00000   
+ChargeConj tau-multiprong tau+multiprong
+
+
+#######################################################################################
+
+# Define light meson aliases here
+
+
+# Forced K*0 -> K+ pi- 
+Alias K*0-Kp      K*0
+Alias anti-K*0-Kp anti-K*0
+ChargeConj K*0-Kp anti-K*0-Kp
+
+
+# Forced K*0 -> K0L pi0 
+Alias K*0-L0      K*0
+Alias anti-K*0-L0 anti-K*0
+ChargeConj K*0-L0 anti-K*0-L0
+
+# Forced K*0 -> K0S pi0, K0S -> pi0pi0 
+Alias K*0-S000    K*0
+Alias anti-K*0-S000 anti-K*0
+ChargeConj K*0-S000 anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Alias K*0-Spp0    K*0
+Alias anti-K*0-Spp0 anti-K*0
+ChargeConj K*0-Spp0 anti-K*0-Spp0
+
+# K*0 -> all neutrals
+Alias K*0-neu K*0
+Alias anti-K*0-neu anti-K*0
+ChargeConj K*0-neu anti-K*0-neu
+
+# K*0 -> modes with charged tracks
+Alias K*0-ch K*0
+Alias anti-K*0-ch anti-K*0
+ChargeConj K*0-ch anti-K*0-ch
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Alias K*+K0ppp K*+
+Alias K*-K0ppp K*-
+ChargeConj K*+K0ppp K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Alias K*+K000p K*+
+Alias K*-K000p K*-
+ChargeConj K*+K000p K*-K000p 
+
+# K*+ -> K0L pi+
+Alias K*+Lp K*+
+Alias K*-Lp K*-
+ChargeConj K*+Lp K*-Lp 
+
+# K*+ -> K+ pi0
+Alias K*+Kp0 K*+
+Alias K*-Kp0 K*-
+ChargeConj K*+Kp0 K*-Kp0 
+
+# K*+ -> 1pr
+Alias K*+1pr K*+
+Alias K*-1pr K*-
+ChargeConj K*+1pr K*-1pr
+
+# K*+ -> multi prongs
+Alias K*+multiprong K*+
+Alias K*-multiprong K*-
+ChargeConj K*+multiprong K*-multiprong
+
+Alias K0-pp  K_S0 
+Alias K0-00  K_S0 
+Alias K0-neu K0
+Alias anti-K0-neu anti-K0
+ChargeConj K0-neu anti-K0-neu
+
+##############
+# phi
+
+Alias phiKK    phi
+Alias phipp0   phi
+Alias phiLS    phi
+Alias phiLSpp  phi
+Alias phiLS00  phi
+Alias phineu   phi
+Alias phi-ch   phi
+
+##############
+# eta
+
+Alias etagg   eta
+Alias etapp0  eta
+Alias eta000  eta
+
+# eta->neutrals only
+Alias eta-neu eta
+
+# eta -> modes with charged tracks
+Alias eta-ch eta
+
+##############
+# eta'
+
+Alias eta'ppetagg  eta'
+Alias eta'ppetapp0 eta'
+Alias eta'00etagg  eta'
+Alias eta'00etapp0 eta'
+
+Alias eta'rg       eta'
+
+Alias eta'neu      eta'
+Alias eta'-ch      eta'
+
+##############
+# f0
+
+Alias f_0pp        f_0
+Alias f_0KK        f_0
+
+##############
+# omega     
+
+Alias omega-neu    omega
+Alias omega-ch    omega
+
+##############
+# a_1
+
+Alias a_1-1pr a_1-
+Alias a_1+1pr a_1+
+ChargeConj a_1-1pr a_1+1pr
+
+Alias a_1-3pr a_1-
+Alias a_1+3pr a_1+
+ChargeConj a_1-3pr a_1+3pr
+
+
+#######################################################################################
+#
+# Decays start here
+#
+#######################################################################################
+
+#######################################################################################
+# vphoton, ie  define various production mechanism for MC production
+
+########################################
+# Ds(*) Ds(*)
+
+Decay vphoton001
+1.000  psi(4040)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton002
+1.000  psi(4160)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton003
+1.000  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton004
+1.000  psi(4415)DsDs gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton005
+1.000  psi(4415)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton006
+1.000  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton007
+1.000  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton008
+1.000  psi(4415)Ds*Ds*32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0
+
+Decay vphoton009
+1.000  psi(4160)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton010
+1.000  psi(4415)DsDspi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton011
+1.000  psi(4415)Ds*Dspi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton012
+1.000  psi(4415)Ds*Ds*pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi0 pi0
+
+Decay vphoton013
+1.000  psi(4415)DsDspi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton014
+1.000  psi(4415)Ds*Dspi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton015
+1.000  psi(4415)Ds*Ds*pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# Ds(*) Ds(*) pi+ pi-
+
+Decay vphoton016
+1.000  psi(4415)DsDspi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton017
+1.000  psi(4415)Ds*Dspi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton018
+1.000  psi(4415)Ds*Ds*pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay vphoton019
+1.000  psi(4415)DsD0K-      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton020
+1.000  psi(4415)DsD-K0      gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton021
+1.000  psi(4415)DsD-K0L     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton022
+1.000  psi(4415)DsD-K0-pp   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton023
+1.000  psi(4415)DsD-K0-00   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton024
+1.000  psi(4415)DsD-K0-neu  gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+# and the preset mixtures for production
+
+Decay vphoton025
+0.500  psi(4415)Ds*Ds*10 gamma VECTORISR 0.999999 0.999999;
+0.500  psi(4415)Ds*Ds*12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton026
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton027
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) 
+
+Decay vphoton027
+1.000  psi(3770)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton028
+1.000  psi(4040)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton029
+1.000  psi(4040)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton030
+1.000  psi(4040)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton031
+1.000  psi(4040)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton032
+1.000  psi(4040)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton033
+1.000  psi(4160)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton034
+1.000  psi(4160)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton035
+1.000  psi(4160)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton036
+1.000  psi(4160)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton037
+1.000  psi(4160)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton038
+1.000  psi(4415)D0D0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton039
+1.000  psi(4415)D*0D0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton040
+1.000  psi(4415)D*0D*010 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton041
+1.000  psi(4415)D*0D*012 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton042
+1.000  psi(4415)D*0D*032 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi0 Nonresonant
+
+Decay vphoton043
+1.000  psi(4040)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton044
+1.000  psi(4040)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton045
+1.000  psi(4160)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton046
+1.000  psi(4160)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton047
+1.000  psi(4160)D*0D*0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton048
+1.000  psi(4415)D0D0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton049
+1.000  psi(4415)D*0D0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton050
+1.000  psi(4415)D*0D*0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D0(*) D0(*) pi0 pi0  Nonresonant
+
+Decay vphoton051
+1.000  psi(4040)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton052
+1.000  psi(4040)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton053
+1.000  psi(4160)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton054
+1.000  psi(4160)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton055
+1.000  psi(4160)D*0D*0pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton056
+1.000  psi(4415)D0D0pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton057
+1.000  psi(4415)D*0D0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton058
+1.000  psi(4415)D*0D*0pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+########################################
+# D0(*) D0(*) pi+ pi-  Nonresonant
+
+Decay vphoton059
+1.000  psi(4040)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton060
+1.000  psi(4040)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton061
+1.000  psi(4160)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton062
+1.000  psi(4160)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton063
+1.000  psi(4415)D0D0pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton064
+1.000  psi(4415)D*0D0pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton065
+1.000  psi(4415)D*0D*pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D-(*)
+
+Decay vphoton066
+1.000  psi(3770)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton067
+1.000  psi(4040)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton068
+1.000  psi(4040)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton069
+1.000  psi(4040)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton070
+1.000  psi(4040)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton071
+1.000  psi(4040)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton072
+1.000  psi(4160)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton073
+1.000  psi(4160)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton074
+1.000  psi(4160)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton075
+1.000  psi(4160)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton076
+1.000  psi(4160)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton077
+1.000  psi(4415)D+D-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton078
+1.000  psi(4415)D*+D-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton079
+1.000  psi(4415)D*+D*-10 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton080
+1.000  psi(4415)D*+D*-12 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton081
+1.000  psi(4415)D*+D*-32 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 nonresonant
+
+Decay vphoton082
+1.000  psi(4040)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton083
+1.000  psi(4040)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton084
+1.000  psi(4160)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton085
+1.000  psi(4160)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton086
+1.000  psi(4160)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton087
+1.000  psi(4415)D+D-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton088
+1.000  psi(4415)D*+D-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton089
+1.000  psi(4415)D*+D*-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+########################################
+# D+(*) D-(*) pi0 pi0 nonresonant
+
+Decay vphoton090
+1.000  psi(4040)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton091
+1.000  psi(4040)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton092
+1.000  psi(4160)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton093
+1.000  psi(4160)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton094
+1.000  psi(4415)D+D-pi0pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton095
+1.000  psi(4415)D*+D-pi0pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton096
+1.000  psi(4415)D*+D*-pi0pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D-(*) pi+ pi- nonresonant
+
+Decay vphoton097
+1.000  psi(4040)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton098
+1.000  psi(4040)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton099
+1.000  psi(4160)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton100
+1.000  psi(4160)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton101
+1.000  psi(4415)D+D-pi+pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton102
+1.000  psi(4415)D*+D-pi+pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton103
+1.000  psi(4415)D*+D*-pi+pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+########################################
+# D+(*) D0(*) pi- nonresonant
+
+Decay vphoton104
+1.000  psi(4040)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton105
+1.000  psi(4040)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton106
+1.000  psi(4160)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton107
+1.000  psi(4160)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton108
+1.000  psi(4160)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton109
+1.000  psi(4160)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton110
+1.000  psi(4415)D+D0pi-     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton111
+1.000  psi(4415)D*+D0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton112
+1.000  psi(4415)D+D*0pi-    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton113
+1.000  psi(4415)D*+D*0pi-   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+
+########################################
+# D+(*) D0(*) pi- pi0 nonresonant
+
+Decay vphoton114
+1.000  psi(4040)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton115
+1.000  psi(4040)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton116
+1.000  psi(4040)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton117
+1.000  psi(4160)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton118
+1.000  psi(4160)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton119
+1.000  psi(4160)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+Decay vphoton120
+1.000  psi(4415)D+D0pi-pi0     gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton121
+1.000  psi(4415)D*+D0pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton122
+1.000  psi(4415)D*0D+pi-pi0    gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+Decay vphoton123
+1.000  psi(4415)D*+D*0pi-pi0   gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton124
+0.250  psi(4040)DsDs  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)Ds*Ds gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+################################ quark jets  #######################
+# d
+Decay vphoton125
+1.0  JSCONT 1;
+Enddecay
+
+# u
+Decay vphoton126
+1.0  JSCONT 2;
+Enddecay
+
+# s
+Decay vphoton127
+1.0  JSCONT 3;
+Enddecay
+
+# c
+Decay vphoton128
+1.0  JSCONT 4;
+Enddecay
+
+
+# ud
+Decay vphoton129
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+Enddecay
+
+# uds
+Decay vphoton130
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+
+# uds
+Decay vphoton131
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+4.0  JSCONT 4;
+Enddecay
+
+#combination for  MC run
+Decay vphoton132
+0.250  psi(4040)D0D0  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*0D0 gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+#combination for  MC run
+Decay vphoton133
+0.250  psi(4040)D+D-  gamma VECTORISR 0.999999 0.999999;
+0.750  psi(4160)D*+D- gamma VECTORISR 0.999999 0.999999;
+Enddecay
+
+
+
+#######################################################################################
+#
+# ISR Psi(xxxx),  Psi(xxxx) -> Ds Ds Pure P-wave
+#
+#######################################################################################
+#
+# Partial wave amplitudes for V -> S S in helicity formalism 
+#
+# Only 1 helicity amplitude because helicity of a scalar has to be 0
+#
+Define VSS_1_0  1.0
+Define argVSS_1_0  0.
+#######################################################################################
+
+Decay psi(4415)Ds*Ds*32
+0.500    D_s*+1 D_s*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                  VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                            VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*12
+0.500    D_s*+1 D_s*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                  VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                           VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds*10
+0.500    D_s*+1 D_s*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D_s*+2 D_s*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                  VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                           VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)Ds*Ds
+0.250    D_s*+1 D_s-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-1 D_s+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*+2 D_s-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D_s*-2 D_s+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4040)DsDs
+0.500    D_s+1 D_s-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D_s+2 D_s-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+#######################################################################################
+
+Decay psi(3770)D0D0   
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0     
+0.500    D01 anti-D02    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D02 anti-D01    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*0D0    
+0.250    D*01 anti-D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*01 D02    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*02 anti-D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    anti-D*02 D01    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*0D*010 
+0.500    D*01 anti-D*02    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                                   VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                            VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*012 
+0.500    D*01 anti-D*02    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                                   VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                            VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*0D*032 
+0.500    D*01 anti-D*02    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*02 anti-D*01    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                                   VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                             VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(3770)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4040)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4040)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4040)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4040)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4160)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4160)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4160)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4160)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D+D-     
+0.500    D+1 D-2    HELAMP  VSS_1_0 argVSS_1_0; 
+0.500    D+2 D-1    HELAMP  VSS_1_0 argVSS_1_0; 
+Enddecay
+
+Decay psi(4415)D*+D-    
+0.250    D*+1 D-2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-1 D+2    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*+2 D-1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+0.250    D*-2 D+1    HELAMP  VVS_1_0 argVVS_1_0 VVS_0_0 argVVS_0_0  VVS_-1_0 argVVS_-1_0;
+Enddecay
+
+Decay psi(4415)D*+D*-10 
+0.500    D*+1 D*-2    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV10_1_1  argVVV10_1_1  VVV10_1_0  argVVV10_1_0   
+                              VVV10_0_1  argVVV10_0_1  VVV10_0_0  argVVV10_0_0   VVV10_0_-1  argVVV10_0_-1
+                                                       VVV10_-1_0 argVVV10_-1_0  VVV10_-1_-1 argVVV10_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-12 
+0.500    D*+1 D*-2    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV12_1_1  argVVV12_1_1  VVV12_1_0  argVVV12_1_0   
+                              VVV12_0_1  argVVV12_0_1  VVV12_0_0  argVVV12_0_0   VVV12_0_-1  argVVV12_0_-1
+                                                       VVV12_-1_0 argVVV12_-1_0  VVV12_-1_-1 argVVV12_-1_-1;
+Enddecay
+
+Decay psi(4415)D*+D*-32 
+0.500    D*+1 D*-2    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+
+0.500    D*+2 D*-1    HELAMP  VVV32_1_1  argVVV32_1_1   VVV32_1_0   argVVV32_1_0   
+                              VVV32_0_1  argVVV32_0_1   VVV32_0_0   argVVV32_0_0   VVV32_0_-1  argVVV32_0_-1
+                                                        VVV32_-1_0  argVVV32_-1_0  VVV32_-1_-1 argVVV32_-1_-1;
+Enddecay
+
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0
+
+Decay psi(4040)D0D0pi0  
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0 
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*0D*0pi0   
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D0D0pi0     
+0.500    D01 anti-D02 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0    
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*0D*0pi0    
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4160)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+
+Decay psi(4415)D+D-pi0     
+0.500    D+1 D-2 pi0  PHSP;
+0.500    D+2 D-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0    
+0.250    D*+1 D-2 pi0  PHSP;
+0.250    D*-1 D+2 pi0  PHSP;
+0.250    D*+2 D-1 pi0  PHSP;
+0.250    D*-2 D+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0   
+0.500    D*+1 D*-2 pi0  PHSP;
+0.500    D*+2 D*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0     
+0.500    D_s+1 D_s-2 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0    
+0.250    D_s*+1 D_s-2 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0   
+0.500    D_s*+1 D_s*-2 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-
+
+Decay psi(4040)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-     
+0.5    D+1 anti-D01 pi- PHSP;  
+0.5    D-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-    
+0.5    D*+1 anti-D01 pi- PHSP;  
+0.5    D*-1      D01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D+D*0pi-    
+0.5    D+1 anti-D*01 pi- PHSP;  
+0.5    D-1      D*01 pi+ PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-   
+0.5    D*+1 anti-D*01 pi-  PHSP;  
+0.5    D*-1      D*01 pi+  PHSP;  
+Enddecay
+
+#######################################################################################
+
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi0pi0
+
+Decay psi(4040)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi0pi0 
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi0pi0  
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi0pi0    
+0.250    D*01 anti-D02 pi0 pi0  PHSP;
+0.250    anti-D*01 D02 pi0 pi0  PHSP;
+0.250    D*02 anti-D01 pi0 pi0  PHSP;
+0.250    anti-D*02 D01 pi0 pi0  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi0pi0     
+0.500    D01 anti-D02 pi0 pi0 PHSP;  
+0.500    D02 anti-D01 pi0 pi0 PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi0pi0
+0.250    D*01 anti-D02 pi0  PHSP;
+0.250    anti-D*01 D02 pi0  PHSP;
+0.250    D*02 anti-D01 pi0  PHSP;
+0.250    anti-D*02 D01 pi0  PHSP;    
+Enddecay
+
+Decay psi(4415)D*0D*0pi0pi0
+0.500    D*01 anti-D*02 pi0  PHSP;
+0.500    D*02 anti-D*01 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi0pi0     
+0.500    D+1 D-2 pi0 pi0  PHSP;
+0.500    D+2 D-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi0pi0    
+0.250    D*+1 D-2 pi0 pi0  PHSP;
+0.250    D*-1 D+2 pi0 pi0  PHSP;
+0.250    D*+2 D-1 pi0 pi0  PHSP;
+0.250    D*-2 D+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi0pi0   
+0.500    D*+1 D*-2 pi0 pi0  PHSP;
+0.500    D*+2 D*-1 pi0 pi0  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi0pi0     
+0.500    D_s+1 D_s-2 pi0 pi0  PHSP;
+0.500    D_s+2 D_s-1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi0pi0    
+0.250    D_s*+1 D_s-2 pi0 pi0  PHSP;
+0.250    D_s*-1 D_s+2 pi0 pi0  PHSP;
+0.250    D_s*+2 D_s-1 pi0 pi0  PHSP;
+0.250    D_s*-2 D_s+1 pi0 pi0  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi0pi0   
+0.500    D_s*+1 D_s*-2 pi0 pi0  PHSP;
+0.500    D_s*+2 D_s*-1 pi0 pi0  PHSP;
+Enddecay
+
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi-pi0
+
+Decay psi(4040)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4040)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4160)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D0pi-pi0     
+0.5    D+1 anti-D01 pi- pi0 PHSP;  
+0.5    D-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D0pi-pi0    
+0.5    D*+1 anti-D01 pi- pi0 PHSP;  
+0.5    D*-1      D01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*0D+pi-pi0    
+0.5    D+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+Decay psi(4415)D*+D*0pi-pi0   
+0.5    D*+1 anti-D*01 pi- pi0 PHSP;  
+0.5    D*-1      D*01 pi+ pi0 PHSP;  
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DDpi+pi-
+
+Decay psi(4040)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4040)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4160)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D0D0pi+pi-     
+0.500    D01 anti-D02 pi+ pi- PHSP;  
+0.500    D02 anti-D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D0pi+pi-    
+0.250    D*01 anti-D02 pi+ pi- PHSP;  
+0.250    D*02 anti-D01 pi+ pi- PHSP;   
+0.250    anti-D*01 D02 pi+ pi- PHSP;  
+0.250    anti-D*02 D01 pi+ pi- PHSP;   
+Enddecay
+
+Decay psi(4415)D*0D*pi+pi-    
+0.500    D*01 anti-D*02 pi+ pi- PHSP;  
+0.500    D*02 anti-D*01 pi+ pi- PHSP;   
+Enddecay
+
+#######################################################################################
+
+Decay psi(4040)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4040)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4160)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4160)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)D+D-pi+pi-     
+0.500    D+1 D-2 pi+ pi-  PHSP;
+0.500    D+2 D-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D-pi+pi-    
+0.250    D*+1 D-2 pi+ pi-  PHSP;
+0.250    D*+2 D-1 pi+ pi-  PHSP;
+0.250    D*-1 D+2 pi+ pi-  PHSP;
+0.250    D*-2 D+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)D*+D*-pi+pi-   
+0.500    D*+1 D*-2 pi+ pi-  PHSP;
+0.500    D*+2 D*-1 pi+ pi-  PHSP;
+Enddecay
+
+#######################################################################################
+
+Decay psi(4415)DsDspi+pi-     
+0.500    D_s+1 D_s-2 pi+ pi-  PHSP;
+0.500    D_s+2 D_s-1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Dspi+pi-    
+0.250    D_s*+1 D_s-2 pi+ pi-  PHSP;
+0.250    D_s*+2 D_s-1 pi+ pi-  PHSP;
+0.250    D_s*-1 D_s+2 pi+ pi-  PHSP;
+0.250    D_s*-2 D_s+1 pi+ pi-  PHSP;
+Enddecay
+
+Decay psi(4415)Ds*Ds*pi+pi-   
+0.500    D_s*+1 D_s*-2 pi+ pi-  PHSP;
+0.500    D_s*+2 D_s*-1 pi+ pi-  PHSP;
+Enddecay
+
+
+#######################################################################################
+
+##############
+#  Psi(xxxx) to Nonresonant DsDK
+
+Decay psi(4415)DsD0K-      
+0.500    D_s+1 anti-D01 K-  PHSP;
+0.500    D_s-1      D01 K+  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0      
+0.500    D_s+1 D-1 anti-K0  PHSP;
+0.500    D_s-1 D+1      K0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0L     
+0.500    D_s+1 D-1 K_L0  PHSP;
+0.500    D_s-1 D+1 K_L0  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-pp   
+0.500    D_s+1 D-1 K0-pp  PHSP;
+0.500    D_s-1 D+1 K0-pp  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-00   
+0.500    D_s+1 D-1 K0-00  PHSP;
+0.500    D_s-1 D+1 K0-00  PHSP;
+Enddecay
+
+Decay psi(4415)DsD-K0-neu  
+0.500    D_s+1 D-1 K0-neu  PHSP;
+0.500    D_s-1 D+1 K0-neu  PHSP;
+Enddecay
+
+
+#######################################################################################
+#
+# Generic D_s* Decays
+#
+#######################################################################################
+# Ds Decay 1 is the hadronic singletag side of the event
+# Ds Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+Decay D_s*+1
+0.942   D_s+1  gamma                  VSP_PWAVE;
+0.058   D_s+1  pi0                    VSS;
+Enddecay
+CDecay D_s*-1
+
+Decay D_s*+2
+0.942   D_s+2  gamma                  VSP_PWAVE;
+0.058   D_s+2  pi0                    VSS;
+Enddecay
+CDecay D_s*-2
+
+#######################################################################################
+#
+# Generic D* Decays
+#
+#######################################################################################
+# D Decay 1 is the hadronic singletag side of the event
+# D Decay 2 is the cocktail, leptonic, semileptonic or hadronic doubletag side
+
+
+Decay D*+1
+0.6830    D01  pi+                        VSS;
+0.3060    D+1  pi0                        VSS;
+0.0110    D+1  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-1
+
+Decay D*+2
+0.6830    D02  pi+                        VSS;
+0.3060    D+2  pi0                        VSS;
+0.0110    D+2  gamma                       VSP_PWAVE;
+Enddecay
+CDecay D*-2
+
+Decay D*01
+0.6190    D01  pi0                        VSS;
+0.3810    D01  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*01
+
+Decay D*02
+0.6190    D02  pi0                        VSS;
+0.3810    D02  gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-D*02
+
+#######################################################################################
+# tau 1 prong decays. other1 is all 1prongs except enunu, mununu, pinu
+
+Decay tau-e
+1.0 e-   anti-nu_e   nu_tau           PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+e
+
+Decay tau-mu
+1.0 mu-  anti-nu_mu   nu_tau          PHOTOS  TAULNUNU;
+Enddecay
+CDecay tau+mu
+
+Decay tau-pi
+1.0 pi-  nu_tau                       PHOTOS TAUSCALARNU;
+Enddecay
+CDecay tau+pi
+
+Decay tau-rho
+0.2515         rho- nu_tau                            TAUVECTORNU;
+Enddecay
+CDecay tau+rho
+
+Decay tau-other1pr
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+
+# Jetset doesn't work on aliased particles :-(
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+other1pr
+
+
+# all tau -> 1 prong modes. B(1prong) =  0.84385  let jetset renormalize
+Decay tau-all1pr
+0.1800         e-   anti-nu_e   nu_tau                PHOTOS  TAULNUNU;
+0.1751         mu-  anti-nu_mu   nu_tau               PHOTOS  TAULNUNU;
+0.1110         pi-  nu_tau                            PHOTOS TAUSCALARNU;
+0.2515         rho- nu_tau                            TAUVECTORNU;
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay rate to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+0.0895         a_1-1pr  nu_tau                        TAUVECTORNU;
+
+# BF(tau -> K*- nu) * BF(K*- -> 1pr) = 0.0134*0.667 = 0.0089
+0.0089         K*-1pr  nu_tau                         TAUVECTORNU;
+0.0071         K-   nu_tau                            TAUSCALARNU;
+0.0100         nu_tau     pi-     pi0     pi0     pi0 PHSP;
+#0.0100         nu_tau     pi-     pi0     pi0     pi0 JETSET    41;
+
+# BF(nu K0 pi- anti-K0) * BF(K0->neu)**2 = .0015*(.65695)**2 = 0.00065
+0.00065         nu_tau K0-neu pi- anti-K0-neu         PHSP;
+#0.00065         nu_tau K0-neu pi- anti-K0-neu         JETSET    41;
+
+# BF(nu K- pi0 K0) * BF(K0->neu) = .0015*(.65695) = 0.0010
+0.0010         nu_tau     K-      pi0     K0-neu      PHSP;
+#0.0010         nu_tau     K-      pi0     K0-neu      JETSET    41;
+0.0005         nu_tau     K-      pi0     pi0         PHSP;
+#0.0005         nu_tau     K-      pi0     pi0         JETSET    41;
+
+# BF(nu pi- pi0 anti-K0) * BF(K0->neu) = .0055*(.65695) = 0.0036
+0.0036         nu_tau     pi-     anti-K0-neu pi0     PHSP;
+#0.0036         nu_tau     pi-     anti-K0-neu pi0     JETSET    41;
+
+# BF(nu eta pi- pi0)*BF(eta -> neu) = 0.0017*0.7142 = 0.0012
+0.0017         nu_tau     eta-neu     pi-     pi0     PHSP;
+#0.0017         nu_tau     eta-neu     pi-     pi0     JETSET    41;
+0.0013         nu_tau     gamma   pi-     pi0         PHSP;
+#0.0013         nu_tau     gamma   pi-     pi0         JETSET    41;
+0.0010         nu_tau     pi-     pi0  pi0  pi0  pi0  PHSP;
+
+# BF( nu pi- omega pi0)*BF(omega -> neu) = 0.0039 * 0.0860 = 0.0003
+0.0003         nu_tau     pi-     omega-neu     pi0   PHSP;
+#0.0003         nu_tau     pi-     omega-neu     pi0   JETSET    41;
+
+# BF( nu K- omega pi0)*BF(omega -> neu) = 0.0010 * 0.0860 = 0.0001
+0.0010         nu_tau     K-      omega-neu           PHSP;
+#0.0010         nu_tau     K-      omega-neu           JETSET    41;
+
+# BF(nu K- K0)*BF(K0 -> neu)  = 0.0010 * 0.65695 = 0.0007
+0.0007         nu_tau     K-      K0-neu              PHSP;
+#0.0007         nu_tau     K-      K0-neu              JETSET    41;
+Enddecay
+CDecay tau+all1pr
+
+Decay tau-a1
+1.0  a_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1
+
+# Tau->pi-2pi0 nu (exc K0) is .0915.  Assume it is all a_1-.
+# a_1-> -> ~50% to pi0 rho-.  Force this a_1- decay late to be
+#100% so enter half the a_1- nu BF, or 0.0895 
+Decay tau-a1-1pr
+1.0  a_1-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+1pr
+
+Decay tau-a1-3pr
+1.0  a_1-3pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+a1+3pr
+
+Decay tau-K
+1.0 K-  nu_tau                       TAUSCALARNU;
+Enddecay
+CDecay tau+K
+
+Decay tau-K*
+1.0 K*-  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*
+
+Decay tau-K*-K0ppp
+1.0 K*-K0ppp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K0ppp
+
+Decay tau-K*-K000p
+1.0 K*-K000p  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+K000p
+
+Decay tau-K*-Lp
+1.0 K*-Lp  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Lp
+
+Decay tau-K*-Kp0
+1.0 K*-Kp0  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+Kp0
+
+Decay tau-K*-1pr
+1.0 K*-1pr  nu_tau                     TAUVECTORNU;
+Enddecay
+CDecay tau+K*+1pr
+
+#
+# The JETSET decay model doesn't work on aliases of particles :-(
+#
+Decay tau-KKp
+1.0  nu_tau     K-      pi-     K+               PHSP;
+#1.0  nu_tau     K-      pi-     K+              JETSET    41; 
+Enddecay
+CDecay tau+KKp
+
+Decay tau-Kpp
+1.0  nu_tau     K-      pi+     pi-              PHSP;
+#1.0  nu_tau     K-      pi+     pi-             JETSET    41;
+Enddecay
+CDecay tau+Kpp
+
+Decay tau-ppp0
+1.0  nu_tau     pi-     pi+     pi-     pi0      PHSP;
+#1.0  nu_tau     pi-     pi+     pi-     pi0     JETSET    41;
+Enddecay
+CDecay tau+ppp0
+
+Decay tau-p000
+1.0  nu_tau     pi-     pi0     pi0     pi0      PHSP;
+#1.0  nu_tau     pi-     pi0     pi0     pi0     JETSET    41;
+Enddecay
+CDecay tau+p000
+
+Decay tau-ppppp
+1.0  nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+Enddecay
+CDecay tau+ppppp
+
+Decay tau-ppp00
+1.0  nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP; 
+Enddecay
+CDecay tau+ppp00
+
+Decay tau-p0000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0      PHSP; 
+Enddecay
+CDecay tau+p0000
+
+Decay tau-ppppp0
+1.0  nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+Enddecay
+CDecay tau+ppppp0
+
+Decay tau-ppp000
+1.0  nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+ppp000
+
+Decay tau-p00000
+1.0  nu_tau     pi-     pi0  pi0  pi0  pi0  pi0 PHSP;
+Enddecay
+CDecay tau+p00000
+
+Decay tau-multiprong
+# B(a1 nu) * B(a1->3 prong) = 0.1790 * 0.4920 =  0.088068
+0.088068       a_1-3pr  nu_tau                            TAUVECTORNU;
+
+# B(K*- nu) * B(K*- -> multiprongs) = 0.0134 * 0.2284713 = 0.00306151542
+0.00306151542  K*-  nu_tau                                TAUVECTORNU;
+
+#0.0450         nu_tau     pi-     pi+     pi-     pi0    JETSET    41;
+0.0450         nu_tau     pi-     pi+     pi-     pi0     PHSP;
+
+#0.0015         nu_tau     K-      pi-     K+             JETSET    41;
+0.0015         nu_tau     K-      pi-     K+              PHSP;
+
+# B(K0 antiK0 pi nu) -> multiprongs involves either 1 or two Ks ->pipi
+# B(K0 antiK0 pipi) * 2 * B(K0->Ks->pipi) * B(K0 -> neutrals) = 0.0015 * 2. * 0.5 * 0.6861  * 0.65695= 0.0006761
+#0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu JETSET    41;
+0.0006761      nu_tau     K0-pp      pi-     anti-K0-neu  PHSP;
+
+# B(K0 antiK0 pipi) * B(K0->Ks->pipi)^2 = 0.0015 * (0.5 * 0.6861)^2 =  0.000706099815
+#0.000706099815 nu_tau     K0-pp      pi-     K0-pp       JETSET    41;
+0.000706099815 nu_tau     K0-pp      pi-     K0-pp        PHSP;
+
+# B(K- K0 pi0 nu) * B(K0->Ks->pipi) = 0.0015 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     K-      pi0     K0-pp          JETSET    41;
+0.000514575    nu_tau     K-      pi0     K0-pp           PHSP;
+
+#0.0050         nu_tau     K-      pi+     pi-            JETSET    41;
+0.0050         nu_tau     K-      pi+     pi-             PHSP;
+
+# B(pi- anti-K0 pi0 nu) * B(K0->Ks->pipi) = 0.0055 * 0.5 * 0.6861 = 0.000514575
+#0.000514575    nu_tau     pi-     K0-pp   pi0            JETSET    41;
+0.000514575    nu_tau     pi-     K0-pp   pi0             PHSP;
+
+# B(eta pi pi0 nu) * B(eta->modes with charged tracks) = 0.0017 * 0.2858 = 0.00048586
+#0.00048586     nu_tau     eta-ch     pi-     pi0         JETSET    41;
+0.00048586     nu_tau     eta-ch     pi-     pi0          PHSP;
+
+0.0009         nu_tau     pi-     pi-     pi+  pi0  pi0   PHSP;
+0.0008         nu_tau     pi-     pi-     pi-  pi+  pi+   PHSP;
+0.0003         nu_tau     pi-     pi-  pi-  pi+  pi+  pi0 PHSP;
+0.0005         nu_tau     pi-     pi-  pi+  pi0  pi0  pi0 PHSP;
+
+# B(omega pi pi0 nu) * B(omega->modes with charged tracks) = 0.0039 * 0.9140 = 0.0035646
+#0.0035646      nu_tau     pi-     omega-ch     pi0       JETSET    41;
+0.0035646      nu_tau     pi-     omega-ch     pi0        PHSP;
+
+# B(K K0 nu) * B(K0->Ks->pipi) = 0.001 * 0.5 * 0.6861 =  0.00034305
+#0.00034305     nu_tau     K-      K0-pp                  JETSET    41;
+0.00034305     nu_tau     K-      K0-pp                   PHSP;
+
+# B(omega K nu) * B(omega->modes with charged tracks) = 0.0010 * 0.9140 = 0.000914
+#0.000914       nu_tau     K-      omega-ch               JETSET    41;
+0.000914       nu_tau     K-      omega-ch                PHSP;
+
+Enddecay
+CDecay tau+multiprong
+
+
+##############
+# Light meson decays
+##############
+
+##############
+# Kaons:  K*0
+
+# K*0 -> K+ pi- 
+Decay K*0-Kp
+1.0   K+  pi-                          VSS;
+Enddecay
+CDecay anti-K*0-Kp
+
+# K*0 -> K0L pi0 
+Decay K*0-L0
+1.0   K_L0  pi0                        VSS;
+Enddecay
+CDecay anti-K*0-L0
+
+# K*0 -> K0S pi0, K0S -> pi0pi0 
+Decay K*0-S000
+1.0   K0-00  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-S000
+
+# Forced K*0 -> K0S pi0, K0S -> pi+pi- 
+Decay K*0-Spp0
+1.0   K0-pp  pi0                      VSS;
+Enddecay
+CDecay anti-K*0-Spp0
+
+# B(K*0->neutrals)=  0.2207 .  let EvtGen rescale
+Decay K*0-neu
+0.0522      K0-00  pi0                 VSS;
+0.1662      K_L0   pi0                 VSS;
+0.0020      K_L0   gamma               VSP_PWAVE;
+0.0003      K0-00  gamma               VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-neu
+
+# B(K*0->modes with charged tracks)=  0.7793 .  let EvtGen rescale
+Decay K*0-ch
+0.6657      K-  pi+                        VSS;
+
+#B (K0 pi0) * B(K0 -> Ks -> pipi) = 0.3323 * 0.5 * 0.6861 =  0.113995515
+0.113995515  K0-pp   pi0                        VSS;
+
+#B (K0 gamma) * B(K0 -> Ks -> pipi) = 0.0020 * 0.5 * 0.6861 =  0.0006861
+0.0006861  anti-K0   gamma                       VSP_PWAVE;
+Enddecay
+CDecay anti-K*0-ch
+
+##############
+# Kaons:  K*+
+
+# K*+ -> K0S pi+, K0S->pi+pi-
+Decay K*+K0ppp
+1.0 K0-pp  pi+                         VSS;
+Enddecay
+CDecay  K*-K0ppp 
+
+# K*+ -> K0S pi+, K0S->pi0pi0
+Decay K*+K000p
+1.0 K0-00  pi+                         VSS;
+Enddecay
+CDecay  K*-K000p 
+
+# K*+ -> K0L pi+
+Decay K*+Lp
+1.0 K_L0 pi+                           VSS;
+Enddecay
+CDecay  K*-Lp 
+
+# K*+ -> K+ pi0
+Decay K*+Kp0 
+1.0  K+  pi0                           VSS;
+Enddecay
+CDecay K*-Kp0 
+
+# K*+ -> 1 prong.  Let jetset renormalize
+Decay K*+1pr 
+0.3330 K+  pi0                         VSS;
+0.0010 K+  gamma                       VSP_PWAVE;
+0.3330 K_L0 pi+                        VSS;
+
+# BF(K*+ -> Ks pi+) * BF (Ks -> pi0pi0) = 0.6660*0.5*0.3139 = .1045
+0.1045 K0-00  pi+                      VSS;
+Enddecay
+CDecay K*-1pr
+
+# K*+ -> multiprong.  
+# BF(K*+ -> Ks pi+) * BF (Ks -> pipi) = 0.6660*0.5*0.6861 =  0.2284713
+Decay K*+multiprong
+0.2284713      K0-pp  pi+                        VSS;
+Enddecay
+CDecay K*-multiprong
+
+
+
+##############
+# Kaons:  K0
+
+Decay K0-pp
+1.0 pi+  pi-                          PHSP;
+Enddecay
+
+Decay K0-00
+1.0 pi0  pi0                          PHSP;
+Enddecay
+
+Decay K0-neu
+0.5000  K_L0                          PHSP;
+# 0.5 * BF(pi0 pi0) = .5*0.3139
+0.15695 K0-00                      PHSP;
+Enddecay
+CDecay anti-K0-neu
+
+##############
+# phi
+
+Decay phiKK
+1.0   K+   K-                         VSS;
+Enddecay
+
+Decay phipp0
+1.0  pi+  pi- pi0                     PHSP;
+Enddecay
+
+
+Decay phiLS 
+1.0 K_L0  K_S0                        VSS;
+Enddecay
+
+Decay phiLSpp 
+1.0 K_L0  K0-pp                        VSS;
+Enddecay
+
+Decay phiLS00 
+1.0 K_L0  K0-00                        VSS;
+Enddecay
+
+# BF (phi->neutrals) = 0.2340 (note round-off diff).  Let EvtGen renormalize
+Decay phineu  
+# BF(Klong Ks)* BF(Ks->neu) = 0.3410*0.65695 = .2240
+0.2240   K_L0  K0-00                        VSS;
+# BF(eta gamma)*BF(eta->neu)=0.0121*0.7142=0.0086
+0.0086   eta-neu gamma                        VSP_PWAVE;
+0.0013   pi0 gamma                        VSP_PWAVE;
+Enddecay
+
+# BF (phi->modes with charged tracks) = 0.7660  Let EvtGen renormalize
+Decay phi-ch  
+0.4910   K+   K-                         VSS;
+#B(KL KS) * B(KS -> pipi) = 0.3410 * 0.5 * 0.6861 = 0.11698005
+0.11698005 K_L0  K0-pp                  VSS;
+0.0430   rho+ pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho0 pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0430   rho- pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0250   pi+  pi- pi0                    PHSP;
+# B(eta gamma) * B(eta -> modes with charged tracks) = 0.0121 * 0.2858 =  0.00345818
+0.00345818    eta-ch gamma                        VSP_PWAVE;
+0.0000   pi0 gamma                        VSP_PWAVE;
+0.0003   e+  e-              PHOTOS      VLL;
+0.0003   mu+ mu-             PHOTOS      VLL;
+Enddecay
+
+##############
+# eta
+
+Decay etagg
+1.0    gamma gamma                     PHSP;
+Enddecay
+
+Decay etapp0
+1.0     pi- pi+ pi0                    ETA_DALITZ;
+Enddecay
+
+Decay eta000
+1.0     pi0 pi0 pi0                    PHSP;
+Enddecay
+
+# B(eta -> neutrals) = 0.7142.  Let evtgen  renormalize
+Decay eta-neu
+0.3925    gamma gamma                  PHSP;
+0.3210    pi0 pi0 pi0                  PHSP;
+0.0007    gamma gamma pi0              PHSP;
+Enddecay
+
+# B(eta -> modes with charged tracks = .2858  Let EvtGen renornalize
+Decay eta-ch
+0.2320    pi- pi+ pi0                    ETA_DALITZ;
+0.0478    gamma pi- pi+                   PHSP;
+0.0049    gamma e+  e-                    PHSP;
+0.0003    gamma mu+ mu-                   PHSP;
+0.0008    pi+ pi- e+  e-                 PHSP;
+Enddecay
+
+##############
+# eta'
+
+Decay eta'ppetagg
+1.0 pi+ pi- etagg                      PHSP;
+Enddecay
+
+Decay eta'ppetapp0
+1.0 pi+ pi- etapp0                     PHSP;
+Enddecay
+
+Decay eta'00etagg
+1.0 pi0 pi0 etagg                      PHSP;
+Enddecay
+
+Decay eta'00etapp0
+1.0 pi0 pi0 etapp0                     PHSP;
+Enddecay
+
+Decay eta'rg
+1.0 rho0  gamma                        SVP_HELAMP  1.0 0.0 1.0 0.0;
+Enddecay
+
+# B(eta'->neutrals)=  0.1739  Let EvtGen renormalize
+Decay eta'neu     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-neu) = 0.2080*(.3925 + .3210 + .0007) = .1486
+0.1486     pi0 pi0 eta-neu             PHSP;
+
+# BF(omega gamma) * BF(omega-neu) = 0.0302*(0.0850 + 0.0006 + 0.0004)
+0.0026     omega-neu gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+0.0212     gamma gamma                 PHSP;
+0.0015     pi0 pi0 pi0                 PHSP;
+
+Enddecay
+
+# B(eta'-> modes with charged tracks= 0.8261464  Let EvtGen renormalize
+Decay eta'-ch     
+0.4370     pi+ pi- eta                   PHSP;
+
+# BF(pi0pi0 eta) * BF(eta-ch) = 0.2080*0.2858 = 0.0594464
+0.0594464     pi0 pi0 eta-ch             PHSP;
+0.3020     rho0  gamma                   SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+# BF(omega gamma) * BF(omega-ch) = 0.0302 * 0.9140 = 0.02760
+0.02760     omega-ch gamma             SVP_HELAMP  1.0 0.0 1.0 0.0;
+
+0.0001     gamma mu- mu+         PHOTOS   PHSP;
+Enddecay
+
+##############
+# f0
+
+Decay f_0pp
+1.0   pi+  pi-                         PHSP;
+Enddecay
+
+Decay f_0KK
+1.0  K+   K-                           PHSP;
+Enddecay
+
+##############
+# omega
+
+# neutral-only omega modes. B = 0.0860  Let jetset renormalize
+Decay omega-neu
+0.0850    pi0  gamma                      VSP_PWAVE;
+# BF(eta gamma) * BF(eta-neu) = 0.0008*(.3925 + .3210 + .0007) = .0006
+0.0006    eta-neu  gamma                      VSP_PWAVE;
+0.0004    pi0  pi0 gamma                  PHSP;
+Enddecay
+
+# modes with charged tracks  B =  0.9140
+Decay omega-ch
+0.8880    pi-  pi+  pi0                  OMEGA_DALITZ;
+0.0000    pi0  gamma                      VSP_PWAVE;
+0.0221    pi-  pi+                       VSS;
+
+# B(eta g) * B(eta -> modes with charged tracks) = 0.0008 * 0.2858 =  0.000226
+0.000226    eta-ch  gamma                      VSP_PWAVE;
+0.0006    pi0  e+  e-             PHOTOS PHSP;
+0.0001    pi0  mu+ mu-            PHOTOS PHSP;
+0.0020    pi+  pi- gamma                  PHSP;
+0.0000    pi0  pi0 gamma                  PHSP;
+0.0010    pi+ pi- pi+ pi-                PHSP;
+Enddecay
+
+##############
+# a_1
+
+Decay a_1-1pr
+0.5080 rho- pi0                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+1pr
+
+Decay a_1-3pr
+0.4920 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+CDecay a_1+3pr
+
+
+#######################################################################################
+# Specific  Ds Hadronic decays     (Preset decays 0000 - 0999)
+#######################################################################################
+
+
+##############
+# Ds+ -> Phi pi+
+##############
+
+Decay  D_s+0000
+1.0 phi pi+                                 SVS;
+Enddecay 
+CDecay D_s-0000
+
+Decay  D_s+0001
+1.0 phiKK pi+                               SVS;
+Enddecay 
+CDecay D_s-0001
+
+Decay  D_s+0002
+1.0 phipp0 pi+                             SVS;
+Enddecay 
+CDecay D_s-0002
+
+Decay  D_s+0003
+1.0 phiLS pi+                               SVS;
+Enddecay 
+CDecay D_s-0003
+
+Decay  D_s+0004
+1.0 phiLSpp pi+                             SVS;
+Enddecay 
+CDecay D_s-0004
+
+Decay  D_s+0005
+1.0 phiLS00 pi+                             SVS;
+Enddecay 
+CDecay D_s-0005
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0006
+1.0 phineu pi+                              SVS;
+Enddecay 
+CDecay D_s-0006
+
+
+
+##############
+# Ds+ -> K*0 K+
+##############
+
+Decay  D_s+0007
+1.0 anti-K*0   K+                           SVS;
+Enddecay 
+CDecay D_s-0007
+
+Decay  D_s+0008
+1.0 anti-K*0-Kp   K+                        SVS;
+Enddecay 
+CDecay D_s-0008
+
+Decay  D_s+0009
+1.0 anti-K*0-L0   K+                        SVS;
+Enddecay 
+CDecay D_s-0009
+
+Decay  D_s+0010
+1.0 anti-K*0-S000   K+                      SVS;
+Enddecay 
+CDecay D_s-0010
+
+Decay  D_s+0011
+1.0 anti-K*0-Spp0   K+                      SVS;
+Enddecay 
+CDecay D_s-0011
+
+# anti-K*0 decays to all neutrals
+Decay  D_s+0012
+1.0 anti-K*0-neu   K+                       SVS;
+Enddecay 
+CDecay D_s-0012
+
+
+##############
+# Ds+ -> K0 K+
+##############
+
+Decay  D_s+0013
+1.0 anti-K0   K+                            PHSP;
+Enddecay 
+CDecay D_s-0013
+
+Decay  D_s+0014
+1.0 K_L0   K+                               PHSP;
+Enddecay 
+CDecay D_s-0014
+
+Decay  D_s+0015
+1.0 K0-pp   K+                              PHSP;
+Enddecay 
+CDecay D_s-0015
+
+Decay  D_s+0016
+1.0 K0-00   K+                              PHSP;
+Enddecay 
+CDecay D_s-0016
+
+
+##############
+# Ds+ -> f0 pi+
+##############
+
+Decay  D_s+0017
+1.0 f_0   pi+                               PHSP;
+Enddecay    
+CDecay D_s-0017
+
+Decay  D_s+0018
+1.0 f_0pp   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0018
+
+Decay  D_s+0019
+1.0 f_0KK   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0019
+
+
+##############
+# Ds+ -> eta pi+
+##############
+
+Decay  D_s+0020
+1.0 eta   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0020
+
+Decay  D_s+0021
+1.0 etagg   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0021
+
+Decay  D_s+0022
+1.0 etapp0   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0022
+
+Decay  D_s+0023
+1.0 eta000   pi+                             PHSP;
+Enddecay 
+CDecay D_s-0023
+
+Decay  D_s+0024
+1.0 eta-neu   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0024
+
+##############
+# Ds+ -> eta rho+
+##############
+
+Decay  D_s+0025
+1.0 rho+ eta                                 SVS;
+Enddecay 
+CDecay D_s-0025
+
+Decay  D_s+0026
+1.0 rho+ etagg                               SVS;
+Enddecay 
+CDecay D_s-0026
+
+Decay  D_s+0027
+1.0 rho+ etapp0                              SVS;
+Enddecay 
+CDecay D_s-0027
+
+Decay  D_s+0028
+1.0 rho+ eta000                              SVS;
+Enddecay 
+CDecay D_s-0028
+
+Decay  D_s+0029
+1.0 rho+ eta-neu                             SVS;
+Enddecay 
+CDecay D_s-0029
+
+
+##############
+# Ds+ -> eta' pi+
+##############
+
+Decay  D_s+0030
+1.0 eta'   pi+                                PHSP;
+Enddecay 
+CDecay D_s-0030
+
+Decay  D_s+0031
+1.0 eta'ppetagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0031
+
+Decay  D_s+0032
+1.0 eta'ppetapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0032
+
+Decay  D_s+0033
+1.0 eta'00etagg  pi+                         PHSP;
+Enddecay 
+CDecay D_s-0033
+
+Decay  D_s+0034
+1.0 eta'00etapp0  pi+                        PHSP;
+Enddecay 
+CDecay D_s-0034
+
+Decay  D_s+0035
+1.0 eta'rg  pi+                              PHSP;
+Enddecay 
+CDecay D_s-0035
+
+##############
+# Ds+ -> eta' rho+
+##############
+
+Decay  D_s+0036
+1.0 rho+ eta'                                PHSP;
+Enddecay 
+CDecay D_s-0036
+
+Decay  D_s+0037
+1.0 rho+ eta'ppetagg                         PHSP;
+Enddecay 
+CDecay D_s-0037
+
+Decay  D_s+0038
+1.0 rho+ eta'ppetapp0                        PHSP;
+Enddecay 
+CDecay D_s-0038
+
+Decay  D_s+0039
+1.0 rho+ eta'00etagg                         PHSP;
+Enddecay 
+CDecay D_s-0039
+
+Decay  D_s+0040
+1.0 rho+ eta'00etapp0                        PHSP;
+Enddecay 
+CDecay D_s-0040
+
+Decay  D_s+0041
+1.0 rho+ eta'rg                              PHSP;
+Enddecay 
+CDecay D_s-0041
+
+
+##############
+# Ds+ -> Phi K+
+##############
+
+Decay  D_s+0042
+1.0 phi K+                                 SVS;
+Enddecay 
+CDecay D_s-0042
+
+Decay  D_s+0043
+1.0 phiKK K+                               SVS;
+Enddecay 
+CDecay D_s-0043
+
+Decay  D_s+0044
+1.0 phipp0 K+                             SVS;
+Enddecay 
+CDecay D_s-0044
+
+Decay  D_s+0045
+1.0 phiLS K+                               SVS;
+Enddecay 
+CDecay D_s-0045
+
+Decay  D_s+0046
+1.0 phiLSpp K+                             SVS;
+Enddecay 
+CDecay D_s-0046
+
+Decay  D_s+0047
+1.0 phiLS00 K+                             SVS;
+Enddecay 
+CDecay D_s-0047
+
+# Phi K, Phi -> all neutral final states.
+Decay  D_s+0048
+1.0 phineu K+                              SVS;
+Enddecay 
+CDecay D_s-0048
+
+##############
+# Ds+ -> phi rho+
+##############
+
+Decay  D_s+0049
+1.0 phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0049
+
+Decay  D_s+0050
+1.0 phiKK   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0050
+
+Decay  D_s+0051
+1.0 phipp0   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0051
+
+Decay  D_s+0052
+1.0 phiLS   rho+                   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0052
+
+Decay  D_s+0053
+1.0 phiLSpp   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0053
+
+Decay  D_s+0054
+1.0 phiLS00   rho+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0054
+
+Decay  D_s+0055
+1.0 phineu   rho+                  SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0055
+
+
+##############
+# Ds+ -> K0 pi+
+##############
+
+Decay  D_s+0056
+1.0 K0   pi+                            PHSP;
+Enddecay 
+CDecay D_s-0056
+
+Decay  D_s+0057
+1.0 K_L0   pi+                               PHSP;
+Enddecay 
+CDecay D_s-0057
+
+Decay  D_s+0058
+1.0 K0-pp   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0058
+
+Decay  D_s+0059
+1.0 K0-00   pi+                              PHSP;
+Enddecay 
+CDecay D_s-0059
+
+
+##############
+# Ds+ -> K*0 pi+
+##############
+
+Decay  D_s+0060
+1.0 K*0   pi+                           SVS;
+Enddecay 
+CDecay D_s-0060
+
+Decay  D_s+0061
+1.0 K*0-Kp   pi+                        SVS;
+Enddecay 
+CDecay D_s-0061
+
+Decay  D_s+0062
+1.0 K*0-L0   pi+                        SVS;
+Enddecay 
+CDecay D_s-0062
+
+Decay  D_s+0063
+1.0 K*0-S000   pi+                      SVS;
+Enddecay 
+CDecay D_s-0063
+
+Decay  D_s+0064
+1.0 K*0-Spp0   pi+                      SVS;
+Enddecay 
+CDecay D_s-0064
+
+# K*0 decays to all neutrals
+Decay  D_s+0065
+1.0 K*0-neu   pi+                       SVS;
+Enddecay 
+CDecay D_s-0065
+
+
+##############
+# Ds+ -> K*0 rho+
+##############
+
+Decay  D_s+0066
+1.0 K*0   rho+        SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0066
+
+Decay  D_s+0067
+1.0 K*0-Kp   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0067
+
+Decay  D_s+0068
+1.0 K*0-L0   rho+     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0068
+
+Decay  D_s+0069
+1.0 K*0-S000   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0069
+
+Decay  D_s+0070
+1.0 K*0-Spp0   rho+   SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0070
+
+# K*0 decays to all neutrals
+Decay  D_s+0071
+1.0 K*0-neu   rho+    SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0071
+
+
+##############
+# Ds+ -> Phi pi+ pi- pi+
+##############
+
+Decay  D_s+0072
+1.0 phi pi+ pi- pi+                                PHSP;
+Enddecay 
+CDecay D_s-0072
+
+Decay  D_s+0073
+1.0 phiKK pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0073
+
+Decay  D_s+0074
+1.0 phipp0 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0074
+
+Decay  D_s+0075
+1.0 phiLS pi+ pi- pi+                              PHSP;
+Enddecay 
+CDecay D_s-0075
+
+Decay  D_s+0076
+1.0 phiLSpp pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0076
+
+Decay  D_s+0077
+1.0 phiLS00 pi+ pi- pi+                            PHSP;
+Enddecay 
+CDecay D_s-0077
+
+# Phi pi, Phi -> all neutral final states.
+Decay  D_s+0078
+1.0 phineu pi+ pi- pi+                             PHSP;
+Enddecay 
+CDecay D_s-0078
+
+
+##############
+# Ds+ -> anti-K*0   K*+  (includes Ks K- pi+ pi+)
+##############
+
+Decay  D_s+0079
+1.0    anti-K*0   K*+           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0079
+
+Decay  D_s+0080
+1.0    anti-K*0-Kp   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0080
+
+Decay  D_s+0081
+1.0 anti-K*0-Kp   K*+Kp0              SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0081
+
+Decay  D_s+0082
+1.0    anti-K*0-Spp0   K*+K0ppp           SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0082
+
+##############
+# Ds+ ->  f0 pi pi0
+##############
+
+Decay  D_s+0083
+1.0 f_0    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0083
+
+Decay  D_s+0084
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0084
+
+Decay  D_s+0085
+1.0 f_0pp    pi+ pi0                     PHSP;
+Enddecay 
+CDecay D_s-0085
+
+
+##############
+# Ds+ -> K0 K*+
+##############
+
+Decay  D_s+0086
+1.0 anti-K0   K*+                            PHSP;
+Enddecay 
+CDecay D_s-0086
+
+Decay  D_s+0087
+1.0 K0-pp   K*+Kp0                            PHSP;
+Enddecay 
+CDecay D_s-0087
+
+
+##############
+# Ds+ -> phi a_1+
+##############
+
+Decay  D_s+0088
+1.0 phi   a_1+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0088
+
+Decay  D_s+0089
+1.0 phiKK   a_1+1pr                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0089
+
+##############
+# Ds+ -> Phi pi+ pi- pi+ pi0
+##############
+
+Decay  D_s+0090
+1.0 phi pi+ pi- pi+ pi0                               PHSP;
+Enddecay 
+CDecay D_s-0090
+
+Decay  D_s+0091
+1.0 phiKK pi+ pi- pi+ pi0                             PHSP;
+Enddecay 
+CDecay D_s-0091
+
+##############
+# Ds+ -> anti-K*0   K*+ pi0 (includes Ks K- pi+ pi+ pi0)
+##############
+
+Decay  D_s+0092
+1.0    anti-K*0   K*+ pi0 PHSP;
+Enddecay 
+CDecay D_s-0092
+
+Decay  D_s+0093
+1.0    anti-K*0-Kp   K*+K0ppp  pi0 PHSP;
+Enddecay 
+CDecay D_s-0093
+
+Decay  D_s+0094
+1.0 anti-K*0-Kp   K*+Kp0   pi0 PHSP;
+Enddecay 
+CDecay D_s-0094
+
+
+##############
+# Ds+ -> eta' a1
+##############
+
+Decay  D_s+0095
+1.0  a_1+ eta'    SVS;
+Enddecay 
+CDecay D_s-0095
+
+Decay  D_s+0096
+1.0  a_1+1pr eta'ppetagg    SVS;
+Enddecay 
+CDecay D_s-0096
+
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0097
+1.0 phi   K*+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0097
+
+##############
+# Ds+ -> phi K*+
+##############
+
+Decay  D_s+0098
+1.0 phiKK   K*+Kp0                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay 
+CDecay D_s-0098
+
+
+
+#######################################################################################
+# Specific  Ds Semileptonic decays      (Preset decays 1000 - 1999)
+#######################################################################################
+
+##############
+# Ds+ -> phi e+ nu_e
+##############
+
+Decay  D_s+1000
+1.0  phi   e+     nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1000
+
+Decay  D_s+1001
+1.0  phiKK   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1001
+
+Decay  D_s+1002
+1.0  phipp0   e+  nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1002
+
+Decay  D_s+1003
+1.0  phiLS   e+   nu_e    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1003
+
+Decay  D_s+1004
+1.0  phiLSpp   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1004
+
+Decay  D_s+1005
+1.0  phiLS00   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1005
+
+Decay  D_s+1006
+1.0  phineu   e+   nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1006
+
+##############
+# Ds+ -> phi mu+ nu_mu
+##############
+
+Decay  D_s+1007
+1.0  phi   mu+     nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1007
+
+Decay  D_s+1008
+1.0  phiKK   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1008
+
+Decay  D_s+1009
+1.0  phipp0   mu+  nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1009
+
+Decay  D_s+1010
+1.0  phiLS   mu+   nu_mu    PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1010
+
+Decay  D_s+1011
+1.0  phiLSpp   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1011
+
+Decay  D_s+1012
+1.0  phiLS00   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1012
+
+Decay  D_s+1013
+1.0  phineu   mu+   nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1013
+
+
+##############
+# Ds+ -> eta e+ nu_e
+##############
+
+Decay  D_s+1014
+1.0  eta      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1014
+
+Decay  D_s+1015
+1.0  etagg    e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1015
+
+Decay  D_s+1016
+1.0  etapp0   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1016
+
+Decay  D_s+1017
+1.0  eta000   e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1017
+
+Decay  D_s+1018
+1.0  eta-neu  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1018
+
+
+
+##############
+# Ds+ -> eta mu+ nu_mu
+##############
+
+Decay  D_s+1019
+1.0  eta      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1019
+
+Decay  D_s+1020
+1.0  etagg    mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1020
+
+Decay  D_s+1021
+1.0  etapp0   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1021
+
+Decay  D_s+1022
+1.0  eta000   mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1022
+
+Decay  D_s+1023
+1.0  eta-neu  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1023
+
+
+##############
+# Ds+ -> eta' e+ nu_e
+##############
+
+Decay  D_s+1024
+1.0  eta'         e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1024
+
+Decay  D_s+1025
+1.0  eta'ppetagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1025
+
+Decay  D_s+1026
+1.0  eta'ppetapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1026
+
+Decay  D_s+1027
+1.0  eta'00etagg  e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1027
+
+Decay  D_s+1028
+1.0  eta'00etapp0 e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1028
+
+Decay  D_s+1029
+1.0  eta'rg       e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1029
+
+Decay  D_s+1030
+1.0  eta'neu      e+  nu_e   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1030
+
+
+##############
+# Ds+ -> eta' mu+ nu_mu
+##############
+
+Decay  D_s+1031
+1.0  eta'         mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1031
+
+Decay  D_s+1032
+1.0  eta'ppetagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1032
+
+Decay  D_s+1033
+1.0  eta'ppetapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1033
+
+Decay  D_s+1034
+1.0  eta'00etagg  mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1034
+
+Decay  D_s+1035
+1.0  eta'00etapp0 mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1035
+
+Decay  D_s+1036
+1.0  eta'rg       mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1036
+
+Decay  D_s+1037
+1.0  eta'neu      mu+  nu_mu   PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1037
+
+
+##############
+# Ds+ -> anti-K0 e+ nu_e
+##############
+
+Decay  D_s+1038
+1.0 anti-K0     e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1038
+
+Decay  D_s+1039
+1.0 K0-pp  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1039
+
+Decay  D_s+1040
+1.0 K0-00  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1040
+
+Decay  D_s+1041
+1.0 anti-K0-neu e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1041
+
+
+##############
+# Ds+ -> anti-K0 mu+ nu_mu
+##############
+
+Decay  D_s+1042
+1.0 anti-K0     mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1042
+
+Decay  D_s+1043
+1.0 K0-pp  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1043
+
+Decay  D_s+1044
+1.0 K0-00  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1044
+
+Decay  D_s+1045
+1.0 anti-K0-neu mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1045
+
+
+
+
+##############
+# Ds+ -> anti-K*0 e+ nu_e
+##############
+
+Decay  D_s+1046
+1.0 anti-K*0      e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1046
+
+Decay  D_s+1047
+1.0 anti-K*0-Kp    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1047
+
+Decay  D_s+1048
+1.0 anti-K*0-L0    e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1048
+
+Decay  D_s+1049
+1.0 anti-K*0-S000  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1049
+
+Decay  D_s+1050
+1.0 anti-K*0-Spp0  e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1050
+
+Decay  D_s+1051
+1.0 anti-K*0-neu   e+  nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1051
+
+
+##############
+# Ds+ -> anti-K*0 mu+ nu_mu
+##############
+
+Decay  D_s+1052
+1.0 anti-K*0      mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1052
+
+Decay  D_s+1053
+1.0 anti-K*0-Kp   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1053
+
+Decay  D_s+1054
+1.0 anti-K*0-L0   mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1054
+
+Decay  D_s+1055
+1.0 anti-K*0-S000 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1055
+
+Decay  D_s+1056
+1.0 anti-K*0-Spp0 mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1056
+
+Decay  D_s+1057
+1.0 anti-K*0-neu  mu+  nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-1057
+
+
+
+#######################################################################################
+# Specific  Ds Leptonic or rare decays  (Preset decays 2000 - 2999)
+#######################################################################################
+
+Decay  D_s+2000
+1.0   e+   nu_e             PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2000
+
+Decay  D_s+2001
+1.0   mu+  nu_mu            PHOTOS    SLN;
+Enddecay 
+CDecay D_s-2001
+
+Decay  D_s+2002
+1.0   tau+ nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2002
+
+Decay  D_s+2003
+1.0   tau+e nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2003
+
+Decay  D_s+2004
+1.0   tau+mu nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2004
+
+Decay  D_s+2005
+1.0   tau+pi nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2005
+
+Decay  D_s+2006
+1.0   tau+other1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2006
+
+Decay  D_s+2007
+1.0   tau+all1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2007
+
+Decay  D_s+2008
+1.0   tau+a1 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2008
+
+Decay  D_s+2009
+1.0   tau+a1+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2009
+
+Decay  D_s+2010
+1.0   tau+a1+3pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2010
+
+Decay  D_s+2011
+1.0   tau+K nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2011
+
+Decay  D_s+2012
+1.0   tau+K* nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2012
+
+Decay  D_s+2013
+1.0   tau+K*+K0ppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2013
+
+Decay  D_s+2014
+1.0   tau+K*+K000p nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2014
+
+Decay  D_s+2015
+1.0   tau+K*+Lp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2015
+
+Decay  D_s+2016
+1.0   tau+K*+Kp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2016
+
+Decay  D_s+2017
+1.0   tau+K*+1pr nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2017
+
+Decay  D_s+2018
+1.0   tau+KKp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2018
+
+Decay  D_s+2019
+1.0   tau+Kpp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2019
+
+Decay  D_s+2020
+1.0   tau+ppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2020
+
+Decay  D_s+2021
+1.0   tau+p000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2021
+
+Decay  D_s+2022
+1.0   tau+ppppp nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2022
+
+Decay  D_s+2023
+1.0   tau+ppp00 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2023
+
+Decay  D_s+2024
+1.0   tau+p0000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2024
+
+Decay  D_s+2025
+1.0   tau+ppppp0 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2025
+
+Decay  D_s+2026
+1.0   tau+ppp000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2026
+
+Decay  D_s+2027
+1.0   tau+p00000 nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2027
+
+Decay  D_s+2028
+1.0   tau+rho nu_tau                     SLN;
+Enddecay 
+CDecay D_s-2028
+
+
+#######################################################################################
+# Combinations or special  Ds decays    (Preset decays 9000 - 9099)
+#######################################################################################
+
+# Generic D_s decays
+Decay  D_s+9000
+1.0   D_s+                                 PHSP;
+Enddecay 
+CDecay D_s-9000
+
+#B(Ds->semi-electronic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9001
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9001
+
+#B(Ds->semi-muonic 1prongs) = 0.0592  Let EvtGen renormalize
+Decay  D_s+9002
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9002
+#semileptonic 1prongs
+
+#B(Ds->semi-leptonic 1prongs) = 0.1184  Let EvtGen renormalize
+Decay  D_s+9003
+# B(phi e nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta e nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   e+     nu_e       PHOTOS  ISGW2;
+# B(eta' e nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     e+     nu_e       PHOTOS  ISGW2;
+# B(anti-K0 e nu) * B(anti-K*0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   e+     nu_e       PHOTOS  ISGW2;
+
+# B(phi mu nu) * B(phi-> neutrals) = 0.02 * 0.2340 = 0.0047
+0.0047    phineu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta mu nu) * B(eta-> neutrals) = 0.0388 * 0.7142 =  0.0277
+0.0277    eta-neu   mu+     nu_mu       PHOTOS  ISGW2;
+# B(eta' mu nu) * B(eta'-> neutrals) = 0.0168 * 0.1739 = 0.0029
+0.0029    eta'neu  mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0027 * 0.65695=0.0018
+0.0018    anti-K0-neu     mu+     nu_mu       PHOTOS  ISGW2;
+# B(anti-K0 mu nu) * B(anti-K0-> neutrals) = 0.0010 * 0.2207=0.0221
+0.0221    anti-K*0-neu   mu+     nu_mu       PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9003
+
+
+#Ds -> hadronic only, excluding Klong K+
+Decay  D_s+9004
+0.0       phi   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta   e+     nu_e       PHOTOS  ISGW2;
+0.0       eta'  e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K0     e+     nu_e       PHOTOS  ISGW2;
+0.0       anti-K*0   e+     nu_e       PHOTOS  ISGW2;
+0.0       phi   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       eta'  mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K0     mu+    nu_mu     PHOTOS  ISGW2;
+0.0       anti-K*0   mu+    nu_mu     PHOTOS  ISGW2;
+0.0       mu+   nu_mu              PHOTOS  SLN;
+0.0       tau+  nu_tau                      SLN;
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0       K_L0     K+                 PHSP;
+0.0180    K_S0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay 
+CDecay D_s-9004
+
+# K0 K pi0 (two ways)
+Decay  D_s+9005
+0.5  D_s+0011 PHSP;
+0.5  D_s+0087 PHSP;
+Enddecay 
+CDecay D_s-9005
+
+# Generic cleanest hadronic tag
+# phiKK pi, K0-pp K, K*-Kp K
+#  0.0520 of all Ds decays
+Decay  D_s+9006
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+Enddecay
+CDecay D_s-9006
+
+# Generic clean hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+#  0.110 of all Ds decays
+Decay  D_s+9007
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+Enddecay 
+CDecay D_s-9007
+
+# Loose hadronic tag
+# phiKK pi, f0_pipi pi, K0-pp K, K*-Kp K, phiKK rho, phiKK pipipi, K0-pp K pi+pi+, phiKK K
+# etagg pi, etapp0 pi, etagg rho, etapp0 rho, eta'_ppgg pi, eta'_ppgg rho, 
+#  0.2124 of All Ds decays
+Decay  D_s+9008
+# B(phipi) * B(phi->KK) = 0.0360 * 0.4910 =  0.017676
+0.017676    phiKK   pi+                      SVS;
+
+# B(eta pi) * B(eta->gg) = 0.0170 * 0.3925 =  0.0066725
+0.0066725 etagg  pi+                      PHSP;
+
+# B(eta pi) * B(eta->pipipi0) = 0.0170 * 0.2320 =   0.003944
+0.003944 etapp0   pi+                      PHSP;
+
+
+# B(eta' pi) * B(eta'->pipieta) * N(eta->gg) = 0.0390 * 0.4370 * 0.3925 =  0.0066893775
+0.0066893775 eta'ppetagg  pi+                      PHSP;
+
+# B(f0 pi) * B(f0->pipi) = 0.018 * 0.52 =  0.00936
+0.00936    f_0pp    pi+                      PHSP;
+
+# B(phirho) * B(phi->KK) = 0.067 * 0.4910 =  0.032897
+0.032897  phiKK   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(eta rho) * B(eta->gg) = 0.1080 * 0.3925 = 0.04239
+0.04239    rho+  etagg                      SVS;
+
+# B(eta rho) * B(eta->pipipi0) = 0.1080 * 0.2320 = 0.025056
+0.025056  rho+  etapp0                      SVS;
+
+# B(eta' rho) * B(eta'->pipieta) * N(eta->gg) = 0.1010 * 0.4370 * 0.3925 =   0.0173237725
+0.0173237725    rho+  eta'ppetagg                     SVS;
+
+# B(phipipipi) * B(phi->KK) = 0.0118 * 0.4910 = 0.0057938
+0.0057938    phiKK   pi+   pi-   pi+          PHSP;
+
+# B(K0 K) * B(K0->Ks->pipi) = 0.036 * 0.5 * 0.6861 =  0.0123498
+0.0123498    K0-pp     K+                 PHSP;
+
+# B(K*0 K) * B(K*0->Kpi) = 0.0330 * 0.6657 =  0.0219681
+0.0219681    anti-K*0-Kp   K+                  SVS;
+
+# B(K*0 K*+) * B(K*0->Kpi) * B(K*+ -> K0pi) * B(K0->Ks->pipi) =
+# 0.0580     * 0.6657      * 0.6660         * 0.5 * 0.6861 =  0.008821413975780
+0.008821413975780    anti-K*0-Kp   K*+K0ppp                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+
+# B(phipi) * B(phi->KK) = 0.003 * 0.4910 = 0.001473
+0.001473  phiKK   K+                       SVS;
+
+Enddecay 
+CDecay D_s-9008
+
+# multiprong semileptonic 2 x 0.032007 = 0.06401
+Decay  D_s+9009
+# B(phi e nu) * B(phi -> modes with charged tracks) = 0.0200 * 0.7760
+0.01552      phi-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta e nu) * B(eta -> modes with charged tracks) = 0.0260 * 0.2858 =  0.0074308
+0.0074308    eta-ch   e+     nu_e       PHOTOS  ISGW2;
+
+# B(eta' e nu) * B(eta' -> modes with charged tracks) = 0.0089 * 0.8261464 =  0.00735
+0.00735      eta'-ch  e+     nu_e       PHOTOS  ISGW2;
+
+# B(K0 e nu) * B(K0->Ks->pipi) = 0.0027 * 0.5 * .6861 =  0.000926235
+0.000926235  K0-pp     e+     nu_e       PHOTOS  ISGW2;
+
+# B(K*0 e nu) * B(K*0 -> modes with charged tracks) = 0.0010 * 0.7793 = 0.00077993
+0.00077993   anti-K*0-ch   e+     nu_e       PHOTOS  ISGW2;
+
+0.01552      phi-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.0074308    eta-ch   mu+    nu_mu     PHOTOS  ISGW2;
+0.00735      eta'-ch  mu+    nu_mu     PHOTOS  ISGW2;
+0.000926235  K0-pp     mu+    nu_mu     PHOTOS  ISGW2;
+0.00077993   anti-K*0-ch   mu+    nu_mu     PHOTOS  ISGW2;
+Enddecay 
+CDecay D_s-9009
+
+#Leptonic 1 prong
+Decay D_s+9010
+0.0046    mu+   nu_mu              PHOTOS  SLN;
+# B(tau nu) * B(tau -> 1prong) = 0.07 *  0.84385 =  0.0590695
+0.0590695    tau+all1pr  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9010
+
+#Leptonic multiprong
+# B(tau nu) * B(tau -> multiprong) = 0.07 * 0.15615 =0.0109305
+Decay D_s+9011
+0.0109305    tau+multiprong  nu_tau                      SLN;
+Enddecay
+CDecay D_s-9011
+
+#Hadronic
+Decay D_s+9012
+0.0360    phi   pi+                      SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    phi   pi+   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+0.0003    phi   K+                       SVS;
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+CDecay D_s-9012
+
+# B(K0 K) * B(K0 -> all neutrals) = 0.0360 * 0.65695 = 0.0236502
+Decay  D_s+9013
+0.0236502 K0-neu   K+                              PHSP;
+Enddecay 
+CDecay D_s-9013
+
+#######################################################################################
+# Combinations or special  D+ decays    (Preset decays 9100 - 9199)
+#######################################################################################
+
+# Generic D+ decays
+Decay  D+9100
+1.0   D+                                 PHSP;
+Enddecay 
+CDecay D-9100
+
+#######################################################################################
+# Combinations or special  D0 decays    (Preset decays 9200 - 9299)
+#######################################################################################
+
+# Generic D0 decays
+Decay  D0_9200
+1.0   D0                                 PHSP;
+Enddecay 
+CDecay anti-D0_9200
+
+
+#######################################################################################
+# Now, please provide a SEPERATE .dec file that specifies which vphoton decay to use
+# and which forces the mesons to decay.  Should LooK like
+
+# # Vphoton    Mode  124    25%  psi(4040)DsDs   75%  psi(4160)Ds*Ds
+# # Ds1        Mode 0001   100% phipi, phi->KK
+# # Ds2        Mode 2001    50% mu nu             Mode 2003  50% tau nu, tau->e
+#
+# Decay vpho
+# 1.0 vphoton124     PHSP;
+# Enddecay
+#
+# Decay D_s+1
+# 1.0 D_s+0001       PHSP;
+# Enddecay
+# CDecay D_s-1
+#
+# Decay D_s+2
+# 0.5 D_s+2001       PHSP;
+# 0.5 D_s+2003       PHSP;
+# Enddecay
+# CDecay D_s-2
+
+
+# Vphoton    Mode  133    25%  psi(4040)D+D-   75%  psi(4160)D*+D-
+# Generic D decays
+
+Decay vpho
+1.0 vphoton133     PHSP;
+Enddecay
+
+# Generic D0, D+, Ds decays
+
+Decay D_s+1
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-1
+
+Decay D_s+2
+1.0 D_s+9000       PHSP;
+Enddecay
+CDecay D_s-2
+
+Decay D+1
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-1
+
+Decay D+2
+1.0 D+9100       PHSP;
+Enddecay
+CDecay D-2
+
+Decay D01
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D01
+
+Decay D02
+1.0 D0_9200       PHSP;
+Enddecay
+CDecay anti-D02
+
+End
diff --git a/BaBar_2014/InclDs1D_Dwave.dec b/BaBar_2014/InclDs1D_Dwave.dec
new file mode 100755
index 0000000..35f961e
--- /dev/null
+++ b/BaBar_2014/InclDs1D_Dwave.dec
@@ -0,0 +1,80 @@
+####################################################
+#                                                  #
+# Inclusive DD* decay.dec #1                       #
+#                                                  #
+# DD* signal from B0-antiB0 for PRV0               #
+#                                                  #
+#                                                  #
+# Produces a mix of signal                         #
+#                                                  #
+# 100% signal:                                     #
+#                                                  #
+# Decay:                                           #
+# anti-B0 ->Ds_1-(2535)          D+, B0 -> X +c.c. #
+#           |-> anti-D*0 K-      |                 #
+#               |-> anti-D0 pi0  |                 #
+#               |-> X            |                 #
+#                                |-> K- pi+ pi+    #
+#                                          100%    #
+#                                                  #
+# 10 Mar 01                                        #
+# Roy Aleksan                                      #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyDs_1+ D_s1+
+Alias MyDs_1- D_s1-
+Alias MyD*+ D*+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD*- D*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyDs_1- MyD+                   SVS;
+Enddecay
+#
+Decay MyDs_1-
+1.0000    Myanti-D*0 K-               VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000 anti-D0 pi0                    VSS;
+Enddecay
+#
+Decay MyD+
+1,0000 K- pi+ pi+                     D_DALITZ;
+Enddecay
+#
+Decay MyB0
+1.0000 MyDs_1+ MyD-                   SVS;
+Enddecay
+#
+Decay MyDs_1+
+1.0000    MyD*0 K+                    VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD*0
+1.0000 D0 pi0                         VSS;
+Enddecay
+#
+Decay MyD-
+1.0000 K+ pi- pi-                     D_DALITZ;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/InclDs1D_Swave.dec b/BaBar_2014/InclDs1D_Swave.dec
new file mode 100755
index 0000000..96324db
--- /dev/null
+++ b/BaBar_2014/InclDs1D_Swave.dec
@@ -0,0 +1,80 @@
+####################################################
+#                                                  #
+# Inclusive DD* decay.dec #1                       #
+#                                                  #
+# DD* signal from B0-antiB0 for PRV0               #
+#                                                  #
+#                                                  #
+# Produces a mix of signal                         #
+#                                                  #
+# 100% signal:                                     #
+#                                                  #
+# Decay:                                           #
+# anti-B0 ->Ds_1-(2535)          D+, B0 -> X +c.c. #
+#           |-> anti-D*0 K-      |                 #
+#               |-> anti-D0 pi0  |                 #
+#               |-> X            |                 #
+#                                |-> K- pi+ pi+    #
+#                                          100%    #
+#                                                  #
+# 10 Mar 01                                        #
+# Roy Aleksan                                      #
+####################################################
+#
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyDs_1+ D_s1+
+Alias MyDs_1- D_s1-
+Alias MyD*+ D*+
+Alias MyD*0 D*0
+Alias Myanti-D*0 anti-D*0
+Alias MyD*- D*-
+Alias MyD+ D+
+Alias MyD- D-
+Alias MyK*0 K*0
+Alias Myanti-K*0 anti-K*0
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 B0 anti-B0 MyB0 Myanti-B0 VSS_BMIX dm;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 MyDs_1- MyD+                   SVS;
+Enddecay
+#
+Decay MyDs_1-
+1.0000    Myanti-D*0 K-               VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay Myanti-D*0
+1.0000 anti-D0 pi0                    VSS;
+Enddecay
+#
+Decay MyD+
+1,0000 K- pi+ pi+                     D_DALITZ;
+Enddecay
+#
+Decay MyB0
+1.0000 MyDs_1+ MyD-                   SVS;
+Enddecay
+#
+Decay MyDs_1+
+1.0000    MyD*0 K+                    VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD*0
+1.0000 D0 pi0                         VSS;
+Enddecay
+#
+Decay MyD-
+1.0000 K+ pi- pi-                     D_DALITZ;
+Enddecay
+#
+End
+
+
diff --git a/BaBar_2014/JpsiToLL.dec b/BaBar_2014/JpsiToLL.dec
new file mode 100644
index 0000000..18f5875
--- /dev/null
+++ b/BaBar_2014/JpsiToLL.dec
@@ -0,0 +1,10 @@
+###################################################################
+#    Force the Jpsi decay into alectron and muon pairs
+#     Author: R. Faccini                 17 Nov 1999
+# Mail: RFACCINI@SLAC.STANFORD.EDU
+###################################################################
+Decay J/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+End
diff --git a/BaBar_2014/LFV_e_tau.dec b/BaBar_2014/LFV_e_tau.dec
new file mode 100644
index 0000000..c8e2a8d
--- /dev/null
+++ b/BaBar_2014/LFV_e_tau.dec
@@ -0,0 +1,45 @@
+#######################################################
+# Lepton Flavor Violation                             #
+#                                                     #
+# Decay: Ups(4S) -> e+ tau-                           #
+#                        |-> e- nu_e_bar nu_tau       #
+#                        |-> a_1- nu_tau              #
+#                        |-> mu- nu_mu_bar nu_tau     #
+#                        |-> pi- nu_tau               #
+#                                                     #
+# and charge conjugate states.                        #
+#                                                     #
+# Author: Gian Gopal  mod - Nicolo de Groot           #
+# Created:                  8/Oct/2001                #
+#######################################################
+#
+Alias mytau+ tau+
+Alias mytau- tau-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+#
+Decay Upsilon(4S)
+0.50 e+ mytau-                      VLL;
+0.50 e- mytau+                      VLL;
+Enddecay
+#
+Decay mytau-
+0.186 pi-  nu_tau                     TAUSCALARNU;
+0.288 mu-  anti-nu_mu   nu_tau      PHOTOS  TAULNUNU;
+0.288 e-   anti-nu_e   nu_tau       PHOTOS TAULNUNU;
+0.237 mya_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+Decay mytau+
+0.186 pi+  anti-nu_tau                TAUSCALARNU;
+0.288 mu+  nu_mu   anti-nu_tau        PHOTOS  TAULNUNU;
+0.288 e+   nu_e   anti-nu_tau         PHOTOS TAULNUNU;
+0.237 mya_1+  anti-nu_tau               TAUVECTORNU;
+Enddecay
+Decay mya_1+
+1.0 rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay mya_1-
+1.0 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+End
+
diff --git a/BaBar_2014/LFV_e_tau_to_a1_taunu.dec b/BaBar_2014/LFV_e_tau_to_a1_taunu.dec
new file mode 100644
index 0000000..2ff3a1f
--- /dev/null
+++ b/BaBar_2014/LFV_e_tau_to_a1_taunu.dec
@@ -0,0 +1,37 @@
+#######################################################
+# Lepton Flavor Violation                             #
+#                                                     #
+# Decay: Ups(4S) -> e+ tau-                           #
+#                        | -> a_1- nu_tau             #
+#                             |-> rho_o pi-           #
+# and charge conjugate states.                        #
+#                                                     #
+# Author: Gian Gopal + Nicolo de Groot                #
+# Created:                  8/Oct/2002                #
+#######################################################
+#
+#
+Alias mytau+ tau+
+Alias mytau- tau-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+#
+Decay Upsilon(4S)
+0.50 e+ mytau-                      VLL;
+0.50 e- mytau+                      VLL;
+Enddecay
+#
+Decay mytau-
+1.0 mya_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+Decay mytau+
+1.0 mya_1+  anti-nu_tau               TAUVECTORNU;
+Enddecay
+Decay mya_1+
+1.0 rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay mya_1-
+1.0 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+End
+
diff --git a/BaBar_2014/LFV_e_tau_to_e_enu_taunu.dec b/BaBar_2014/LFV_e_tau_to_e_enu_taunu.dec
new file mode 100644
index 0000000..1aa5a06
--- /dev/null
+++ b/BaBar_2014/LFV_e_tau_to_e_enu_taunu.dec
@@ -0,0 +1,27 @@
+#######################################################
+# Lepton Flavor Violation                             #
+#                                                     #
+# Decay: Ups(4S) -> e+ tau-                           #
+#                        |-> e- nu_e_bar nu_tau       #
+# and charge conjugate states.                        #
+#                                                     #
+# Author: Gian Gopal + Nicolo de Groot                #
+# Created:                  8/Oct/2002                #
+#######################################################
+#
+Alias mytau+ tau+
+Alias mytau- tau-
+#
+Decay Upsilon(4S)
+0.50 e+ mytau-                      VLL;
+0.50 e- mytau+                      VLL;
+Enddecay
+#
+Decay mytau-
+0.288 e-   anti-nu_e   nu_tau       PHOTOS TAULNUNU;
+Enddecay
+Decay mytau+
+0.288 e+   nu_e   anti-nu_tau         PHOTOS TAULNUNU;
+Enddecay
+End
+
diff --git a/BaBar_2014/LFV_e_tau_to_mu_munu_taunu.dec b/BaBar_2014/LFV_e_tau_to_mu_munu_taunu.dec
new file mode 100644
index 0000000..58ff0f7
--- /dev/null
+++ b/BaBar_2014/LFV_e_tau_to_mu_munu_taunu.dec
@@ -0,0 +1,28 @@
+#######################################################
+# Lepton Flavor Violation                             #
+#                                                     #
+# Decay: Ups(4S) -> e+ tau-                           #
+#                        |-> mu- nu_mu_bar nu_tau     #
+# and charge conjugate states.                        #
+#                                                     #
+# Author: Gian Gopal + Nicolo de Groot                #
+# Created:                  8/Oct//2002               #
+#######################################################
+#
+#
+Alias mytau+ tau+
+Alias mytau- tau-
+#
+Decay Upsilon(4S)
+0.50 e+ mytau-                      VLL;
+0.50 e- mytau+                      VLL;
+Enddecay
+#
+Decay mytau-
+0.288 mu-  anti-nu_mu   nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+Decay mytau+
+0.288 mu+  nu_mu   anti-nu_tau        PHOTOS  TAULNUNU;
+Enddecay
+End
+
diff --git a/BaBar_2014/LFV_e_tau_to_pi_taunu.dec b/BaBar_2014/LFV_e_tau_to_pi_taunu.dec
new file mode 100644
index 0000000..223c2e8
--- /dev/null
+++ b/BaBar_2014/LFV_e_tau_to_pi_taunu.dec
@@ -0,0 +1,28 @@
+#######################################################
+# Lepton Flavor Violation                             #
+#                                                     #
+# Decay: Ups(4S) -> e+ tau-                           #
+#                        |-> pi- nu_tau               #
+# and charge conjugate states.                        #
+#                                                     #
+# Author: Gian Gopal + Nicolo de Groot                #
+# Created:                  8/Oct//2002               #
+#######################################################
+#
+#
+Alias mytau+ tau+
+Alias mytau- tau-
+#
+Decay Upsilon(4S)
+0.50 e+ mytau-                      VLL;
+0.50 e- mytau+                      VLL;
+Enddecay
+#
+Decay mytau-
+1.0 pi-  nu_tau                     TAUSCALARNU;
+Enddecay
+Decay mytau+
+1.0 pi+  anti-nu_tau                TAUSCALARNU;
+Enddecay
+End
+
diff --git a/BaBar_2014/LFV_mu_tau.dec b/BaBar_2014/LFV_mu_tau.dec
new file mode 100644
index 0000000..154f63f
--- /dev/null
+++ b/BaBar_2014/LFV_mu_tau.dec
@@ -0,0 +1,45 @@
+#######################################################
+# Lepton Flavor Violation                             #
+#                                                     #
+# Decay: Ups(4S) -> mu+ tau-                          #
+#                        |-> e- nu_e_bar nu_tau       #
+#                        |-> a_1- nu_tau              #
+#                        |-> mu- nu_mu_bar nu_tau     #
+#                        |-> pi- nu_tau               #
+#                                                     #
+# and charge conjugate states.                        #
+#                                                     #
+# Author: Gian Gopal                                  #
+# Created:                  9/Nov//2001               #
+#######################################################
+#
+Alias mytau+ tau+
+Alias mytau- tau-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+#
+Decay Upsilon(4S)
+0.50 mu+ mytau-                      VLL;
+0.50 mu- mytau+                      VLL;
+Enddecay
+#
+Decay mytau-
+0.186 pi-  nu_tau                     TAUSCALARNU;
+0.288 mu-  anti-nu_mu   nu_tau      PHOTOS  TAULNUNU;
+0.288 e-   anti-nu_e   nu_tau       PHOTOS TAULNUNU;
+0.237 mya_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+Decay mytau+
+0.186 pi+  anti-nu_tau                TAUSCALARNU;
+0.288 mu+  nu_mu   anti-nu_tau        PHOTOS  TAULNUNU;
+0.288 e+   nu_e   anti-nu_tau         PHOTOS TAULNUNU;
+0.237 mya_1+  anti-nu_tau               TAUVECTORNU;
+Enddecay
+Decay mya_1+
+1.0 rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay mya_1-
+1.0 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+End
+
diff --git a/BaBar_2014/LFV_mu_tau_to_a1_taunu.dec b/BaBar_2014/LFV_mu_tau_to_a1_taunu.dec
new file mode 100644
index 0000000..6d76a18
--- /dev/null
+++ b/BaBar_2014/LFV_mu_tau_to_a1_taunu.dec
@@ -0,0 +1,37 @@
+#######################################################
+# Lepton Flavor Violation                             #
+#
+# Decay: Ups(4S) -> mu+ tau-                          #
+#                        | -> a_1- nu_tau             #
+#                             |-> rho_o pi-           #
+# and charge conjugate states.                        #
+#                                                     #
+# Author: Gian Gopal                                  #
+# Created:                  9/Nov//2001               #
+#######################################################
+#
+#
+Alias mytau+ tau+
+Alias mytau- tau-
+Alias mya_1+ a_1+
+Alias mya_1- a_1-
+#
+Decay Upsilon(4S)
+0.50 mu+ mytau-                      VLL;
+0.50 mu- mytau+                      VLL;
+Enddecay
+#
+Decay mytau-
+1.0 mya_1-  nu_tau                     TAUVECTORNU;
+Enddecay
+Decay mytau+
+1.0 mya_1+  anti-nu_tau               TAUVECTORNU;
+Enddecay
+Decay mya_1+
+1.0 rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay mya_1-
+1.0 rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+End
+
diff --git a/BaBar_2014/LFV_mu_tau_to_e_enu_taunu.dec b/BaBar_2014/LFV_mu_tau_to_e_enu_taunu.dec
new file mode 100644
index 0000000..3af3c18
--- /dev/null
+++ b/BaBar_2014/LFV_mu_tau_to_e_enu_taunu.dec
@@ -0,0 +1,27 @@
+#######################################################
+# Lepton Flavor Violation                             #
+#                                                     #
+# Decay: Ups(4S) -> mu+ tau-                          #
+#                        |-> e- nu_e_bar nu_tau       #
+# and charge conjugate states.                        #
+#                                                     #
+# Author: Gian Gopal                                  #
+# Created:                  9/Nov//2001               #
+#######################################################
+#
+Alias mytau+ tau+
+Alias mytau- tau-
+#
+Decay Upsilon(4S)
+0.50 mu+ mytau-                      VLL;
+0.50 mu- mytau+                      VLL;
+Enddecay
+#
+Decay mytau-
+0.288 e-   anti-nu_e   nu_tau       PHOTOS TAULNUNU;
+Enddecay
+Decay mytau+
+0.288 e+   nu_e   anti-nu_tau         PHOTOS TAULNUNU;
+Enddecay
+End
+
diff --git a/BaBar_2014/LFV_mu_tau_to_mu_munu_taunu.dec b/BaBar_2014/LFV_mu_tau_to_mu_munu_taunu.dec
new file mode 100644
index 0000000..2fccfe5
--- /dev/null
+++ b/BaBar_2014/LFV_mu_tau_to_mu_munu_taunu.dec
@@ -0,0 +1,28 @@
+#######################################################
+# Lepton Flavor Violation                             #
+#                                                     #
+# Decay: Ups(4S) -> mu+ tau-                          #
+#                        |-> mu- nu_mu_bar nu_tau     #
+# and charge conjugate states.                        #
+#                                                     #
+# Author: Gian Gopal                                  #
+# Created:                  9/Nov//2001               #
+#######################################################
+#
+#
+Alias mytau+ tau+
+Alias mytau- tau-
+#
+Decay Upsilon(4S)
+0.50 mu+ mytau-                      VLL;
+0.50 mu- mytau+                      VLL;
+Enddecay
+#
+Decay mytau-
+0.288 mu-  anti-nu_mu   nu_tau      PHOTOS  TAULNUNU;
+Enddecay
+Decay mytau+
+0.288 mu+  nu_mu   anti-nu_tau        PHOTOS  TAULNUNU;
+Enddecay
+End
+
diff --git a/BaBar_2014/LFV_mu_tau_to_pi_taunu.dec b/BaBar_2014/LFV_mu_tau_to_pi_taunu.dec
new file mode 100644
index 0000000..6509fa2
--- /dev/null
+++ b/BaBar_2014/LFV_mu_tau_to_pi_taunu.dec
@@ -0,0 +1,28 @@
+#######################################################
+# Lepton Flavor Violation                             #
+#                                                     #
+# Decay: Ups(4S) -> mu+ tau-                          #
+#                        |-> pi- nu_tau               #
+# and charge conjugate states.                        #
+#                                                     #
+# Author: Gian Gopal                                  #
+# Created:                  9/Nov//2001               #
+#######################################################
+#
+#
+Alias mytau+ tau+
+Alias mytau- tau-
+#
+Decay Upsilon(4S)
+0.50 mu+ mytau-                      VLL;
+0.50 mu- mytau+                      VLL;
+Enddecay
+#
+Decay mytau-
+1.0 pi-  nu_tau                     TAUSCALARNU;
+Enddecay
+Decay mytau+
+1.0 pi+  anti-nu_tau                TAUSCALARNU;
+Enddecay
+End
+
diff --git a/BaBar_2014/Lambda_cp_pKpi.dec b/BaBar_2014/Lambda_cp_pKpi.dec
new file mode 100644
index 0000000..75f9bf6
--- /dev/null
+++ b/BaBar_2014/Lambda_cp_pKpi.dec
@@ -0,0 +1,48 @@
+# FILE:  Lambda_c+_pKpi.dec
+# PURPOSE:  force Lambda_c to decay to pKpi using Phase Space only 
+#           (no resonances)
+#           Also make Upsilon decay to only B pairs without mixing,
+#           add make the continuum virtual photon (vpho) go to ccbar
+#           (quark #4).
+#
+#   This was meant to be used in either continuum or Upsilon(4S)
+#   generation to study the plain phase space of the Lambda_c
+#   decay to p K pi.  Since Lambda_c are not produced in uds,
+#   only charm quarks need to be produced from continuum.
+#
+#   Only one Lambda_c per event was wanted, since all decays forced to pKpi,
+#   and it is unlikely that one ever wanted events with 2 Lambda_c, both
+#   going to p K pi. Hence so no mixing was allowed.
+#
+#   The filter then can ask for a Lambda_c+ or an anti-Lambda_c-.  If
+#   mixing was allowed, then you would get events with 2 Lambda_c+s
+#   if one B mixed and both Bs decayed to Lambda_c.  
+#
+# AUTHOR: Chris Roat croat@stanford.edu
+
+#
+# Decay 4S with no mixing, equal amounts of B+B- and B0B0bar
+#
+Decay Upsilon(4S)
+0.50000	B+	B-	VSS;
+0.50000	B0	anti-B0	VSS;
+Enddecay
+
+#
+# Force the vpho fragmentation to produce a ccbar pair
+#
+Decay vpho
+1.0	JSCONT	4;
+Enddecay
+
+#
+# Force all Lambda_c decays to p K pi, using phase space
+# 
+
+Decay Lambda_c+
+1.000	p+	K-	pi+	PHSP;
+Enddecay
+
+CDecay anti-Lambda_c-
+
+End
diff --git a/BaBar_2014/Lambda_cp_pKpi_Force_Dmeson_Decays.dec b/BaBar_2014/Lambda_cp_pKpi_Force_Dmeson_Decays.dec
new file mode 100644
index 0000000..c58b63d
--- /dev/null
+++ b/BaBar_2014/Lambda_cp_pKpi_Force_Dmeson_Decays.dec
@@ -0,0 +1,82 @@
+# FILE:  Lambda_c+_pKpi_Force_Dmeson_Decays.dec
+# PURPOSE:  force Lambda_c to decay to pKpi using Phase Space only 
+#           (no resonances)
+#           force D0->Kpi; Dc->Kpipi; Ds->phipi,phi->KK
+#           Also make Upsilon decay to only B pairs without mixing,
+#           add make the continuum virtual photon (vpho) go to ccbar
+#           (quark #4).
+#
+#   This was meant to be used in either continuum or Upsilon(4S)
+#   generation to study the plain phase space of the Lambda_c
+#   decay to p K pi, and the distribution of D mesons in events
+#   with Lambda_c.  The easiest D modes to reconstruct are forced.
+#
+#   Only one Lambda_c per event was wanted, since all decays forced to pKpi,
+#   and it is unlikely that one ever wanted events with 2 Lambda_c, both
+#   going to p K pi.
+#
+#   The filter then can ask for a Lambda_c+ or an anti-Lambda_c-.  If
+#   mixing was allowed, then you would get events with 2 Lambda_c+s
+#   if one B mixed and both Bs decayed to Lambda_c.  
+#
+# AUTHOR: Chris Roat croat@stanford.edu
+
+#
+# Decay 4S with no mixing, equal amounts of B+B- and B0B0bar
+#
+Decay Upsilon(4S)
+0.50000	B+	B-	VSS;
+0.50000	B0	anti-B0	VSS;
+Enddecay
+
+#
+# Force the vpho fragmentation to produce a ccbar pair
+#
+Decay vpho
+1.0	JSCONT	4;
+Enddecay
+
+#
+# Force all Lambda_c decays to p K pi, using phase space
+# 
+
+Decay Lambda_c+
+1.000	p+	K-	pi+	PHSP;
+Enddecay
+
+CDecay anti-Lambda_c-
+
+
+# D decay distributions are identical to DECAY.DEC
+
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+Decay D+
+1.000   K-  pi+  pi+            D_DALITZ;
+Enddecay
+
+CDecay D-
+
+
+Decay D0
+1.000   K-  pi+                 PHSP;
+Enddecay
+
+CDecay anti-D0
+
+Alias myphi phi
+
+Decay D_s+
+1.000   myphi   pi+             SVS;
+Enddecay
+
+Decay D_s-
+1.000   myphi   pi-             SVS;
+Enddecay
+
+Decay myphi
+1.000   K+   K-                 VSS;
+Enddecay
+
+
+End
diff --git a/BaBar_2014/N50_Xi1530_Lambda0_K0.dec b/BaBar_2014/N50_Xi1530_Lambda0_K0.dec
new file mode 100644
index 0000000..0c78198
--- /dev/null
+++ b/BaBar_2014/N50_Xi1530_Lambda0_K0.dec
@@ -0,0 +1,146 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Xi*(1530) (AKA) pentaquark state
+#            Xi*(1530) ->   Lambda0 K_S0                      
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Nicolas Berger 29/06/04
+#                                                                             #
+###############################################################################
+#
+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+Alias myK_S0 K_S0
+
+Particle Xi*0      1.650 0.001
+Particle anti-Xi*0 1.650 0.001
+
+ChangeMassMin anti-Xi*0 1.5
+ChangeMassMin Xi*0 1.5
+                  
+ChangeMassMax anti-Xi*0 2.5
+ChangeMassMax Xi*0 2.5
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Xi*0
+1.000 myLambda0 myK_S0 PHSP;
+Enddecay
+
+##
+Decay anti-Xi*0
+1.000 myanti-Lambda0 myK_S0 PHSP;
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+##
+Decay myK_S0
+1.000 pi+ pi- PHSP;
+Enddecay
+
+############
+
+#   Charm Baryons
+#
+Decay Lambda_c+
+0.01800         e+      nu_e    Lambda0         JETSET         42;
+0.00500         e+      nu_e    Sigma0  JETSET         42;
+0.00500         e+      nu_e    Sigma*0         JETSET         42;
+0.00300         e+      nu_e    n0      JETSET         42;
+0.00200         e+      nu_e    Delta0  JETSET         42;
+0.00600         e+      nu_e    p+      pi-     JETSET         42;
+0.00600         e+      nu_e    n0      pi0     JETSET         42;
+0.01800         mu+     nu_mu   Lambda0         JETSET         42;
+0.00500         mu+     nu_mu   Sigma0  JETSET         42;
+0.00500         mu+     nu_mu   Sigma*0         JETSET         42;
+0.00300         mu+     nu_mu   n0      JETSET         42;
+0.00200         mu+     nu_mu   Delta0  JETSET         42;
+0.00600         mu+     nu_mu   p+      pi-     JETSET         42;
+0.00600         mu+     nu_mu   n0      pi0     JETSET         42;
+0.00660         Delta++         K-      JETSET         0;
+0.02500         Delta++         K*-     JETSET         0;
+0.02300         p+      anti-K0         JETSET         0;
+0.04000         p+      anti-K*0        JETSET         0;
+0.00500         Delta+          anti-K0         JETSET         0;
+0.00500         Delta+  anti-K*0        JETSET         0;
+0.00580         Lambda0         pi+     JETSET         0;
+0.00500         Lambda0         rho+    JETSET         0;
+0.00550         Sigma0  pi+     JETSET         0;
+0.00400         Sigma0          rho+    JETSET         0;
+0.00400         Sigma*0         pi+     JETSET         0;
+0.00400         Sigma*0         rho+    JETSET         0;
+0.00400         Sigma+          pi0     JETSET         0;
+0.00200         Sigma+          eta     JETSET         0;
+0.00200         Sigma+  eta'    JETSET         0;
+0.00400         Sigma+          rho0    JETSET         0;
+0.00400         Sigma+          omega   JETSET         0;
+0.00300         Sigma*+         pi0     JETSET         0;
+0.00200         Sigma*+         eta     JETSET         0;
+0.00300         Sigma*+         rho0    JETSET         0;
+0.00300         Sigma*+         omega   JETSET         0;
+0.00200         Xi0     K+      JETSET         0;
+0.00200         Xi0     K*+     JETSET         0;
+0.00100         Delta++         pi-     JETSET         0;
+0.00100         Delta++         rho-    JETSET         0;
+0.00200         p+      pi0     JETSET         0;
+0.00100         p+      eta     JETSET         0;
+0.00100         p+      eta'    JETSET         0;
+0.00200         p+      rho0    JETSET         0;
+0.00200         p+      omega   JETSET         0;
+0.00130         p+      phi     JETSET         0;
+0.00180         p+      f_0     JETSET         0;
+0.00100         Delta+          pi0     JETSET         0;
+0.00100         Delta+          eta     JETSET         0;
+0.00100         Delta+  eta'    JETSET         0;
+0.00100         Delta+          rho0    JETSET         0;
+0.00100         Delta+          omega   JETSET         0;
+0.00300         n0      pi+     JETSET         0;
+0.00300         n0      rho+    JETSET         0;
+0.00300         Delta0  pi+     JETSET         0;
+0.00300         Delta0          rho+    JETSET         0;
+0.00500         Lambda0         K+      JETSET         0;
+0.00500         Lambda0         K*+     JETSET         0;
+0.00200         Sigma0          K+      JETSET         0;
+0.00200         Sigma0          K*+     JETSET         0;
+0.00100         Sigma*0         K+      JETSET         0;
+0.00100         Sigma*0         K*+     JETSET         0;
+0.00200         Sigma+          K0      JETSET         0;
+0.00200         Sigma+          K*0     JETSET         0;
+0.00100         Sigma*+         K0      JETSET         0;
+0.00100         Sigma*+         K*0     JETSET         0;
+0.13000         u       anti-d          d       su_0    JETSET         13;
+0.05700         u       anti-d          d       su_1    JETSET         13;
+0.03500         u       anti-s          d       su_0    JETSET         13;
+0.03500         u       anti-d          d       ud_0    JETSET         13;
+0.09500         s       uu_1    JETSET         13;
+0.14000         u       su_0    JETSET         13;
+0.14000         u       su_1    JETSET         13;
+0.03000         d       uu_1    JETSET         13;
+0.01500         u       ud_0    JETSET         13;
+0.01500         u       ud_1    JETSET         13;
+Enddecay
+CDecay anti-Lambda_c-
+#
+
+End
+
+
diff --git a/BaBar_2014/N5p_Xi1530_Lambda0_Kp.dec b/BaBar_2014/N5p_Xi1530_Lambda0_Kp.dec
new file mode 100644
index 0000000..1093f46
--- /dev/null
+++ b/BaBar_2014/N5p_Xi1530_Lambda0_Kp.dec
@@ -0,0 +1,57 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Xi*(1530) (AKA) pentaquark state
+#            Xi*(1530) ->   Lambda0 K+
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Nicolas Berger 29/06/04
+#                                                                             #
+###############################################################################
+#
+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+Particle Xi*-      1.650 0.001
+Particle anti-Xi*+ 1.650 0.001
+
+
+ChangeMassMin anti-Xi*+ 1.5
+ChangeMassMin Xi*- 1.5
+                  
+ChangeMassMax anti-Xi*+ 2.5
+ChangeMassMax Xi*- 2.5
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Xi*-
+1.000 myanti-Lambda0 K- PHSP;
+Enddecay
+
+##
+Decay anti-Xi*+
+1.000 myLambda0 K+ PHSP;
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/None.dec b/BaBar_2014/None.dec
new file mode 100644
index 0000000..1c263e7
--- /dev/null
+++ b/BaBar_2014/None.dec
@@ -0,0 +1,8 @@
+#
+# This is an empty decay file. The production system
+# allways requires a user decay file and this file can
+# be used when generating generic decays.
+#
+# Contact: Anders Ryd (ryd@slac.stanford.edu)
+#
+End
diff --git a/BaBar_2014/PhiGamma.dec b/BaBar_2014/PhiGamma.dec
new file mode 100644
index 0000000..70dd630
--- /dev/null
+++ b/BaBar_2014/PhiGamma.dec
@@ -0,0 +1,16 @@
+############################################################
+#                                                          #
+# Decay: e+ e-  -> Phi    Gamma                            #
+#                  Phi -> all channels                     #
+#                                                          #
+#                                                          #
+# Author: V. Brigljevic                                    #
+# Created:                   12/January/2000               #
+############################################################
+
+Decay vpho
+1.00  phi gamma VECTORISR 0.9 0.9;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/PhiGamma_phiKLKS.dec b/BaBar_2014/PhiGamma_phiKLKS.dec
new file mode 100644
index 0000000..7ab16c3
--- /dev/null
+++ b/BaBar_2014/PhiGamma_phiKLKS.dec
@@ -0,0 +1,21 @@
+############################################################
+#                                                          #
+# Decay: e+ e-  -> Phi  Gamma                              #
+#                   |                                      #
+#                   --> Kshort + Klong                     #
+#                                                          #
+#                                                          #
+# Author: Dennis Wright                                    #
+# Created:  5 May 2002                                     #
+############################################################
+#
+Decay vpho
+1.00  phi gamma VECTORISR 0.9 0.9;
+Enddecay
+
+Decay phi
+1.00 K_S0 K_L0        PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/Psi2SJpsiLL.dec b/BaBar_2014/Psi2SJpsiLL.dec
new file mode 100644
index 0000000..f037fd9
--- /dev/null
+++ b/BaBar_2014/Psi2SJpsiLL.dec
@@ -0,0 +1,31 @@
+############################################
+#  psi2s                                   #
+#    |                                     #
+#    |                                     #
+#    |-->mu+mu-/e+e- (30%)                 #
+#    |                                     #
+#    |-->J/psi pi+pi-  (70%)               #
+#           |                              #
+#           |-->mu+mu-/e+e-                #
+#                                          #
+#  + cc                                    #
+#                                          #
+# Author: E. Varnes       26/5/00          #
+############################################
+#
+Alias MyJ/psi   J/psi
+#
+Decay psi(2S)
+0.700  MyJ/psi  pi+ pi-        VVPIPI;
+0.1500    e+   e-                PHOTOS  VLL;
+0.1500   mu+  mu-                PHOTOS VLL;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS  VLL;
+0.5000   mu+  mu-                PHOTOS VLL;
+Enddecay 
+End
+
+
+
diff --git a/BaBar_2014/Psi2StoJPsiPi0Pi0_inc.dec b/BaBar_2014/Psi2StoJPsiPi0Pi0_inc.dec
new file mode 100644
index 0000000..2dea84a
--- /dev/null
+++ b/BaBar_2014/Psi2StoJPsiPi0Pi0_inc.dec
@@ -0,0 +1,26 @@
+#####################################################
+#  Psi2S                                            #
+#    |                                              #
+#    |-->J/psi pi0 pi0  [100% (VVPIPI)]             #
+#           |                                       #
+#           |-->mu+mu-/e+e-  [50%/50% (PHOTOS VLL)] #
+#                                                   #
+#                                                   #
+# Author: S.Passaggio       06/02/01                #
+# (from analogous decay file by E.Varnes)           #
+#####################################################
+#
+Alias MyJ/psi J/psi
+#
+Decay psi(2S)
+1.000  MyJ/psi pi0 pi0           VVPIPI;
+Enddecay 
+# 
+Decay MyJ/psi
+0.5000    e+   e-                PHOTOS VLL;
+0.5000   mu+  mu-                PHOTOS VLL;
+Enddecay 
+End
+
+
+
diff --git a/BaBar_2014/Sigma5_Xi1530.dec b/BaBar_2014/Sigma5_Xi1530.dec
new file mode 100644
index 0000000..ca46c2f
--- /dev/null
+++ b/BaBar_2014/Sigma5_Xi1530.dec
@@ -0,0 +1,150 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Sigma0 (AKA) pentaquark state
+#                Sigma_5^0 ->   Xi- k+
+#           All particles are decayed isotrokcally                           #
+#                                                                             #
+#  Valerie Halyo Jan 1 04
+#                                                                             #
+###############################################################################
+#
+
+Alias myXi- Xi-
+Alias myanti-Xi+ anti-Xi+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+Particle Xi*0       1.862 0.001
+Particle anti-Xi*0  1.862 0.001
+
+
+ChangeMassMin anti-Xi*0 1.5
+ChangeMassMin Xi*0 1.5
+                  
+ChangeMassMax anti-Xi*0 2.5
+ChangeMassMax Xi*0 2.5
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay anti-Xi*0
+1.000 myanti-Xi+ K- PHSP;
+Enddecay
+
+##
+Decay Xi*0
+1.000 myXi- K+ PHSP;
+Enddecay
+
+##
+Decay myanti-Xi+
+1.000  myanti-Lambda0 pi+ PHSP; 
+Enddecay
+
+##
+Decay myXi-
+1.000  myLambda0 pi- PHSP; 
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+############
+
+#   Charm Baryons
+#
+Decay Lambda_c+
+0.01800         e+      nu_e    Lambda0         JETSET         42;
+0.00500         e+      nu_e    Sigma0  JETSET         42;
+0.00500         e+      nu_e    Sigma*0         JETSET         42;
+0.00300         e+      nu_e    n0      JETSET         42;
+0.00200         e+      nu_e    Delta0  JETSET         42;
+0.00600         e+      nu_e    p+      pi-     JETSET         42;
+0.00600         e+      nu_e    n0      pi0     JETSET         42;
+0.01800         mu+     nu_mu   Lambda0         JETSET         42;
+0.00500         mu+     nu_mu   Sigma0  JETSET         42;
+0.00500         mu+     nu_mu   Sigma*0         JETSET         42;
+0.00300         mu+     nu_mu   n0      JETSET         42;
+0.00200         mu+     nu_mu   Delta0  JETSET         42;
+0.00600         mu+     nu_mu   p+      pi-     JETSET         42;
+0.00600         mu+     nu_mu   n0      pi0     JETSET         42;
+0.02300         p+      anti-K0         JETSET         0;
+0.04000         p+      anti-K*0        JETSET         0;
+0.00500         Delta+          anti-K0         JETSET         0;
+0.00500         Delta+  anti-K*0        JETSET         0;
+0.00580         Lambda0         pi+     JETSET         0;
+0.00500         Lambda0         rho+    JETSET         0;
+0.00550         Sigma0  pi+     JETSET         0;
+0.00400         Sigma0          rho+    JETSET         0;
+0.00400         Sigma*0         pi+     JETSET         0;
+0.00400         Sigma*0         rho+    JETSET         0;
+0.00400         Sigma+          pi0     JETSET         0;
+0.00200         Sigma+          eta     JETSET         0;
+0.00200         Sigma+  eta'    JETSET         0;
+0.00400         Sigma+          rho0    JETSET         0;
+0.00400         Sigma+          omega   JETSET         0;
+0.00300         Sigma*+         pi0     JETSET         0;
+0.00200         Sigma*+         eta     JETSET         0;
+0.00300         Sigma*+         rho0    JETSET         0;
+0.00300         Sigma*+         omega   JETSET         0;
+0.00200         Xi0     K+      JETSET         0;
+0.00200         Xi0     K*+     JETSET         0;
+0.00000         Xi*0    K+      JETSET         0;
+0.00200         p+      pi0     JETSET         0;
+0.00100         p+      eta     JETSET         0;
+0.00100         p+      eta'    JETSET         0;
+0.00200         p+      rho0    JETSET         0;
+0.00200         p+      omega   JETSET         0;
+0.00130         p+      phi     JETSET         0;
+0.00180         p+      f_0     JETSET         0;
+0.00100         Delta+          pi0     JETSET         0;
+0.00100         Delta+          eta     JETSET         0;
+0.00100         Delta+  eta'    JETSET         0;
+0.00100         Delta+          rho0    JETSET         0;
+0.00100         Delta+          omega   JETSET         0;
+0.00300         n0      pi+     JETSET         0;
+0.00300         n0      rho+    JETSET         0;
+0.00300         Delta0  pi+     JETSET         0;
+0.00300         Delta0          rho+    JETSET         0;
+0.00500         Lambda0         K+      JETSET         0;
+0.00500         Lambda0         K*+     JETSET         0;
+0.00200         Sigma0          K+      JETSET         0;
+0.00200         Sigma0          K*+     JETSET         0;
+0.00100         Sigma*0         K+      JETSET         0;
+0.00100         Sigma*0         K*+     JETSET         0;
+0.00200         Sigma+          K0      JETSET         0;
+0.00200         Sigma+          K*0     JETSET         0;
+0.00100         Sigma*+         K0      JETSET         0;
+0.00100         Sigma*+         K*0     JETSET         0;
+0.13000         u       anti-d          d       su_0    JETSET         13;
+0.05700         u       anti-d          d       su_1    JETSET         13;
+0.03500         u       anti-s          d       su_0    JETSET         13;
+0.03500         u       anti-d          d       ud_0    JETSET         13;
+0.09500         s       uu_1    JETSET         13;
+0.14000         u       su_0    JETSET         13;
+0.14000         u       su_1    JETSET         13;
+0.03000         d       uu_1    JETSET         13;
+0.01500         u       ud_0    JETSET         13;
+0.01500         u       ud_1    JETSET         13;
+Enddecay
+CDecay anti-Lambda_c-
+#
+
+End
+
+
diff --git a/BaBar_2014/SingleAntiprotons.dec b/BaBar_2014/SingleAntiprotons.dec
new file mode 100644
index 0000000..44f4691
--- /dev/null
+++ b/BaBar_2014/SingleAntiprotons.dec
@@ -0,0 +1,7 @@
+# Single particle antiprotons uniform in cos theta in 
+# the centre of mass frame between 0.05 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 anti-p-	SINGLE 0.05 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SingleElectrons.dec b/BaBar_2014/SingleElectrons.dec
new file mode 100644
index 0000000..79d1c39
--- /dev/null
+++ b/BaBar_2014/SingleElectrons.dec
@@ -0,0 +1,7 @@
+# Single particle electrons uniform in cos theta in 
+# the centre of mass frame between 0.05 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.0 e-  	SINGLE 0.05 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SingleKLong.dec b/BaBar_2014/SingleKLong.dec
new file mode 100644
index 0000000..9a41816
--- /dev/null
+++ b/BaBar_2014/SingleKLong.dec
@@ -0,0 +1,7 @@
+# Single particle K0 Long uniform in cos theta in 
+# the centre of mass frame between 0.02 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 K_L0	SINGLE 0.02 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SingleKMinus.dec b/BaBar_2014/SingleKMinus.dec
new file mode 100644
index 0000000..ac36d9c
--- /dev/null
+++ b/BaBar_2014/SingleKMinus.dec
@@ -0,0 +1,7 @@
+# Single particle K minus uniform in cos theta in 
+# the centre of mass frame between 0.05 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 K-	SINGLE 0.05 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SingleKPlus.dec b/BaBar_2014/SingleKPlus.dec
new file mode 100644
index 0000000..6e6f1b5
--- /dev/null
+++ b/BaBar_2014/SingleKPlus.dec
@@ -0,0 +1,7 @@
+# Single particle K plus uniform in cos theta in 
+# the centre of mass frame between 0.05 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 K+	SINGLE 0.05 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SingleMuMinus.dec b/BaBar_2014/SingleMuMinus.dec
new file mode 100644
index 0000000..46cdcd2
--- /dev/null
+++ b/BaBar_2014/SingleMuMinus.dec
@@ -0,0 +1,7 @@
+# Single particle mu- uniform in cos theta in 
+# the centre of mass frame between 0.05 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 mu-	SINGLE 0.05 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SingleMuPlus.dec b/BaBar_2014/SingleMuPlus.dec
new file mode 100644
index 0000000..d81c518
--- /dev/null
+++ b/BaBar_2014/SingleMuPlus.dec
@@ -0,0 +1,7 @@
+# Single particle mu+ uniform in cos theta in 
+# the centre of mass frame between 0.05 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 mu+	SINGLE 0.05 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SinglePhotons.dec b/BaBar_2014/SinglePhotons.dec
new file mode 100644
index 0000000..679ad4a
--- /dev/null
+++ b/BaBar_2014/SinglePhotons.dec
@@ -0,0 +1,7 @@
+# Single particle photons uniform in cos theta in 
+# the centre of mass frame between 0.02 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 gamma	SINGLE 0.02 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SinglePi0.dec b/BaBar_2014/SinglePi0.dec
new file mode 100644
index 0000000..b7f144f
--- /dev/null
+++ b/BaBar_2014/SinglePi0.dec
@@ -0,0 +1,7 @@
+# Single particle pi0 uniform in cos theta in 
+# the centre of mass frame between 1.0 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 pi0	SINGLE 1.0 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SinglePiMinus.dec b/BaBar_2014/SinglePiMinus.dec
new file mode 100644
index 0000000..8480264
--- /dev/null
+++ b/BaBar_2014/SinglePiMinus.dec
@@ -0,0 +1,7 @@
+# Single particle pi- uniform in cos theta in 
+# the centre of mass frame between 0.05 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 pi-	SINGLE 0.05 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SinglePiPlus.dec b/BaBar_2014/SinglePiPlus.dec
new file mode 100644
index 0000000..7e433b5
--- /dev/null
+++ b/BaBar_2014/SinglePiPlus.dec
@@ -0,0 +1,7 @@
+# Single particle pi+ uniform in cos theta in 
+# the centre of mass frame between 0.05 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 pi+	SINGLE 0.05 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SinglePositrons.dec b/BaBar_2014/SinglePositrons.dec
new file mode 100644
index 0000000..edc200d
--- /dev/null
+++ b/BaBar_2014/SinglePositrons.dec
@@ -0,0 +1,7 @@
+# Single particle positrons uniform in cos theta in 
+# the centre of mass frame between 0.05 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 e+	SINGLE 0.05 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/SingleProtons.dec b/BaBar_2014/SingleProtons.dec
new file mode 100644
index 0000000..11c7d6d
--- /dev/null
+++ b/BaBar_2014/SingleProtons.dec
@@ -0,0 +1,7 @@
+# Single particle protons uniform in cos theta in 
+# the centre of mass frame between 0.05 and 4.5 GeV
+#
+Decay Upsilon(4S)
+1.000 p+	SINGLE 0.05 4.5 -1.0 1.0 0.0 6.283185;
+Enddecay
+End
diff --git a/BaBar_2014/Single_Jpsi.dec b/BaBar_2014/Single_Jpsi.dec
new file mode 100644
index 0000000..a743e7d
--- /dev/null
+++ b/BaBar_2014/Single_Jpsi.dec
@@ -0,0 +1,17 @@
+# Single particle J/psi uniform in cos theta in 
+# the centre of mass frame between 0.0 and 4.0 GeV
+# 
+# Gerhard Raven (Gerhard.Raven@slac.stanford.edu)
+#
+Alias MyJpsi J/psi
+#
+Decay Upsilon(4S)
+1.000 MyJpsi	SINGLE 0.0 4.0 ;
+Enddecay
+#
+Decay MyJpsi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Single_Kspm.dec b/BaBar_2014/Single_Kspm.dec
new file mode 100644
index 0000000..91afdcd
--- /dev/null
+++ b/BaBar_2014/Single_Kspm.dec
@@ -0,0 +1,16 @@
+# Single particle Ks uniform in cos theta in 
+# the centre of mass frame between 0.0 and 4.0 GeV
+#
+# Gerhard Raven (Gerhard.Raven@slac.stanford.edu)
+#
+Alias MyK_S0 K_S0
+#
+Decay Upsilon(4S)
+1.000 MyK_S0	SINGLE 0.0 4.0 ;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/TagB0Dsp.dec b/BaBar_2014/TagB0Dsp.dec
new file mode 100644
index 0000000..00a474c
--- /dev/null
+++ b/BaBar_2014/TagB0Dsp.dec
@@ -0,0 +1,114 @@
+###################################################
+#                                                 #
+# Decay: B0 -> Ds(*)+ X	anti-B0->Pi Pi		  #
+#                                                 #
+# Comments: Cornelius training NO mixing          #
+#           Ds*-->Ds g 100%; Ds-->X               #
+#                                                 #
+# Author: G. Sciolla                              #
+# Created:                  May 16 2002           #
+###################################################
+#
+Alias MyB0B     anti-B0
+Alias MyB0      B0 
+Alias MyD_s+    D_s+
+Alias MyD_s*+   D_s*+
+#
+Decay Upsilon(4S)
+1.000   MyB0       MyB0B                  VSS;
+Enddecay
+#
+Decay MyB0B
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyB0
+#
+# b -> c (sc=)  -->  D Ds X   Sum = 10%
+#
+0.0074   D-   MyD_s+                       PHSP;
+0.0106   D*-  MyD_s+                       SVS;
+0.0074   MyD_s*+ D-                        SVS;
+0.0141   MyD_s*+ D*-                       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0010   D'_1- MyD_s+                      SVS;
+0.0020   D'_1-  MyD_s*+                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0020   D_1-  MyD_s+                      SVS;
+0.0040   D_1-  MyD_s*+                     SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0070   D_2*-  MyD_s+                     STS;
+0.0140   D_2*-  MyD_s*+                    PHSP;
+#
+0.0030   MyD_s+  D-  pi0                   PHSP;
+0.0060   MyD_s+  anti-D0 pi-               PHSP;
+0.0030   MyD_s*+ D-  pi0                   PHSP;
+0.0060   MyD_s*+ anti-D0 pi-               PHSP;
+0.0050   MyD_s+  D-  pi-  pi+              PHSP;
+0.0037   MyD_s+  D-  pi0  pi0              PHSP;
+0.0037   MyD_s+  anti-D0 pi-  pi0          PHSP;
+0.0050   MyD_s*+ D-  pi-  pi+              PHSP;
+0.0037   MyD_s*+ D-  pi0  pi0              PHSP;
+0.0037   MyD_s*+ anti-D0 pi-  pi0          PHSP;
+Enddecay
+#
+Decay MyD_s*+
+1.0     MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+0.0360    phi   pi+                      SVS;
+0.0670    phi   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0230    phi   pi+   pi0                PHSP;
+0.0003    phi   K+                       SVS;
+0.0170    eta   pi+                      PHSP;
+0.0390    eta'  pi+                      PHSP;
+0.0028    omega  pi+                      SVS;
+0.0004    rho0  pi+                      SVS;
+0.0020    rho+  pi0                      SVS;
+0.0010    pi+   pi0                      PHSP;
+0.0180    f_0    pi+                      PHSP;
+0.0023    f_2    pi+                      PHSP;
+0.1080    rho+  eta                      SVS;
+0.1010    rho+  eta'                     SVS;
+0.0040    pi+   pi-   pi+                PHSP;
+0.0040    pi+   pi0   pi0                PHSP;
+0.0230    eta   pi+   pi0                PHSP;
+0.0230    eta'  pi+   pi0                PHSP;
+0.0118    phi   pi+   pi-   pi+          PHSP;
+0.0100    phi   pi+   pi0   pi0          PHSP;
+0.0100    eta   pi+   pi-   pi+          PHSP;
+0.0100    eta   pi+   pi0   pi0          PHSP;
+#
+0.0360    anti-K0     K+                 PHSP;
+0.0330    anti-K*0   K+                  SVS;
+0.0430    K*+   anti-K0                  SVS;
+0.0580    anti-K*0   K*+                 SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    anti-K0     K+    pi0          PHSP;
+0.0120    anti-K*0   K+     pi0          PHSP;
+0.0120    K*+   anti-K0     pi0          PHSP;
+0.0139    anti-K*0   K*+    pi0          PHSP;
+#
+0.0090    K+    K-    pi+                PHSP;
+0.0050    anti-K0     K+    pi0          PHSP;
+0.0020    anti-K0     K+    pi+   pi-    PHSP;
+0.0020    anti-K0     K+    pi0   pi0    PHSP;
+0.0083    K+    K-    pi+   pi-   pi+    PHSP;
+
+0.0002    eta   K+                       PHSP;
+0.0002    eta'  K+                       PHSP;
+0.0002    eta   K+    pi0                PHSP;
+0.0002    eta   K+    pi+   pi-          PHSP;
+0.0002    eta'  K+    pi0                PHSP;
+0.0002    eta'  K+    pi+   pi-          PHSP;
+0.0002    K+    K-    K+                 PHSP;
+0.0040    K0    pi+                      PHSP;
+0.0015    rho+  K0                       SVS;
+0.0015    rho0  K+                       SVS;
+0.0010    K0    pi+   pi0                PHSP;
+0.0025    a_1+   K0                       SVS;
+0.0065    K*0   pi+                      SVS;
+0.0150    K*0   rho+                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    K*0   pi+   pi0                PHSP;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/TagB0DspToKstar0Kp.dec b/BaBar_2014/TagB0DspToKstar0Kp.dec
new file mode 100644
index 0000000..e8cfcd6
--- /dev/null
+++ b/BaBar_2014/TagB0DspToKstar0Kp.dec
@@ -0,0 +1,68 @@
+###################################################
+#                                                 #
+# Decay: B0 -> Ds(*)+ X	anti-B0->Pi Pi		  #
+#                                                 #
+# Comments: Cornelius training NO mixing          #
+#           Ds*-->Ds g 100%; Ds-->K*0 K+          #
+#                                                 #
+# Author: G. Sciolla                              #
+# Created:                  May 16 2002           #
+###################################################
+#
+Alias MyB0B     anti-B0
+Alias MyB0      B0 
+Alias MyD_s+    D_s+
+Alias MyD_s*+   D_s*+
+Alias Myanti-K*0 anti-K*0
+#
+Decay Upsilon(4S)
+1.000   MyB0       MyB0B                  VSS;
+Enddecay
+#
+Decay MyB0B
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyB0
+#
+# b -> c (sc=)  -->  D Ds X   Sum = 10%
+#
+0.0074   D-   MyD_s+                       PHSP;
+0.0106   D*-  MyD_s+                       SVS;
+0.0074   MyD_s*+ D-                        SVS;
+0.0141   MyD_s*+ D*-                       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0010   D'_1- MyD_s+                      SVS;
+0.0020   D'_1-  MyD_s*+                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0020   D_1-  MyD_s+                      SVS;
+0.0040   D_1-  MyD_s*+                     SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0070   D_2*-  MyD_s+                     STS;
+0.0140   D_2*-  MyD_s*+                    PHSP;
+#
+0.0030   MyD_s+  D-  pi0                   PHSP;
+0.0060   MyD_s+  anti-D0 pi-               PHSP;
+0.0030   MyD_s*+ D-  pi0                   PHSP;
+0.0060   MyD_s*+ anti-D0 pi-               PHSP;
+0.0050   MyD_s+  D-  pi-  pi+              PHSP;
+0.0037   MyD_s+  D-  pi0  pi0              PHSP;
+0.0037   MyD_s+  anti-D0 pi-  pi0          PHSP;
+0.0050   MyD_s*+ D-  pi-  pi+              PHSP;
+0.0037   MyD_s*+ D-  pi0  pi0              PHSP;
+0.0037   MyD_s*+ anti-D0 pi-  pi0          PHSP;
+Enddecay
+#
+Decay MyD_s*+
+1.0     MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+#
+0.0330    Myanti-K*0   K+                  SVS;
+#
+Enddecay
+Decay Myanti-K*0
+0.6657      K-  pi+                        VSS;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/TagB0DspToPhiPi.dec b/BaBar_2014/TagB0DspToPhiPi.dec
new file mode 100644
index 0000000..dfebf21
--- /dev/null
+++ b/BaBar_2014/TagB0DspToPhiPi.dec
@@ -0,0 +1,66 @@
+###################################################
+#                                                 #
+# Decay: B0 -> Ds(*)+ X	anti-B0->Pi Pi		  #
+#                                                 #
+# Comments: Cornelius training NO mixing          #
+#       Ds*-->Ds g 100%; Ds-->Phi Pi; Phi->K-K+   #
+#                                                 #
+# Author: G. Sciolla                              #
+# Created:                  May 16 2002           #
+###################################################
+#
+Alias MyB0B     anti-B0
+Alias MyB0      B0 
+Alias MyD_s+    D_s+
+Alias MyD_s*+   D_s*+
+Alias Myphi     phi 
+#
+Decay Upsilon(4S)
+1.000   MyB0       MyB0B                  VSS;
+Enddecay
+#
+Decay MyB0B
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyB0
+#
+# b -> c (sc=)  -->  D Ds X   Sum = 10%
+#
+0.0074   D-   MyD_s+                       PHSP;
+0.0106   D*-  MyD_s+                       SVS;
+0.0074   MyD_s*+ D-                        SVS;
+0.0141   MyD_s*+ D*-                       SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0010   D'_1- MyD_s+                      SVS;
+0.0020   D'_1-  MyD_s*+                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0020   D_1-  MyD_s+                      SVS;
+0.0040   D_1-  MyD_s*+                     SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0070   D_2*-  MyD_s+                     STS;
+0.0140   D_2*-  MyD_s*+                    PHSP;
+#
+0.0030   MyD_s+  D-  pi0                   PHSP;
+0.0060   MyD_s+  anti-D0 pi-               PHSP;
+0.0030   MyD_s*+ D-  pi0                   PHSP;
+0.0060   MyD_s*+ anti-D0 pi-               PHSP;
+0.0050   MyD_s+  D-  pi-  pi+              PHSP;
+0.0037   MyD_s+  D-  pi0  pi0              PHSP;
+0.0037   MyD_s+  anti-D0 pi-  pi0          PHSP;
+0.0050   MyD_s*+ D-  pi-  pi+              PHSP;
+0.0037   MyD_s*+ D-  pi0  pi0              PHSP;
+0.0037   MyD_s*+ anti-D0 pi-  pi0          PHSP;
+Enddecay
+#
+Decay MyD_s*+
+1.0     MyD_s+  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s+
+1.0    Myphi   pi+                      SVS;
+Enddecay
+#
+Decay Myphi
+1.0000   K+   K-                         VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/TagB0barDsm.dec b/BaBar_2014/TagB0barDsm.dec
new file mode 100644
index 0000000..2f81a79
--- /dev/null
+++ b/BaBar_2014/TagB0barDsm.dec
@@ -0,0 +1,124 @@
+###################################################
+#                                                 #
+# Decay: B0 -> Ds(*)+ X	     B0->Pi Pi		  #
+#                                                 #
+# Comments: Cornelius training NO mixing          #
+#           Ds*-->Ds g 100%; Ds-->X               #
+#                                                 #
+# Author: G. Sciolla                              #
+# Created:                  May 16 2002           #
+###################################################
+#
+Alias MyB0B     anti-B0
+Alias MyB0      B0 
+Alias MyD_s-    D_s-
+Alias MyD_s*-   D_s*-
+# 
+Decay Upsilon(4S)
+1.000   MyB0       MyB0B                  VSS;
+Enddecay
+#
+Decay MyB0
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyB0B 
+# b -> c (sc=)  -->  D Ds X   Sum = 10%
+#
+0.0074   D+  MyD_s-                        PHSP;
+0.0106   D*+  MyD_s-                       SVS;
+0.0074   MyD_s*- D+                        SVS;
+0.0141   D*+  MyD_s*-                      SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0010   D'_1+  MyD_s-                     SVS;
+0.0020   D'_1+  MyD_s*-                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0020   D_1+  MyD_s-                      SVS;
+0.0040   D_1+  MyD_s*-                     SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0070   D_2*+  MyD_s-                      STS;
+0.0140   D_2*+  MyD_s*-                    PHSP;
+#
+0.0030   MyD_s-  D+  pi0                   PHSP;
+0.0060   MyD_s-  D0  pi+                   PHSP;
+0.0030   MyD_s*- D+  pi0                   PHSP;
+0.0060   MyD_s*- D0  pi+                   PHSP;
+0.0050   MyD_s-  D+  pi+  pi-              PHSP;
+0.0037   MyD_s-  D+  pi0  pi0              PHSP;
+0.0037   MyD_s-  D0  pi+  pi0              PHSP;
+0.0050   MyD_s*- D+  pi+  pi-              PHSP;
+0.0037   MyD_s*- D+  pi0  pi0              PHSP;
+0.0037   MyD_s*- D0  pi+  pi0              PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0     MyD_s-  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s-
+0.0200    phi   e-     anti-nu_e      PHOTOS  ISGW2;
+0.0260    eta   e-     anti-nu_e      PHOTOS  ISGW2;
+0.0089    eta'  e-     anti-nu_e      PHOTOS  ISGW2;
+0.0027    K0    e-     anti-nu_e      PHOTOS  ISGW2;
+0.0010    K*0   e-     anti-nu_e      PHOTOS  ISGW2;
+0.0200    phi   mu-    anti-nu_mu    PHOTOS  ISGW2;
+0.0260    eta   mu-    anti-nu_mu    PHOTOS  ISGW2;
+0.0089    eta'  mu-    anti-nu_mu    PHOTOS  ISGW2;
+0.0027    K0    mu-    anti-nu_mu    PHOTOS  ISGW2;
+0.0010    K*0   mu-    anti-nu_mu    PHOTOS  ISGW2;
+0.0046    mu-   anti-nu_mu           PHOTOS    SLN;
+0.0700    tau-  anti-nu_tau                     SLN;
+0.0360    phi   pi-                      SVS;
+0.0170    eta   pi-                      PHSP;
+0.0390    eta'  pi-                      PHSP;
+0.0028    omega  pi-                      SVS;
+0.0004    rho0  pi-                      SVS;
+0.0020    rho-  pi0                      SVS;
+0.0010    pi-   pi0                      PHSP;
+0.0180    f_0    pi-                      PHSP;
+0.0023    f_2    pi-                      PHSP;
+0.0670    phi   rho-                     SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.1080    rho-  eta                      SVS;
+0.1010    rho-  eta'                     SVS;
+0.0040    pi-   pi-   pi+                PHSP;
+0.0040    pi-   pi0   pi0                PHSP;
+0.0230    phi   pi-   pi0                PHSP;
+0.0230    eta   pi-   pi0                PHSP;
+0.0230    eta'  pi-   pi0                PHSP;
+0.0118    phi   pi-   pi-   pi+          PHSP;
+0.0100    phi   pi-   pi0   pi0          PHSP;
+0.0100    eta   pi-   pi-   pi+          PHSP;
+0.0100    eta   pi-   pi0   pi0          PHSP;
+#
+0.0360    K0    K-                       PHSP;
+0.0330    K*0   K-                       SVS;
+0.0430    K*-   K0                       SVS;
+0.0580    K*0   K*-                      SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0120    K0    K-    pi0                PHSP;
+0.0120    K*0   K-    pi0                PHSP;
+0.0120    K*-   K0    pi0                PHSP;
+0.0139    K*0   K*-   pi0                PHSP;
+#
+0.0090    K+    K-    pi-                PHSP;
+0.0050    K0    K-    pi0                PHSP;
+0.0020    K0    K-    pi+   pi-          PHSP;
+0.0020    K0    K-    pi0   pi0          PHSP;
+0.0083    K-    K+    pi-   pi+   pi-    PHSP;
+0.0003    phi   K-                       SVS;
+0.0002    eta   K-                       PHSP;
+0.0002    eta'  K-                       PHSP;
+0.0002    eta   K-    pi0                PHSP;
+0.0002    eta   K-    pi+   pi-          PHSP;
+0.0002    eta'  K-    pi0                PHSP;
+0.0002    eta'  K-    pi+   pi-          PHSP;
+0.0002    K-    K-    K+                 PHSP;
+0.0040    anti-K0     pi-                PHSP;
+0.0015    rho-  anti-K0                  SVS;
+0.0015    rho0  K-                       SVS;
+0.0010    anti-K0     pi-   pi0          PHSP;
+0.0025    a_1-   anti-K0                 SVS;
+0.0065    anti-K*0   pi-                 SVS;
+0.0150    anti-K*0   rho-                SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0150    anti-K*0   pi-   pi0           PHSP;
+Enddecay
+
+#
+End
+
diff --git a/BaBar_2014/TagB0barDsmToKstar0Km.dec b/BaBar_2014/TagB0barDsmToKstar0Km.dec
new file mode 100644
index 0000000..98aa274
--- /dev/null
+++ b/BaBar_2014/TagB0barDsmToKstar0Km.dec
@@ -0,0 +1,71 @@
+###################################################
+#                                                 #
+# Decay: B0 -> Ds(*)+ X	B0->Pi Pi		  #
+#                                                 #
+# Comments: Cornelius training NO mixing          #
+#           Ds*-->Ds g 100%; Ds-->K*0K-           #
+#                                                 #
+# Author: G. Sciolla                              #
+# Created:                  May 16 2002           #
+###################################################
+#
+Alias MyB0B     anti-B0
+Alias MyB0      B0 
+Alias MyD_s-    D_s-
+Alias MyD_s*-   D_s*-
+Alias Myphi     phi 
+Alias MyK*0     K*0
+#  
+Decay Upsilon(4S)
+1.000   MyB0       MyB0B                  VSS; 
+Enddecay
+#
+Decay MyB0
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyB0B 
+# b -> c (sc=)  -->  D Ds X   Sum = 10%
+#
+0.0074   D+  MyD_s-                        PHSP;
+0.0106   D*+  MyD_s-                       SVS;
+0.0074   MyD_s*- D+                        SVS;
+0.0141   D*+  MyD_s*-                      SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0010   D'_1+  MyD_s-                     SVS;
+0.0020   D'_1+  MyD_s*-                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0020   D_1+  MyD_s-                      SVS;
+0.0040   D_1+  MyD_s*-                     SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0070   D_2*+  MyD_s-                      STS;
+0.0140   D_2*+  MyD_s*-                    PHSP;
+#
+0.0030   MyD_s-  D+  pi0                   PHSP;
+0.0060   MyD_s-  D0  pi+                   PHSP;
+0.0030   MyD_s*- D+  pi0                   PHSP;
+0.0060   MyD_s*- D0  pi+                   PHSP;
+0.0050   MyD_s-  D+  pi+  pi-              PHSP;
+0.0037   MyD_s-  D+  pi0  pi0              PHSP;
+0.0037   MyD_s-  D0  pi+  pi0              PHSP;
+0.0050   MyD_s*- D+  pi+  pi-              PHSP;
+0.0037   MyD_s*- D+  pi0  pi0              PHSP;
+0.0037   MyD_s*- D0  pi+  pi0              PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0     MyD_s-  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s-
+0.0330    MyK*0   K-                       SVS;
+Enddecay
+#
+Decay Myphi
+1.0000   K+   K-                         VSS;
+Enddecay
+#
+Decay MyK*0
+0.6657      K+  pi-                        VSS;
+Enddecay
+
+
+End
+
diff --git a/BaBar_2014/TagB0barDsmToPhiPi.dec b/BaBar_2014/TagB0barDsmToPhiPi.dec
new file mode 100644
index 0000000..416d603
--- /dev/null
+++ b/BaBar_2014/TagB0barDsmToPhiPi.dec
@@ -0,0 +1,66 @@
+###################################################
+#                                                 #
+# Decay: B0 -> Ds(*)+ X	   B0->Pi Pi		  #
+#                                                 #
+# Comments: Cornelius training NO mixing          #
+#           Ds*-->Ds g 100%; Ds-->X               #
+#                                                 #
+# Author: G. Sciolla                              #
+# Created:                  May 16 2002           #
+###################################################
+#
+Alias MyB0B     anti-B0
+Alias MyB0      B0 
+Alias MyD_s-    D_s-
+Alias MyD_s*-   D_s*-
+Alias Myphi     phi 
+#  
+Decay Upsilon(4S)
+1.000   MyB0       MyB0B                  VSS;
+Enddecay
+#
+Decay MyB0
+1.0000 pi+ pi-                    PHSP;
+Enddecay
+#
+Decay MyB0B 
+# b -> c (sc=)  -->  D Ds X   Sum = 10%
+#
+0.0074   D+  MyD_s-                        PHSP;
+0.0106   D*+  MyD_s-                       SVS;
+0.0074   MyD_s*- D+                        SVS;
+0.0141   D*+  MyD_s*-                      SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0010   D'_1+  MyD_s-                     SVS;
+0.0020   D'_1+  MyD_s*-                    SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0020   D_1+  MyD_s-                      SVS;
+0.0040   D_1+  MyD_s*-                     SVV_HELAMP 0.48 0.0 0.734 0.0 0.48 0.0;
+0.0070   D_2*+  MyD_s-                      STS;
+0.0140   D_2*+  MyD_s*-                    PHSP;
+#
+0.0030   MyD_s-  D+  pi0                   PHSP;
+0.0060   MyD_s-  D0  pi+                   PHSP;
+0.0030   MyD_s*- D+  pi0                   PHSP;
+0.0060   MyD_s*- D0  pi+                   PHSP;
+0.0050   MyD_s-  D+  pi+  pi-              PHSP;
+0.0037   MyD_s-  D+  pi0  pi0              PHSP;
+0.0037   MyD_s-  D0  pi+  pi0              PHSP;
+0.0050   MyD_s*- D+  pi+  pi-              PHSP;
+0.0037   MyD_s*- D+  pi0  pi0              PHSP;
+0.0037   MyD_s*- D0  pi+  pi0              PHSP;
+Enddecay
+#
+Decay MyD_s*-
+1.0     MyD_s-  gamma                      VSP_PWAVE;
+Enddecay
+#
+Decay MyD_s-
+0.0360    Myphi   pi-                      SVS;
+#0.0330    K*0   K-                       SVS;
+Enddecay
+#
+Decay Myphi
+1.0000   K+   K-                         VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/ThetacPq.dec b/BaBar_2014/ThetacPq.dec
new file mode 100644
index 0000000..dc9f053
--- /dev/null
+++ b/BaBar_2014/ThetacPq.dec
@@ -0,0 +1,64 @@
+
+#########################################################
+#                                                        #
+#       Thetac(Anti-Sigma_c0)		                 #
+#              D*(2010)- p+ anti-p- pi+,   anti-B0 -> X  #
+#              +-> anti-D0 pi-        (  BF  )  Relative #
+#                  +-> K+ pi-         ( 3.80%)  15.599%  #
+#                  +-> K+ pi- pi0     (13.1% )  53.777%  #
+#                  +-> K+ pi- pi- pi+ ( 7.46%)  30.624%  #
+#                      Sum            (24.36%) 100.000%  #
+# Author Valerie Halyo   SLAC                            #
+#  The decay of the Pentaquark thetac			 #
+#  Mar 27 04						 #
+##########################################################
+
+#
+
+Alias MyD*-     D*-
+Alias MyD*+     D*+
+Alias Myanti-D0 anti-D0
+Alias MyD0      D0
+
+
+Particle Sigma_c0      3.099 0.001 
+Particle anti-Sigma_c0 3.099 0.001 
+
+ChangeMassMin anti-Sigma_c0 2.997
+ChangeMassMin Sigma_c0 2.997
+                                                                                                           
+ChangeMassMax anti-Sigma_c0 3.4
+ChangeMassMax Sigma_c0 3.4
+
+## 
+Decay Sigma_c0
+1.000 MyD*+ anti-p- PHSP; 
+Enddecay 
+ 
+## 
+Decay anti-Sigma_c0 
+1.000 MyD*- p+ PHSP; 
+Enddecay 
+ 
+
+Decay MyD*-
+ 1.00000  Myanti-D0 pi-                 VSS;
+Enddecay
+#
+Decay MyD*+
+ 1.00000  MyD0 pi+                      VSS;
+Enddecay
+#
+Decay Myanti-D0
+ 0.15599  K+ pi-                        PHSP;
+ 0.53777  K+ pi- pi0                    D_DALITZ;
+ 0.30624  K+ pi- pi- pi+                PHSP;
+Enddecay
+#             // resonance structure in Dalitz modelled
+Decay MyD0
+ 0.15599  K- pi+                        PHSP;
+ 0.53777  K- pi+ pi0                    D_DALITZ;
+ 0.30624  K- pi+ pi+ pi-                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Thetap_Deltap.dec b/BaBar_2014/Thetap_Deltap.dec
new file mode 100644
index 0000000..263bcd6
--- /dev/null
+++ b/BaBar_2014/Thetap_Deltap.dec
@@ -0,0 +1,134 @@
+###############################################################################
+#                                                                             #
+# continuum production:                                                       #
+#                                                                             #
+# Delta+ (AKA) Theta+ pentaquark state                                        #
+#                    K0S p                                                    #
+#           All particles are decayed isotropically                           #
+#           based on Xmm_Deltapp.dec by V.Halyo                               # 
+# Jon Coleman Mar 22 04                                                       #
+#                                                                             #
+###############################################################################
+#
+
+Alias myK0 K_S0
+
+Particle  Delta+      1.540 0.001
+Particle  anti-Delta- 1.540 0.001
+
+ChangeMassMin anti-Delta- 1.436
+ChangeMassMin Delta+ 1.436
+
+
+ChangeMassMax anti-Delta- 1.7
+ChangeMassMax Delta+ 1.7
+
+## 
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Delta+
+1.000 myK0 p+ PHSP;
+Enddecay
+
+##
+Decay anti-Delta-
+1.000 myK0 anti-p- PHSP;
+Enddecay
+
+##
+Decay myK0
+1.000  pi+ pi- PHSP; 
+Enddecay
+
+############
+
+############
+
+#   Charm Baryons
+#   Need to define Lambda_C decay so that it doesn't crash the program:
+#
+Decay Lambda_c+
+0.01800         e+      nu_e    Lambda0         JETSET         42;
+0.00500         e+      nu_e    Sigma0  JETSET         42;
+0.00500         e+      nu_e    Sigma*0         JETSET         42;
+0.00300         e+      nu_e    n0      JETSET         42;
+0.00200         e+      nu_e    Delta0  JETSET         42;
+0.00600         e+      nu_e    p+      pi-     JETSET         42;
+0.00600         e+      nu_e    n0      pi0     JETSET         42;
+0.01800         mu+     nu_mu   Lambda0         JETSET         42;
+0.00500         mu+     nu_mu   Sigma0  JETSET         42;
+0.00500         mu+     nu_mu   Sigma*0         JETSET         42;
+0.00300         mu+     nu_mu   n0      JETSET         42;
+0.00200         mu+     nu_mu   Delta0  JETSET         42;
+0.00600         mu+     nu_mu   p+      pi-     JETSET         42;
+0.00600         mu+     nu_mu   n0      pi0     JETSET         42;
+0.02300         p+      anti-K0         JETSET         0;
+0.04000         p+      anti-K*0        JETSET         0;
+#0.00500         Delta+  anti-K*0        JETSET         0;
+0.00580         Lambda0         pi+     JETSET         0;
+0.00500         Lambda0         rho+    JETSET         0;
+0.00550         Sigma0  pi+     JETSET         0;
+0.00400         Sigma0          rho+    JETSET         0;
+0.00400         Sigma*0         pi+     JETSET         0;
+0.00400         Sigma*0         rho+    JETSET         0;
+0.00400         Sigma+          pi0     JETSET         0;
+0.00200         Sigma+          eta     JETSET         0;
+0.00200         Sigma+  eta'    JETSET         0;
+0.00400         Sigma+          rho0    JETSET         0;
+0.00400         Sigma+          omega   JETSET         0;
+0.00300         Sigma*+         pi0     JETSET         0;
+0.00200         Sigma*+         eta     JETSET         0;
+0.00300         Sigma*+         rho0    JETSET         0;
+0.00300         Sigma*+         omega   JETSET         0;
+0.00200         Xi0     K+      JETSET         0;
+0.00200         Xi0     K*+     JETSET         0;
+0.00200         Xi*0    K+      JETSET         0;
+0.00200         p+      pi0     JETSET         0;
+0.00100         p+      eta     JETSET         0;
+0.00100         p+      eta'    JETSET         0;
+0.00200         p+      rho0    JETSET         0;
+0.00200         p+      omega   JETSET         0;
+0.00130         p+      phi     JETSET         0;
+0.00180         p+      f_0     JETSET         0;
+#0.00100         Delta+          pi0     JETSET         0;
+#0.00100         Delta+          eta     JETSET         0;
+#0.00100         Delta+  eta'    JETSET         0;
+#0.00100         Delta+          rho0    JETSET         0;
+#0.00100         Delta+          omega   JETSET         0;
+0.00300         n0      pi+     JETSET         0;
+0.00300         n0      rho+    JETSET         0;
+0.00300         Delta0  pi+     JETSET         0;
+0.00300         Delta0          rho+    JETSET         0;
+0.00500         Lambda0         K+      JETSET         0;
+0.00500         Lambda0         K*+     JETSET         0;
+0.00200         Sigma0          K+      JETSET         0;
+0.00200         Sigma0          K*+     JETSET         0;
+0.00100         Sigma*0         K+      JETSET         0;
+0.00100         Sigma*0         K*+     JETSET         0;
+0.00200         Sigma+          K0      JETSET         0;
+0.00200         Sigma+          K*0     JETSET         0;
+0.00100         Sigma*+         K0      JETSET         0;
+0.00100         Sigma*+         K*0     JETSET         0;
+0.13000         u       anti-d          d       su_0    JETSET         13;
+0.05700         u       anti-d          d       su_1    JETSET         13;
+0.03500         u       anti-s          d       su_0    JETSET         13;
+0.03500         u       anti-d          d       ud_0    JETSET         13;
+0.09500         s       uu_1    JETSET         13;
+0.14000         u       su_0    JETSET         13;
+0.14000         u       su_1    JETSET         13;
+0.03000         d       uu_1    JETSET         13;
+0.01500         u       ud_0    JETSET         13;
+0.01500         u       ud_1    JETSET         13;
+Enddecay
+CDecay anti-Lambda_c-
+#
+
+End
+
+
diff --git a/BaBar_2014/Ups3S_gHiggsFat_tautau.dec b/BaBar_2014/Ups3S_gHiggsFat_tautau.dec
new file mode 100644
index 0000000..bd0829b
--- /dev/null
+++ b/BaBar_2014/Ups3S_gHiggsFat_tautau.dec
@@ -0,0 +1,31 @@
+############################################################
+#
+# Author:  A. Snyder
+# Created: July 2008
+# Modified by: Arafat Gabareen Mokhtar
+#            : Oct/29/2008 
+#         
+# e+e- -> Ups(3S), Ups(3S) -> gamma Higgs (A0) -> gamma tau+ tau-
+# A fat Higgs 
+############################################################
+#
+# Upsilon3S to Higgs, 
+Particle Higgs0 6.0 100.0
+ChangeMassMin Higgs0 2.0
+ChangeMassMax Higgs0 11.0
+Alias myX Higgs0
+#
+#
+Decay  Upsilon(3S)
+1.0000    myX gamma    VSP_PWAVE;
+Enddecay
+#
+#
+Decay  myX
+1.0000     tau+ tau-      PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/Ups3S_gHiggsFatter_tautau.dec b/BaBar_2014/Ups3S_gHiggsFatter_tautau.dec
new file mode 100644
index 0000000..e136dfd
--- /dev/null
+++ b/BaBar_2014/Ups3S_gHiggsFatter_tautau.dec
@@ -0,0 +1,30 @@
+############################################################
+#
+# Author:  A. Snyder
+# Created: July 2008
+# Modified by: Arafat Gabareen Mokhtar
+#            : Oct/29/2008 
+#         
+# e+e- -> Ups(3S), Ups(3S) -> gamma Higgs (A0) -> gamma tau+ tau-
+# A fat Higgs
+############################################################
+# Upsilon3S to Higgs, 
+Particle Higgs0 6.0 100.0
+ChangeMassMin Higgs0 2.0
+ChangeMassMax Higgs0 11.0
+Alias myX Higgs0
+#
+#
+Decay  Upsilon(3S)
+1.0000    myX gamma    VSP_PWAVE;
+Enddecay
+#
+#
+Decay  myX
+1.0000     tau+ tau-      PHSP;
+Enddecay
+#
+#
+End
+
+
diff --git a/BaBar_2014/Ups4S_Dc_5modes.dec b/BaBar_2014/Ups4S_Dc_5modes.dec
new file mode 100644
index 0000000..6c604f6
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dc_5modes.dec
@@ -0,0 +1,233 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D+/- -> Ks pi, Ks pi pi0, Ks 3pi,               #
+#         K 2pi, K 2pi pi0                        #  
+#                                                 #
+# created: D. del Re 11/07/01                     #
+#          daniele@slac.stanford.edu              #
+###################################################
+#
+Alias my-a_1+ a_1+
+Alias my-a_1- a_1-
+#
+Alias my-anti-K0 anti-K0
+Alias my-K0 K0
+Alias my-K_S0 K_S0
+#
+Alias my-K*0 K*0
+Alias my-anti-K*0 anti-K*0
+#
+Alias my2-K*0 K*0
+Alias my2-anti-K*0 anti-K*0
+#
+Alias my-K_0*0 K_0*0
+Alias my-anti-K_0*0 anti-K_0*0
+#
+Alias my-K''*0 K''*0
+Alias my-anti-K''*0 anti-K''*0
+#
+Alias my-K'_10 K'_10
+Alias my-anti-K'_10 anti-K'_10
+#
+Alias my2-K'_10 K'_10
+Alias my2-anti-K'_10 anti-K'_10
+#
+Alias my-K*+ K*+
+Alias my-K*- K*-
+#
+Alias my2-K*+ K*+
+Alias my2-K*- K*-
+#
+#
+Decay D+
+#
+#
+# Ks pi
+0.0098   my-anti-K0   pi+                PHSP;
+#
+# K-  pi+  pi+      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K-  pi+  pi+                    D_DALITZ; 
+# these 4 modes below are K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ and non res 
+#0.0127   my-anti-K*0 pi+                 SVS;
+#0.0230   my-anti-K_0*0 pi+               PHSP;
+#0.0037   my-anti-K''*0 pi+               SVS;
+#0.0850   K-  pi+  pi+                    PHSP;
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho+    my-anti-K0              SVS;
+0.0021   anti-K_0*0N  pi+                PHSP;       
+0.0042   my-anti-K0   pi+  pi0           PHSP;
+#
+# K  pi+ pi+ pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   my-anti-K*0 rho+                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-anti-K'_10 pi+               SVS;
+0.0110   K-  rho+  pi+                   PHSP;    
+0.0280   my-anti-K*0 pi0  pi+            PHSP;    
+0.0070   my-K*- pi+  pi+                 PHSP;      
+0.0120   K-  pi+  pi+   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0123   my-a_1+ my-anti-K0              SVS;  
+0.0074   my2-anti-K'_10 pi+              SVS;
+0.0048   my2-K*- pi+  pi+                PHSP;   
+0.0017   my-anti-K0  rho0  pi+           PHSP;    
+0.0027   my-anti-K0   pi+  pi+   pi-     PHSP;   
+Enddecay
+#
+#
+#
+Decay D-
+#
+#
+# Ks pi
+0.0098   my-K0   pi-                     PHSP;
+#
+# K+  pi-  pi-      
+# Dalitz here, PDG modes (commented) just below
+0.0900   K+  pi-  pi-                    D_DALITZ; 
+# these 4 modes below are K*(892)0 pi-, 
+# K*(1430)0 pi-, and K*(1680)0 pi-  and non res 
+#0.0127   my-K*0 pi-                      SVS;
+#0.0230   my-K_0*0 pi-                    PHSP;
+#0.0037   my-K''*0 pi-                    SVS;
+#0.0850   K+  pi-  pi-                    PHSP;
+#
+# Ks  pi+  pi0      
+# these 3 modes below are K0 rho+, 
+# K*bar(892)0 pi+, Ks pi pi0 non res
+0.0224   rho- my-K0                      SVS;
+0.0021   K_0*0N  pi-                     PHSP;       
+0.0042   my-K0   pi-  pi0                PHSP;
+#
+# K+  pi- pi- pi0  
+# these 6 modes below are K*bar(892)0 rho+, K1(1400)0 pi+, K- rho+ pi+,
+# K*bar(892)0 pi pi0, K*bar(892)- pi pi, Ks  pi+  pi0 non res
+0.0140   my-K*0 rho-                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0220   my-K'_10 pi-                    SVS;
+0.0110   K+  rho-  pi-                   PHSP;   
+0.0280   my-K*0 pi0  pi-                 PHSP;   
+0.0070   my-K*+ pi-  pi-                 PHSP;      
+0.0120   K+  pi-  pi-   pi0              PHSP;  
+#
+# Ks  pi+ pi+ pi-
+# these 5 modes are Ks a1, K1(1400)0 pi+,   K*bar(892)- pi pi, 
+# Ks rho0 pi+, Ks pi+ pi+ pi- non res
+0.0136   my-a_1- my-K0                   SVS;  
+0.0074   my2-K'_10 pi-                   SVS;
+0.0048   my2-K*+ pi-  pi-                PHSP;   
+0.0017   my-K0  rho0  pi-                PHSP;   
+0.0027   my-K0   pi-  pi-   pi+          PHSP;   
+Enddecay
+#
+#
+#
+#
+# Redefined modes
+#
+Decay my-K0
+0.500     my-K_S0                        PHSP;
+Enddecay				
+#					
+Decay my-anti-K0			
+0.500     my-K_S0                        PHSP;
+Enddecay				
+#					
+Decay my-K_S0				
+0.6861    pi+  pi-                       PHSP;
+Enddecay				
+#					
+#					
+Decay my-K*0				
+0.6657      K+  pi-                      VSS;
+Enddecay				
+#					
+Decay my-anti-K*0			
+0.6657      K-  pi+                      VSS;
+Enddecay			
+#	
+#					
+Decay my2-K*0				
+0.3323      my-K0  pi0                   VSS;
+Enddecay			
+#					
+Decay my2-anti-K*0			
+0.3323      my-anti-K0  pi0              VSS;
+Enddecay				
+#					
+#					
+Decay my-K_0*0				
+0.6667      K+  pi-                      PHSP;
+Enddecay				
+#					
+Decay my-anti-K_0*0			
+0.6667      K-  pi+                      PHSP;
+Enddecay				
+#					
+#					
+Decay my-K''*0                		
+0.2580   K+  pi-                         VSS;
+Enddecay				
+#					
+Decay my-anti-K''*0              	
+0.2580   K-  pi+                         VSS;
+Enddecay				
+#	
+#				
+Decay my-K'_10				
+0.6300   my-K*+  pi-                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   my-K*0  pi0                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my-anti-K'_10			
+0.6300   my-K*-  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.3100   my-anti-K*0  pi0                VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#	
+#				
+Decay my2-K'_10				
+0.6300   my2-K*+  pi-                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#					
+Decay my2-anti-K'_10			
+0.6300   my2-K*-  pi+                    VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay				
+#			
+#				
+Decay my-K*+				
+0.3330      K+  pi0                      VSS;
+Enddecay				
+#					
+Decay my-K*-				
+0.3330      K-  pi0                      VSS;
+Enddecay				
+#
+#
+Decay my2-K*+				
+0.6660      my-K0  pi+                   VSS;
+Enddecay				
+#					
+Decay my2-K*-				
+0.6660      my-anti-K0  pi-              VSS;
+Enddecay
+#
+#
+Decay my-a_1+
+0.4920   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay my-a_1-
+0.4920   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+#
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_D0K0pipi.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_D0K0pipi.dec
new file mode 100644
index 0000000..761c7d2
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_D0K0pipi.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*- -> anti-D0 pi-, anti-D0 -> K0s pi+ pi-      #
+#                               K0s -> pi+ pi-    #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-K0 K0
+Alias my-K_S0 K_S0
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+# the Dalitz mode below includes K*(892)+ pi- and K0 rho(770)0 resonances
+0.0540   my-K0  pi-  pi+                    D_DALITZ;
+Enddecay
+#
+#
+Decay my-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_D0K3pi.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_D0K3pi.dec
new file mode 100644
index 0000000..bbaf85a
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_D0K3pi.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ pi- pi+ pi-   #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-a_1- a_1-
+Alias my-K*0 K*0
+Alias my-K_1+ K_1+
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0360   my-a_1- K+                      SVS;
+0.0098   my-K*0 rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0036   my-K_1+ pi-                     SVS;
+0.0095   my-K*0 pi-  pi+            PHSP;
+0.0048   K+  pi-  rho0                   PHSP;
+0.0176   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+Decay my-K*0
+0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay my-K_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   my-K*0   pi+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K+    pi- pi+                   PHSP;
+Enddecay
+#
+#
+Decay my-a_1-
+0.4920   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_D0KK.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_D0KK.dec
new file mode 100644
index 0000000..81a9fd2
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_D0KK.dec
@@ -0,0 +1,25 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ K-            #
+#                                                 #
+# created: O. Long Jan13-00                       #
+#          owen@slac.stanford.edu                 #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0044   K+  K-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_D0Kpi.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_D0Kpi.dec
new file mode 100644
index 0000000..724f148
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_D0Kpi.dec
@@ -0,0 +1,25 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ pi-           #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0385   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_D0Kpipi0.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..3d489d0
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_D0Kpipi0.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ pi- pi0       #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+# the Dalitz mode below includes K*(892)0 pi0, K*(892)+ pi-
+# and K+ rho(770)- resonances.
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_D0pi0pi0.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_D0pi0pi0.dec
new file mode 100644
index 0000000..a950631
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_D0pi0pi0.dec
@@ -0,0 +1,25 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*- -> anti-D0 pi-, anti-D0 -> pi0 pi0          #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0009   pi0 pi0                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_D0pipi.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_D0pipi.dec
new file mode 100644
index 0000000..86a81c9
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_D0pipi.dec
@@ -0,0 +1,25 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*- -> anti-D0 pi-, anti-D0 -> pi+ pi-          #
+#                                                 #
+# created: O. Long Jan13-00                       #
+#          owen@slac.stanford.edu                 #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0015   pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_Kmepnu_WS.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_Kmepnu_WS.dec
new file mode 100644
index 0000000..334793e
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_Kmepnu_WS.dec
@@ -0,0 +1,19 @@
+###################################################
+#                                                 #
+# Upsilon(4S) production                          #
+# D*- -> anti-D0 pi-, anti-D0 -> K- e+ nu_e       #
+# MIXED WRONG-SIGN DECAY                          #
+# created: kflood aug2800                         #
+###################################################
+#
+Alias myD0bar anti-D0
+#
+Decay D*-
+1.00 myD0bar pi-               VSS;
+Enddecay
+#
+Decay myD0bar
+1.00 K- e+ nu_e             PHOTOS     ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_Kmmupnu_WS.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_Kmmupnu_WS.dec
new file mode 100644
index 0000000..6b7ef76
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_Kmmupnu_WS.dec
@@ -0,0 +1,19 @@
+###################################################
+#                                                 #
+# Upsilon(4S) production                          #
+# D*- -> anti-D0 pi-, anti-D0 -> K- mu+ nu_mu     #
+# MIXED WRONG-SIGN DECAY                          #
+# created: kflood aug2800                         #
+###################################################
+#
+Alias myD0bar anti-D0
+#
+Decay D*-
+1.00 myD0bar pi-               VSS;
+Enddecay
+#
+Decay myD0bar
+1.00 K- mu+ nu_mu        PHOTOS      ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_Kpemnu.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_Kpemnu.dec
new file mode 100644
index 0000000..be6e403
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_Kpemnu.dec
@@ -0,0 +1,19 @@
+###################################################
+#                                                 #
+# Upsilon(4S) production                          #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ e- anti-nu_e  #
+#                                                 #
+# created: kflood nov0499                         #
+###################################################
+#
+Alias myD0bar anti-D0
+#
+Decay D*-
+1.00 myD0bar pi-               VSS;
+Enddecay
+#
+Decay myD0bar
+1.00 K+ e- anti-nu_e             ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_D0pi_Kpmumnu.dec b/BaBar_2014/Ups4S_Dstarm_D0pi_Kpmumnu.dec
new file mode 100644
index 0000000..9209908
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_D0pi_Kpmumnu.dec
@@ -0,0 +1,20 @@
+###################################################
+#                                                 #
+# Upsilon(4S) production                          #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ mu- anti-nu_mu#
+#                                                 #
+# created: kflood nov0499                         #
+# Mail: KFLOOD@SLAC.STANFORD.EDU
+###################################################
+#
+Alias myD0bar anti-D0
+#
+Decay D*-
+1.00 myD0bar pi-               VSS;
+Enddecay
+#
+Decay myD0bar
+1.00 K+ mu- anti-nu_mu         ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarm_Dmpi0_DmKpipi.dec b/BaBar_2014/Ups4S_Dstarm_Dmpi0_DmKpipi.dec
new file mode 100644
index 0000000..3c7d428
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarm_Dmpi0_DmKpipi.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*- -> D- pi0, D- -> K+ pi- pi-                 #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D- D-
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.3060    my-D-  pi0                        VSS;
+Enddecay
+#
+Decay my-D-
+#
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_D0K0pipi.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_D0K0pipi.dec
new file mode 100644
index 0000000..530a1cd
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_D0K0pipi.dec
@@ -0,0 +1,38 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*+ -> D0 pi+, D0 -> K0s pi+ pi-                #
+#                               K0s -> pi+ pi-    #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-K0 anti-K0
+Alias my-K_S0 K_S0
+Alias my-D0 D0
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   my-anti-K0   pi+  pi-                    D_DALITZ;
+Enddecay
+#
+Decay my-anti-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+         
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_D0K3pi.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_D0K3pi.dec
new file mode 100644
index 0000000..daaaf49
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_D0K3pi.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*+ -> D0 pi+, D0 -> K- pi+ pi- pi+             #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-a_1+ a_1+
+Alias my-anti-K*0 anti-K*0
+Alias my-K_1- K_1-
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0360   my-a_1+ K-                      SVS;
+0.0098   my-anti-K*0 rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0036   my-K_1- pi+                     SVS;
+0.0095   my-anti-K*0 pi+  pi-            PHSP;
+0.0048   K-  pi+  rho0                   PHSP;
+0.0176   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+#
+Decay my-anti-K*0
+0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay my-K_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   my-anti-K*0   pi-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K-    pi+ pi-                   PHSP;
+Enddecay
+#
+#
+Decay my-a_1+
+0.4920   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_D0KK.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_D0KK.dec
new file mode 100644
index 0000000..dcdedf0
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_D0KK.dec
@@ -0,0 +1,25 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*+ -> D0 pi+, D0 -> K- K+                      #
+#                                                 #
+# created: O. Long Jan13-00                       #
+#          owen@slac.stanford.edu                 #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0044   K+  K-                          PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_D0Kpi.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_D0Kpi.dec
new file mode 100644
index 0000000..cd4bef8
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_D0Kpi.dec
@@ -0,0 +1,25 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*+ -> D0 pi+, D0 -> K- pi+                     #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0385   K-  pi+                         PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_D0Kpipi0.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..511a601
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_D0Kpipi0.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*+ -> D0 pi+, D0 -> K- pi+ pi0                 #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+# the Dalitz mode below includes K*(892)0 pi0, K*(892)- pi+
+# and K- rho(770)+ resonances.
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_D0pi0pi0.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_D0pi0pi0.dec
new file mode 100644
index 0000000..56a27be
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_D0pi0pi0.dec
@@ -0,0 +1,25 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*+ -> D0 pi+, D0 -> pi0 pi0                    #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0009   pi0 pi0                         PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_D0pipi.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_D0pipi.dec
new file mode 100644
index 0000000..3cd21d9
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_D0pipi.dec
@@ -0,0 +1,25 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*+ -> D0 pi+, D0 -> pi+ pi-                    #
+#                                                 #
+# created: O. Long Jan13-00                       #
+#          owen@slac.stanford.edu                 #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0015   pi+ pi-                         PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_Kmepnu.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_Kmepnu.dec
new file mode 100644
index 0000000..b79c520
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_Kmepnu.dec
@@ -0,0 +1,19 @@
+###################################################
+#                                                 #
+# Upsilon(4S) production                          #
+# D*+ -> D0 pi+, D0 -> K- e+ nu_e                 #
+#                                                 #
+# created: kflood jan2799                         #
+###################################################
+#
+Alias myD0 D0
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+Decay myD0
+1.00 K- e+ nu_e             ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_Kmmupnu.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_Kmmupnu.dec
new file mode 100644
index 0000000..3c6cce5
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_Kmmupnu.dec
@@ -0,0 +1,20 @@
+###################################################
+#                                                 #
+# Upsilon(4S) production                          #
+# D*+ -> D0 pi+, D0 -> K- mu+ nu_mu               #
+#                                                 #
+# created: kflood nov0499                         #
+# Mail: KFLOOD@SLAC.STANFORD.EDU
+###################################################
+#
+Alias myD0 D0
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+Decay myD0
+1.00 K- mu+ nu_mu             ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_Kpemnu_WS.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_Kpemnu_WS.dec
new file mode 100644
index 0000000..f5accbe
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_Kpemnu_WS.dec
@@ -0,0 +1,19 @@
+###################################################
+#                                                 #
+# Upsilon(4S) production                          #
+# D*+ -> D0 pi+, D0 -> K+ e- anti-nu_e            #
+# MIXED WRONG-SIGN DECAY                          #
+# created: kflood aug2800                         #
+###################################################
+#
+Alias myD0 D0
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+Decay myD0
+1.00 K+ e- anti-nu_e     PHOTOS   ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_D0pi_Kpmumnu_WS.dec b/BaBar_2014/Ups4S_Dstarp_D0pi_Kpmumnu_WS.dec
new file mode 100644
index 0000000..b7e3a6a
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_D0pi_Kpmumnu_WS.dec
@@ -0,0 +1,19 @@
+###################################################
+#                                                 #
+# Upsilon(4S) production                          #
+# D*+ -> D0 pi+, D0 -> K+ mu- anti-nu_mu          #
+# MIXED WRONG-SIGN DECAY                          #
+# created: kflood aug2800                         #
+###################################################
+#
+Alias myD0 D0
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+Decay myD0
+1.00 K+ mu- anti-nu_mu    PHOTOS    ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/Ups4S_Dstarp_Dppi0_DpKpipi.dec b/BaBar_2014/Ups4S_Dstarp_Dppi0_DpKpipi.dec
new file mode 100644
index 0000000..fab40d4
--- /dev/null
+++ b/BaBar_2014/Ups4S_Dstarp_Dppi0_DpKpipi.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# Ups(4S) production                              #
+# D*+ -> D+ pi0, D+ -> K- pi+ pi+                 #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D+ D+
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.3060    my-D+  pi0                        VSS;
+Enddecay
+#
+Decay my-D+
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0910   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/Ups4S_Xic0toOmegaK.dec b/BaBar_2014/Ups4S_Xic0toOmegaK.dec
new file mode 100644
index 0000000..617c7b0
--- /dev/null
+++ b/BaBar_2014/Ups4S_Xic0toOmegaK.dec
@@ -0,0 +1,48 @@
+
+############################################################
+#   Up(4S) -> B0B0_bar  Or -> B+B-                         #
+#                                                          #
+#            Any B                                         #
+#             |                                            # 
+#             |                                            #
+#             +-> Xi_c0                                    #
+#                    |                     [+CC mode]      #
+#                    |                                     # 
+#                    +-> Omega- K+                         #
+#                                                          #
+# Mail: vziegler@slac.stanford.edu                         #
+############################################################
+#
+Alias myLambda0 Lambda0
+Alias myALambda0 anti-Lambda0
+                                                                                                                                                     
+Alias  myOmega- Omega-
+Alias myanti-Omega+ anti-Omega+
+                                                                                                                                                     
+Decay myLambda0
+1.000     p+     pi-                 PHSP;
+Enddecay
+#
+Decay myALambda0
+1.000     anti-p-     pi+             PHSP;
+Enddecay
+#
+Decay myOmega-
+1.000     K-     myLambda0             PHSP;
+Enddecay
+#
+Decay myanti-Omega+
+1.000     K+     myALambda0          PHSP;
+Enddecay
+#
+Decay Xi_c0
+1.000     myOmega-       K+             PHSP;
+Enddecay
+#
+Decay anti-Xi_c0
+1.000     myanti-Omega+       K-            PHSP;
+Enddecay
+#
+End
+                                                                                                                                                     
+
diff --git a/BaBar_2014/Ups4S_Xic0toXipi.dec b/BaBar_2014/Ups4S_Xic0toXipi.dec
new file mode 100644
index 0000000..fa67d11
--- /dev/null
+++ b/BaBar_2014/Ups4S_Xic0toXipi.dec
@@ -0,0 +1,47 @@
+
+############################################################
+#   Up(4S) -> B0B0_bar  Or -> B+B-                         #
+#                                                          #
+#            Any B                                         #
+#             |                                            # 
+#             |                                            #
+#             +-> Xi_c0                                    #
+#                    |                     [+CC mode]      #
+#                    |                                     # 
+#                    +-> Xi- pi+                           #
+#                                                          #
+# Mail: vziegler@slac.stanford.edu                         #
+############################################################
+#
+Alias myLambda0 Lambda0
+Alias myALambda0 anti-Lambda0
+ 
+Alias  myXi- Xi-
+Alias myanti-Xi+ anti-Xi+
+ 
+Decay myLambda0
+1.000     p+     pi-                 PHSP;
+Enddecay
+#
+Decay myALambda0
+1.000     anti-p-     pi+             PHSP;
+Enddecay
+#
+Decay myXi-
+1.000     pi-     myLambda0             PHSP;
+Enddecay
+#
+Decay myanti-Xi+
+1.000     pi+     myALambda0          PHSP;
+Enddecay
+#
+Decay Xi_c0
+1.000     myXi-       pi+             PHSP;
+Enddecay
+#
+Decay anti-Xi_c0
+1.000     myanti-Xi+       pi-            PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/Ups4S_to_gammaChib3_3P1_to_gammaUps3S_to_pipiUpsnS.dec b/BaBar_2014/Ups4S_to_gammaChib3_3P1_to_gammaUps3S_to_pipiUpsnS.dec
new file mode 100644
index 0000000..53332d5
--- /dev/null
+++ b/BaBar_2014/Ups4S_to_gammaChib3_3P1_to_gammaUps3S_to_pipiUpsnS.dec
@@ -0,0 +1,115 @@
+###################################################
+#                                                 #
+# Ups(4S) -> gamma Chib1(3P)                      #
+#                  Chib1(3P)->gamma Ups(3S)       #
+#                                   Ups(3S)->pi+pi-Ups(2S) #
+#                              or   Ups(3S)->pi0pi0Ups(2S) #
+#                              or   Ups(3S)->pi+pi-Ups(1S) #
+#                              or   Ups(3S)->pi0pi0Ups(1S) #
+# Author: Joe Izen                                #
+# created:                   13/Jul/00            #
+###################################################
+#
+# EvtGen card Ups4s -> gamma chi_b1(3P), chi_b1(3P) ->gamma Ups(3S)
+# Default Upsilon(3S) decay
+#
+# Partial wave amplitudes for V -> gamma V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 124 of Joe's log book
+#
+# L S  M(L,S) Ups4s -> gamma chi_b1(3P)
+#             Ups3s -> gamma chi_b1(2P)
+#             chi_b1(3P) ->gamma Ups(3S)
+# 0 1  (1/2) * (  A( 1 1) + A( 1 0) - A(-1 0) - A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 0 or 2
+# Assume L=0 dominates.
+#
+Define VGV_1_1      1.0
+Define VGV_1_0      1.0
+Define VGV_-1_0    -1.0
+Define VGV_-1_-1   -1.0
+#
+Define argVGV_1_1   0.0
+Define argVGV_1_0   0.0
+Define argVGV_-1_0  0.0
+Define argVGV_-1_-1 0.0
+#===========================================================
+# Partial wave amplitudes for V -> gamma T in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 125 of Joe's log book
+#
+# L S  M(L,S) Ups3s -> gamma chi_b2(3P)
+#
+# 0 1  (  ) * (  sqrt(6)*A(1 2)  + sqrt(3)*A( 1 1)  +         A( 1 0) 
+#                        A(-1 0) + sqrt(3)*A(-1 -1) + sqrt(6)*A(-1 -2) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 0 or 2
+# Assume L=0 dominates.
+#
+Define VGT_1_2      2.4494897
+Define VGT_1_1      1.7320508
+Define VGT_1_0      1.0
+Define VGT_-1_0     1.0
+Define VGT_-1_-1    1.7320508
+Define VGT_-1_-2    2.4494897
+#
+Define argVGT_1_2   0.0
+Define argVGT_1_1   0.0
+Define argVGT_1_0   0.0
+Define argVGT_-1_0  0.0
+Define argVGT_-1_-1 0.0
+Define argVGT_-1_-2 0.0
+
+#===========================================================
+# Partial wave amplitudes for V -> gamma S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 125 of Joe's log book
+#
+# L S  M(L,S) Ups3s -> gamma chi_b0(3P)
+#
+# 0 1  (  ) * (  A( 1 0) - A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 0 or 2
+# Assume L=0 dominates.
+#
+Define VGS_1_0      1.0
+Define VGS_-1_0    -1.0
+#
+Define argVGS_1_0   0.0
+Define argVGS_-1_0  0.0
+#===========================================================
+
+Decay Upsilon(4S)
+1.00        gamma chi_b1(3P)   HELAMP  VGV_1_1  argVGV_1_1   VGV_1_0   argVGV_1_0   
+                                       VGV_-1_0 argVGV_-1_0  VGV_-1_-1 argVGV_-1_-1; 
+Enddecay
+#
+
+Decay chi_b1(3P)
+1.0000    gamma  Upsilon(3S)   HELAMP  VGV_1_1  argVGV_1_1   VGV_1_0   argVGV_1_0   
+                                       VGV_-1_0 argVGV_-1_0  VGV_-1_-1 argVGV_-1_-1; 
+Enddecay
+
+Decay  Upsilon(3S)
+0.0000    e+    e-              PHOTOS  VLL;
+0.0000    mu+   mu-             PHOTOS  VLL;
+0.0000    tau+  tau-                    VLL;
+0.0000    Upsilon  pi+  pi-                PHSP;
+0.0000    Upsilon  pi0  pi0                PHSP;
+0.25000    Upsilon(2S)  pi+  pi-                PHSP;
+0.25000    Upsilon(2S)  pi0  pi0                PHSP;
+0.25000    Upsilon      pi+  pi-                PHSP;
+0.25000    Upsilon      pi0  pi0                PHSP;
+0.0000    Upsilon(2S)  gamma gamma             PHSP;
+
+0.0000    gamma  chi_b2(2P)    HELAMP  VGT_1_2  argVGT_1_2   VGT_1_1  argVGT_1_1    VGT_1_0   argVGT_1_0   
+                                       VGT_-1_0 argVGT_-1_0  VGT_-1_-1 argVGT_-1_-1 VGT_-1_-2 argVGT_-1_-2;
+
+0.0000    gamma  chi_b1(2P)    HELAMP  VGV_1_1  argVGV_1_1   VGV_1_0   argVGV_1_0   
+                                       VGV_-1_0 argVGV_-1_0  VGV_-1_-1 argVGV_-1_-1;
+
+0.0000    gamma  chi_b0(2P)    HELAMP  VGS_1_0 argVGS_1_0   VGS_-1_0 argVGS_-1_0;
+Enddecay
+
+End
diff --git a/BaBar_2014/Ups4S_to_gammaChib3_3P1_to_gammaUpsnS_to_ll.dec b/BaBar_2014/Ups4S_to_gammaChib3_3P1_to_gammaUpsnS_to_ll.dec
new file mode 100644
index 0000000..ebe5f45
--- /dev/null
+++ b/BaBar_2014/Ups4S_to_gammaChib3_3P1_to_gammaUpsnS_to_ll.dec
@@ -0,0 +1,115 @@
+###################################################
+#                                                 #
+# Ups(4S) -> gamma Chib1(3P)                      #
+#                  Chib1(3P)->gamma Ups(3S or 2S) #
+#                                   Ups->l+l-     #
+# Author: Joe Izen                                #
+# created:                   13/Jul/00            #
+###################################################
+#
+# EvtGen card Ups4s -> gamma chi_b1(3P), chi_b1(3P) ->gamma Ups(3S)
+# Default Upsilon(3S) decay
+#
+# Partial wave amplitudes for V -> gamma V in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 124 of Joe's log book
+#
+# L S  M(L,S) Ups4s -> gamma chi_b1(3P)
+#             Ups3s -> gamma chi_b1(2P)
+#             chi_b1(3P) ->gamma Ups(3S)
+# 0 1  (1/2) * (  A( 1 1) + A( 1 0) - A(-1 0) - A(-1 -1) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 0 or 2
+# Assume L=0 dominates.
+#
+Define VGV_1_1      1.0
+Define VGV_1_0      1.0
+Define VGV_-1_0    -1.0
+Define VGV_-1_-1   -1.0
+#
+Define argVGV_1_1   0.0
+Define argVGV_1_0   0.0
+Define argVGV_-1_0  0.0
+Define argVGV_-1_-1 0.0
+#===========================================================
+# Partial wave amplitudes for V -> gamma T in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 125 of Joe's log book
+#
+# L S  M(L,S) Ups3s -> gamma chi_b2(3P)
+#
+# 0 1  (  ) * (  sqrt(6)*A(1 2)  + sqrt(3)*A( 1 1)  +         A( 1 0) 
+#                        A(-1 0) + sqrt(3)*A(-1 -1) + sqrt(6)*A(-1 -2) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 0 or 2
+# Assume L=0 dominates.
+#
+Define VGT_1_2      2.4494897
+Define VGT_1_1      1.7320508
+Define VGT_1_0      1.0
+Define VGT_-1_0     1.0
+Define VGT_-1_-1    1.7320508
+Define VGT_-1_-2    2.4494897
+#
+Define argVGT_1_2   0.0
+Define argVGT_1_1   0.0
+Define argVGT_1_0   0.0
+Define argVGT_-1_0  0.0
+Define argVGT_-1_-1 0.0
+Define argVGT_-1_-2 0.0
+
+#===========================================================
+# Partial wave amplitudes for V -> gamma S in helicity formalism 
+# Reference: R. Kutschke "An Angular Distribution Cookbook"
+# Calculation on p 125 of Joe's log book
+#
+# L S  M(L,S) Ups3s -> gamma chi_b0(3P)
+#
+# 0 1  (  ) * (  A( 1 0) - A(-1 0) )
+#
+# Note Parity conservation for EM or Strong decays requires L = 0 or 2
+# Assume L=0 dominates.
+#
+Define VGS_1_0      1.0
+Define VGS_-1_0    -1.0
+#
+Define argVGS_1_0   0.0
+Define argVGS_-1_0  0.0
+#===========================================================
+
+Decay Upsilon(4S)
+1.00        gamma chi_b1(3P)   HELAMP  VGV_1_1  argVGV_1_1   VGV_1_0   argVGV_1_0   
+                                       VGV_-1_0 argVGV_-1_0  VGV_-1_-1 argVGV_-1_-1; 
+Enddecay
+#
+
+Decay chi_b1(3P)
+0.5000    gamma  Upsilon(3S)   HELAMP  VGV_1_1  argVGV_1_1   VGV_1_0   argVGV_1_0   
+                                       VGV_-1_0 argVGV_-1_0  VGV_-1_-1 argVGV_-1_-1; 
+0.5000    gamma  Upsilon(2S)   HELAMP  VGV_1_1  argVGV_1_1   VGV_1_0   argVGV_1_0   
+                                       VGV_-1_0 argVGV_-1_0  VGV_-1_-1 argVGV_-1_-1; 
+Enddecay
+
+Decay  Upsilon(3S)
+0.5000    e+    e-              PHOTOS  VLL;
+0.5000    mu+   mu-             PHOTOS  VLL;
+0.0000    tau+  tau-                    VLL;
+0.0000    Upsilon  pi+  pi-                PHSP;
+0.0000    Upsilon  pi0  pi0                PHSP;
+0.0000    Upsilon(2S)  pi+  pi-                PHSP;
+0.0000    Upsilon(2S)  pi0  pi0                PHSP;
+
+0.0000    gamma  chi_b2(2P)    HELAMP  VGT_1_2  argVGT_1_2   VGT_1_1  argVGT_1_1    VGT_1_0   argVGT_1_0   
+                                       VGT_-1_0 argVGT_-1_0  VGT_-1_-1 argVGT_-1_-1 VGT_-1_-2 argVGT_-1_-2;
+
+0.0000    gamma  chi_b1(2P)    HELAMP  VGV_1_1  argVGV_1_1   VGV_1_0   argVGV_1_0   
+                                       VGV_-1_0 argVGV_-1_0  VGV_-1_-1 argVGV_-1_-1;
+
+0.0000    gamma  chi_b0(2P)    HELAMP  VGS_1_0 argVGS_1_0   VGS_-1_0 argVGS_-1_0;
+Enddecay
+
+Decay  Upsilon(2S)
+0.5000    e+    e-              PHOTOS  VLL;
+0.5000    mu+   mu-             PHOTOS  VLL;
+Enddecay
+End
diff --git a/BaBar_2014/Ups4sToDlnuX_D0kpi.dec b/BaBar_2014/Ups4sToDlnuX_D0kpi.dec
new file mode 100644
index 0000000..f489583
--- /dev/null
+++ b/BaBar_2014/Ups4sToDlnuX_D0kpi.dec
@@ -0,0 +1,273 @@
+###################################################
+#                                                 #
+# Ups4SToDlnuX_D0Kpi decay.dec                    #
+#                                                 #
+# Decay: B -> D0 l- nu X  anti-B -> X             #
+#              |                                  #
+#              |->D0 pi+                          #
+#                  |->K- pi+                      #
+#                                                 #
+# + cc                                            #
+#                                                 #
+# The semileptonic B BRs and excited charm BRs    #
+# have been taken from the analysis-8 version of  #
+# DECAY.DEC; they may need to be changed in future#
+# versions of this decay file.                    #
+#                                                 #
+# Author: Bob Kowalewski   kowalews@uvic.ca       #
+# 2001/04/26                                      #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyB+ B+
+Alias MyB- B-
+Alias MyD*+     D*+
+Alias MyD*0     D*0
+Alias MyD0      D0
+Alias MyD*-     D*-
+Alias Myanti-D*0     anti-D*0
+Alias Myanti-D0      anti-D0
+Alias MyD_1+    D_1+
+Alias MyD_1-    D_1-
+Alias MyD_10    D_10
+Alias Myanti-D_10    anti-D_10
+Alias MyD'_1+    D'_1+
+Alias MyD'_1-    D'_1-
+Alias MyD'_10    D'_10
+Alias Myanti-D'_10    anti-D'_10
+Alias MyD_0*+    D_0*+
+Alias MyD_0*-    D_0*-
+Alias MyD_0*0    D_0*0
+Alias Myanti-D_0*0    anti-D_0*0
+Alias MyD_2*+    D_2*+
+Alias MyD_2*-    D_2*-
+Alias MyD_2*0    D_2*0
+Alias Myanti-D_2*0    anti-D_2*0
+#
+Decay Upsilon(4S)
+0.210 MyB0  anti-B0                   VSS_MIX dm;
+0.210 Myanti-B0  B0                   VSS_MIX dm;
+0.040 Myanti-B0 anti-B0               VSS_MIX dm;
+0.040 MyB0  B0                        VSS_MIX dm;
+0.250 MyB+ B-                         VSS;
+0.250 MyB- B+                         VSS;
+Enddecay
+#
+Decay Myanti-B0
+#                   b -> c semileptonic
+#
+0.0560   MyD*+     e-   anti-nu_e          PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D+        e-   anti-nu_e          PHOTOS  ISGW2;
+0.0056   MyD_1+    e-   anti-nu_e          PHOTOS  ISGW2;
+0.0020   MyD_0*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   MyD'_1+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0037   MyD_2*+   e-   anti-nu_e          PHOTOS  ISGW2;
+0.0010   MyD*+   pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0020   MyD*0   pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0030   D+      pi0   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0060   MyD0    pi+   e-   anti-nu_e      PHOTOS  GOITY_ROBERTS;
+0.0560   MyD*+     mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D+        mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0056   MyD_1+    mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0020   MyD_0*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   MyD'_1+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0037   MyD_2*+   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0010   MyD*+    pi0   mu-  anti-nu_mu    PHOTOS  GOITY_ROBERTS;
+0.0020   MyD*0    pi+   mu-  anti-nu_mu    PHOTOS  GOITY_ROBERTS;
+0.0030   D+       pi0   mu-  anti-nu_mu    PHOTOS  GOITY_ROBERTS;
+0.0060   MyD0     pi+   mu-  anti-nu_mu    PHOTOS  GOITY_ROBERTS;
+Enddecay 
+#
+Decay MyB0
+#                   b -> c semileptonic
+0.0560   MyD*-     e+   nu_e           PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D-        e+   nu_e           PHOTOS  ISGW2;
+0.0056   MyD_1-    e+   nu_e           PHOTOS  ISGW2;
+0.0020   MyD_0*-   e+   nu_e           PHOTOS  ISGW2;
+0.0037   MyD'_1-   e+   nu_e           PHOTOS  ISGW2;
+0.0037   MyD_2*-   e+   nu_e           PHOTOS  ISGW2;
+0.0010   MyD*-   pi0   e+   nu_e       PHOTOS  GOITY_ROBERTS;
+0.0020   Myanti-D*0  pi-   e+   nu_e   PHOTOS  GOITY_ROBERTS;
+0.0030   D-      pi0   e+   nu_e       PHOTOS  GOITY_ROBERTS;
+0.0060   Myanti-D0  pi-   e+   nu_e    PHOTOS  GOITY_ROBERTS;
+0.0560   MyD*-    mu+  nu_mu           PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   D-       mu+  nu_mu           PHOTOS  ISGW2;
+0.0056   MyD_1-   mu+  nu_mu           PHOTOS  ISGW2;
+0.0020   MyD_0*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   MyD'_1-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0037   MyD_2*-   mu+  nu_mu          PHOTOS  ISGW2;
+0.0010   MyD*-  pi0   mu+  nu_mu       PHOTOS  GOITY_ROBERTS;
+0.0020   Myanti-D*0  pi-   mu+  nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0030   D-     pi0   mu+  nu_mu       PHOTOS  GOITY_ROBERTS;
+0.0060   Myanti-D0  pi-   mu+  nu_mu   PHOTOS  GOITY_ROBERTS;
+Enddecay 
+#
+Decay MyB-
+#                  b -> c semileptonic
+#
+0.0560   MyD*0     e-   anti-nu_e         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   MyD0      e-   anti-nu_e         PHOTOS  ISGW2;
+0.0056   MyD_10    e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   MyD_0*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   MyD'_10   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0037   MyD_2*0   e-   anti-nu_e         PHOTOS  ISGW2;
+0.0020   MyD*+   pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0010   MyD*0   pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D+      pi-   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+0.0030   MyD0    pi0   e-   anti-nu_e     PHOTOS  GOITY_ROBERTS;
+#
+0.0560   MyD*0    mu-  anti-nu_mu         PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   MyD0     mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0056   MyD_10   mu-  anti-nu_mu         PHOTOS  ISGW2;
+0.0020   MyD_0*0   mu-  anti-nu_mu        PHOTOS  ISGW2;
+0.0037   MyD'_10   mu-  anti-nu_mu        PHOTOS  ISGW2;
+0.0037   MyD_2*0   mu-  anti-nu_mu        PHOTOS  ISGW2;
+0.0020   MyD*+    pi-   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0010   MyD*0    pi0   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0060   D+       pi-   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+0.0030   MyD0     pi0   mu-   anti-nu_mu  PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay MyB+
+#
+#                  b -> c semileptonic
+0.0560   Myanti-D*0     e+   nu_e        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   Myanti-D0      e+   nu_e        PHOTOS  ISGW2;
+0.0056   Myanti-D_10    e+   nu_e        PHOTOS  ISGW2;
+0.0020   Myanti-D_0*0   e+   nu_e        PHOTOS  ISGW2;
+0.0037   Myanti-D'_10   e+   nu_e        PHOTOS  ISGW2;
+0.0037   Myanti-D_2*0   e+   nu_e        PHOTOS  ISGW2;
+0.0020   MyD*-    pi+   e+   nu_e        PHOTOS  GOITY_ROBERTS;
+0.0010   Myanti-D*0  pi0   e+   nu_e     PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   e+   nu_e            PHOTOS  GOITY_ROBERTS;
+0.0030   Myanti-D0  pi0   e+   nu_e      PHOTOS  GOITY_ROBERTS;
+0.0560   Myanti-D*0    mu+  nu_mu        PHOTOS  HQET 0.92 1.18 0.72;
+0.0210   Myanti-D0    mu+  nu_mu         PHOTOS  ISGW2;
+0.0056   Myanti-D_10   mu+  nu_mu        PHOTOS  ISGW2;
+0.0020   Myanti-D_0*0   mu+  nu_mu       PHOTOS  ISGW2;
+0.0037   Myanti-D'_10   mu+  nu_mu       PHOTOS  ISGW2;
+0.0037   Myanti-D_2*0   mu+  nu_mu       PHOTOS  ISGW2;
+0.0020   MyD*-  pi+   mu+   nu_mu        PHOTOS  GOITY_ROBERTS;
+0.0010   Myanti-D*0  pi0   mu+   nu_mu   PHOTOS  GOITY_ROBERTS;
+0.0060   D-   pi+   mu+   nu_mu          PHOTOS  GOITY_ROBERTS;
+0.0030   Myanti-D0  pi0   mu+   nu_mu    PHOTOS  GOITY_ROBERTS;
+Enddecay
+#
+Decay MyD0
+1.0000   K-   pi+        PHSP;
+Enddecay
+#
+Decay Myanti-D0
+1.0000   K+   pi-        PHSP;
+Enddecay
+#
+#   Vector Mesons
+#
+Decay MyD*+
+0.6830    MyD0  pi+                      VSS;
+0.3060    D+  pi0                        VSS;
+0.0110    D+  gamma                      VSP_PWAVE;
+Enddecay
+Decay MyD*-
+0.6830    Myanti-D0 pi-                  VSS;
+0.3060    D-  pi0                        VSS;
+0.0110    D-  gamma                      VSP_PWAVE;
+Enddecay
+Decay MyD*0
+0.6190    MyD0  pi0                      VSS;
+0.3810    MyD0  gamma                    VSP_PWAVE;
+Enddecay
+Decay Myanti-D*0
+0.6190    Myanti-D0  pi0                 VSS;
+0.3810    Myanti-D0  gamma               VSP_PWAVE;
+Enddecay
+#
+#   D**
+#
+Decay MyD_0*+
+0.3333   D+  pi0                         PHSP;
+0.6667   MyD0  pi+                       PHSP;
+Enddecay
+Decay MyD_0*-
+0.3333   D-  pi0                         PHSP;
+0.6667   Myanti-D0 pi-                   PHSP;
+Enddecay
+Decay MyD_0*0
+0.3333   MyD0  pi0                       PHSP;
+0.6667   D+  pi-                         PHSP;
+Enddecay
+Decay Myanti-D_0*0
+0.3333   Myanti-D0 pi0                   PHSP;
+0.6667   D-  pi+                         PHSP;
+Enddecay
+#
+Decay MyD_1+
+0.3333    MyD*+ pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    MyD*0 pi+                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay MyD_1-
+0.3333    MyD*- pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    Myanti-D*0 pi-                 VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0
+;
+Enddecay
+Decay MyD_10
+0.3333    MyD*0 pi0                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.6667    MyD*+ pi-                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+Decay Myanti-D_10
+0.3333    Myanti-D*0 pi0                 VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0
+;
+0.6667    MyD*- pi+                      VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay MyD'_1+
+0.3333    MyD*+ pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    MyD*0 pi+                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD'_1-
+0.3333    MyD*- pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    Myanti-D*0 pi-                 VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0
+;
+Enddecay
+Decay MyD'_10
+0.6667    MyD*+ pi-                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.3333    MyD*0 pi0                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+Decay Myanti-D'_10
+0.3333    Myanti-D*0 pi0                 VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+0.6667    MyD*- pi+                      VVS_PWAVE  1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#
+Decay MyD_2*+
+0.1030    MyD*+ pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    MyD*0 pi+                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    D+  pi0                        TSS;
+0.4590    MyD0  pi+                      TSS;
+Enddecay
+Decay MyD_2*-
+0.1030    MyD*- pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2090    Myanti-D*0 pi-                 TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    D-  pi0                        TSS;
+0.4590    Myanti-D0 pi-                  TSS;
+Enddecay
+Decay MyD_2*0
+0.2090    MyD*+ pi-                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.1030    MyD*0 pi0                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    MyD0  pi0                      TSS;
+0.4590    D+  pi-                        TSS;
+Enddecay
+Decay Myanti-D_2*0
+0.1030    Myanti-D*0 pi0                 TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0
+;
+0.2090    MyD*- pi+                      TVS_PWAVE  0.0 0.0 1.0 0.0 0.0 0.0;
+0.2290    Myanti-D0 pi0                  TSS;
+0.4590    D-  pi+                        TSS;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/X50_Sigmac0_Lambda0_K0.dec b/BaBar_2014/X50_Sigmac0_Lambda0_K0.dec
new file mode 100644
index 0000000..5a00477
--- /dev/null
+++ b/BaBar_2014/X50_Sigmac0_Lambda0_K0.dec
@@ -0,0 +1,51 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Sigma_c0 (a.k.a. pentaquark state)
+#                    Sigma0 (Lambda0 gamma) K_S0
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Nicolas Berger 03/04
+#                                                                             #
+###############################################################################
+#
+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+Alias myK_S0 K_S0
+
+Particle Sigma_c0      1.862 0.001
+Particle anti-Sigma_c0 1.862 0.001
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Sigma_c0
+1.000 myLambda0 K_S0 PHSP;
+Enddecay
+
+##
+Decay anti-Sigma_c0
+1.000 myanti-Lambda0 K_S0 PHSP;
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/X50_Sigmac0_Sigma0_K0.dec b/BaBar_2014/X50_Sigmac0_Sigma0_K0.dec
new file mode 100644
index 0000000..6e1a187
--- /dev/null
+++ b/BaBar_2014/X50_Sigmac0_Sigma0_K0.dec
@@ -0,0 +1,63 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Sigma_c0 (a.k.a. pentaquark state)
+#                    Sigma0 (Lambda0 gamma) K_S0
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Nicolas Berger 03/04
+#                                                                             #
+###############################################################################
+#
+
+Alias mySigma0 Sigma0
+Alias myanti-Sigma0 anti-Sigma0
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+Alias myK_S0 K_S0
+
+Particle Sigma_c0      1.862 0.001
+Particle anti-Sigma_c0 1.862 0.001
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Sigma_c0
+1.000 mySigma0 K_S0 PHSP;
+Enddecay
+
+##
+Decay anti-Sigma_c0
+1.000 myanti-Sigma0 K_S0 PHSP;
+Enddecay
+
+##
+Decay mySigma0
+1.000  myLambda0 gamma PHSP; 
+Enddecay
+
+##
+Decay myanti-Sigma0
+1.000  myanti-Lambda0 gamma PHSP; 
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/X50_Xi1530_Lambda0_K0.dec b/BaBar_2014/X50_Xi1530_Lambda0_K0.dec
new file mode 100644
index 0000000..6180144
--- /dev/null
+++ b/BaBar_2014/X50_Xi1530_Lambda0_K0.dec
@@ -0,0 +1,147 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Xi*(1530) (AKA) pentaquark state
+#            Xi*(1530) ->   Lambda0 K_S0                      
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Nicolas Berger 29/06/04
+#                                                                             #
+###############################################################################
+#
+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+Alias myK_S0 K_S0
+
+Particle Xi*0      1.862 0.001
+Particle anti-Xi*0 1.862 0.001
+
+
+ChangeMassMin anti-Xi*0 1.5
+ChangeMassMin Xi*0 1.5
+                  
+ChangeMassMax anti-Xi*0 2.5
+ChangeMassMax Xi*0 2.5
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Xi*0
+1.000 myLambda0 myK_S0 PHSP;
+Enddecay
+
+##
+Decay anti-Xi*0
+1.000 myanti-Lambda0 myK_S0 PHSP;
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+##
+Decay myK_S0
+1.000 pi+ pi- PHSP;
+Enddecay
+
+############
+
+#   Charm Baryons
+#
+Decay Lambda_c+
+0.01800         e+      nu_e    Lambda0         JETSET         42;
+0.00500         e+      nu_e    Sigma0  JETSET         42;
+0.00500         e+      nu_e    Sigma*0         JETSET         42;
+0.00300         e+      nu_e    n0      JETSET         42;
+0.00200         e+      nu_e    Delta0  JETSET         42;
+0.00600         e+      nu_e    p+      pi-     JETSET         42;
+0.00600         e+      nu_e    n0      pi0     JETSET         42;
+0.01800         mu+     nu_mu   Lambda0         JETSET         42;
+0.00500         mu+     nu_mu   Sigma0  JETSET         42;
+0.00500         mu+     nu_mu   Sigma*0         JETSET         42;
+0.00300         mu+     nu_mu   n0      JETSET         42;
+0.00200         mu+     nu_mu   Delta0  JETSET         42;
+0.00600         mu+     nu_mu   p+      pi-     JETSET         42;
+0.00600         mu+     nu_mu   n0      pi0     JETSET         42;
+0.00660         Delta++         K-      JETSET         0;
+0.02500         Delta++         K*-     JETSET         0;
+0.02300         p+      anti-K0         JETSET         0;
+0.04000         p+      anti-K*0        JETSET         0;
+0.00500         Delta+          anti-K0         JETSET         0;
+0.00500         Delta+  anti-K*0        JETSET         0;
+0.00580         Lambda0         pi+     JETSET         0;
+0.00500         Lambda0         rho+    JETSET         0;
+0.00550         Sigma0  pi+     JETSET         0;
+0.00400         Sigma0          rho+    JETSET         0;
+0.00400         Sigma*0         pi+     JETSET         0;
+0.00400         Sigma*0         rho+    JETSET         0;
+0.00400         Sigma+          pi0     JETSET         0;
+0.00200         Sigma+          eta     JETSET         0;
+0.00200         Sigma+  eta'    JETSET         0;
+0.00400         Sigma+          rho0    JETSET         0;
+0.00400         Sigma+          omega   JETSET         0;
+0.00300         Sigma*+         pi0     JETSET         0;
+0.00200         Sigma*+         eta     JETSET         0;
+0.00300         Sigma*+         rho0    JETSET         0;
+0.00300         Sigma*+         omega   JETSET         0;
+0.00200         Xi0     K+      JETSET         0;
+0.00200         Xi0     K*+     JETSET         0;
+0.00100         Delta++         pi-     JETSET         0;
+0.00100         Delta++         rho-    JETSET         0;
+0.00200         p+      pi0     JETSET         0;
+0.00100         p+      eta     JETSET         0;
+0.00100         p+      eta'    JETSET         0;
+0.00200         p+      rho0    JETSET         0;
+0.00200         p+      omega   JETSET         0;
+0.00130         p+      phi     JETSET         0;
+0.00180         p+      f_0     JETSET         0;
+0.00100         Delta+          pi0     JETSET         0;
+0.00100         Delta+          eta     JETSET         0;
+0.00100         Delta+  eta'    JETSET         0;
+0.00100         Delta+          rho0    JETSET         0;
+0.00100         Delta+          omega   JETSET         0;
+0.00300         n0      pi+     JETSET         0;
+0.00300         n0      rho+    JETSET         0;
+0.00300         Delta0  pi+     JETSET         0;
+0.00300         Delta0          rho+    JETSET         0;
+0.00500         Lambda0         K+      JETSET         0;
+0.00500         Lambda0         K*+     JETSET         0;
+0.00200         Sigma0          K+      JETSET         0;
+0.00200         Sigma0          K*+     JETSET         0;
+0.00100         Sigma*0         K+      JETSET         0;
+0.00100         Sigma*0         K*+     JETSET         0;
+0.00200         Sigma+          K0      JETSET         0;
+0.00200         Sigma+          K*0     JETSET         0;
+0.00100         Sigma*+         K0      JETSET         0;
+0.00100         Sigma*+         K*0     JETSET         0;
+0.13000         u       anti-d          d       su_0    JETSET         13;
+0.05700         u       anti-d          d       su_1    JETSET         13;
+0.03500         u       anti-s          d       su_0    JETSET         13;
+0.03500         u       anti-d          d       ud_0    JETSET         13;
+0.09500         s       uu_1    JETSET         13;
+0.14000         u       su_0    JETSET         13;
+0.14000         u       su_1    JETSET         13;
+0.03000         d       uu_1    JETSET         13;
+0.01500         u       ud_0    JETSET         13;
+0.01500         u       ud_1    JETSET         13;
+Enddecay
+CDecay anti-Lambda_c-
+#
+
+End
+
+
diff --git a/BaBar_2014/X5m_Sigmacm_Lambda0_Km.dec b/BaBar_2014/X5m_Sigmacm_Lambda0_Km.dec
new file mode 100644
index 0000000..9e93924
--- /dev/null
+++ b/BaBar_2014/X5m_Sigmacm_Lambda0_Km.dec
@@ -0,0 +1,50 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Sigma_c+ (a.k.a. pentaquark state)
+#                    Sigma0 (Lambda0 gamma) K+ 
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Nicolas Berger 03/04
+#                                                                             #
+###############################################################################
+#
+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+Particle Sigma_c+      1.862 0.001
+Particle anti-Sigma_c- 1.862 0.001
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay anti-Sigma_c-
+1.000 myLambda0 K- PHSP;
+Enddecay
+
+##
+Decay Sigma_c+
+1.000 myanti-Lambda0 K+ PHSP;
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/X5m_Sigmacm_Sigma0_Km.dec b/BaBar_2014/X5m_Sigmacm_Sigma0_Km.dec
new file mode 100644
index 0000000..6edcd79
--- /dev/null
+++ b/BaBar_2014/X5m_Sigmacm_Sigma0_Km.dec
@@ -0,0 +1,62 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Sigma_c+ (a.k.a. pentaquark state)
+#                    Sigma0 (Lambda0 gamma) K+ 
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Nicolas Berger 03/04
+#                                                                             #
+###############################################################################
+#
+
+Alias mySigma0 Sigma0
+Alias myanti-Sigma0 anti-Sigma0
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+Particle Sigma_c+      1.862 0.001
+Particle anti-Sigma_c- 1.862 0.001
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay anti-Sigma_c-
+1.000 mySigma0 K- PHSP;
+Enddecay
+
+##
+Decay Sigma_c+
+1.000 myanti-Sigma0 K+ PHSP;
+Enddecay
+
+##
+Decay mySigma0
+1.000  myLambda0 gamma PHSP; 
+Enddecay
+
+##
+Decay myanti-Sigma0
+1.000  myanti-Lambda0 gamma PHSP; 
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/X5m_Xi1530_Lambda0_Km.dec b/BaBar_2014/X5m_Xi1530_Lambda0_Km.dec
new file mode 100644
index 0000000..cdc0061
--- /dev/null
+++ b/BaBar_2014/X5m_Xi1530_Lambda0_Km.dec
@@ -0,0 +1,57 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Xi*(1530) (AKA) pentaquark state
+#            Xi*(1530) ->   Lambda0 K-                   
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Nicolas Berger 29/06/04
+#                                                                             #
+###############################################################################
+#
+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+Particle Xi*-      1.862 0.001
+Particle anti-Xi*+ 1.862 0.001
+
+
+ChangeMassMin anti-Xi*+ 1.5
+ChangeMassMin Xi*- 1.5
+                  
+ChangeMassMax anti-Xi*+ 2.5
+ChangeMassMax Xi*- 2.5
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Xi*-
+1.000 myLambda0 K- PHSP;
+Enddecay
+
+##
+Decay anti-Xi*+
+1.000 myanti-Lambda0 K+ PHSP;
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/Xi15030.dec b/BaBar_2014/Xi15030.dec
new file mode 100644
index 0000000..2de341f
--- /dev/null
+++ b/BaBar_2014/Xi15030.dec
@@ -0,0 +1,60 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Sigma0 (AKA) pentaquark state
+#                Xi*0 ->   Xi- pi+
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Valerie Halyo Jan 1 04
+#                                                                             #
+###############################################################################
+#
+
+Alias myXi- Xi-
+Alias myanti-Xi+ anti-Xi+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay anti-Xi*0
+1.000 myanti-Xi+ pi- PHSP;
+Enddecay
+
+##
+Decay Xi*0
+1.000 myXi- pi+ PHSP;
+Enddecay
+
+##
+Decay myanti-Xi+
+1.000  myanti-Lambda0 pi+ PHSP; 
+Enddecay
+
+##
+Decay myXi-
+1.000  myLambda0 pi- PHSP; 
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+#
+End
+
+
diff --git a/BaBar_2014/Xic_5modes.dec b/BaBar_2014/Xic_5modes.dec
new file mode 100644
index 0000000..b2364cc
--- /dev/null
+++ b/BaBar_2014/Xic_5modes.dec
@@ -0,0 +1,41 @@
+############################################################
+#                                                          #
+# From ccbar:                                              #
+# Xi_c0 -> Xi- (rho+, pi+, pi+pi+pi-, pi+pi0)              #
+#           and                                            #
+# Xi_c+ -> Xi- pi+ pi+                                     #
+#  using phase space.                                      #
+#                                                          #
+# created: S-J Lee Mar08-02                                #
+#          slee@slac.stanford.edu                          #
+#                                                          #
+############################################################
+#
+# Alias my-Xi_c0   Xi_c0
+# Alias my-Xi-     Xi- 
+# Alias my-Lambda0 Lambda0
+
+Decay Xi_c0
+0.250     Xi-       rho+                    PHSP;
+0.250     Xi-       pi+                     PHSP;
+0.250     Xi-       pi+	    pi+    pi-      PHSP;
+0.250     Xi-       pi+     pi0             PHSP;
+Enddecay
+#
+Decay anti-Xi_c0
+0.250     anti-Xi+     rho-                 PHSP;
+0.250     anti-Xi+     pi-                  PHSP;
+0.250     anti-Xi+     pi-     pi-    pi+   PHSP;
+0.250     anti-Xi+     pi-     pi0          PHSP;
+Enddecay
+#
+Decay Xi_c+
+1.000     Xi-       pi+	    pi+             PHSP;
+Enddecay
+#
+Decay anti-Xi_c-
+1.000     anti-Xi+  pi-	    pi-             PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/Xm_Xi1530.dec b/BaBar_2014/Xm_Xi1530.dec
new file mode 100644
index 0000000..52fb3bb
--- /dev/null
+++ b/BaBar_2014/Xm_Xi1530.dec
@@ -0,0 +1,150 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Sigma0 (AKA) pentaquark state
+#                Xi_5^0 ->   Xi- pi+
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Valerie Halyo Jan 1 04
+#                                                                             #
+###############################################################################
+#
+
+Alias myXi- Xi-
+Alias myanti-Xi+ anti-Xi+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+Particle Xi*0       1.862 0.001
+Particle anti-Xi*0  1.862 0.001
+
+ChangeMassMin anti-Xi*0 1.5
+ChangeMassMin Xi*0 1.5
+                  
+ChangeMassMax anti-Xi*0 2.5
+ChangeMassMax Xi*0 2.5
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay anti-Xi*0
+1.000 myanti-Xi+ pi- PHSP;
+Enddecay
+
+##
+Decay Xi*0
+1.000 myXi- pi+ PHSP;
+Enddecay
+
+##
+Decay myanti-Xi+
+1.000  myanti-Lambda0 pi+ PHSP; 
+Enddecay
+
+##
+Decay myXi-
+1.000  myLambda0 pi- PHSP; 
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+#
+#   Charm Baryons
+#
+Decay Lambda_c+
+0.01800         e+      nu_e    Lambda0         JETSET         42;
+0.00500         e+      nu_e    Sigma0  JETSET         42;
+0.00500         e+      nu_e    Sigma*0         JETSET         42;
+0.00300         e+      nu_e    n0      JETSET         42;
+0.00200         e+      nu_e    Delta0  JETSET         42;
+0.00600         e+      nu_e    p+      pi-     JETSET         42;
+0.00600         e+      nu_e    n0      pi0     JETSET         42;
+0.01800         mu+     nu_mu   Lambda0         JETSET         42;
+0.00500         mu+     nu_mu   Sigma0  JETSET         42;
+0.00500         mu+     nu_mu   Sigma*0         JETSET         42;
+0.00300         mu+     nu_mu   n0      JETSET         42;
+0.00200         mu+     nu_mu   Delta0  JETSET         42;
+0.00600         mu+     nu_mu   p+      pi-     JETSET         42;
+0.00600         mu+     nu_mu   n0      pi0     JETSET         42;
+0.00660         Delta++         K-      JETSET         0;
+0.02500         Delta++         K*-     JETSET         0;
+0.02300         p+      anti-K0         JETSET         0;
+0.04000         p+      anti-K*0        JETSET         0;
+0.00500         Delta+          anti-K0         JETSET         0;
+0.00500         Delta+  anti-K*0        JETSET         0;
+0.00580         Lambda0         pi+     JETSET         0;
+0.00500         Lambda0         rho+    JETSET         0;
+0.00550         Sigma0  pi+     JETSET         0;
+0.00400         Sigma0          rho+    JETSET         0;
+0.00400         Sigma*0         pi+     JETSET         0;
+0.00400         Sigma*0         rho+    JETSET         0;
+0.00400         Sigma+          pi0     JETSET         0;
+0.00200         Sigma+          eta     JETSET         0;
+0.00200         Sigma+  eta'    JETSET         0;
+0.00400         Sigma+          rho0    JETSET         0;
+0.00400         Sigma+          omega   JETSET         0;
+0.00300         Sigma*+         pi0     JETSET         0;
+0.00200         Sigma*+         eta     JETSET         0;
+0.00300         Sigma*+         rho0    JETSET         0;
+0.00300         Sigma*+         omega   JETSET         0;
+0.00200         Xi0     K+      JETSET         0;
+0.00200         Xi0     K*+     JETSET         0;
+0.00000         Xi*0    K+      JETSET         0;
+0.00100         Delta++         pi-     JETSET         0;
+0.00100         Delta++         rho-    JETSET         0;
+0.00200         p+      pi0     JETSET         0;
+0.00100         p+      eta     JETSET         0;
+0.00100         p+      eta'    JETSET         0;
+0.00200         p+      rho0    JETSET         0;
+0.00200         p+      omega   JETSET         0;
+0.00130         p+      phi     JETSET         0;
+0.00180         p+      f_0     JETSET         0;
+0.00100         Delta+          pi0     JETSET         0;
+0.00100         Delta+          eta     JETSET         0;
+0.00100         Delta+  eta'    JETSET         0;
+0.00100         Delta+          rho0    JETSET         0;
+0.00100         Delta+          omega   JETSET         0;
+0.00300         n0      pi+     JETSET         0;
+0.00300         n0      rho+    JETSET         0;
+0.00300         Delta0  pi+     JETSET         0;
+0.00300         Delta0          rho+    JETSET         0;
+0.00500         Lambda0         K+      JETSET         0;
+0.00500         Lambda0         K*+     JETSET         0;
+0.00200         Sigma0          K+      JETSET         0;
+0.00200         Sigma0          K*+     JETSET         0;
+0.00100         Sigma*0         K+      JETSET         0;
+0.00100         Sigma*0         K*+     JETSET         0;
+0.00200         Sigma+          K0      JETSET         0;
+0.00200         Sigma+          K*0     JETSET         0;
+0.00100         Sigma*+         K0      JETSET         0;
+0.00100         Sigma*+         K*0     JETSET         0;
+0.13000         u       anti-d          d       su_0    JETSET         13;
+0.05700         u       anti-d          d       su_1    JETSET         13;
+0.03500         u       anti-s          d       su_0    JETSET         13;
+0.03500         u       anti-d          d       ud_0    JETSET         13;
+0.09500         s       uu_1    JETSET         13;
+0.14000         u       su_0    JETSET         13;
+0.14000         u       su_1    JETSET         13;
+0.03000         d       uu_1    JETSET         13;
+0.01500         u       ud_0    JETSET         13;
+0.01500         u       ud_1    JETSET         13;
+Enddecay
+CDecay anti-Lambda_c-
+#
+End
+
+
diff --git a/BaBar_2014/Xm_Xic0_Xi0_K0_K0.dec b/BaBar_2014/Xm_Xic0_Xi0_K0_K0.dec
new file mode 100644
index 0000000..746e230
--- /dev/null
+++ b/BaBar_2014/Xm_Xic0_Xi0_K0_K0.dec
@@ -0,0 +1,69 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# anti-Xi_c0 (AKA) pentaquark state
+#                Ps_5^0 ->   Xi0 K0 K0
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  William Ruddick May 5 04
+#                                                                             #
+###############################################################################
+#
+
+Alias myXi0 Xi0
+Alias myanti-Xi0 anti-Xi0
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+Particle Xi_c0       2.580 0.001
+Particle anti-Xi_c0  2.580 0.001
+
+ChangeMassMin anti-Xi_c0 2.3
+ChangeMassMin Xi_c0 2.3
+                  
+ChangeMassMax anti-Xi_c0 3.0
+ChangeMassMax Xi_c0 3.0
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Xi_c0
+1.000 myanti-Xi0 anti-K0 anti-K0 PHSP;
+Enddecay
+
+##
+Decay anti-Xi_c0
+1.000 myXi0 K0 K0 PHSP;
+Enddecay
+
+##
+Decay myanti-Xi0
+1.000  myanti-Lambda0 pi0 PHSP; 
+Enddecay
+
+##
+Decay myXi0
+1.000  myLambda0 pi0 PHSP; 
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+
+End
+
+
diff --git a/BaBar_2014/Xm_Xicm_Xi0_K0_pim.dec b/BaBar_2014/Xm_Xicm_Xi0_K0_pim.dec
new file mode 100644
index 0000000..bafe198
--- /dev/null
+++ b/BaBar_2014/Xm_Xicm_Xi0_K0_pim.dec
@@ -0,0 +1,67 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# anti-Xi_c- (AKA) pentaquark state
+#                Pss_5^- ->   Xi0 K0 pi-
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  William Ruddick May 5 04
+#                                                                             #
+###############################################################################
+#
+
+Alias myXi0 Xi0
+Alias myanti-Xi0 anti-Xi0
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+Particle anti-Xi_c-       2.770 0.001
+Particle Xi_c+  2.770 0.001
+
+ChangeMassMin Xi_c+ 2.3
+ChangeMassMin anti-Xi_c- 2.3
+                  
+ChangeMassMax Xi_c+ 3.5
+ChangeMassMax anti-Xi_c- 3.5
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Xi_c+
+1.000 myanti-Xi0 anti-K0 pi+ PHSP;
+Enddecay
+
+##
+Decay anti-Xi_c-
+1.000 myXi0 K0 pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Xi0
+1.000  myanti-Lambda0 pi0 PHSP; 
+Enddecay
+
+##
+Decay myXi0
+1.000  myLambda0 pi0 PHSP; 
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
diff --git a/BaBar_2014/Xmm_Deltapp.dec b/BaBar_2014/Xmm_Deltapp.dec
new file mode 100644
index 0000000..e4aeb3e
--- /dev/null
+++ b/BaBar_2014/Xmm_Deltapp.dec
@@ -0,0 +1,142 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Delta++ (AKA) pentaquark state
+#                    Xi- pi-
+#           All particles are decayed isotropically                           #
+#                                                                             #
+# Valerie Halyo Jan 1 04 
+#                                                                             #
+###############################################################################
+#
+
+Alias myXi- Xi-
+Alias myanti-Xi+ anti-Xi+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+Particle  Delta++     1.862 0.001
+Particle  anti-Delta-- 1.862 0.001
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Delta++
+1.000 myanti-Xi+ pi+ PHSP;
+Enddecay
+
+##
+Decay anti-Delta--
+1.000 myXi- pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Xi+
+1.000  myanti-Lambda0 pi+ PHSP; 
+Enddecay
+
+##
+Decay myXi-
+1.000  myLambda0 pi- PHSP; 
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+############
+
+#   Charm Baryons
+#
+Decay Lambda_c+
+0.01800         e+      nu_e    Lambda0         JETSET         42;
+0.00500         e+      nu_e    Sigma0  JETSET         42;
+0.00500         e+      nu_e    Sigma*0         JETSET         42;
+0.00300         e+      nu_e    n0      JETSET         42;
+0.00200         e+      nu_e    Delta0  JETSET         42;
+0.00600         e+      nu_e    p+      pi-     JETSET         42;
+0.00600         e+      nu_e    n0      pi0     JETSET         42;
+0.01800         mu+     nu_mu   Lambda0         JETSET         42;
+0.00500         mu+     nu_mu   Sigma0  JETSET         42;
+0.00500         mu+     nu_mu   Sigma*0         JETSET         42;
+0.00300         mu+     nu_mu   n0      JETSET         42;
+0.00200         mu+     nu_mu   Delta0  JETSET         42;
+0.00600         mu+     nu_mu   p+      pi-     JETSET         42;
+0.00600         mu+     nu_mu   n0      pi0     JETSET         42;
+0.02300         p+      anti-K0         JETSET         0;
+0.04000         p+      anti-K*0        JETSET         0;
+0.00500         Delta+          anti-K0         JETSET         0;
+0.00500         Delta+  anti-K*0        JETSET         0;
+0.00580         Lambda0         pi+     JETSET         0;
+0.00500         Lambda0         rho+    JETSET         0;
+0.00550         Sigma0  pi+     JETSET         0;
+0.00400         Sigma0          rho+    JETSET         0;
+0.00400         Sigma*0         pi+     JETSET         0;
+0.00400         Sigma*0         rho+    JETSET         0;
+0.00400         Sigma+          pi0     JETSET         0;
+0.00200         Sigma+          eta     JETSET         0;
+0.00200         Sigma+  eta'    JETSET         0;
+0.00400         Sigma+          rho0    JETSET         0;
+0.00400         Sigma+          omega   JETSET         0;
+0.00300         Sigma*+         pi0     JETSET         0;
+0.00200         Sigma*+         eta     JETSET         0;
+0.00300         Sigma*+         rho0    JETSET         0;
+0.00300         Sigma*+         omega   JETSET         0;
+0.00200         Xi0     K+      JETSET         0;
+0.00200         Xi0     K*+     JETSET         0;
+0.00200         Xi*0    K+      JETSET         0;
+0.00200         p+      pi0     JETSET         0;
+0.00100         p+      eta     JETSET         0;
+0.00100         p+      eta'    JETSET         0;
+0.00200         p+      rho0    JETSET         0;
+0.00200         p+      omega   JETSET         0;
+0.00130         p+      phi     JETSET         0;
+0.00180         p+      f_0     JETSET         0;
+0.00100         Delta+          pi0     JETSET         0;
+0.00100         Delta+          eta     JETSET         0;
+0.00100         Delta+  eta'    JETSET         0;
+0.00100         Delta+          rho0    JETSET         0;
+0.00100         Delta+          omega   JETSET         0;
+0.00300         n0      pi+     JETSET         0;
+0.00300         n0      rho+    JETSET         0;
+0.00300         Delta0  pi+     JETSET         0;
+0.00300         Delta0          rho+    JETSET         0;
+0.00500         Lambda0         K+      JETSET         0;
+0.00500         Lambda0         K*+     JETSET         0;
+0.00200         Sigma0          K+      JETSET         0;
+0.00200         Sigma0          K*+     JETSET         0;
+0.00100         Sigma*0         K+      JETSET         0;
+0.00100         Sigma*0         K*+     JETSET         0;
+0.00200         Sigma+          K0      JETSET         0;
+0.00200         Sigma+          K*0     JETSET         0;
+0.00100         Sigma*+         K0      JETSET         0;
+0.00100         Sigma*+         K*0     JETSET         0;
+0.13000         u       anti-d          d       su_0    JETSET         13;
+0.05700         u       anti-d          d       su_1    JETSET         13;
+0.03500         u       anti-s          d       su_0    JETSET         13;
+0.03500         u       anti-d          d       ud_0    JETSET         13;
+0.09500         s       uu_1    JETSET         13;
+0.14000         u       su_0    JETSET         13;
+0.14000         u       su_1    JETSET         13;
+0.03000         d       uu_1    JETSET         13;
+0.01500         u       ud_0    JETSET         13;
+0.01500         u       ud_1    JETSET         13;
+Enddecay
+CDecay anti-Lambda_c-
+#
+
+End
+
+
diff --git a/BaBar_2014/Xmm_Sigmacpp.dec b/BaBar_2014/Xmm_Sigmacpp.dec
new file mode 100644
index 0000000..0cc6d65
--- /dev/null
+++ b/BaBar_2014/Xmm_Sigmacpp.dec
@@ -0,0 +1,62 @@
+###############################################################################
+#                                                                             #
+# continuum production:           
+#                                 
+# Sigma_c++ (AKA) pentaquark state
+#                    Xi- pi-
+#           All particles are decayed isotropically                           #
+#                                                                             #
+#  Valerie Halyo Jan 1 04
+#                                                                             #
+###############################################################################
+#
+
+Alias myXi- Xi-
+Alias myanti-Xi+ anti-Xi+
+Alias myLambda0 Lambda0
+Alias myanti-Lambda0 anti-Lambda0
+
+Particle Sigma_c++      1.862 0.001
+Particle anti-Sigma_c-- 1.862 0.001
+
+##
+Decay vpho 
+0.1    JSCONT 1;
+0.4    JSCONT 2;
+0.1    JSCONT 3;
+0.4    JSCONT 4;
+Enddecay
+
+##
+Decay Sigma_c++
+1.000 myanti-Xi+ pi+ PHSP;
+Enddecay
+
+##
+Decay anti-Sigma_c--
+1.000 myXi- pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Xi+
+1.000  myanti-Lambda0 pi+ PHSP; 
+Enddecay
+
+##
+Decay myXi-
+1.000  myLambda0 pi- PHSP; 
+Enddecay
+
+##
+Decay myLambda0
+1.000 p+ pi- PHSP;
+Enddecay
+
+##
+Decay myanti-Lambda0
+1.000 anti-p- pi+ PHSP;
+Enddecay
+
+End
+
+
diff --git a/BaBar_2014/ccbar.dec b/BaBar_2014/ccbar.dec
new file mode 100644
index 0000000..c8e23e0
--- /dev/null
+++ b/BaBar_2014/ccbar.dec
@@ -0,0 +1,7 @@
+#
+# Force the fragmentation to produce a ccbar pair
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+End
diff --git a/BaBar_2014/ccbar_D0_3K0S.dec b/BaBar_2014/ccbar_D0_3K0S.dec
new file mode 100644
index 0000000..c115492
--- /dev/null
+++ b/BaBar_2014/ccbar_D0_3K0S.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# Make a lot of D0->3KS decays                    #
+#                               K0s -> pi+ pi-    #
+#                                                 #
+# created: A. Snyder Wed Mar 29 15:07:14 PST 2000 #
+#          snyder@slac.stanford.edu               #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-anti-K0 anti-K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+Decay D0
+#
+# decay to 3 K-shorts using phase space
+1.0   my-K_S0   my-K_S0  my-K_S0           PHSP;
+Enddecay
+#
+Decay my-K_S0
+1.000    pi+  pi-                          PHSP;
+Enddecay
+
+         
+End
diff --git a/BaBar_2014/ccbar_D0_KpKm.dec b/BaBar_2014/ccbar_D0_KpKm.dec
new file mode 100644
index 0000000..815f49d
--- /dev/null
+++ b/BaBar_2014/ccbar_D0_KpKm.dec
@@ -0,0 +1,20 @@
+###################################################
+#                                                 #
+# Signal Monte Carlo for D0->K-K+ decays          #
+# without D* tag requirement                      #
+#                                                 #
+# $Id: ccbar_D0_K+K-.dec,v 1.1 2002/12/14 00:52:33 davidw Exp $                                            #
+###################################################
+#
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+Decay D0
+1.0   K- K+                                PHSP;
+Enddecay
+
+         
+End
diff --git a/BaBar_2014/ccbar_D0bar_KpKm.dec b/BaBar_2014/ccbar_D0bar_KpKm.dec
new file mode 100644
index 0000000..7dcf463
--- /dev/null
+++ b/BaBar_2014/ccbar_D0bar_KpKm.dec
@@ -0,0 +1,20 @@
+###################################################
+#                                                 #
+# Signal Monte Carlo for D0bar->K+K- decays       #
+# without D* tag requirement                      #
+#                                                 #
+# $Id: ccbar_D0bar_K+K-.dec,v 1.1 2002/12/14 00:52:33 davidw Exp $                                            #
+###################################################
+#
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+Decay anti-D0
+1.0   K+ K-                                PHSP;
+Enddecay
+
+         
+End
diff --git a/BaBar_2014/ccbar_Dm_KpKmpim_phsp.dec b/BaBar_2014/ccbar_Dm_KpKmpim_phsp.dec
new file mode 100644
index 0000000..bbfd7f7
--- /dev/null
+++ b/BaBar_2014/ccbar_Dm_KpKmpim_phsp.dec
@@ -0,0 +1,20 @@
+###################################################
+#                                                 #
+# ccbar -> D- X                                   #
+#          D- -> K+ K- pi-                        #
+# D- decays through phase space                   #
+#                                                 #
+# created: 04/20/04  -  pompili@ba.infn.it        #
+#                                                 #
+# 04/20/04: use filter_D-_from_ccbar.tcl          #
+###################################################
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D-
+1.000 K+ K- pi-            PHSP;
+Enddecay
+#  
+End
diff --git a/BaBar_2014/ccbar_Dm_KpKmpimpi0_phsp.dec b/BaBar_2014/ccbar_Dm_KpKmpimpi0_phsp.dec
new file mode 100644
index 0000000..f91a949
--- /dev/null
+++ b/BaBar_2014/ccbar_Dm_KpKmpimpi0_phsp.dec
@@ -0,0 +1,20 @@
+###################################################
+#                                                 #
+# ccbar -> D- X                                   #
+#          D- -> K+ K- pi- pi0                    #
+# D- decays through phase space                   #
+#                                                 #
+# created: 04/20/04  -  pompili@ba.infn.it        #
+#                                                 #
+# 04/20/04: use filter_D-_from_ccbar.tcl          #
+###################################################
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D-
+1.000 K+ K- pi- pi0            PHSP;
+Enddecay
+#  
+End
diff --git a/BaBar_2014/ccbar_Dm_Kpipi_phsp.dec b/BaBar_2014/ccbar_Dm_Kpipi_phsp.dec
new file mode 100644
index 0000000..fe43dd0
--- /dev/null
+++ b/BaBar_2014/ccbar_Dm_Kpipi_phsp.dec
@@ -0,0 +1,21 @@
+###################################################
+#                                                 #
+# ccbar -> D- X                                   #
+#          D- -> K+ pi- pi-                       #
+# D- decays through phase space                   #
+#                                                 #
+# created: 09/25/01 - pompili@slac.stanford.edu   #  
+#                                                 #
+# 09/25/01: use filter_D-_from_ccbar.tcl          #
+# 02/06/02: use filter_D-_from_ccbar_pstarcut.tcl #
+###################################################
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D-
+1.0     K+ pi- pi-                      PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dp_KpKmpip_phsp.dec b/BaBar_2014/ccbar_Dp_KpKmpip_phsp.dec
new file mode 100644
index 0000000..abf264b
--- /dev/null
+++ b/BaBar_2014/ccbar_Dp_KpKmpip_phsp.dec
@@ -0,0 +1,20 @@
+###################################################
+#                                                 #
+# ccbar -> D+ X                                   #
+#          D+ -> K+ K- pi+                        #
+# D+ decays through phase space                   #
+#                                                 #
+# created: 04/20/04  -  pompili@ba.infn.it        #
+#                                                 #
+# 04/20/04: use filter_D+_from_ccbar.tcl          #
+###################################################
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D+
+1.000 K+ K- pi+            PHSP;
+Enddecay
+#  
+End
diff --git a/BaBar_2014/ccbar_Dp_KpKmpippi0_phsp.dec b/BaBar_2014/ccbar_Dp_KpKmpippi0_phsp.dec
new file mode 100644
index 0000000..fd3482c
--- /dev/null
+++ b/BaBar_2014/ccbar_Dp_KpKmpippi0_phsp.dec
@@ -0,0 +1,20 @@
+###################################################
+#                                                 #
+# ccbar -> D+ X                                   #
+#          D+ -> K+ K- pi+ pi0                    #
+# D+ decays through phase space                   #
+#                                                 #
+# created: 04/20/04  -  pompili@ba.infn.it        #
+#                                                 #
+# 04/20/04: use filter_D+_from_ccbar.tcl          #
+###################################################
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D+
+1.000 K+ K- pi+ pi0            PHSP;
+Enddecay
+#  
+End
diff --git a/BaBar_2014/ccbar_Dp_Kpipi_phsp.dec b/BaBar_2014/ccbar_Dp_Kpipi_phsp.dec
new file mode 100644
index 0000000..0cb93d3
--- /dev/null
+++ b/BaBar_2014/ccbar_Dp_Kpipi_phsp.dec
@@ -0,0 +1,21 @@
+###################################################
+#                                                 #
+# ccbar -> D+ X                                   #
+#          D+ -> K- pi+ pi+                       #
+# D+ decays through phase space                   #
+#                                                 #
+# created: 09/25/01 - pompili@slac.stanford.edu   #  
+#                                                 #
+# 09/25/01: use filter_D+_from_ccbar.tcl          #
+# 02/06/02: use filter_D+_from_ccbar_pstarcut.tcl #
+###################################################
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D+
+1.0     K- pi+ pi+                       PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Ds1m_Dsmpippim.dec b/BaBar_2014/ccbar_Ds1m_Dsmpippim.dec
new file mode 100644
index 0000000..30f6474
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds1m_Dsmpippim.dec
@@ -0,0 +1,107 @@
+#
+# ccbar continuum production of:
+#
+#    Ds1(2536)- -->  D_s- pi+ pi-
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s+ states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+#
+# Forced decay
+#
+Decay D'_s1-
+1   myD_s- pi- pi+       PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_Ds1m_Dsmpippim_kstar.dec b/BaBar_2014/ccbar_Ds1m_Dsmpippim_kstar.dec
new file mode 100644
index 0000000..b27436c
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds1m_Dsmpippim_kstar.dec
@@ -0,0 +1,35 @@
+Alias MyDs+ D_s+
+Alias MyDs- D_s-
+Alias KstarK K*0
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+#
+# Redefinition of D'_s1+, to match that of SP6, for
+# SP5 compatibility
+#
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D'_s1-
+1.000 MyDs- pi+ pi-       PHSP;
+Enddecay
+#
+Decay MyDs-
+1.000 KstarK K-		SVS;
+Enddecay
+#
+Decay KstarK
+1.000 K+ pi-		VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Ds1m_Dsmpippim_phi.dec b/BaBar_2014/ccbar_Ds1m_Dsmpippim_phi.dec
new file mode 100644
index 0000000..8beed19
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds1m_Dsmpippim_phi.dec
@@ -0,0 +1,35 @@
+Alias MyDs+ D_s+
+Alias MyDs- D_s-
+Alias phiKK phi
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+#
+# Redefinition of D'_s1+, to match that of SP6, for
+# SP5 compatibility
+#
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D'_s1-
+1.000 MyDs- pi+ pi-     PHSP;
+Enddecay
+#
+Decay MyDs-
+1.000 phiKK pi- 	SVS;
+Enddecay
+#
+Decay phiKK
+1.000 K+ K-		VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Ds1m_DstarmKs0_antiD0Ks0pim_Kppimpimpippimpippim.dec b/BaBar_2014/ccbar_Ds1m_DstarmKs0_antiD0Ks0pim_Kppimpimpippimpippim.dec
new file mode 100644
index 0000000..699217d
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds1m_DstarmKs0_antiD0Ks0pim_Kppimpimpippimpippim.dec
@@ -0,0 +1,41 @@
+Alias MyKS0 K_S0
+Alias MyD0 D0
+Alias MyantiD0 anti-D0
+Alias MyDstar+ D*+
+Alias MyDstar- D*-
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+#
+# Redefinition of D'_s1+, to match that of SP6, for
+# SP5 compatibility
+#
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D'_s1-
+1.000 MyDstar- MyKS0	PHSP;
+Enddecay
+#
+Decay MyDstar-
+1.000 MyantiD0 pi-	VSS;
+Enddecay
+#
+Decay MyantiD0
+1.000 K+ pi- pi- pi+	PHSP;
+Enddecay
+#
+Decay MyKS0
+1.000 pi+ pi-		PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Ds1m_antiD0starpim_antiD0Ks0pim_Kmpimpippimpim.dec b/BaBar_2014/ccbar_Ds1m_antiD0starpim_antiD0Ks0pim_Kmpimpippimpim.dec
new file mode 100644
index 0000000..79afc6a
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds1m_antiD0starpim_antiD0Ks0pim_Kmpimpippimpim.dec
@@ -0,0 +1,34 @@
+Alias MyKS0 K_S0
+Alias MyD0 D0
+Alias MyantiD0 anti-D0
+Alias MyDstar+ D*+
+Alias MyDstar- D*-
+
+#
+# Redefinition of D'_s1+, to match that of SP6, for
+# SP5 compatibility
+#
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D'_s1-
+1.000 MyDstar- MyKS0	PHSP;
+Enddecay
+#
+Decay MyDstar-
+1.000 MyantiD0 pi-	VSS;
+Enddecay
+#
+Decay MyantiD0
+1.000 K+ pi-		PHSP;
+Enddecay
+#
+Decay MyKS0
+1.000 pi+ pi-		PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Ds1p_D0starpip_D0Ks0pip_Kmpippippimpip.dec b/BaBar_2014/ccbar_Ds1p_D0starpip_D0Ks0pip_Kmpippippimpip.dec
new file mode 100644
index 0000000..53133a2
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds1p_D0starpip_D0Ks0pip_Kmpippippimpip.dec
@@ -0,0 +1,34 @@
+Alias MyKS0 K_S0
+Alias MyD0 D0
+Alias MyantiD0 anti-D0
+Alias MyDstar+ D*+
+Alias MyDstar- D*-
+
+#
+# Redefinition of D'_s1+, to match that of SP6, for
+# SP5 compatibility
+#
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D'_s1+
+1.000 MyDstar+ MyKS0	PHSP;
+Enddecay
+#
+Decay MyDstar+
+1.000 MyD0 pi+		VSS;
+Enddecay
+#
+Decay MyD0
+1.000 K- pi+		PHSP;
+Enddecay
+#
+Decay MyKS0
+1.000 pi+ pi-		PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Ds1p_Dsppippim.dec b/BaBar_2014/ccbar_Ds1p_Dsppippim.dec
new file mode 100644
index 0000000..de8fdbd
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds1p_Dsppippim.dec
@@ -0,0 +1,107 @@
+#
+# ccbar continuum production of:
+#
+#    Ds1(2536)+ -->  D_s+ pi+ pi-
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Forced decay
+#
+Decay D'_s1+
+1   myD_s+ pi+ pi-       PHSP;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_Ds1p_Dsppippim_kstar.dec b/BaBar_2014/ccbar_Ds1p_Dsppippim_kstar.dec
new file mode 100644
index 0000000..2deb55d
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds1p_Dsppippim_kstar.dec
@@ -0,0 +1,35 @@
+Alias MyDs+ D_s+
+Alias MyDs- D_s-
+Alias KstarK anti-K*0
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+#
+# Redefinition of D'_s1+, to match that of SP6, for
+# SP5 compatibility
+#
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D'_s1+
+1.000 MyDs+ pi+ pi-       PHSP;
+Enddecay
+#
+Decay MyDs+
+1.000 KstarK K+		SVS;
+Enddecay
+#
+Decay KstarK
+1.000 K- pi+		VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Ds1p_Dsppippim_phi.dec b/BaBar_2014/ccbar_Ds1p_Dsppippim_phi.dec
new file mode 100644
index 0000000..c6fb546
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds1p_Dsppippim_phi.dec
@@ -0,0 +1,35 @@
+Alias MyDs+ D_s+
+Alias MyDs- D_s-
+Alias phiKK phi
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+#
+# Redefinition of D'_s1+, to match that of SP6, for
+# SP5 compatibility
+#
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D'_s1+
+1.000 MyDs+ pi+ pi-     PHSP;
+Enddecay
+#
+Decay MyDs+
+1.000 phiKK pi+ 	SVS;
+Enddecay
+#
+Decay phiKK
+1.000 K+ K-		VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Ds1p_DstarpKs0_D0Ks0pip_Kmpippippimpippippim.dec b/BaBar_2014/ccbar_Ds1p_DstarpKs0_D0Ks0pip_Kmpippippimpippippim.dec
new file mode 100644
index 0000000..b8db536
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds1p_DstarpKs0_D0Ks0pip_Kmpippippimpippippim.dec
@@ -0,0 +1,41 @@
+Alias MyKS0 K_S0
+Alias MyD0 D0
+Alias MyantiD0 anti-D0
+Alias MyDstar+ D*+
+Alias MyDstar- D*-
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+#
+# Redefinition of D'_s1+, to match that of SP6, for
+# SP5 compatibility
+#
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D'_s1+
+1.000 MyDstar+ MyKS0	PHSP;
+Enddecay
+#
+Decay MyDstar+
+1.000 MyD0 pi+		VSS;
+Enddecay
+#
+Decay MyD0
+1.000 K- pi+ pi+ pi-	PHSP;
+Enddecay
+#
+Decay MyKS0
+1.000 pi+ pi-		PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_DsJ0_Dsmpip.dec b/BaBar_2014/ccbar_DsJ0_Dsmpip.dec
new file mode 100644
index 0000000..54197b0
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ0_Dsmpip.dec
@@ -0,0 +1,124 @@
+#
+# ccbar continuum production of:
+#
+#          "D_s(2317)0" --> D_s- pi+
+#                           |
+#                           +--> K- K+ pi-
+#
+# where "D_s(2317)0" is the neutral counterpart (in, say, four-quark
+# models) to the DsJ(2317)+.
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Redefinition to invent this new particle
+#
+Particle anti-D_2*0 2.3173   0.0001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# Our invented particle
+#
+Decay anti-D_2*0
+  1.0     myD_s- pi+   PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ0_Dsppim.dec b/BaBar_2014/ccbar_DsJ0_Dsppim.dec
new file mode 100644
index 0000000..e9c169d
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ0_Dsppim.dec
@@ -0,0 +1,123 @@
+#
+# ccbar continuum production of:
+#
+#          "D_s(2317)0" --> D_s+ pi-
+#                           |
+#                           +--> K+ K- pi+
+#
+# where "D_s(2317)0" is the neutral counterpart (in, say, four-quark
+# models) to the DsJ(2317)+.
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Redefinition to invent this new particle
+#
+Particle D_2*0 2.3173   0.0001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# Our invented particle
+#
+Decay D_2*0
+  1.0     myD_s+ pi-   PHSP;
+Enddecay
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317m_Dsm2gamma.dec b/BaBar_2014/ccbar_DsJ2317m_Dsm2gamma.dec
new file mode 100644
index 0000000..5220a8c
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317m_Dsm2gamma.dec
@@ -0,0 +1,111 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)- --> D_s- gamma gamma
+#                         |
+#                         +--> K- K+ pi-
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   myD_s- gamma gamma   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317m_Dsmgamma.dec b/BaBar_2014/ccbar_DsJ2317m_Dsmgamma.dec
new file mode 100644
index 0000000..a9e3c1f
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317m_Dsmgamma.dec
@@ -0,0 +1,111 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)- --> D_s- gamma
+#                         |
+#                         +--> K- K+ pi-
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   myD_s- gamma   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317m_Dsmpi0.dec b/BaBar_2014/ccbar_DsJ2317m_Dsmpi0.dec
new file mode 100644
index 0000000..c1dd7db
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317m_Dsmpi0.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)- --> D_s- pi0
+#                         |
+#                         +--> K- K+ pi-
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   myD_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317m_Dsmpi0pi0.dec b/BaBar_2014/ccbar_DsJ2317m_Dsmpi0pi0.dec
new file mode 100644
index 0000000..ed9bc46
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317m_Dsmpi0pi0.dec
@@ -0,0 +1,111 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)- --> D_s- pi0 pi0
+#                         |
+#                         +--> K- K+ pi-
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   myD_s- pi0 pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317m_Dsmpippim.dec b/BaBar_2014/ccbar_DsJ2317m_Dsmpippim.dec
new file mode 100644
index 0000000..d262fdb
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317m_Dsmpippim.dec
@@ -0,0 +1,111 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)- --> D_s- pi+ pi-
+#                         |
+#                         +--> K- K+ pi-
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   myD_s- pi+ pi-   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317m_Dstarmgamma.dec b/BaBar_2014/ccbar_DsJ2317m_Dstarmgamma.dec
new file mode 100644
index 0000000..348e0f9
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317m_Dstarmgamma.dec
@@ -0,0 +1,119 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)- --> D_s(2112)- gamma
+#                         |
+#                         +--> D_s- (pi0,gamma)
+#                              |
+#                              +--> K- K+ pi-
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s*- D_s*-
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   myD_s*- gamma   PHSP;
+Enddecay
+
+Decay myD_s*-
+0.942   myD_s-  gamma   VSP_PWAVE;
+0.058   myD_s-  pi0     VSS;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317m_Dstarmpi0.dec b/BaBar_2014/ccbar_DsJ2317m_Dstarmpi0.dec
new file mode 100644
index 0000000..711da92
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317m_Dstarmpi0.dec
@@ -0,0 +1,119 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)- --> D_s(2112)- pi0
+#                         |
+#                         +--> D_s- (pi0,gamma)
+#                              |
+#                              +--> K- K+ pi-
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s*- D_s*-
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   myD_s*- pi0   PHSP;
+Enddecay
+
+Decay myD_s*-
+0.942   myD_s-  gamma   VSP_PWAVE;
+0.058   myD_s-  pi0     VSS;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317p_Dsp2gamma.dec b/BaBar_2014/ccbar_DsJ2317p_Dsp2gamma.dec
new file mode 100644
index 0000000..3b82939
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317p_Dsp2gamma.dec
@@ -0,0 +1,111 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)+ --> D_s+ gamma gamma
+#                         |
+#                         +--> K+ K- pi+
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   myD_s+ gamma gamma   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317p_Dspgamma.dec b/BaBar_2014/ccbar_DsJ2317p_Dspgamma.dec
new file mode 100644
index 0000000..eccf0a0
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317p_Dspgamma.dec
@@ -0,0 +1,111 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)+ --> D_s+ gamma
+#                         |
+#                         +--> K+ K- pi+
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   myD_s+ gamma   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317p_Dsppi0.dec b/BaBar_2014/ccbar_DsJ2317p_Dsppi0.dec
new file mode 100644
index 0000000..4f518a8
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317p_Dsppi0.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)+ --> D_s+ pi0
+#                         |
+#                         +--> K+ K- pi+
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   myD_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317p_Dsppi0pi0.dec b/BaBar_2014/ccbar_DsJ2317p_Dsppi0pi0.dec
new file mode 100644
index 0000000..03e8772
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317p_Dsppi0pi0.dec
@@ -0,0 +1,111 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)+ --> D_s+ pi0 pi0
+#                         |
+#                         +--> K+ K- pi+
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)
+#
+Decay D_s0*+
+1.000   myD_s+ pi0 pi0  PHSP;
+Enddecay
+
+#
+# Correct decay of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317p_Dsppippim.dec b/BaBar_2014/ccbar_DsJ2317p_Dsppippim.dec
new file mode 100644
index 0000000..c145817
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317p_Dsppippim.dec
@@ -0,0 +1,111 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)+ --> D_s+ pi+ pi-
+#                         |
+#                         +--> K+ K- pi+
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   myD_s+ pi+ pi-   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317p_Dstarpgamma.dec b/BaBar_2014/ccbar_DsJ2317p_Dstarpgamma.dec
new file mode 100644
index 0000000..1a1e665
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317p_Dstarpgamma.dec
@@ -0,0 +1,119 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)+ --> D_s(2112)+ gamma
+#                         |
+#                         +--> D_s+ (pi0,gamma)
+#                              |
+#                              +--> K+ K- pi+
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s*+ D_s*+
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   myD_s*+ gamma   PHSP;
+Enddecay
+
+Decay myD_s*+
+0.942   myD_s+  gamma   VSP_PWAVE;
+0.058   myD_s+  pi0     VSS;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2317p_Dstarppi0.dec b/BaBar_2014/ccbar_DsJ2317p_Dstarppi0.dec
new file mode 100644
index 0000000..1882132
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2317p_Dstarppi0.dec
@@ -0,0 +1,119 @@
+#
+# ccbar continuum production of:
+#
+#          D_s(2317)+ --> D_s(2112)+ pi0
+#                         |
+#                         +--> D_s+ (pi0,gamma)
+#                              |
+#                              +--> K+ K- pi+
+#
+# Also implements particle reassignment that is default in SP6,
+# including correct DsJ(2317) and DsJ(2458) decays
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s*+ D_s*+
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2317)+
+#
+Decay D_s0*+
+1.000   myD_s*+ pi0   PHSP;
+Enddecay
+
+Decay myD_s*+
+0.942   myD_s+  gamma   VSP_PWAVE;
+0.058   myD_s+  pi0     VSS;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)-
+#
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458m_DsJ2317mgamma.dec b/BaBar_2014/ccbar_DsJ2458m_DsJ2317mgamma.dec
new file mode 100644
index 0000000..3dd8fd6
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458m_DsJ2317mgamma.dec
@@ -0,0 +1,117 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)- -->  D_s*(2317)- gamma
+#                    |
+#                    +--> D_s- pi0
+#                         |
+#                         +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s0*- D_s0*-
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+Particle myD_s0*- 2.3173   0.0001
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)+
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)-
+#
+Decay D_s1-
+0.8   myD_s0*- gamma  PHSP;
+Enddecay
+
+Decay myD_s0*-
+1.000   myD_s- pi0   PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458m_Dsm2gamma.dec b/BaBar_2014/ccbar_DsJ2458m_Dsm2gamma.dec
new file mode 100644
index 0000000..b67b141
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458m_Dsm2gamma.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)- -->  D_s- gamma gamma
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)+
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)-
+#
+Decay D_s1-
+0.8   myD_s- gamma gamma  PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458m_Dsmgamma.dec b/BaBar_2014/ccbar_DsJ2458m_Dsmgamma.dec
new file mode 100644
index 0000000..1fb1507
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458m_Dsmgamma.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)- -->  D_s- gamma
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)+
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)-
+#
+Decay D_s1-
+0.8   myD_s- gamma  PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458m_Dsmpi0.dec b/BaBar_2014/ccbar_DsJ2458m_Dsmpi0.dec
new file mode 100644
index 0000000..b3262cb
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458m_Dsmpi0.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)- -->  D_s- pi0
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)+
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)-
+#
+Decay D_s1-
+0.8   myD_s- pi0  PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458m_Dsmpi0pi0.dec b/BaBar_2014/ccbar_DsJ2458m_Dsmpi0pi0.dec
new file mode 100644
index 0000000..89250d9
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458m_Dsmpi0pi0.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)- -->  D_s- pi0 pi0
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)+
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)-
+#
+Decay D_s1-
+0.8   myD_s- pi0 pi0 PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458m_Dsmpippim.dec b/BaBar_2014/ccbar_DsJ2458m_Dsmpippim.dec
new file mode 100644
index 0000000..4b61779
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458m_Dsmpippim.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)- -->  D_s- pi+ pi-
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)+
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)-
+#
+Decay D_s1-
+0.8   myD_s- pi+ pi-  PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458m_Dstarmgamma.dec b/BaBar_2014/ccbar_DsJ2458m_Dstarmgamma.dec
new file mode 100644
index 0000000..249b6ab
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458m_Dstarmgamma.dec
@@ -0,0 +1,116 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)- -->  D_s*(2112)- gammma
+#                    |
+#                    +--> D_s- (pi0,gamma)
+#                         |
+#                         +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s*- D_s*-
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)+
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)-
+#
+Decay D_s1-
+0.8   myD_s*- gamma  PHSP;
+Enddecay
+
+Decay myD_s*-
+0.942   myD_s-  gamma   VSP_PWAVE;
+0.058   myD_s-  pi0     VSS;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458m_Dstarmpi0.dec b/BaBar_2014/ccbar_DsJ2458m_Dstarmpi0.dec
new file mode 100644
index 0000000..80b77df
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458m_Dstarmpi0.dec
@@ -0,0 +1,116 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)- -->  D_s*(2112)- pi0
+#                    |
+#                    +--> D_s- (pi0,gamma)
+#                         |
+#                         +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s*- D_s*-
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)+
+#
+Decay D_s1+
+0.8   D_s*+ pi0    PHSP;
+0.2   D_s+ gamma   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)-
+#
+Decay D_s1-
+0.8   myD_s*- pi0  PHSP;
+Enddecay
+
+Decay myD_s*-
+0.942   myD_s-  gamma   VSP_PWAVE;
+0.058   myD_s-  pi0     VSS;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458p_DsJ2317pgamma.dec b/BaBar_2014/ccbar_DsJ2458p_DsJ2317pgamma.dec
new file mode 100644
index 0000000..844d0bb
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458p_DsJ2317pgamma.dec
@@ -0,0 +1,117 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)+ -->  D_s*(2317)+ gamma
+#                    |
+#                    +--> D_s+ pi0
+#                         |
+#                         +--> K K pi 
+#
+#
+# $Id: ccbar_DsJ2458+_DsJ2317+gamma.dec,v 1.2 2004/06/04 20:50:20 davidw Exp $
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s0*+ D_s0*+
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+Particle myD_s0*+ 2.3173   0.0001
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)+
+#
+Decay D_s1+
+0.8   myD_s0*+ gamma  PHSP;
+Enddecay
+
+Decay myD_s0*+
+1.000   myD_s+ pi0   PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)-
+#
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458p_Dsp2gamma.dec b/BaBar_2014/ccbar_DsJ2458p_Dsp2gamma.dec
new file mode 100644
index 0000000..2b4aa21
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458p_Dsp2gamma.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)+ -->  D_s+ gamma gamma
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)+
+#
+Decay D_s1+
+0.8   myD_s+ gamma gamma  PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)-
+#
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458p_Dspgamma.dec b/BaBar_2014/ccbar_DsJ2458p_Dspgamma.dec
new file mode 100644
index 0000000..2222121
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458p_Dspgamma.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)+ -->  D_s+ gamma
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced decay of DsJ(2458)+
+#
+Decay D_s1+
+0.8   myD_s+ gamma  PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)-
+#
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458p_Dsppi0.dec b/BaBar_2014/ccbar_DsJ2458p_Dsppi0.dec
new file mode 100644
index 0000000..124f5f0
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458p_Dsppi0.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)+ -->  D_s+ pi0
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)+
+#
+Decay D_s1+
+0.8   myD_s+ pi0  PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)-
+#
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458p_Dsppi0pi0.dec b/BaBar_2014/ccbar_DsJ2458p_Dsppi0pi0.dec
new file mode 100644
index 0000000..c2993fe
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458p_Dsppi0pi0.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)+ -->  D_s+ pi0 pi0
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)+
+#
+Decay D_s1+
+0.8   myD_s+ pi0 pi0  PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)-
+#
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458p_Dsppippim.dec b/BaBar_2014/ccbar_DsJ2458p_Dsppippim.dec
new file mode 100644
index 0000000..dcfcd22
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458p_Dsppippim.dec
@@ -0,0 +1,108 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)+ -->  D_s+ pi+ pi-
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)+
+#
+Decay D_s1+
+0.8   myD_s+ pi+ pi-  PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)-
+#
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458p_Dstarpgamma.dec b/BaBar_2014/ccbar_DsJ2458p_Dstarpgamma.dec
new file mode 100644
index 0000000..bb5c09e
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458p_Dstarpgamma.dec
@@ -0,0 +1,116 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)+ -->  D_s*(2112)+ gammma
+#                    |
+#                    +--> D_s+ (pi0,gamma)
+#                         |
+#                         +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s*+ D_s*+
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced (incorrect) decay of DsJ(2458)+
+#
+Decay D_s1+
+0.8   myD_s*+ gamma  PHSP;
+Enddecay
+
+Decay myD_s*+
+0.942   myD_s+  gamma   VSP_PWAVE;
+0.058   myD_s+  pi0     VSS;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)-
+#
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2458p_Dstarppi0.dec b/BaBar_2014/ccbar_DsJ2458p_Dstarppi0.dec
new file mode 100644
index 0000000..841e38d
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2458p_Dstarppi0.dec
@@ -0,0 +1,116 @@
+#
+# ccbar continuum production of:
+#
+#    DsJ(2458)+ -->  D_s*(2112)+ pi0
+#                    |
+#                    +--> D_s+ (pi0,gamma)
+#                         |
+#                         +--> K K pi 
+#
+#
+# $Id
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.4580   0.0001
+Particle D_s1-  2.4580   0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s*+ D_s*+
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced decay of DsJ(2458)+
+#
+Decay D_s1+
+0.8   myD_s*+ pi0  PHSP;
+Enddecay
+
+Decay myD_s*+
+0.942   myD_s+  gamma   VSP_PWAVE;
+0.058   myD_s+  pi0     VSS;
+Enddecay
+
+#
+# Correct decays of DsJ(2458)-
+#
+Decay D_s1-
+0.8   D_s*- pi0    PHSP;
+0.2   D_s- gamma   PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2636m_D0barKm.dec b/BaBar_2014/ccbar_DsJ2636m_D0barKm.dec
new file mode 100644
index 0000000..7ae2043
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2636m_D0barKm.dec
@@ -0,0 +1,90 @@
+#
+# ccbar continuum production of the Selex state:
+#
+#    DsJ(2636)- -->  D0bar K-
+#                    |
+#                    +--> K+ pi-
+#
+#
+# $Id: ccbar_DsJ2636-_D0barK-.dec,v 1.1 2004/06/22 00:26:30 davidw Exp $
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.632    0.0001
+Particle D_s1-  2.632    0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myanti-D0 anti-D0
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced decay of hypothetical DsJ(2636)-
+#
+Decay D_s1+
+0.8   D0 K+  PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   myanti-D0 K-  PHSP;
+Enddecay
+
+
+#
+# A D0 that decays only the way we want it to
+#
+Decay myanti-D0
+0.0385   K+  pi-                         PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2636m_Dsmeta_gg.dec b/BaBar_2014/ccbar_DsJ2636m_Dsmeta_gg.dec
new file mode 100644
index 0000000..ca75773
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2636m_Dsmeta_gg.dec
@@ -0,0 +1,116 @@
+#
+# ccbar continuum production of the Selex state:
+#
+#    DsJ(2636)- -->  D_s- eta
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id: ccbar_DsJ2636-_Ds-eta_gg.dec,v 1.1 2004/06/22 00:26:30 davidw Exp $
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.636    0.0001
+Particle D_s1-  2.636    0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s- D_s-
+Alias myK*0 K*0
+Alias myphi phi
+
+#
+# Alias needed to force eta -> 2gamma
+#
+Alias myeta eta
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced decay of hypothetical DsJ(2636)-
+#
+Decay D_s1+
+0.8   D_s+ eta  PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   myD_s- myeta  PHSP;
+Enddecay
+
+
+#
+# A D_s- that decays only the way we want it to
+#
+Decay myD_s-
+0.5   myphi pi-       SVS;
+0.475 myK*0 K-        SVS;
+0.025 K- K+ pi-       PHSP;
+Enddecay
+
+
+Decay myK*0
+1.000 K+ pi-          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+#
+# An eta that decays only through gamma gamma
+#
+Decay myeta
+1.0 gamma gamma PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2636p_D0Kp.dec b/BaBar_2014/ccbar_DsJ2636p_D0Kp.dec
new file mode 100644
index 0000000..66501a7
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2636p_D0Kp.dec
@@ -0,0 +1,91 @@
+#
+# ccbar continuum production of the Selex state:
+#
+#    DsJ(2636)+ -->  D0 K+
+#                    |
+#                    +--> K- pi+ 
+#
+#
+# $Id: ccbar_DsJ2636+_D0K+.dec,v 1.1 2004/06/22 00:26:30 davidw Exp $
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.632    0.0001
+Particle D_s1-  2.632    0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D0 decay
+#
+Alias myD0 D0
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced decay of hypothetical DsJ(2636)+
+#
+Decay D_s1+
+0.8   myD0 K+  PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D0 K- PHSP;
+Enddecay
+
+
+#
+# A D0 that decays only the way we want it to
+#
+Decay myD0
+#
+0.0385   K-  pi+                         PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_DsJ2636p_Dspeta_gg.dec b/BaBar_2014/ccbar_DsJ2636p_Dspeta_gg.dec
new file mode 100644
index 0000000..fc26906
--- /dev/null
+++ b/BaBar_2014/ccbar_DsJ2636p_Dspeta_gg.dec
@@ -0,0 +1,116 @@
+#
+# ccbar continuum production of the Selex state:
+#
+#    DsJ(2636)+ -->  D_s+ eta
+#                    |
+#                    +--> K K pi 
+#
+#
+# $Id: ccbar_DsJ2636+_Ds+eta_gg.dec,v 1.1 2004/06/22 00:26:30 davidw Exp $
+#
+
+#
+# The following parameters attempt to harden the p* distribution
+# to better match data
+#
+JetSetPar PARJ(41)=.10
+JetSetPar PARJ(42)=.73
+
+
+#
+# Redefinition of particles to correctly define DsJ(2317)
+# and DsJ(2458)
+#
+Particle D_s0*+ 2.3173   0.0001
+Particle D_s0*- 2.3173   0.0001
+Particle D_s1+  2.636    0.0001
+Particle D_s1-  2.636    0.0001
+Particle D'_s1+ 2.53535  0.001
+Particle D'_s1- 2.53535  0.001
+
+#
+# Aliases we need to force desired D_s+ decay
+#
+Alias myD_s+ D_s+
+Alias myanti-K*0 anti-K*0
+Alias myphi phi
+
+#
+# Alias needed to force eta -> 2gamma
+#
+Alias myeta eta
+
+#
+# Charm only
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+# Correct decay of D'_s states, now that we have "moved" them
+#
+Decay D'_s1+
+0.5000   D*+ K0          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   D*0 K+          VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*+     PHSP;
+0.0000   gamma D_s+      PHSP;
+Enddecay
+
+Decay D'_s1-
+0.5000   D*- anti-K0     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.5000   anti-D*0 K-     VVS_PWAVE  0.0 0.0 0.0 0.0 1.0 0.0;
+0.0000   gamma D_s*-     PHSP;
+0.0000   gamma D_s-      PHSP;
+Enddecay
+
+#
+# Correct decays of DsJ(2317)
+#
+Decay D_s0*+
+1.000   D_s+ pi0   PHSP;
+Enddecay
+
+Decay D_s0*-
+1.000   D_s- pi0   PHSP;
+Enddecay
+
+#
+# Forced decay of hypothetical DsJ(2636)+
+#
+Decay D_s1+
+0.8   myD_s+ myeta  PHSP;
+Enddecay
+
+Decay D_s1-
+0.8   D_s- eta PHSP;
+Enddecay
+
+
+#
+# A D_s+ that decays only the way we want it to
+#
+Decay myD_s+
+0.5   myphi pi+       SVS;
+0.475 myanti-K*0 K+   SVS;
+0.025 K+ K- pi+       PHSP;
+Enddecay
+
+
+Decay myanti-K*0
+1.000 K- pi+          VSS;
+Enddecay
+
+
+Decay myphi
+1.0   K+ K-           VSS;
+Enddecay
+
+#
+# An eta that decays only through gamma gamma
+#
+Decay myeta
+1.0 gamma gamma PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_Ds_KpKmpipm_PHSP.dec b/BaBar_2014/ccbar_Ds_KpKmpipm_PHSP.dec
new file mode 100644
index 0000000..debdc61
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds_KpKmpipm_PHSP.dec
@@ -0,0 +1,25 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# Make a lot of Ds-> K+ K- pi+-  decays           #
+#                                                 #
+# created: H. Schmuecker Tue Jan 30 2000          #
+#          helmut@slac.stanford.edu               #
+###################################################
+
+
+
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D_s-
+1.000 K+ K- pi-                PHSP;
+Enddecay
+#
+Decay D_s+
+1.000 K+ K- pi+                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Ds_KsKspipm_PHSP.dec b/BaBar_2014/ccbar_Ds_KsKspipm_PHSP.dec
new file mode 100644
index 0000000..56c3b70
--- /dev/null
+++ b/BaBar_2014/ccbar_Ds_KsKspipm_PHSP.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# Make a lot of Ds-> K0s K0s pi+-  decays         #
+#                               K0s -> pi+ pi-    #
+#                                                 #
+# created: H. Schmuecker Tue Dec 16 2000          #
+#          helmut@slac.stanford.edu               #
+###################################################
+
+
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D_s-
+1.000 MyK0 Myanti-K0 pi-                PHSP;
+Enddecay
+#
+Decay D_s+
+1.000 MyK0 Myanti-K0 pi+                PHSP;
+Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                  PHSP;
+Enddecay  
+#
+Decay Myanti-K0
+1.0000 MyK_S0                  PHSP;
+Enddecay  
+#
+Decay MyK_S0
+1.0000 pi+ pi-                 PHSP;
+Enddecay   
+End
diff --git a/BaBar_2014/ccbar_Dsm_KpKmpim.dec b/BaBar_2014/ccbar_Dsm_KpKmpim.dec
new file mode 100644
index 0000000..a3160f8
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsm_KpKmpim.dec
@@ -0,0 +1,24 @@
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D_s-
+1.000 K+ K- pi-                PHSP;
+Enddecay
+#
+#Decay D_s+
+#1.000 K+ K- pi+                PHSP;
+#Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                  PHSP;
+Enddecay  
+#
+Decay MyK_S0
+1.0000 pi+ pi-                 PHSP;
+Enddecay   
+End
diff --git a/BaBar_2014/ccbar_Dsm_KpKmpimpi0_phsp.dec b/BaBar_2014/ccbar_Dsm_KpKmpimpi0_phsp.dec
new file mode 100644
index 0000000..04dc94d
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsm_KpKmpimpi0_phsp.dec
@@ -0,0 +1,20 @@
+###################################################
+#                                                 #
+# ccbar -> Ds- X                                  #
+#          Ds- -> K+ K- pi- pi0                   #
+# Ds- decays through phase space                  #
+#                                                 #
+# created: 04/20/04  -  pompili@ba.infn.it        #
+#                                                 #
+# 04/20/04: use filter_ccbar_Ds-.tcl              #
+###################################################
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D_s-
+1.000 K+ K- pi- pi0            PHSP;
+Enddecay
+#  
+End
diff --git a/BaBar_2014/ccbar_Dsm_KsKspim.dec b/BaBar_2014/ccbar_Dsm_KsKspim.dec
new file mode 100644
index 0000000..abbc4b5
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsm_KsKspim.dec
@@ -0,0 +1,28 @@
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D_s-
+1.000 MyK0 Myanti-K0 pi-                PHSP;
+Enddecay
+#
+#Decay D_s+
+#1.000 MyK0 Myanti-K0 pi+                PHSP;
+#Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                  PHSP;
+Enddecay  
+#
+Decay Myanti-K0
+1.0000 MyK_S0                  PHSP;
+Enddecay  
+#
+Decay MyK_S0
+1.0000 pi+ pi-                 PHSP;
+Enddecay   
+End
diff --git a/BaBar_2014/ccbar_Dsm_Phipim_KpKmpim.dec b/BaBar_2014/ccbar_Dsm_Phipim_KpKmpim.dec
new file mode 100644
index 0000000..cb74a85
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsm_Phipim_KpKmpim.dec
@@ -0,0 +1,21 @@
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+Alias phiKK phi
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D_s-
+1.000 phiKK pi-                SVS;
+Enddecay
+#
+#Decay D_s+
+#1.000 phiKK  pi+                SVS;
+#Enddecay
+#
+Decay phiKK
+1.0   K+   K-                  VSS;
+Enddecay   
+End
diff --git a/BaBar_2014/ccbar_Dsm_phimphspmpipipi.dec b/BaBar_2014/ccbar_Dsm_phimphspmpipipi.dec
new file mode 100644
index 0000000..2a6a5ea
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsm_phimphspmpipipi.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# Ds - -> phi pi+ pi- pi-  decay                  #
+#      phi -> K+ K- (PHSP)                        #
+#                                                 #
+# created: K. Goetzen,      11/04/2002            #
+#          klausg@ep1.ruhr-uni-bochum.de          #
+###################################################
+
+Alias Myphi phi
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D_s-
+1.000 Myphi pi+ pi- pi-         PHSP;
+Enddecay
+#
+Decay Myphi
+1.000 K+ K-                     PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/ccbar_Dsm_pippimpim.dec b/BaBar_2014/ccbar_Dsm_pippimpim.dec
new file mode 100644
index 0000000..df0e08d
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsm_pippimpim.dec
@@ -0,0 +1,24 @@
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D_s-
+1.000 pi+ pi- pi-                PHSP;
+Enddecay
+#
+#Decay D_s+
+#1.000 pi+ pi- pi+                PHSP;
+#Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                  PHSP;
+Enddecay  
+#
+Decay MyK_S0
+1.0000 pi+ pi-                 PHSP;
+Enddecay   
+End
diff --git a/BaBar_2014/ccbar_Dsp_KpKmpip.dec b/BaBar_2014/ccbar_Dsp_KpKmpip.dec
new file mode 100644
index 0000000..32472f7
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsp_KpKmpip.dec
@@ -0,0 +1,24 @@
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+#Decay D_s-
+#1.000 K+ K- pi-                PHSP;
+#Enddecay
+#
+Decay D_s+
+1.000 K+ K- pi+                PHSP;
+Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                  PHSP;
+Enddecay  
+#
+Decay MyK_S0
+1.0000 pi+ pi-                 PHSP;
+Enddecay   
+End
diff --git a/BaBar_2014/ccbar_Dsp_KpKmpippi0_phsp.dec b/BaBar_2014/ccbar_Dsp_KpKmpippi0_phsp.dec
new file mode 100644
index 0000000..8055c69
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsp_KpKmpippi0_phsp.dec
@@ -0,0 +1,20 @@
+###################################################
+#                                                 #
+# ccbar -> Ds+ X                                  #
+#          Ds+ -> K+ K- pi+ pi0                   #
+# Ds+ decays through phase space                  #
+#                                                 #
+# created: 04/20/04  -  pompili@ba.infn.it        #
+#                                                 #
+# 04/20/04: use filter_ccbar_Ds+.tcl              #
+###################################################
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D_s+
+1.000 K+ K- pi+ pi0            PHSP;
+Enddecay
+#  
+End
diff --git a/BaBar_2014/ccbar_Dsp_KsKspip.dec b/BaBar_2014/ccbar_Dsp_KsKspip.dec
new file mode 100644
index 0000000..d38d1a1
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsp_KsKspip.dec
@@ -0,0 +1,28 @@
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+#Decay D_s-
+#1.000 MyK0 Myanti-K0 pi-                PHSP;
+#Enddecay
+#
+Decay D_s+
+1.000 MyK0 Myanti-K0 pi+                PHSP;
+Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                  PHSP;
+Enddecay  
+#
+Decay Myanti-K0
+1.0000 MyK_S0                  PHSP;
+Enddecay  
+#
+Decay MyK_S0
+1.0000 pi+ pi-                 PHSP;
+Enddecay   
+End
diff --git a/BaBar_2014/ccbar_Dsp_Phipip_KpKmpip.dec b/BaBar_2014/ccbar_Dsp_Phipip_KpKmpip.dec
new file mode 100644
index 0000000..2155b16
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsp_Phipip_KpKmpip.dec
@@ -0,0 +1,21 @@
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+Alias phiKK phi
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+#Decay D_s-
+#1.000 phiKK pi-                SVS;
+#Enddecay
+#
+Decay D_s+
+1.000 phiKK  pi+                SVS;
+Enddecay
+#
+Decay phiKK
+1.0   K+   K-                  VSS;
+Enddecay   
+End
diff --git a/BaBar_2014/ccbar_Dsp_phimphspmpipipi.dec b/BaBar_2014/ccbar_Dsp_phimphspmpipipi.dec
new file mode 100644
index 0000000..e01f264
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsp_phimphspmpipipi.dec
@@ -0,0 +1,26 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# Ds + -> phi pi+ pi- pi+  decay                  #
+#      phi -> K+ K- (PHSP)                        #
+#                                                 #
+# created: K. Goetzen,      11/04/2002            #
+#          klausg@ep1.ruhr-uni-bochum.de          #
+###################################################
+
+Alias Myphi phi
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+Decay D_s+
+1.000 Myphi pi+ pi- pi+         PHSP;
+Enddecay
+#
+Decay Myphi
+1.000 K+ K-                     PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/ccbar_Dsp_pippimpip.dec b/BaBar_2014/ccbar_Dsp_pippimpip.dec
new file mode 100644
index 0000000..392b4a6
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsp_pippimpip.dec
@@ -0,0 +1,24 @@
+Alias MyK0 K0
+Alias Myanti-K0 anti-K0
+Alias MyK_S0 K_S0
+#
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+#
+#Decay D_s-
+#1.000 pi+ pi- pi-                PHSP;
+#Enddecay
+#
+Decay D_s+
+1.000 pi+ pi- pi+                PHSP;
+Enddecay
+#
+Decay MyK0
+1.0000 MyK_S0                  PHSP;
+Enddecay  
+#
+Decay MyK_S0
+1.0000 pi+ pi-                 PHSP;
+Enddecay   
+End
diff --git a/BaBar_2014/ccbar_Dsstarm_Dsgamma.dec b/BaBar_2014/ccbar_Dsstarm_Dsgamma.dec
new file mode 100644
index 0000000..e905905
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarm_Dsgamma.dec
@@ -0,0 +1,36 @@
+########################################################
+#                                                      #
+#  ccbar -> Ds*- X                                     #
+#            |                                         #
+#            +---> Ds- gamma                           #
+#                   |                                  #
+#                   +---> phi pi-                      #
+#                          |                           #
+#                          +---> K+ K-                 #
+#                                                      #
+#  Author: Martin Dickopp <dickopp@slac.stanford.edu>  #
+#                                                      #
+########################################################
+#
+Alias myD_s-         D_s-
+Alias myphi          phi
+#
+#
+#
+Decay vpho
+1.0000                           JSCONT 4;
+Enddecay
+#
+Decay D_s*-
+1.0000 myD_s- gamma              VSP_PWAVE;
+Enddecay
+#
+Decay myD_s-
+1.0000 myphi pi-                 SVS;
+Enddecay
+#
+Decay myphi
+1.0000 K+ K-                     VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarm_Dsm_omegapi.dec b/BaBar_2014/ccbar_Dsstarm_Dsm_omegapi.dec
new file mode 100644
index 0000000..17ac2e7
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarm_Dsm_omegapi.dec
@@ -0,0 +1,26 @@
+#######################################################
+#                                                     #
+# Decay: ccbar -> Ds*- X 			      #
+#		  |->Ds- gamma			      #
+#		     |->omega pi-		      #
+# Author : Ping Wang, IHEP Beijing                    #
+# Mail:  wangp@SLAC.stanford.edu                      #
+#Created: Nov 21, 2000                                #
+#######################################################
+Alias myD_s+ D_s+
+Alias myD_s- D_s-
+#
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D_s*-
+1.00    myD_s-  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay  myD_s-
+1.0000    omega pi-  SVS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/ccbar_Dsstarm_Dsm_omegarho.dec b/BaBar_2014/ccbar_Dsstarm_Dsm_omegarho.dec
new file mode 100644
index 0000000..77500b6
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarm_Dsm_omegarho.dec
@@ -0,0 +1,24 @@
+#######################################################
+#                                                     #
+# Decay: ccbar -> Ds*- X 			      #
+#		  |->Ds- gamma			      #
+#		     |->omega rho-		      #
+# Author : Ping Wang, IHEP Beijing                    #
+# Mail:  wangp@SLAC.stanford.edu                      #
+#Created: Nov 21, 2000                                #
+#######################################################
+Alias myD_s- D_s-
+#
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D_s*-
+1.00    myD_s-  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay  myD_s-
+1.0       omega   rho-       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarm_Dspi0.dec b/BaBar_2014/ccbar_Dsstarm_Dspi0.dec
new file mode 100644
index 0000000..1511f2e
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarm_Dspi0.dec
@@ -0,0 +1,36 @@
+########################################################
+#                                                      #
+#  ccbar -> Ds*- X                                     #
+#            |                                         #
+#            +---> Ds- pi0                             #
+#                   |                                  #
+#                   +---> phi pi-                      #
+#                          |                           #
+#                          +---> K+ K-                 #
+#                                                      #
+#  Author: Martin Dickopp <dickopp@slac.stanford.edu>  #
+#                                                      #
+########################################################
+#
+Alias myD_s-         D_s-
+Alias myphi          phi
+#
+#
+#
+Decay vpho
+1.0000                           JSCONT 4;
+Enddecay
+#
+Decay D_s*-
+1.0000 myD_s- pi0                VSS;
+Enddecay
+#
+Decay myD_s-
+1.0000 myphi pi-                 SVS;
+Enddecay
+#
+Decay myphi
+1.0000 K+ K-                     VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarm_gDsm_munu.dec b/BaBar_2014/ccbar_Dsstarm_gDsm_munu.dec
new file mode 100644
index 0000000..fa3a61b
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarm_gDsm_munu.dec
@@ -0,0 +1,25 @@
+#######################################################
+#                                                     #
+# Decay: ccbar -> Ds*- X 			      #
+#		  |->Ds- gamma			      #
+#		     |->mu- anti-nu_mu		      #
+# should go with the tcl file ccbar_Dsstr-.tcl	      #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Mail: SCHUNEM@SLAC.STANFORD.EDU
+# Created:                  22/Feb/99                 #
+#######################################################
+#
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D_s*-
+1.00    D_s-  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay  D_s-
+1.0000    mu-   anti-nu_mu        PHOTOS SLN;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarp_Dsgamma.dec b/BaBar_2014/ccbar_Dsstarp_Dsgamma.dec
new file mode 100644
index 0000000..4c11000
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarp_Dsgamma.dec
@@ -0,0 +1,36 @@
+########################################################
+#                                                      #
+#  ccbar -> Ds*+ X                                     #
+#            |                                         #
+#            +---> Ds+ gamma                           #
+#                   |                                  #
+#                   +---> phi pi+                      #
+#                          |                           #
+#                          +---> K+ K-                 #
+#                                                      #
+#  Author: Martin Dickopp <dickopp@slac.stanford.edu>  #
+#                                                      #
+########################################################
+#
+Alias myD_s+         D_s+
+Alias myphi          phi
+#
+#
+#
+Decay vpho
+1.0000                           JSCONT 4;
+Enddecay
+#
+Decay D_s*+
+1.0000 myD_s+ gamma              VSP_PWAVE;
+Enddecay
+#
+Decay myD_s+
+1.0000 myphi pi+                 SVS;
+Enddecay
+#
+Decay myphi
+1.0000 K+ K-                     VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarp_Dsp_PhiRhop.dec b/BaBar_2014/ccbar_Dsstarp_Dsp_PhiRhop.dec
new file mode 100644
index 0000000..6df9c3c
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarp_Dsp_PhiRhop.dec
@@ -0,0 +1,35 @@
+###################################################
+#                                                 #
+# ccbar -> Ds*+ X                                 # 	
+#          `->Ds+ X                               #
+#              `-> phi rho+                       #
+#                   `-> K+K-                      #
+#                                                 #
+# created: Dieter Best 10.July.2001               #
+#          best@slac.stanford.edu                 #
+#                                                 #
+###################################################
+#
+# redefine particle decays
+#
+Alias myD_s*+  D_s*+
+Alias myD_s+   D_s+
+Alias myphi    phi
+#
+Decay vpho
+1.00  JSCONT 4;
+Enddecay
+#
+Decay myD_s*+
+1.00  myD_s+ gamma    VSP_PWAVE;
+Enddecay
+#
+Decay myD_s+
+1.00  myphi rho+	SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myphi
+1.00  K+ K-  VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarp_Dsp_kstarpgamma.dec b/BaBar_2014/ccbar_Dsstarp_Dsp_kstarpgamma.dec
new file mode 100644
index 0000000..4d0eaed
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarp_Dsp_kstarpgamma.dec
@@ -0,0 +1,38 @@
+#######################################################
+#                                                     #
+# Decay: ccbar -> Ds*+ X 			      #
+#		   `->Ds+ gamma			      #
+#		       `-> K*+ gamma		      #
+#                                                     #
+# Author : Dieter Best, UC Irvine                     #
+# Mail   : best@SLAC.stanford.edu                     #
+#                                                     #
+# Created: 11.July.2001                               #
+#                                                     #
+#######################################################
+Alias myD_s*+  D_s*+
+Alias myD_s+   D_s+
+Alias myKstar+ K*+
+Alias myK_S0   K_S0
+#
+Decay vpho 
+1.00  JSCONT 4;
+Enddecay
+#
+Decay myD_s*+
+1.00  myD_s+ gamma    VSP_PWAVE;
+Enddecay
+#
+Decay myD_s+
+1.00  myKstar+ gamma  SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myKstar+
+1.00  myK_S0 pi+      VSS;
+Enddecay
+#
+Decay myK_S0				
+1.00  pi+  pi-        PHSP;
+Enddecay				
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarp_Dsp_omegapi.dec b/BaBar_2014/ccbar_Dsstarp_Dsp_omegapi.dec
new file mode 100644
index 0000000..e7349da
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarp_Dsp_omegapi.dec
@@ -0,0 +1,24 @@
+#######################################################
+#                                                     #
+# Decay: ccbar -> Ds*+ X 			      #
+#		  |->Ds+ gamma			      #
+#		     |->omega pi+		      #
+# Author : Ping Wang, IHEP Beijing                    #
+# Mail:  wangp@SLAC.stanford.edu                      #
+#Created: Nov 21, 2000                                #
+#######################################################
+Alias myD_s+ D_s+
+#
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D_s*+
+1.00    myD_s+  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay  myD_s+
+1.0000    omega pi+  SVS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarp_Dsp_omegarho.dec b/BaBar_2014/ccbar_Dsstarp_Dsp_omegarho.dec
new file mode 100644
index 0000000..1ef06a7
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarp_Dsp_omegarho.dec
@@ -0,0 +1,24 @@
+#######################################################
+#                                                     #
+# Decay: ccbar -> Ds*+ X 			      #
+#		  |->Ds+ gamma			      #
+#		     |->omega rho+		      #
+# Author : Ping Wang, IHEP Beijing                    #
+# Mail:  wangp@SLAC.stanford.edu                      #
+#Created: Nov 21, 2000                                #
+#######################################################
+Alias myD_s+ D_s+
+#
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D_s*+
+1.00    myD_s+  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay  myD_s+
+1.0       omega   rho+       SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarp_Dsp_rhopgamma.dec b/BaBar_2014/ccbar_Dsstarp_Dsp_rhopgamma.dec
new file mode 100644
index 0000000..8eb3488
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarp_Dsp_rhopgamma.dec
@@ -0,0 +1,27 @@
+#######################################################
+#                                                     #
+# Decay: ccbar -> Ds*+ X 			      #
+#		   `->Ds+ gamma			      #
+#		       `-> rho+ gamma		      #
+#                                                     #
+# Author : Dieter Best, UC Irvine                     #
+# Mail   : best@SLAC.stanford.edu                     #
+#                                                     #
+# Created: 11.July.2001                               #
+#                                                     #
+#######################################################
+Alias myD_s+ D_s+
+#
+Decay vpho 
+1.0   JSCONT 4;
+Enddecay
+#
+Decay D_s*+
+1.00  myD_s+ gamma  VSP_PWAVE;
+Enddecay
+#
+Decay  myD_s+
+1.00  rho+ gamma  SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarp_Dspi0.dec b/BaBar_2014/ccbar_Dsstarp_Dspi0.dec
new file mode 100644
index 0000000..c2b4ab1
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarp_Dspi0.dec
@@ -0,0 +1,36 @@
+########################################################
+#                                                      #
+#  ccbar -> Ds*+ X                                     #
+#            |                                         #
+#            +---> Ds+ pi0                             #
+#                   |                                  #
+#                   +---> phi pi+                      #
+#                          |                           #
+#                          +---> K+ K-                 #
+#                                                      #
+#  Author: Martin Dickopp <dickopp@slac.stanford.edu>  #
+#                                                      #
+########################################################
+#
+Alias myD_s+         D_s+
+Alias myphi          phi
+#
+#
+#
+Decay vpho
+1.0000                           JSCONT 4;
+Enddecay
+#
+Decay D_s*+
+1.0000 myD_s+ pi0                VSS;
+Enddecay
+#
+Decay myD_s+
+1.0000 myphi pi+                 SVS;
+Enddecay
+#
+Decay myphi
+1.0000 K+ K-                     VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dsstarp_gDsp_munu.dec b/BaBar_2014/ccbar_Dsstarp_gDsp_munu.dec
new file mode 100644
index 0000000..912bd27
--- /dev/null
+++ b/BaBar_2014/ccbar_Dsstarp_gDsp_munu.dec
@@ -0,0 +1,25 @@
+#######################################################
+#                                                     #
+# Decay: ccbar -> Ds*+ X 			      #
+#		  |->Ds+ gamma			      #
+#		     |->mu+ nu_mu		      #
+# should go with the tcl file ccbar_Dsstr+.tcl	      #
+#                                                     #
+# Author: M.H. Schune + S. Plaszczynski               #
+# Mail: SCHUNEM@SLAC.STANFORD.EDU
+# Created:                  22/Feb/99                 #
+#######################################################
+#
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D_s*+
+1.00    D_s+  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay  D_s+
+1.0000    mu+   nu_mu        PHOTOS SLN;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0barpi_KKeta_gg_phsp.dec b/BaBar_2014/ccbar_Dstarm_D0barpi_KKeta_gg_phsp.dec
new file mode 100644
index 0000000..74fd506
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0barpi_KKeta_gg_phsp.dec
@@ -0,0 +1,33 @@
+###########################################################
+#                                                         #
+# ccbar -> D*- X                                          #
+#          D*- -> D0bar pi-                               #
+#                 D0bar -> K+ K- eta                      #
+#                                eta -> gamma gamma       #
+# D0bar decays through phase space                        #
+#                                                         #
+# created: 08/04/03 - pompili@slac.stanford.edu           #
+#                                                         #
+###########################################################
+#
+Alias my-anti-D0 anti-D0
+Alias my-eta eta
+#
+Decay vpho
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.0     my-anti-D0 pi-                   VSS;
+Enddecay
+#
+Decay my-anti-D0
+1.0     K+ K- my-eta                    PHSP;
+Enddecay
+#
+Decay my-eta
+1.0     gamma gamma                     PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/ccbar_Dstarm_D0barpi_KKpi0_phsp.dec b/BaBar_2014/ccbar_Dstarm_D0barpi_KKpi0_phsp.dec
new file mode 100644
index 0000000..d693ace
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0barpi_KKpi0_phsp.dec
@@ -0,0 +1,28 @@
+######################################################
+#                                                    #
+# ccbar -> D*- X                                     #
+#          D*- -> D0bar pi-                          #
+#                 D0bar -> K+ K- pi0                 #
+# D0bar decays through phase space                   #
+#                                                    #
+# created: 09/25/01                                  #
+#          antimo@ba.infn.it, pompili@ba.infn.it     #
+#                                                    #
+######################################################
+#
+Alias my-anti-D0 anti-D0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.0     my-anti-D0  pi-                   VSS;
+Enddecay
+#
+Decay my-anti-D0
+1.0     K+ K- pi0                       PHSP;
+Enddecay
+#         
+End
+
diff --git a/BaBar_2014/ccbar_Dstarm_D0barpi_Kpieta_gg_phsp.dec b/BaBar_2014/ccbar_Dstarm_D0barpi_Kpieta_gg_phsp.dec
new file mode 100644
index 0000000..42a042b
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0barpi_Kpieta_gg_phsp.dec
@@ -0,0 +1,35 @@
+#
+###########################################################
+#                                                         #
+# ccbar -> D*- X                                          #
+#          D*- -> D0bar pi-                               #
+#                 D0bar -> K+ pi- eta                     #
+#                                 eta -> gamma gamma      #
+# D0bar decays through phase space                        #
+#                                                         #
+# created: 09/25/01 - pompili@slac.stanford.edu           #
+#                                                         #
+# 02/06/02: use filter_D0bar_from_Dstarminus_pstarcut.tcl #
+###########################################################
+#
+Alias my-anti-D0 anti-D0
+Alias my-eta eta
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.0     my-anti-D0  pi-                   VSS;
+Enddecay
+#
+Decay my-anti-D0
+1.0     K+ pi- my-eta                    PHSP;
+Enddecay
+# 
+Decay my-eta
+1.0     gamma gamma                      PHSP;
+Enddecay
+#         
+End
+
diff --git a/BaBar_2014/ccbar_Dstarm_D0barpi_Kpieta_pipipi0_phsp.dec b/BaBar_2014/ccbar_Dstarm_D0barpi_Kpieta_pipipi0_phsp.dec
new file mode 100644
index 0000000..79c1969
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0barpi_Kpieta_pipipi0_phsp.dec
@@ -0,0 +1,33 @@
+######################################################
+#                                                    #
+# ccbar -> D*- X                                     #
+#          D*- -> D0bar pi-                          #
+#                 D0bar -> K+ pi- eta                #
+#                                 eta -> pi+ pi- pi0 #
+# D0bar decays through phase space                   #
+#                                                    #
+# created: 09/25/01                                  #
+#          antimo@ba.infn.it, pompili@ba.infn.it     #
+#                                                    #
+######################################################
+#
+Alias my-anti-D0 anti-D0
+Alias my-eta eta
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.0     my-anti-D0  pi-                   VSS;
+Enddecay
+#
+Decay my-anti-D0
+1.0     K+ pi- my-eta                    PHSP;
+Enddecay
+# 
+Decay my-eta
+1.0     pi+ pi- pi0                      PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0barpi_Kpietap_pipieta_gg_phsp.dec b/BaBar_2014/ccbar_Dstarm_D0barpi_Kpietap_pipieta_gg_phsp.dec
new file mode 100644
index 0000000..6f4d01e
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0barpi_Kpietap_pipieta_gg_phsp.dec
@@ -0,0 +1,35 @@
+######################################
+# ccbar -> D*- X, D*- -> D0bar pi-   #
+#          D0bar -> K+ pi- eta'      #
+#          eta' -> pi+ pi- eta       #
+#          eta -> gamma gamma        #         
+# D0bar decays through phase space   #
+# created: 08/23/03                  #
+# pompili@slac.stanford.edu          #
+######################################
+#
+Alias my-anti-D0 anti-D0
+Alias my-eta' eta'
+Alias my-eta eta
+#
+Decay vpho
+1.00 JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.0 my-anti-D0 pi- VSS;
+Enddecay
+#
+Decay my-anti-D0
+1.0 K+ pi- my-eta' PHSP;
+Enddecay
+#
+Decay my-eta'
+1.0 pi+ pi- my-eta PHSP;
+Enddecay
+#
+Decay my-eta
+1.0 gamma gamma PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0barpi_Kpipi0_phsp.dec b/BaBar_2014/ccbar_Dstarm_D0barpi_Kpipi0_phsp.dec
new file mode 100644
index 0000000..3eb548e
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0barpi_Kpipi0_phsp.dec
@@ -0,0 +1,28 @@
+###########################################################
+#                                                         #
+# ccbar -> D*- X                                          #
+#          D*- -> D0bar pi-                               #
+#                 D0bar -> K+ pi- pi0                     #
+# D0bar decays through phase space                        #
+#                                                         #
+# created: 09/25/01 - pompili@slac.stanford.edu           #
+#                                                         #
+# 02/06/02: use filter_D0bar_from_Dstarminus_pstarcut.tcl #
+###########################################################
+#
+Alias my-anti-D0 anti-D0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.0     my-anti-D0  pi-                   VSS;
+Enddecay
+#
+Decay my-anti-D0
+1.0     K+ pi- pi0                       PHSP;
+Enddecay
+#         
+End
+
diff --git a/BaBar_2014/ccbar_Dstarm_D0barpi_pipieta_gg_phsp.dec b/BaBar_2014/ccbar_Dstarm_D0barpi_pipieta_gg_phsp.dec
new file mode 100644
index 0000000..628abe6
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0barpi_pipieta_gg_phsp.dec
@@ -0,0 +1,130 @@
+#####################################
+# ccbar -> D*- X, D*- -> D0bar pi-  #
+#          D0bar -> pi+ pi- eta     #
+#          eta -> gamma gamma       #
+# D0bar decays through phase space  #
+# created: 08/23/03                 #
+# pompili@slac.stanford.edu         #
+#####################################
+#
+Alias my-anti-D0 anti-D0
+Alias my-eta eta
+#
+Decay vpho
+1.00 JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.0 my-anti-D0 pi- VSS;
+Enddecay
+#
+Decay my-anti-D0
+1.0 pi+ pi- my-eta PHSP;
+Enddecay
+#
+Decay my-eta
+1.0 gamma gamma PHSP;
+Enddecay
+#
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0K0KK_ps.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0KK_ps.dec
new file mode 100644
index 0000000..8f69a1a
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0KK_ps.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K0s K+ K-        #
+#                               K0s -> pi+ pi-    #
+# D0 decays via Phase Space                       #
+#                                                 #
+# created: A. Palano 7/11/00                      #
+#          antimo@ba.infn.it                      #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-K0 K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+# D0 decays via Phase space
+0.0094   my-K0  K-  K+                        PHSP;
+Enddecay
+#
+#
+Decay my-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0K0Kmpip_ps.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0Kmpip_ps.dec
new file mode 100644
index 0000000..b4912b8
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0Kmpip_ps.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K0s K- pi+        #
+#                               K0s -> pi+ pi-    #
+# D0 decays via Phase Space                       #
+#                                                 #
+# created: A. Palano 7/11/00                      #
+#          antimo@ba.infn.it                      #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-K0 K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+# D0 decays via Phase space
+0.0064   my-K0  K-  pi+                        PHSP;
+Enddecay
+#
+#
+Decay my-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0K0Kppim_ps.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0Kppim_ps.dec
new file mode 100644
index 0000000..6f76813
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0Kppim_ps.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K0s K+ pi-        #
+#                               K0s -> pi+ pi-    #
+# D0 decays via Phase Space                       #
+#                                                 #
+# created: A. Palano 7/11/00                      #
+#          antimo@ba.infn.it                      #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-K0 K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+# D0 decays via Phase space
+0.005   my-K0  pi-  K+                        PHSP;
+Enddecay
+#
+#
+Decay my-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0K0pi0.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0pi0.dec
new file mode 100644
index 0000000..6d9f95a
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0pi0.dec
@@ -0,0 +1,42 @@
+
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K0S pi0          #         
+#                                 K0S -> pi+pi-   #
+#                                                 #
+# created: Sunil Jayatilleke                      #
+#         sunilj@physics.uc.edu 07/09/01          #
+###################################################
+
+Alias my-anti-D0 D0
+Alias my-K0 K0
+Alias my-K_S0 K_S0
+#Alias my-D*- D*-
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+Decay D*-
+1.00     my-anti-D0  pi-                       VSS;
+Enddecay
+
+#
+Decay my-anti-D0
+1.00  my-K0  pi0                       PHSP;
+Enddecay
+
+# 
+Decay my-K0
+1.00 my-K_S0                                   PHSP;
+Enddecay
+
+#         
+Decay my-K_S0
+1.00    pi+  pi-                          PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0K0pipi.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0pipi.dec
new file mode 100644
index 0000000..4ab73a7
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0pipi.dec
@@ -0,0 +1,42 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K0s pi+ pi-      #
+#                               K0s -> pi+ pi-    #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-K0 K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+# the Dalitz mode below includes K*(892)+ pi- and K0 rho(770)0 resonances
+0.0540   my-K0  pi-  pi+                    D_DALITZ;
+Enddecay
+#
+#
+Decay my-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0K0pipi_ps.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0pipi_ps.dec
new file mode 100644
index 0000000..7f43848
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0K0pipi_ps.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K0s pi+ pi-      #
+#                               K0s -> pi+ pi-    #
+# D0 decays via Phase Space                       #
+#                                                 #
+# created: A. Palano 7/11/00                      #
+#          antimo@ba.infn.it                      #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-K0 K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+# D0 decays via Phase space
+0.0540   my-K0  pi-  pi+                        PHSP;
+Enddecay
+#
+#
+Decay my-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0K3pi.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0K3pi.dec
new file mode 100644
index 0000000..e357460
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0K3pi.dec
@@ -0,0 +1,53 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ pi- pi+ pi-   #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-a_1- a_1-
+Alias my-K*0 K*0
+Alias my-K_1+ K_1+
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0360   my-a_1- K+                      SVS;
+0.0098   my-K*0 rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0036   my-K_1+ pi-                     SVS;
+0.0095   my-K*0 pi-  pi+            PHSP;
+0.0048   K+  pi-  rho0                   PHSP;
+0.0176   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+Decay my-K*0
+0.6657      K+  pi-                        VSS;
+Enddecay
+#
+Decay my-K_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   my-K*0   pi+               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K+    pi- pi+                   PHSP;
+Enddecay
+#
+#
+Decay my-a_1-
+0.4920   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0K3piWS.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0K3piWS.dec
new file mode 100644
index 0000000..18bf330
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0K3piWS.dec
@@ -0,0 +1,53 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K- pi+ pi- pi+ WS#
+#                                                 #
+# created: Francisco Yumiceva 03/22/01            #
+#          yumiceva@beauty.physics.sc.edu         #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-a_1+ a_1+
+Alias my-anti-K*0 anti-K*0
+Alias my-K_1- K_1-
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0360   my-a_1+ K-                      SVS;
+0.0098   my-anti-K*0 rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0036   my-K_1- pi+                     SVS;
+0.0095   my-anti-K*0 pi+  pi-            PHSP;
+0.0048   K-  pi+  rho0                   PHSP;
+0.0176   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+#
+Decay my-anti-K*0
+0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay my-K_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   my-anti-K*0   pi-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K-    pi+ pi-                   PHSP;
+Enddecay
+#
+#
+Decay my-a_1+
+0.4920   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0K4pi.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0K4pi.dec
new file mode 100644
index 0000000..2984410
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0K4pi.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> D0bar pi-, D0bar -> K0s pi+ pi- pi+ pi-  #
+#                                                 #
+# created : F.Ferrarotto 3/9/02                   #
+#                                                 #
+###################################################
+#
+Alias my-anti-D0 anti-D0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+#   Vector Mesons
+#
+Decay D*-
+1.00  my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+1.00  K_S0 pi+  pi+   pi-  pi-       PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0KK.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0KK.dec
new file mode 100644
index 0000000..1c045f2
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0KK.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ K-            #
+#                                                 #
+# created: O. Long Jan13-00                       #
+#          owen@slac.stanford.edu                 #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0044   K+  K-                          PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0KKpipi.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0KKpipi.dec
new file mode 100644
index 0000000..b402bdd
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0KKpipi.dec
@@ -0,0 +1,51 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ K- pi+ pi-    #
+#                                                 #
+# created: O. Long Jan13-00                       #
+#          owen@slac.stanford.edu                 #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-K*0 K*0
+Alias my-anti-K*0 anti-K*0
+Alias my-phi phi
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0005   my-phi  pi+  pi-                PHSP;
+0.0003   my-phi rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0005   my-K*0  K-  pi+                 PHSP;
+0.0005   my-anti-K*0  K+  pi-            PHSP;
+0.0006   my-K*0 my-anti-K*0              PHSP;
+0.0008   K+  K-  pi+  pi-                PHSP;
+0.0009   K+  K-  rho0                    PHSP;
+Enddecay
+#
+Decay my-phi
+0.49  K+  K-                               VSS;
+Enddecay
+#         
+Decay my-anti-K*0
+0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay my-K*0
+0.6657      K+  pi-                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0Kpi.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0Kpi.dec
new file mode 100644
index 0000000..a9fa706
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0Kpi.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ pi-           #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0385   K+  pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0KpiWS.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0KpiWS.dec
new file mode 100644
index 0000000..61e0255
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0KpiWS.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K- pi+           #
+#                                                 #
+# Note this is the Wrong sign decay!              #
+#                                                 #
+# created: U. Egede 13/03/00                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0385   K-  pi+                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0Kpipi0.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..a3fbac5
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0Kpipi0.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ pi- pi0       #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+# the Dalitz mode below includes K*(892)0 pi0, K*(892)+ pi-
+# and K+ rho(770)- resonances.
+0.1307   K+  pi-  pi0                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0Kpipi0WS.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0Kpipi0WS.dec
new file mode 100644
index 0000000..9122ea5
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0Kpipi0WS.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K- pi+ pi0 (WS)  #
+#                                                 #
+# created:  Francisco Yumiceva 03/22/01           #
+#          yumiceva@beauty.physics.sc.edu         #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+Alias my-K*- K*-
+Alias my-anti-K*0 anti-K*0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                   VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.108   rho+  K-                            SVS;
+0.017   my-K*-  pi+                         SVS;
+0.021   my-anti-K*0  pi0                    SVS;
+0.0069  K-  pi+  pi0                        PHSP;
+Enddecay
+#
+Decay my-K*-
+0.3333   K-  pi0                            VSS;
+Enddecay
+#
+#
+Decay my-anti-K*0
+0.6657      K-  pi+                         VSS;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0emep.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0emep.dec
new file mode 100644
index 0000000..37d7309
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0emep.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> e- e+                      #
+#                                                 #
+# created: F. Yumiceva	                          #
+#          yumiceva@slac.stanford.edu             #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-    VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+1   e-  e+	PHOTOS SLL;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0emmup.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0emmup.dec
new file mode 100644
index 0000000..40b1b86
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0emmup.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> e- e+                      #
+#                                                 #
+# created: F. Yumiceva	                          #
+#          yumiceva@slac.stanford.edu             #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-    VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+1   e+  mu-	PHOTOS SLL;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0mummup.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0mummup.dec
new file mode 100644
index 0000000..76e3519
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0mummup.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> e- e+                      #
+#                                                 #
+# created: F. Yumiceva	                          #
+#          yumiceva@slac.stanford.edu             #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-    VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+1   mu-  mu+	PHOTOS SLL;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0pi0pi0.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0pi0pi0.dec
new file mode 100644
index 0000000..c4ddd7b
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0pi0pi0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> pi0 pi0          #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0009   pi0 pi0                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0pipi.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0pipi.dec
new file mode 100644
index 0000000..d292847
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0pipi.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> pi+ pi-          #
+#                                                 #
+# created: O. Long Jan13-00                       #
+#          owen@slac.stanford.edu                 #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0015   pi+ pi-                         PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0pipipi0.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0pipipi0.dec
new file mode 100644
index 0000000..ed6b68e
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0pipipi0.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> pi+ pi- pi0      #
+#                                                 #
+#                                                 #
+# created: Sunil Jayatilleke 29/06/01             #
+#          sunilj@physics.uc.edu                                       #
+###################################################
+
+Alias my-anti-D0 anti-D0
+#Alias my-D*- D*-
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.000     my-anti-D0  pi-                 VSS;
+Enddecay
+#
+Decay my-anti-D0
+1.000    pi+  pi-  pi0                    PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_D0pipipipi.dec b/BaBar_2014/ccbar_Dstarm_D0pi_D0pipipipi.dec
new file mode 100644
index 0000000..5431def
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_D0pipipipi.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> pi+ pi- pi+ pi-  #
+#                                                 #
+# created: Francisco Yumiceva 07/10/01            #
+#          yumiceva@beauty.physics.sc.edu         #
+###################################################
+#
+
+Alias my-anti-D0 anti-D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.6830    my-anti-D0  pi-                        VSS;
+Enddecay
+#
+Decay my-anti-D0
+#
+0.0074   pi+ pi+ pi- pi-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_Kmepnu_WS.dec b/BaBar_2014/ccbar_Dstarm_D0pi_Kmepnu_WS.dec
new file mode 100644
index 0000000..b82fc48
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_Kmepnu_WS.dec
@@ -0,0 +1,23 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K- e+ nu_e       #
+# MIXED WRONG-SIGN DECAY                          #
+# created: kflood aug2800                         #
+###################################################
+#
+Alias myD0bar anti-D0
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.00 myD0bar pi-               VSS;
+Enddecay
+#
+Decay myD0bar
+1.00 K- e+ nu_e              PHOTOS    ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_Kmmupnu_WS.dec b/BaBar_2014/ccbar_Dstarm_D0pi_Kmmupnu_WS.dec
new file mode 100644
index 0000000..a24dbb1
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_Kmmupnu_WS.dec
@@ -0,0 +1,23 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K- mu+ nu_mu     #
+# MIXED WRONG-SIGN DECAY                          #
+# created: kflood aug2800                         #
+###################################################
+#
+Alias myD0bar anti-D0
+#
+Decay vpho
+1.00                           JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.00 myD0bar pi-               VSS;
+Enddecay
+#
+Decay myD0bar
+1.00 K- mu+ nu_mu           PHOTOS   ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_Kpemnu.dec b/BaBar_2014/ccbar_Dstarm_D0pi_Kpemnu.dec
new file mode 100644
index 0000000..033a8c3
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_Kpemnu.dec
@@ -0,0 +1,23 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ e- anti-nu_e  #
+#                                                 #
+# created: kflood nov0499                         #
+###################################################
+#
+Alias myD0bar anti-D0
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.00 myD0bar pi-               VSS;
+Enddecay
+#
+Decay myD0bar
+1.00 K+ e- anti-nu_e             ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_Kpmumnu.dec b/BaBar_2014/ccbar_Dstarm_D0pi_Kpmumnu.dec
new file mode 100644
index 0000000..3564b0f
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_Kpmumnu.dec
@@ -0,0 +1,24 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> K+ mu- anti-nu_mu#
+#                                                 #
+# created: kflood nov0499                         #
+# Mail: KFLOOD@SLAC.STANFORD.EDU
+###################################################
+#
+Alias myD0bar anti-D0
+#
+Decay vpho
+1.00                           JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.00 myD0bar pi-               VSS;
+Enddecay
+#
+Decay myD0bar
+1.00 K+ mu- anti-nu_mu       PHOTOS  ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_D0pi_pipemnu.dec b/BaBar_2014/ccbar_Dstarm_D0pi_pipemnu.dec
new file mode 100644
index 0000000..9bbad3f
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_D0pi_pipemnu.dec
@@ -0,0 +1,23 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> anti-D0 pi-, anti-D0 -> pi+ e- anti-nu_e #
+#                                                 #
+# created: weaver 15jun00                         #
+###################################################
+#
+Alias myD0bar anti-D0
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.00 myD0bar pi-               VSS;
+Enddecay
+#
+Decay myD0bar
+1.00 pi+ e- anti-nu_e            ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_Dmpi0_DmKKpi.dec b/BaBar_2014/ccbar_Dstarm_Dmpi0_DmKKpi.dec
new file mode 100644
index 0000000..b7f92b0
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_Dmpi0_DmKKpi.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- ->      D- pi0,      D- -> K- K+ pi-        #
+#                                                 #
+# created:  Francisco Yumiceva 09/24/01           #
+#          yumiceva@beauty.physics.sc.edu         #
+###################################################
+#
+
+Alias my-D*- D*-
+Alias my-D- D-
+Alias my-phi phi
+Alias my-K*0 K*0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#
+#
+Decay my-D*-
+1.0  my-D- pi0			VSS;
+Enddecay
+#
+#
+Decay D-
+#
+0.003   my-phi pi-		SVS;
+0.0028  my-K*0 K-	        SVS;
+0.0045  K- K+ pi-               PHSP;
+Enddecay
+#
+#
+Decay my-phi
+0.492   K- K+			VSS;
+Enddecay
+#
+Decay my-K*0
+0.6657  K+ pi-			VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_Dmpi0_DmKpipi.dec b/BaBar_2014/ccbar_Dstarm_Dmpi0_DmKpipi.dec
new file mode 100644
index 0000000..9230b2e
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_Dmpi0_DmKpipi.dec
@@ -0,0 +1,31 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*- -> D- pi0, D- -> K+ pi- pi-                 #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D- D-
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*-
+0.3060    my-D-  pi0                        VSS;
+Enddecay
+#
+Decay my-D-
+#
+# the Dalitz mode below includes K*(892)0 pi-, K*(1430)0 pi-, and K*(1680)0 pi- resonances.
+0.0910   K+  pi-  pi-                    D_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_Dmpi0_Kpipi_phsp.dec b/BaBar_2014/ccbar_Dstarm_Dmpi0_Kpipi_phsp.dec
new file mode 100644
index 0000000..242259a
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_Dmpi0_Kpipi_phsp.dec
@@ -0,0 +1,28 @@
+######################################################
+#                                                    #
+# ccbar -> D*- X                                     #
+#          D*- -> D- pi0                             #
+#                 D- -> K+ pi- pi-                   #
+# D- decays through phase space                      #
+#                                                    #
+# created: 09/25/01                                  #
+#          antimo@ba.infn.it, pompili@ba.infn.it     #
+#                                                    #
+######################################################
+#
+Alias my-D- D-
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.0     my-D-  pi0                   VSS;
+Enddecay
+#
+Decay my-D-
+1.0     K+ pi- pi-                  PHSP;
+Enddecay
+#         
+End
+
diff --git a/BaBar_2014/ccbar_Dstarm_Dmpi0_Kppimpim_phsp.dec b/BaBar_2014/ccbar_Dstarm_Dmpi0_Kppimpim_phsp.dec
new file mode 100644
index 0000000..401387e
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_Dmpi0_Kppimpim_phsp.dec
@@ -0,0 +1,30 @@
+#########################################################
+#							#
+# Decay: ccbar -> D*- X					#
+#		  |->D- pi0				#
+#		     |->K+ pi- pi- (phase space)	#
+#							#
+# Best if used with a tcl file that filters		#
+# at the generator level for D*				#       
+#							#
+#	Dirk Hufnagel					#
+#		Dec 04, 2003				#
+#							#
+# Mail: hufnagel@slac.stanford.edu			# 
+#########################################################
+
+Alias MyD- D-
+
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.00	MyD-	pi0	VSS;
+Enddecay
+#
+Decay MyD-
+1.00	K+ pi- pi-	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_Dpi0_Kpi0.dec b/BaBar_2014/ccbar_Dstarm_Dpi0_Kpi0.dec
new file mode 100644
index 0000000..7227de7
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_Dpi0_Kpi0.dec
@@ -0,0 +1,30 @@
+#########################################################
+#							#
+# Decay: ccbar -> D*- X					#
+#		  |->D- pi0				#
+#		     |->K- pi0				#
+#							#
+# Best if used with a tcl file that filters		#
+# at the generator level for D*				#       
+#							#
+#	Dirk Hufnagel					#
+#		Dec 04, 2003				#
+#							#
+# Mail: hufnagel@slac.stanford.edu			# 
+#########################################################
+
+Alias MyD- D-
+
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.00	MyD-	pi0	VSS;
+Enddecay
+#
+Decay MyD-
+1.00	K-	pi0	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarm_Dpi0_pipi0.dec b/BaBar_2014/ccbar_Dstarm_Dpi0_pipi0.dec
new file mode 100644
index 0000000..cc4365f
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarm_Dpi0_pipi0.dec
@@ -0,0 +1,30 @@
+#########################################################
+#							#
+# Decay: ccbar -> D*- X					#
+#		  |->D- pi0				#
+#		     |->K- pi0				#
+#							#
+# Best if used with a tcl file that filters		#
+# at the generator level for D*				#       
+#							#
+#	Dirk Hufnagel					#
+#		Dec 04, 2003				#
+#							#
+# Mail: hufnagel@slac.stanford.edu			# 
+#########################################################
+
+Alias MyD- D-
+
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D*-
+1.00	MyD-	pi0	VSS;
+Enddecay
+#
+Decay MyD-
+1.00	pi-	pi0	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0K0KK_ps.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0KK_ps.dec
new file mode 100644
index 0000000..ca8b180
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0KK_ps.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K0s K+ K-                  #
+#                               K0s -> pi+ pi-    #
+# D0 decays via Phase Space                       #  
+#                                                 #
+# created: A. Palano 7/11/00                      #
+#          antimo@ba.infn.it                      #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-anti-K0 anti-K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+# D0 decays via Phase Space
+0.0094   my-anti-K0   K+  K-                    PHSP;
+Enddecay
+#
+Decay my-anti-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0K0Kmpip_ps.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0Kmpip_ps.dec
new file mode 100644
index 0000000..90bc409
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0Kmpip_ps.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K0s K- pi+                 #
+#                               K0s -> pi+ pi-    #
+# D0 decays via Phase Space                       #  
+#                                                 #
+# created: A. Palano 7/11/00                      #
+#          antimo@ba.infn.it                      #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-anti-K0 anti-K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+# D0 decays via Phase Space
+0.0064   my-anti-K0   pi+  K-                    PHSP;
+Enddecay
+#
+Decay my-anti-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0K0Kppim_ps.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0Kppim_ps.dec
new file mode 100644
index 0000000..e1e6c30
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0Kppim_ps.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K0s K+ pi-                  #
+#                               K0s -> pi+ pi-    #
+# D0 decays via Phase Space                       #  
+#                                                 #
+# created: A. Palano 7/11/00                      #
+#          antimo@ba.infn.it                      #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-anti-K0 anti-K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+# D0 decays via Phase Space
+0.005   my-anti-K0   K+  pi-                    PHSP;
+Enddecay
+#
+Decay my-anti-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0K0pi0.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0pi0.dec
new file mode 100644
index 0000000..96c2c9e
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0pi0.dec
@@ -0,0 +1,48 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K0S pi0                    #         
+#                       K0S -> pi+pi-             #
+#                                                 #
+# created: Sunil Jayatilleke                      #
+#         sunilj@physics.uc.edu 07/09/01          #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-anti-K0 anti-K0
+Alias my-K_S0 K_S0
+#Alias my-D*+ D*+
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+Decay D*+
+1.00     my-D0  pi+                       VSS;
+Enddecay
+
+#
+Decay my-D0
+1.00  my-anti-K0  pi0                       PHSP;
+Enddecay
+#
+ 
+Decay my-anti-K0
+1.00 my-K_S0                                   PHSP;
+Enddecay
+#         
+
+Decay my-K_S0
+1.00    pi+  pi-                          PHSP;
+Enddecay
+
+End
+
+
+
+
+
+
+
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0K0pipi.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0pipi.dec
new file mode 100644
index 0000000..172b772
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0pipi.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K0s pi+ pi-                #
+#                               K0s -> pi+ pi-    #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-anti-K0 anti-K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+# the Dalitz mode below includes K*(892)- pi+ and Kbar0 rho(770)0 resonances
+0.0540   my-anti-K0   pi+  pi-                    D_DALITZ;
+Enddecay
+#
+Decay my-anti-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0K0pipi_ps.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0pipi_ps.dec
new file mode 100644
index 0000000..8fcff53
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0K0pipi_ps.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K0s pi+ pi-                #
+#                               K0s -> pi+ pi-    #
+# D0 decays via Phase Space                       #  
+#                                                 #
+# created: A. Palano 7/11/00                      #
+#          antimo@ba.infn.it                      #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-anti-K0 anti-K0
+Alias my-K_S0 K_S0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+# D0 decays via Phase Space
+0.0540   my-anti-K0   pi+  pi-                    PHSP;
+Enddecay
+#
+Decay my-anti-K0
+0.500     my-K_S0                              PHSP;
+Enddecay
+#
+Decay my-K_S0
+0.6861    pi+  pi-                          PHSP;
+Enddecay
+
+         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0K3pi.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0K3pi.dec
new file mode 100644
index 0000000..2254b78
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0K3pi.dec
@@ -0,0 +1,53 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K- pi+ pi- pi+             #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-a_1+ a_1+
+Alias my-anti-K*0 anti-K*0
+Alias my-K_1- K_1-
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0360   my-a_1+ K-                      SVS;
+0.0098   my-anti-K*0 rho0                SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0036   my-K_1- pi+                     SVS;
+0.0095   my-anti-K*0 pi+  pi-            PHSP;
+0.0048   K-  pi+  rho0                   PHSP;
+0.0176   K-  pi+  pi+   pi-              PHSP;
+Enddecay
+#
+Decay my-anti-K*0
+0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay my-K_1-
+0.1400   rho0  K-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   my-anti-K*0   pi-               VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K-    pi+ pi-                   PHSP;
+Enddecay
+#
+#
+Decay my-a_1+
+0.4920   rho0 pi+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0K3piWS.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0K3piWS.dec
new file mode 100644
index 0000000..2863962
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0K3piWS.dec
@@ -0,0 +1,53 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K+ pi- pi+ pi- (WS)        #
+#                                                 #
+# created: Francisco Yumiceva 03/22/01            #
+#          yumiceva@beauty.physics.sc.edu         #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-a_1- a_1-
+Alias my-K*0 K*0
+Alias my-K_1+ K_1+
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0360   my-a_1- K+                      SVS;
+0.0098   my-K*0 rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0036   my-K_1+ pi-                     SVS;
+0.0095   my-K*0 pi-  pi+                 PHSP;
+0.0048   K+  pi-  rho0                   PHSP;
+0.0176   K+  pi-  pi-   pi+              PHSP;
+Enddecay
+#
+Decay my-K*0
+0.6657      K+  pi-                      VSS;
+Enddecay
+#
+Decay my-K_1+
+0.1400   rho0  K+                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.0710   my-K*0  pi+                     VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.1444   K+  pi- pi+                     PHSP;
+Enddecay
+#
+#
+Decay my-a_1-
+0.4920   rho0 pi-                        VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0K4pi.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0K4pi.dec
new file mode 100644
index 0000000..e14ec9d
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0K4pi.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K0s pi+ pi- pi+ pi-        #
+#                                                 #
+# created : F.Ferrarotto 3/9/02                   #
+#                                                 #
+###################################################
+#
+Alias my-D0 D0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+#   Vector Mesons
+#
+Decay D*+
+1.00  my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+1.00  K_S0 pi+  pi+   pi-  pi-       PHSP;
+Enddecay
+#
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0KK.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0KK.dec
new file mode 100644
index 0000000..8d6d14b
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0KK.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K- K+                      #
+#                                                 #
+# created: O. Long Jan13-00                       #
+#          owen@slac.stanford.edu                 #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0044   K+  K-                          PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0KKpipi.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0KKpipi.dec
new file mode 100644
index 0000000..0e3c25c
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0KKpipi.dec
@@ -0,0 +1,50 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K- K+ pi+ pi-              #
+#                                                 #
+# created: Francisco Yumiceva                     #
+#          yumiceva@beauty.physics.sc.edu         #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-K*0 K*0
+Alias my-anti-K*0 anti-K*0
+Alias my-phi phi
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0005   my-phi  pi+  pi-                PHSP;
+0.0003   my-phi rho0                     SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0005   my-K*0  K-  pi+                 PHSP;
+0.0005   my-anti-K*0  K+  pi-            PHSP;
+0.0006   my-K*0 my-anti-K*0              PHSP;
+0.0008   K+  K-  pi+  pi-                PHSP;
+0.0009   K+  K-  rho0                    PHSP;
+Enddecay
+#         
+Decay my-phi
+0.49  K+  K-                               VSS;
+Enddecay
+#         
+Decay my-anti-K*0
+0.6657      K-  pi+                        VSS;
+Enddecay
+#
+Decay my-K*0
+0.6657      K+  pi-                        VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0Kpi.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0Kpi.dec
new file mode 100644
index 0000000..94911db
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0Kpi.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K- pi+                     #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0385   K-  pi+                         PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0KpiWS.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0KpiWS.dec
new file mode 100644
index 0000000..6d4adb0
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0KpiWS.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K+ pi-                     #
+#                                                 #
+# Note this is the Wrong sign decay!              #
+#                                                 #
+# created: U. Egede 13/03/00                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0385   K+  pi-                         PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0Kpipi0.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0Kpipi0.dec
new file mode 100644
index 0000000..06db140
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0Kpipi0.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K- pi+ pi0                 #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+# the Dalitz mode below includes K*(892)0 pi0, K*(892)- pi+
+# and K- rho(770)+ resonances.
+0.1307   K-  pi+  pi0                    D_DALITZ;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0Kpipi0WS.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0Kpipi0WS.dec
new file mode 100644
index 0000000..b75729b
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0Kpipi0WS.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ ->      D0 pi+,      D0 -> K+ pi- pi0 (WS)  #
+#                                                 #
+# created:  Francisco Yumiceva 07/14/01           #
+#          yumiceva@beauty.physics.sc.edu         #
+###################################################
+#
+
+Alias my-D0 D0
+Alias my-K*+ K*+
+Alias my-K*0 K*0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                   VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.108   rho-  K+                            SVS;
+0.017   my-K*+  pi-                         SVS;
+0.021   my-K*0  pi0                         SVS;
+0.0069  K+  pi-  pi0                        PHSP;
+Enddecay
+#
+Decay my-K*+
+0.3333   K+  pi0                            VSS;
+Enddecay
+#
+#
+Decay my-K*0
+0.6657      K+  pi-                         VSS;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0KstarGamma_KstarKppim.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0KstarGamma_KstarKppim.dec
new file mode 100644
index 0000000..17c2d0c
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0KstarGamma_KstarKppim.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# ccbar -> D*+ X                                  #
+# D*+   -> D0 pi+                                 #
+# D0    -> gamma K*0                              #
+# K*0   -> K+pi-                                  #
+#                                                 #
+# author : Dieter Best                            #
+#                                                 #
+# email  : best@slac.stanford.edu                 #
+#                                                 #
+# created: 09.July.2001                           #
+#                                                 #
+###################################################
+#
+# Redefine some particles
+#
+Alias myD*+    D*+
+Alias myD0     D0
+Alias myK*0    K*0
+Alias myK*0bar K*0
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay myD*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay myD0
+1.00 myK*0 gamma            SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myK*0
+1.00  K+ pi-                VSS;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0emep.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0emep.dec
new file mode 100644
index 0000000..59b6c39
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0emep.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> e- e+                      #
+#                                                 #
+# created: F. Yumiceva	                          #
+#          yumiceva@slac.stanford.edu             #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+    VSS;
+Enddecay
+#
+Decay my-D0
+#
+1   e-  e+	PHOTOS SLL;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0emmup.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0emmup.dec
new file mode 100644
index 0000000..1c8c35f
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0emmup.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> e- e+                      #
+#                                                 #
+# created: F. Yumiceva	                          #
+#          yumiceva@slac.stanford.edu             #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+    VSS;
+Enddecay
+#
+Decay my-D0
+#
+1   e-  mu+	PHOTOS SLL;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0gammaGamma.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0gammaGamma.dec
new file mode 100644
index 0000000..00a683c
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0gammaGamma.dec
@@ -0,0 +1,37 @@
+###################################################
+#                                                 #
+# ccbar -> D*+ X                                  #
+# D*+   -> D0 pi+                                 #
+# D0    -> gamma gamma                            #
+#                                                 #
+# author : Dieter Best                            #
+#                                                 #
+# email  : best@slac.stanford.edu                 #
+#                                                 #
+# created: 11.July.2001                           #
+#                                                 #
+###################################################
+#
+# Redefine some particles
+#
+Alias myD0     D0
+Alias myD*+    D*+
+Alias myD*-    D*-
+#
+ChargeConj myD*+ myD*-
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay myD*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+Decay myD0
+1.00 gamma gamma            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0mummup.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0mummup.dec
new file mode 100644
index 0000000..6ab43af
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0mummup.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> e- e+                      #
+#                                                 #
+# created: F. Yumiceva	                          #
+#          yumiceva@slac.stanford.edu             #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+    VSS;
+Enddecay
+#
+Decay my-D0
+#
+1   mu-  mu+	PHOTOS SLL;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0omegaGamma.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0omegaGamma.dec
new file mode 100644
index 0000000..a1f86f3
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0omegaGamma.dec
@@ -0,0 +1,45 @@
+###################################################
+#                                                 #
+# ccbar -> D*+ X                                  #
+# D*+   -> D0 pi+                                 #
+# D0    -> gamma omega                            #
+# omega -> pi+ pi- pi0                            #
+#                                                 #
+# author : Dieter Best                            #
+#                                                 #
+# email  : best@slac.stanford.edu                 #
+#                                                 #
+# created: 09.July.2001                           #
+#                                                 #
+###################################################
+#
+# Redefine some particles
+#
+Alias myD0     D0
+Alias myD*+    D*+
+Alias myD*-    D*-
+Alias myomega  omega
+#
+ChargeConj myD*+ myD*-
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay myD*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay myD0
+1.00 omega gamma            SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myomega
+1.00 pi-  pi+  pi0          OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0omegaKstar_Kppim.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0omegaKstar_Kppim.dec
new file mode 100644
index 0000000..6954ab8
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0omegaKstar_Kppim.dec
@@ -0,0 +1,50 @@
+###################################################
+#                                                 #
+# ccbar -> D*+ X                                  #
+# D*+   -> D0 pi+                                 #
+# D0    -> omega K*0                              #
+# K*0   -> K+pi-                                  #
+#                                                 #
+# author : Dieter Best                            #
+#                                                 #
+# email  : best@slac.stanford.edu                 #
+#                                                 #
+# created: 09.July.2001                           #
+#                                                 #
+###################################################
+#
+# Redefine some particles
+#
+Alias myD0     D0
+Alias myD*+    D*+
+Alias myD*-    D*-
+Alias myomega  omega
+Alias myK*0    K*0
+#
+ChargeConj myD*+ myD*-
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay myD*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay myD0
+1.00 myomega myK*0          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+Decay myomega
+1.0000  pi-  pi+  pi0       OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0phiGamma.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0phiGamma.dec
new file mode 100644
index 0000000..aaf3353
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0phiGamma.dec
@@ -0,0 +1,45 @@
+###################################################
+#                                                 #
+# ccbar -> D*+ X                                  #
+# D*+   -> D0 pi+                                 #
+# D0    -> gamma phi                              #
+# phi   -> K+K-                                   #
+#                                                 #
+# author : Dieter Best                            #
+#                                                 #
+# email  : best@slac.stanford.edu                 #
+#                                                 #
+# created: 09.July.2001                           #
+#                                                 #
+###################################################
+#
+# Redefine some particles
+#
+Alias myD*+     D*+
+Alias myD*-     D*-
+Alias myD0      D0
+Alias myphi     phi
+#
+ChargeConj myD*+ myD*-
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay myD*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay myD0
+1.00 phi gamma              SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myphi
+1.0000  K+ K-               VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0phiomega.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0phiomega.dec
new file mode 100644
index 0000000..c337b38
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0phiomega.dec
@@ -0,0 +1,41 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+#                                                 #
+# D*+ -> D0 pi+, D0 -> phi omega                  #
+#                                                 #
+# author: Dieter Best 09.July.2001                #
+#                                                 #
+# email : best@slac.stanford.edu                  #
+#                                                 #
+###################################################
+#
+Alias myD0    D0
+Alias myphi   phi
+Alias myomega omega
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay myD0
+1.00 myphi myomega          SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myphi
+1.0000  K+ K-               VSS;
+Enddecay
+#
+Decay myomega
+1.0000  pi-  pi+  pi0       OMEGA_DALITZ;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0phirho0.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0phirho0.dec
new file mode 100644
index 0000000..d93a35c
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0phirho0.dec
@@ -0,0 +1,36 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+#                                                 #
+# D*+ -> D0 pi+, D0 -> phi rho0                   #
+#                                                 #
+# author: Dieter Best 09.July.2001                #
+#                                                 #
+# email : best@slac.stanford.edu                  #
+#                                                 #
+###################################################
+#
+Alias myD0    D0
+Alias myphi   phi
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay myD0
+1.00 myphi rho0             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myphi
+1.0000  K+ K-               VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0pi0pi0.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0pi0pi0.dec
new file mode 100644
index 0000000..f9c54ef
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0pi0pi0.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> pi0 pi0                    #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0009   pi0 pi0                         PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0pipi.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0pipi.dec
new file mode 100644
index 0000000..a4ac295
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0pipi.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> pi+ pi-                    #
+#                                                 #
+# created: O. Long Jan13-00                       #
+#          owen@slac.stanford.edu                 #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0015   pi+ pi-                         PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0pipipi0.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0pipipi0.dec
new file mode 100644
index 0000000..920143d
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0pipipi0.dec
@@ -0,0 +1,28 @@
+
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> pi- pi+ pi0                #
+#                                                 #
+#                                                 #
+# created: Sunil Jayatilleke 29/06/01             #
+#          sunilj@physics.uc.edu                                       #
+###################################################
+
+Alias my-D0 D0
+#Alias my-D*+ D*+
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.000     my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+1.000     pi-  pi+  pi0                    PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0pipipipi.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0pipipipi.dec
new file mode 100644
index 0000000..df99650
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0pipipipi.dec
@@ -0,0 +1,30 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> pi+ pi- pi+ pi-            #
+#                                                 #
+# created: Francisco Yumiceva 07/13/01            #
+#          yumiceva@beauty.physics.sc.edu         #
+###################################################
+#
+
+Alias my-D0 D0
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.6830    my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+#
+0.0074   pi+ pi+ pi- pi-                 PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0rho0Gamma.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0rho0Gamma.dec
new file mode 100644
index 0000000..928ab73
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0rho0Gamma.dec
@@ -0,0 +1,39 @@
+###################################################
+#                                                 #
+# ccbar -> D*+ X                                  #
+# D*+   -> D0 pi+                                 #
+# D0    -> gamma rho0                             #
+#                                                 #
+# author : Dieter Best                            #
+#                                                 #
+# email  : best@slac.stanford.edu                 #
+#                                                 #
+# created: 09.July.2001                           #
+#                                                 #
+###################################################
+#
+# Redefine some particles
+#
+Alias myD0     D0
+Alias myD*+    D*+
+Alias myD*-    D*-
+#
+ChargeConj myD*+ myD*-
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay myD*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay myD0
+1.00 rho0 gamma             SVP_HELAMP 1.0 0.0 1.0 0.0;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_D0rho0Kstar_Kppim.dec b/BaBar_2014/ccbar_Dstarp_D0pi_D0rho0Kstar_Kppim.dec
new file mode 100644
index 0000000..e6a35cd
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_D0rho0Kstar_Kppim.dec
@@ -0,0 +1,45 @@
+###################################################
+#                                                 #
+# ccbar -> D*+ X                                  #
+# D*+   -> D0 pi+                                 #
+# D0    -> rho0 K*0                               #
+# K*0   -> K+pi-                                  #
+#                                                 #
+# author : Dieter Best                            #
+#                                                 #
+# email  : best@slac.stanford.edu                 #
+#                                                 #
+# created: 09.July.2001                           #
+#                                                 #
+###################################################
+#
+# Redefine some particles
+#
+Alias myD0     D0
+Alias myD*+    D*+
+Alias myD*-    D*-
+Alias myK*0    K*0
+#
+ChargeConj myD*+ myD*-
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+# 'Vector -> Scalar + Scalar'
+#
+Decay myD*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+# 'Scalar -> Vector Vector'
+#
+Decay myD0
+1.00 rho0 myK*0             SVV_HELAMP 1.0 0.0 1.0 0.0 1.0 0.0;
+Enddecay
+#
+Decay myK*0
+1.0000  K+ pi-              VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_KKeta_gg_phsp.dec b/BaBar_2014/ccbar_Dstarp_D0pi_KKeta_gg_phsp.dec
new file mode 100644
index 0000000..13417fc
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_KKeta_gg_phsp.dec
@@ -0,0 +1,29 @@
+####################################
+# ccbar -> D*+ X , D*+ -> D0 pi+   #
+#          D0 -> K- K+ eta         #
+#          eta -> gamma gamma      #
+# D0 decays through phase space    #
+# created: 08/23/03                #
+# pompili@slac.stanford.edu        #
+####################################
+#
+Alias my-D0 D0
+Alias my-eta eta
+#
+Decay vpho
+1.00 JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.0 my-D0 pi+ VSS;
+Enddecay
+#
+Decay my-D0
+1.0 K- K+ my-eta PHSP;
+Enddecay
+#
+Decay my-eta
+1.0 gamma gamma PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_KKpi0_phsp.dec b/BaBar_2014/ccbar_Dstarp_D0pi_KKpi0_phsp.dec
new file mode 100644
index 0000000..569a718
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_KKpi0_phsp.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# ccbar -> D*+ X                                  #
+#          D*+ -> D0 pi+                          #
+#                 D0 -> K- K+ pi0                 #
+# D0 decays through phase space                   #
+#                                                 #
+# created: 09/25/01                               #
+#          antimo@ba.infn.it, pompili@ba.infn.it  #
+#                                                 #
+###################################################
+#
+Alias my-D0 D0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.0     my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+1.0     K- K+ pi0                        PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_Kmepnu.dec b/BaBar_2014/ccbar_Dstarp_D0pi_Kmepnu.dec
new file mode 100644
index 0000000..7303f3d
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_Kmepnu.dec
@@ -0,0 +1,23 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K- e+ nu_e                 #
+#                                                 #
+# created: kflood nov0499                         #
+###################################################
+#
+Alias myD0 D0
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+Decay myD0
+1.00 K- e+ nu_e             ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_Kmmupnu.dec b/BaBar_2014/ccbar_Dstarp_D0pi_Kmmupnu.dec
new file mode 100644
index 0000000..4eb4ff4
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_Kmmupnu.dec
@@ -0,0 +1,24 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K- mu+ nu_mu               #
+#                                                 #
+# created: kflood nov0499                         #
+# Mail: KFLOOD@SLAC.STANFORD.EDU
+###################################################
+#
+Alias myD0 D0
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+Decay myD0
+1.00 K- mu+ nu_mu             ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_Kpemnu_WS.dec b/BaBar_2014/ccbar_Dstarp_D0pi_Kpemnu_WS.dec
new file mode 100644
index 0000000..9188b84
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_Kpemnu_WS.dec
@@ -0,0 +1,23 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K+ e- anti-nu_e            #
+# MIXED WRONG-SIGN DECAY                          #
+# created: kflood aug2800                         #
+###################################################
+#
+Alias myD0 D0
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+Decay myD0
+1.00 K+ e- anti-nu_e     PHOTOS   ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_Kpieta_gg_phsp.dec b/BaBar_2014/ccbar_Dstarp_D0pi_Kpieta_gg_phsp.dec
new file mode 100644
index 0000000..5e2da21
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_Kpieta_gg_phsp.dec
@@ -0,0 +1,33 @@
+#######################################################
+#                                                     #
+# ccbar -> D*+ X                                      #
+#          D*+ -> D0 pi+                              #
+#                 D0 -> K- pi+ eta                    #
+#                              eta -> gamma gamma     #
+# D0 decays through phase space                       #
+#                                                     #
+# created: 09/25/01 - pompili@slac.stanford.edu       #
+#                                                     #
+# 02/06/02: use filter_D0_from_Dstarplus_pstarcut.tcl #
+#######################################################
+#
+Alias my-D0 D0
+Alias my-eta eta
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.0     my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+1.0     K- pi+ my-eta                    PHSP;
+Enddecay
+# 
+Decay my-eta
+1.0     gamma gamma                      PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_Kpieta_pipipi0_phsp.dec b/BaBar_2014/ccbar_Dstarp_D0pi_Kpieta_pipipi0_phsp.dec
new file mode 100644
index 0000000..0048b08
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_Kpieta_pipipi0_phsp.dec
@@ -0,0 +1,33 @@
+###################################################
+#                                                 #
+# ccbar -> D*+ X                                  #
+#          D*+ -> D0 pi+                          #
+#                 D0 -> K- pi+ eta                #
+#                              eta -> pi+ pi- pi0 #
+# D0 decays through phase space                   #
+#                                                 #
+# created: 09/25/01                               #
+#          antimo@ba.infn.it, pompili@ba.infn.it  #
+#                                                 #
+###################################################
+#
+Alias my-D0 D0
+Alias my-eta eta
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.0     my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+1.0     K- pi+ my-eta                    PHSP;
+Enddecay
+# 
+Decay my-eta
+1.0     pi+ pi- pi0                     PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_Kpietap_pipieta_gg_phsp.dec b/BaBar_2014/ccbar_Dstarp_D0pi_Kpietap_pipieta_gg_phsp.dec
new file mode 100644
index 0000000..123d31b
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_Kpietap_pipieta_gg_phsp.dec
@@ -0,0 +1,35 @@
+##################################
+# ccbar -> D*+ X, D*+ -> D0 pi+  #
+#          D0 -> K- pi+ eta'     #
+#          eta' -> pi+ pi- eta   #
+#          eta -> gamma gamma    #
+# D0 decays through phase space  #
+# created: 08/23/03              #
+# pompili@slac.stanford.edu      #
+##################################
+#
+Alias my-D0 D0
+Alias my-eta' eta'
+Alias my-eta eta
+#
+Decay vpho
+1.00 JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.0 my-D0 pi+ VSS;
+Enddecay
+#
+Decay my-D0
+1.0 K- pi+ my-eta' PHSP;
+Enddecay
+#
+Decay my-eta'
+1.0 pi+ pi- my-eta PHSP;
+Enddecay
+#
+Decay my-eta
+1.0 gamma gamma PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_Kpipi0_phsp.dec b/BaBar_2014/ccbar_Dstarp_D0pi_Kpipi0_phsp.dec
new file mode 100644
index 0000000..0a3ae39
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_Kpipi0_phsp.dec
@@ -0,0 +1,27 @@
+#######################################################
+#                                                     #
+# ccbar -> D*+ X                                      #
+#          D*+ -> D0 pi+                              #
+#                 D0 -> K- pi+ pi0                    #
+# D0 decays through phase space                       #
+#                                                     #
+# created: 09/25/01 - pompili@slac.stanford.edu       #
+#                                                     #
+# 02/06/02: use filter_D0_from_Dstarplus_pstarcut.tcl #
+#######################################################
+#
+Alias my-D0 D0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.0     my-D0  pi+                        VSS;
+Enddecay
+#
+Decay my-D0
+1.0     K- pi+ pi0                       PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_Kpmumnu_WS.dec b/BaBar_2014/ccbar_Dstarp_D0pi_Kpmumnu_WS.dec
new file mode 100644
index 0000000..9b81eed
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_Kpmumnu_WS.dec
@@ -0,0 +1,23 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> K+ mu- anti-nu_mu          #
+# MIXED WRONG-SIGN DECAY                          #
+# created: kflood aug2800                         #
+###################################################
+#
+Alias myD0 D0
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+Decay myD0
+1.00 K+ mu- anti-nu_mu     PHOTOS   ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_pimepnu.dec b/BaBar_2014/ccbar_Dstarp_D0pi_pimepnu.dec
new file mode 100644
index 0000000..412ff25
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_pimepnu.dec
@@ -0,0 +1,23 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D0 pi+, D0 -> pi- e+ nu_e                #
+#                                                 #
+# created: weaver 15Jun00                         #
+###################################################
+#
+Alias myD0 D0
+#
+Decay vpho
+1.00                        JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.00 myD0 pi+               VSS;
+Enddecay
+#
+Decay myD0
+1.00 pi- e+ nu_e            ISGW2;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_D0pi_pipieta_gg_phsp.dec b/BaBar_2014/ccbar_Dstarp_D0pi_pipieta_gg_phsp.dec
new file mode 100644
index 0000000..d91015c
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_D0pi_pipieta_gg_phsp.dec
@@ -0,0 +1,30 @@
+####################################
+# ccbar -> D*+ X , D*+ -> D0 pi+   #
+#          D0 -> pi- pi+ eta       #
+#          eta -> gamma gamma      #
+# D0 decays through phase space    #
+# created: 08/23/03                # 
+# pompili@slac.stanford.edu        #
+####################################
+#
+Alias my-D0 D0
+Alias my-eta eta
+#
+Decay vpho
+1.00 JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.0 my-D0 pi+ VSS;
+Enddecay
+#
+Decay my-D0
+1.0 pi- pi+ my-eta PHSP;
+Enddecay
+#
+Decay my-eta
+1.0 gamma gamma PHSP;
+Enddecay
+#
+End
+
diff --git a/BaBar_2014/ccbar_Dstarp_Dpi0_Kpi0.dec b/BaBar_2014/ccbar_Dstarp_Dpi0_Kpi0.dec
new file mode 100644
index 0000000..75f0c59
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_Dpi0_Kpi0.dec
@@ -0,0 +1,30 @@
+#########################################################
+#							#
+# Decay: ccbar -> D*+ X					#
+#		  |->D+ pi0				#
+#		     |->K+ pi0				#
+#							#
+# Best if used with a tcl file that filters		#
+# at the generator level for D*				#       
+#							#
+#	Dirk Hufnagel					#
+#		Dec 04, 2003				#
+#							#
+# Mail: hufnagel@slac.stanford.edu			# 
+#########################################################
+
+Alias MyD+ D+
+
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.00	MyD+	pi0	VSS;
+Enddecay
+#
+Decay MyD+
+1.00	K+	pi0	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_Dpi0_pipi0.dec b/BaBar_2014/ccbar_Dstarp_Dpi0_pipi0.dec
new file mode 100644
index 0000000..40d50cc
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_Dpi0_pipi0.dec
@@ -0,0 +1,30 @@
+#########################################################
+#							#
+# Decay: ccbar -> D*+ X					#
+#		  |->D+ pi0				#
+#		     |->K+ pi0				#
+#							#
+# Best if used with a tcl file that filters		#
+# at the generator level for D*				#       
+#							#
+#	Dirk Hufnagel					#
+#		Dec 04, 2003				#
+#							#
+# Mail: hufnagel@slac.stanford.edu			# 
+#########################################################
+
+Alias MyD+ D+
+
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.00	MyD+	pi0	VSS;
+Enddecay
+#
+Decay MyD+
+1.00	pi+	pi0	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_Dppi0_DpKKpi.dec b/BaBar_2014/ccbar_Dstarp_Dppi0_DpKKpi.dec
new file mode 100644
index 0000000..1c6695f
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_Dppi0_DpKKpi.dec
@@ -0,0 +1,44 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ ->      D+ pi0,      D+ -> K+ K- pi+        #
+#                                                 #
+# created:  Francisco Yumiceva 09/24/01           #
+#          yumiceva@beauty.physics.sc.edu         #
+###################################################
+#
+
+Alias my-D*+ D*+
+Alias my-D+ D+
+Alias my-phi phi
+Alias my-anti-K*0 anti-K*0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#
+#
+Decay my-D*+
+1.0  my-D+ pi0			VSS;
+Enddecay
+#
+#
+Decay D+
+#
+0.003   my-phi pi+		SVS;
+0.0028  my-anti-K*0 K+          SVS;
+0.0045  K+ K- pi+               PHSP;
+Enddecay
+#
+#
+Decay my-phi
+0.492   K+ K-			VSS;
+Enddecay
+#
+Decay my-anti-K*0
+0.6657  K- pi+			VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_Dppi0_DpKpipi.dec b/BaBar_2014/ccbar_Dstarp_Dppi0_DpKpipi.dec
new file mode 100644
index 0000000..1dfc750
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_Dppi0_DpKpipi.dec
@@ -0,0 +1,32 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D+ pi0, D+ -> K- pi+ pi+                 #
+#                                                 #
+# created: U. Egede 27/10/99                      #
+#          U.Egede@rl.ac.uk                       #
+###################################################
+#
+
+Alias my-D+ D+
+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+0.3060    my-D+  pi0                        VSS;
+Enddecay
+#
+Decay my-D+
+#
+# the Dalitz mode below includes K*bar(892)0 pi+, 
+# K*bar(1430)0 pi+, and K*bar(1680)0 pi+ resonances.
+0.0910   K-  pi+  pi+                    D_DALITZ;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_Dppi0_DpKshortpipi0.dec b/BaBar_2014/ccbar_Dstarp_Dppi0_DpKshortpipi0.dec
new file mode 100644
index 0000000..d27d57f
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_Dppi0_DpKshortpipi0.dec
@@ -0,0 +1,43 @@
+###################################################
+#                                                 #
+# ccbar continuum production                      #
+# D*+ -> D+ pi0, D+ -> KS pi+ pi0                 #
+#                            and C.C.             #
+# created: G.Cavoto             	          #
+#           		              	          #
+###################################################
+#
+
+Alias my-D+ D+
+Alias my-D- D-
+Alias my-K_S0 K_S0
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+
+#
+#   Vector Mesons
+#
+Decay D*+
+1.     my-D+  pi0                        VSS;
+Enddecay
+#
+Decay my-D+
+1.   my-K_S0  pi0  pi+                PHSP;
+Enddecay
+#
+Decay D*-
+1.     my-D-  pi0                        VSS;
+Enddecay
+#
+Decay my-D-
+1.   my-K_S0  pi0  pi-                PHSP;
+Enddecay
+# 
+Decay my-K_S0
+1.000    pi+  pi-                          PHSP;
+Enddecay
+
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_Dppi0_Kmpippip_phsp.dec b/BaBar_2014/ccbar_Dstarp_Dppi0_Kmpippip_phsp.dec
new file mode 100644
index 0000000..fd1df5d
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_Dppi0_Kmpippip_phsp.dec
@@ -0,0 +1,30 @@
+#########################################################
+#							#
+# Decay: ccbar -> D*+ X					#
+#		  |->D+ pi0				#
+#		     |->K- pi+ pi+ (phase space)        #
+#							#
+# Best if used with a tcl file that filters		#
+# at the generator level for D*				#       
+#							#
+#	Dirk Hufnagel					#
+#		Dec 04, 2003				#
+#							#
+# Mail: hufnagel@slac.stanford.edu			# 
+#########################################################
+
+Alias MyD+ D+
+
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.00	MyD+	pi0	VSS;
+Enddecay
+#
+Decay MyD+
+1.00	K- pi+ pi+	PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_Dppi0_Kpipi_phsp.dec b/BaBar_2014/ccbar_Dstarp_Dppi0_Kpipi_phsp.dec
new file mode 100644
index 0000000..4bf25e2
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_Dppi0_Kpipi_phsp.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# ccbar -> D*+ X                                  #
+#          D*+ -> D+ pi0                          #
+#                 D+ -> K- pi+ pi+                #
+# D+ decays through phase space                   #
+#                                                 #
+# created: 09/25/01                               #
+#          antimo@ba.infn.it, pompili@ba.infn.it  #
+#                                                 #
+###################################################
+#
+Alias my-D+ D+
+#
+Decay vpho 
+1.00    JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.0     my-D+  pi0                        VSS;
+Enddecay
+#
+Decay my-D+
+1.0     K- pi+ pi+                       PHSP;
+Enddecay
+#         
+End
diff --git a/BaBar_2014/ccbar_Dstarp_gDp_munu.dec b/BaBar_2014/ccbar_Dstarp_gDp_munu.dec
new file mode 100644
index 0000000..fd69eeb
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_gDp_munu.dec
@@ -0,0 +1,25 @@
+#######################################################
+#                                                     #
+# Decay: ccbar -> D*+ X 			      #
+#		  |->D+ gamma			      #
+#		     |->mu+ nu_mu		      #
+# Best if used with a tcl file that filters           #
+# at the generator level for for D*                   #       
+#         Joe Izen                                    #
+#                           Jan 27, 2000              #
+# Mail: JOE@SLAC.STANFORD.EDU 
+#######################################################
+#
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.00    D+  gamma                       VSP_PWAVE;
+Enddecay
+#
+Decay  D+
+1.0000    mu+   nu_mu        PHOTOS SLN;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Dstarp_pi0Dp_munu.dec b/BaBar_2014/ccbar_Dstarp_pi0Dp_munu.dec
new file mode 100644
index 0000000..8d85fd3
--- /dev/null
+++ b/BaBar_2014/ccbar_Dstarp_pi0Dp_munu.dec
@@ -0,0 +1,25 @@
+#######################################################
+#                                                     #
+# Decay: ccbar -> D*+ X 			      #
+#		  |->D+ pi0			      #
+#		     |->mu+ nu_mu		      #
+# Best if used with a tcl file that filters           #
+# at the generator level for for D*                   #       
+#         Joe Izen                                    #
+#                           Jan 27, 2000              #
+# Mail: JOE@SLAC.STANFORD.EDU 
+#######################################################
+#
+Decay vpho 
+1.00	JSCONT 4;
+Enddecay
+#
+Decay D*+
+1.00    D+  pi0                       VSS;
+Enddecay
+#
+Decay  D+
+1.0000    mu+   nu_mu        PHOTOS SLN;
+Enddecay
+#
+End
diff --git a/BaBar_2014/ccbar_Lambda_cp_Lambda3pi.dec b/BaBar_2014/ccbar_Lambda_cp_Lambda3pi.dec
new file mode 100644
index 0000000..90861b2
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Lambda3pi.dec
@@ -0,0 +1,27 @@
+###################################################
+# ccbar continum production                       #
+# Lambda_c+ -> Lambda0  pi+ pi- pi+               #
+#              Lambda0 -> pi+ pi-                 #
+#                                                 #
+#                                                 #
+# created: 07/18/03 -  M A Saeed                  #
+#                      saeed@slac.stanford.edu    #
+#                                                 #
+###################################################
+#
+Alias MyLambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   MyLambda0     pi+  pi-  pi+       PHSP;
+Enddecay 
+
+Decay MyLambda0
+1.000   p+      pi-                       PHSP; 
+Enddecay
+End
+#
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Lambdak.dec b/BaBar_2014/ccbar_Lambda_cp_Lambdak.dec
new file mode 100644
index 0000000..f6915de
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Lambdak.dec
@@ -0,0 +1,29 @@
+###################################################
+# ccbar continum Production                       #
+# Lambda_c+ -> Lamda0 k+                          #
+#              Lambda0 -> p+ pi-                  #
+#                                                 #
+#                                                 #
+# created: 04/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-Lambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   my-Lambda0    K+                   PHSP;
+Enddecay 
+
+Decay my-Lambda0
+1.000   p+      pi-                         PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Lambdakpi0.dec b/BaBar_2014/ccbar_Lambda_cp_Lambdakpi0.dec
new file mode 100644
index 0000000..feaf8b8
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Lambdakpi0.dec
@@ -0,0 +1,29 @@
+###################################################
+# ccbar Continum Production                       #
+# Lambda_c+ -> Lamda0 k+ pi0                      #
+#              Lambda0 -> p+ pi-                  #
+#                                                 #
+# created: 04/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-Lambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000  my-Lambda0    K+   pi0              PHSP;
+Enddecay 
+
+Decay my-Lambda0
+1.000   p+      pi-                         PHSP; 
+Enddecay
+End
+#
+#
+
+
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Lambdakpipi.dec b/BaBar_2014/ccbar_Lambda_cp_Lambdakpipi.dec
new file mode 100644
index 0000000..51644fd
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Lambdakpipi.dec
@@ -0,0 +1,28 @@
+###################################################
+# ccbar continum production                       #
+# Lambda_c+ -> Lamda0 K+ pi+ pi-                  #
+#              Lambda0 -> p+ pi-                  #
+#                                                 #
+#                                                 #
+# created: 04/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-Lambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   my-Lambda0    K+    pi+   pi-       PHSP;
+Enddecay 
+
+Decay my-Lambda0
+1.000   p+      pi-                         PHSP; 
+Enddecay
+End
+#
+
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Lambdapi.dec b/BaBar_2014/ccbar_Lambda_cp_Lambdapi.dec
new file mode 100644
index 0000000..bffda35
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Lambdapi.dec
@@ -0,0 +1,29 @@
+###################################################
+# ccbar Continum production                       #
+# Lambda_c+ -> Lamda0 pi+                         #
+#              Lambda0 -> p+ pi-                  #
+#                                                 #
+#                                                 #
+# created: 04/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-Lambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   my-Lambda0    pi+                  PHSP;
+Enddecay 
+
+Decay my-Lambda0
+1.000   p+      pi-                         PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Lambdapi0pi.dec b/BaBar_2014/ccbar_Lambda_cp_Lambdapi0pi.dec
new file mode 100644
index 0000000..7e29371
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Lambdapi0pi.dec
@@ -0,0 +1,27 @@
+#######################################################
+# ccbar continum production                           #
+# Lambda_c+ -> Lambda0    pi+ pi0                     #
+#              Lambda0 -> pi+ pi-                     #
+#                                                     #
+#                                                     #
+# created: 07/18/03 -  M A Saeed                      #
+#                      saeed@slac.stanford.edu        #
+#                                                     #
+#######################################################
+#
+Alias MyLambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   MyLambda0   pi+  pi0              PHSP;
+Enddecay 
+
+Decay MyLambda0
+1.000   p+      pi-                       PHSP; 
+Enddecay
+End
+#
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Lambdarho.dec b/BaBar_2014/ccbar_Lambda_cp_Lambdarho.dec
new file mode 100644
index 0000000..a3f5b8d
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Lambdarho.dec
@@ -0,0 +1,32 @@
+#######################################################
+# ccbar continum production                           #
+# Lambda_c+ -> Lambda0    rho+                        #
+#              Lambda0 -> pi+ pi-                     #
+#               rho+->pi+ pi0                         #
+#                                                     #
+# created: 07/18/03 -  M A Saeed                      #
+#                      saeed@slac.stanford.edu        #
+#                                                     #
+#######################################################
+#
+Alias MyLambda0  Lambda0
+Alias Myrho+     rho+
+#
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   MyLambda0   rho+                  PHSP;
+Enddecay 
+#
+Decay MyLambda0
+1.000   p+      pi-                       PHSP; 
+Enddecay
+#
+Decay Myrho+
+1.000   pi+     pi0                       PHSP; 
+Enddecay
+End
+#
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Pks.dec b/BaBar_2014/ccbar_Lambda_cp_Pks.dec
new file mode 100644
index 0000000..36ae6b7
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Pks.dec
@@ -0,0 +1,28 @@
+###################################################
+# ccbar continum production                       #
+# Lambda_c+ -> P+ K_S0                            #
+#              K_S0 -> pi+ pi-                    #
+#                                                 #
+#                                                 #
+# created: 07/18/03 -  M A Saeed                  #
+#                      saeed@slac.stanford.edu    #
+#                                                 #
+###################################################
+#
+Alias My-AntiK0 K_S0
+#
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   p+ My-AntiK0        PHSP;
+Enddecay 
+#
+#
+Decay My-AntiK0
+1.000   pi+ pi-        PHSP; 
+Enddecay
+End
+#
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Pks2pi.dec b/BaBar_2014/ccbar_Lambda_cp_Pks2pi.dec
new file mode 100644
index 0000000..6063678
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Pks2pi.dec
@@ -0,0 +1,27 @@
+###################################################
+# ccbar continum production                       #
+# Lambda_c+ -> P+ K_S0 pi+ pi-                     #
+#              K_S0 -> pi+ pi-                    #
+#                                                 #
+#                                                 #
+# created: 07/18/03 -  M A Saeed                  #
+#                      saeed@slac.stanford.edu    #
+#                                                 #
+###################################################
+#
+Alias My-AntiK0 K_S0
+#
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   p+ My-AntiK0 pi+ pi-        PHSP;
+Enddecay 
+#
+Decay My-AntiK0
+1.000   pi+ pi-                     PHSP; 
+Enddecay
+End
+#
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Sigmak.dec b/BaBar_2014/ccbar_Lambda_cp_Sigmak.dec
new file mode 100755
index 0000000..fd0617b
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Sigmak.dec
@@ -0,0 +1,34 @@
+###################################################
+# ccbar Continum production                       #
+# Lambda_c+ -> Sigma0 K+                         #
+#              Sigma0 -> Lambda0 gamma            #
+#                        Lambda0 -> p+ pi-        #
+#                                                 #
+# created: 08/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-Sigma0   Sigma0
+Alias my-Lambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   my-Sigma0    K+                  PHSP;
+Enddecay 
+
+Decay my-Sigma0
+1.000   my-Lambda0   gamma                PHSP; 
+Enddecay
+
+Decay my-Lambda0
+1.000   p+      pi-                       PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Sigmakpi0.dec b/BaBar_2014/ccbar_Lambda_cp_Sigmakpi0.dec
new file mode 100755
index 0000000..b5d89b2
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Sigmakpi0.dec
@@ -0,0 +1,34 @@
+###################################################
+# ccbar Continum production                       #
+# Lambda_c+ -> Sigma0 K+   pi0                    #
+#              Sigma0 -> Lambda0 gamma            #
+#                        Lambda0 -> p+ pi-        #
+#                                                 #
+# created: 08/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-Sigma0   Sigma0
+Alias my-Lambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   my-Sigma0    K+    pi0            PHSP;
+Enddecay 
+
+Decay my-Sigma0
+1.000   my-Lambda0   gamma                PHSP; 
+Enddecay
+
+Decay my-Lambda0
+1.000   p+      pi-                       PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Sigmakpipi.dec b/BaBar_2014/ccbar_Lambda_cp_Sigmakpipi.dec
new file mode 100755
index 0000000..cdb1fc6
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Sigmakpipi.dec
@@ -0,0 +1,34 @@
+###################################################
+# ccbar Continum production                       #
+# Lambda_c+ -> Sigma0 K+ pi+ pi-                  #
+#              Sigma0 -> Lambda0 gamma            #
+#                        Lambda0 -> p+ pi-        #
+#                                                 #
+# created: 08/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-Sigma0   Sigma0
+Alias my-Lambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   my-Sigma0    K+   pi+   pi-       PHSP;
+Enddecay 
+
+Decay my-Sigma0
+1.000   my-Lambda0   gamma                PHSP; 
+Enddecay
+
+Decay my-Lambda0
+1.000   p+      pi-                       PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_Sigmapi.dec b/BaBar_2014/ccbar_Lambda_cp_Sigmapi.dec
new file mode 100755
index 0000000..b942215
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_Sigmapi.dec
@@ -0,0 +1,34 @@
+###################################################
+# ccbar Continum production                       #
+# Lambda_c+ -> Sigma0 pi+                         #
+#              Sigma0 -> Lambda0 gamma            #
+#                        Lambda0 -> p+ pi-        #
+#                                                 #
+# created: 08/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-Sigma0   Sigma0
+Alias my-Lambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   my-Sigma0    pi+                  PHSP;
+Enddecay 
+
+Decay my-Sigma0
+1.000   my-Lambda0   gamma                PHSP; 
+Enddecay
+
+Decay my-Lambda0
+1.000   p+      pi-                       PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_Lambda_cp_XiKpi.dec b/BaBar_2014/ccbar_Lambda_cp_XiKpi.dec
new file mode 100644
index 0000000..cc291f0
--- /dev/null
+++ b/BaBar_2014/ccbar_Lambda_cp_XiKpi.dec
@@ -0,0 +1,32 @@
+###################################################
+# ccbar continum production                       #
+# Lambda_c+ -> Xi- K+ pi+                         #
+#              Xi-  -> Lambda0 pi-                #
+#                      Lambda0 -> p+ pi-          #
+#                                                 #
+# created: 07/18/03 -  M A Saeed                  #
+#                      saeed@slac.stanford.edu    #
+#                                                 #
+###################################################
+#
+Alias MyXi-  Xi-
+Alias MyLambda0  Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay Lambda_c+
+1.000   MyXi-  K+    pi+       PHSP;
+Enddecay 
+#
+Decay MyXi-
+1.000   MyLambda0    pi-       PHSP; 
+Enddecay
+#
+Decay MyLambda0
+1.000   p+    pi-              PHSP; 
+Enddecay
+End
+#
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Lambda3pi.dec b/BaBar_2014/ccbar_antimLambda_cm_Lambda3pi.dec
new file mode 100644
index 0000000..9f7e4a3
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Lambda3pi.dec
@@ -0,0 +1,28 @@
+###################################################
+# ccbar continum production                       #
+# Anti_Lambda_c- ->Anti_Lambda0  pi- pi+ pi-      #
+#                 Anti_Lambda0 ->anti-p- pi+      #
+#                                                 #
+#                                                 #
+# created: 07/18/03 -  M A Saeed                  #
+#                      saeed@slac.stanford.edu    #
+#                                                 #
+###################################################
+#
+Alias my-anti-Lambda0 anti-Lambda0
+ 
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000  my-anti-Lambda0  pi-  pi+  pi-      PHSP;
+Enddecay 
+#
+Decay my-anti-Lambda0
+1.000   anti-p-  pi+                       PHSP; 
+Enddecay
+End
+#
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Lambdak.dec b/BaBar_2014/ccbar_antimLambda_cm_Lambdak.dec
new file mode 100644
index 0000000..b1b0ba3
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Lambdak.dec
@@ -0,0 +1,30 @@
+###################################################
+# ccbar Continum production                       #
+# anti-Lambad_c- -> anti-Lamda0 K-                #
+#                   anti-Lambda0 -> anti-p- pi+   #
+#                                                 #
+#                                                 #
+# created: 04/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-anti-Lambda0 anti-Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000   my-anti-Lambda0    K-                 PHSP;
+Enddecay 
+
+Decay my-anti-Lambda0
+1.000   anti-p-      pi+                       PHSP; 
+Enddecay
+End
+#
+#
+
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Lambdakpi0.dec b/BaBar_2014/ccbar_antimLambda_cm_Lambdakpi0.dec
new file mode 100644
index 0000000..510301f
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Lambdakpi0.dec
@@ -0,0 +1,30 @@
+###################################################
+# ccbar Continum Production                       #
+# anti-Lambda_c- -> anti-Lamda0 K- pi0            #
+#                   anti-Lambda0 -> anti-p- pi+   #
+#                                                 #
+#                                                 #
+# created: 04/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-anti-Lambda0 anti-Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000   my-anti-Lambda0    K-    pi0           PHSP;
+Enddecay 
+
+Decay my-anti-Lambda0
+1.000   anti-p-      pi+                       PHSP; 
+Enddecay
+End
+#
+#
+
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Lambdakpipi.dec b/BaBar_2014/ccbar_antimLambda_cm_Lambdakpipi.dec
new file mode 100644
index 0000000..caaf4ea
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Lambdakpipi.dec
@@ -0,0 +1,30 @@
+###################################################
+# ccbar Continum Production                       #
+# anti-Lambad_c- -> anti-Lamda0 K- pi- pi+        #
+#                   anti-Lambda0 -> anti-p- pi+   #
+#                                                 #
+#                                                 #
+# created: 04/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-anti-Lambda0 anti-Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000   my-anti-Lambda0    K-   pi-   pi+        PHSP;
+Enddecay 
+
+Decay my-anti-Lambda0
+1.000   anti-p-      pi+                         PHSP; 
+Enddecay
+End
+#
+#
+
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Lambdapi.dec b/BaBar_2014/ccbar_antimLambda_cm_Lambdapi.dec
new file mode 100644
index 0000000..bca04df
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Lambdapi.dec
@@ -0,0 +1,29 @@
+###################################################
+# ccbar Continum Production                       #
+# anti-Lambda_c- -> anti-Lamda0 pi-               #
+#                   anti-Lambda0 -> anti-p pi+    #
+#                                                 #
+#                                                 #
+# created: 04/02/03 -  Saleem                     #
+#                      saleem@slac.stanford.edu   #
+#                                                 #
+###################################################
+#
+Alias my-anti-Lambda0 anti-Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000   my-anti-Lambda0    pi-              PHSP;
+Enddecay 
+
+Decay my-anti-Lambda0
+1.000   anti-p-      pi+                         PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Lambdapi0pi.dec b/BaBar_2014/ccbar_antimLambda_cm_Lambdapi0pi.dec
new file mode 100644
index 0000000..f2a6b84
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Lambdapi0pi.dec
@@ -0,0 +1,28 @@
+###################################################
+# ccbar continum production                       #
+# Anti_Lambda_c- ->Anti_Lambda0   pi- pi0         #
+#                 Anti_Lambda0 ->anti-p- pi+      #
+#                                                 #
+#                                                 #
+# created: 07/18/03 -  M A Saeed                  #
+#                      saeed@slac.stanford.edu    #
+#                                                 #
+###################################################
+#
+Alias my-anti-Lambda0 anti-Lambda0
+ 
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000  my-anti-Lambda0   pi-  pi0         PHSP;
+Enddecay 
+#
+Decay my-anti-Lambda0
+1.000   anti-p-  pi+                       PHSP; 
+Enddecay
+End
+#
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Lambdarho.dec b/BaBar_2014/ccbar_antimLambda_cm_Lambdarho.dec
new file mode 100644
index 0000000..94348c3
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Lambdarho.dec
@@ -0,0 +1,32 @@
+###################################################
+# ccbar continum production                       #
+# Anti_Lambda_c- ->Anti_Lambda0 rho-              #
+#                 Anti_Lambda0 ->anti-p- pi+      #
+#                     rho- ->pi- pi0              #
+#                                                 #
+# created: 07/18/03 -  M A Saeed                  #
+#                      saeed@slac.stanford.edu    #
+#                                                 #
+###################################################
+#
+Alias my-anti-Lambda0 anti-Lambda0
+Alias myrho- rho- 
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000  my-anti-Lambda0   rho-              PHSP;
+Enddecay 
+#
+Decay my-anti-Lambda0
+1.000   anti-p-  pi+                       PHSP; 
+Enddecay
+#
+Decay myrho-
+1.000  pi- pi0                             PHSP; 
+Enddecay
+End
+#
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Pks.dec b/BaBar_2014/ccbar_antimLambda_cm_Pks.dec
new file mode 100644
index 0000000..a92de3a
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Pks.dec
@@ -0,0 +1,27 @@
+###################################################
+# ccbar continum production                       #
+#Anti-Lambda_c--> anti-P- K_S0                    #
+#              K_S0 -> pi+ pi-                    #
+#                                                 #
+#                                                 #
+# created: 07/18/03 -  M A Saeed                  #
+#                      saeed@slac.stanford.edu    #
+#                                                 #
+###################################################
+#
+Alias MyK0  K_S0
+#
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000  anti-p-  MyK0           PHSP;
+Enddecay 
+#
+Decay MyK0
+1.000   pi+ pi-                  PHSP; 
+Enddecay
+End
+#
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Pks2pi.dec b/BaBar_2014/ccbar_antimLambda_cm_Pks2pi.dec
new file mode 100644
index 0000000..3c0b6f4
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Pks2pi.dec
@@ -0,0 +1,27 @@
+###################################################
+# ccbar continum production                       #
+# Lambda_c- -> P+ K_S0 pi+ pi-                    #
+#              K_S0 -> pi+ pi-                    #
+#                                                 #
+#                                                 #
+# created: 07/18/03 -  M A Saeed                  #
+#                      saeed@slac.stanford.edu    #
+#                                                 #
+###################################################
+#
+Alias MyK0 K_S0
+#
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000  anti-p- MyK0 pi- pi+        PHSP;
+Enddecay 
+#
+Decay MyK0
+1.000   pi+ pi-                PHSP; 
+Enddecay
+End
+#
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Sigmak.dec b/BaBar_2014/ccbar_antimLambda_cm_Sigmak.dec
new file mode 100755
index 0000000..3effb90
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Sigmak.dec
@@ -0,0 +1,34 @@
+#######################################################
+# ccbar Continum Production                           #
+# anti-Lambda_c- -> anti-Sigma0 K-                    #
+#                   anti-Sigma0 -> anti-Lambda0 gamma # 
+#                           anti-Lambda0 -> anti-p pi+#
+#                                                     #
+# created: 08/02/03 -  Saleem                         #
+#                      saleem@slac.stanford.edu       #
+#                                                     #
+#######################################################
+#
+Alias my-anti-Sigma0  anti-Sigma0
+Alias my-anti-Lambda0 anti-Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000   my-anti-Sigma0    K-                    PHSP;
+Enddecay 
+
+Decay my-anti-Sigma0
+1.000   my-anti-Lambda0   gamma                 PHSP; 
+Enddecay
+
+Decay my-anti-Lambda0
+1.000   anti-p-      pi+                        PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Sigmakpi0.dec b/BaBar_2014/ccbar_antimLambda_cm_Sigmakpi0.dec
new file mode 100755
index 0000000..c963e93
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Sigmakpi0.dec
@@ -0,0 +1,34 @@
+#######################################################
+# ccbar Continum Production                           #
+# anti-Lambda_c- -> anti-Sigma0 K- pi0                #
+#                   anti-Sigma0 -> anti-Lambda0 gamma # 
+#                         anti-Lambda0 -> anti-p-  pi+#
+#                                                     #
+# created: 08/02/03 -  Saleem                         #
+#                      saleem@slac.stanford.edu       #
+#                                                     #
+#######################################################
+#
+Alias my-anti-Sigma0  anti-Sigma0
+Alias my-anti-Lambda0 anti-Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000   my-anti-Sigma0    K-    pi0             PHSP;
+Enddecay 
+
+Decay my-anti-Sigma0
+1.000   my-anti-Lambda0   gamma                 PHSP; 
+Enddecay
+
+Decay my-anti-Lambda0
+1.000   anti-p-      pi+                        PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Sigmakpipi.dec b/BaBar_2014/ccbar_antimLambda_cm_Sigmakpipi.dec
new file mode 100755
index 0000000..7176018
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Sigmakpipi.dec
@@ -0,0 +1,34 @@
+#######################################################
+# ccbar Continum Production                           #
+# anti-Lambda_c- -> anti-Sigma0 K-  pi-  pi+          #
+#                   anti-Sigma0 -> anti-Lambda0 gamma # 
+#                          anti-Lambda0 -> anti-p- pi+#
+#                                                     #
+# created: 08/02/03 -  Saleem                         #
+#                      saleem@slac.stanford.edu       #
+#                                                     #
+#######################################################
+#
+Alias my-anti-Sigma0  anti-Sigma0
+Alias my-anti-Lambda0 anti-Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000   my-anti-Sigma0    K-  pi-  pi+          PHSP;
+Enddecay 
+
+Decay my-anti-Sigma0
+1.000   my-anti-Lambda0   gamma                 PHSP; 
+Enddecay
+
+Decay my-anti-Lambda0
+1.000   anti-p-      pi+                        PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_Sigmapi.dec b/BaBar_2014/ccbar_antimLambda_cm_Sigmapi.dec
new file mode 100755
index 0000000..c8b1c1f
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_Sigmapi.dec
@@ -0,0 +1,34 @@
+#######################################################
+# ccbar Continum Production                           #
+# anti-Lambda_c- -> anti-Sigma0 pi-                   #
+#                   anti-Sigma0 -> anti-Lambda0 gamma # 
+#                           anti-Lambda0 -> anti-p pi+#
+#                                                     #
+# created: 08/02/03 -  Saleem                         #
+#                      saleem@slac.stanford.edu       #
+#                                                     #
+#######################################################
+#
+Alias my-anti-Sigma0  anti-Sigma0
+Alias my-anti-Lambda0 anti-Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000   my-anti-Sigma0    pi-                   PHSP;
+Enddecay 
+
+Decay my-anti-Sigma0
+1.000   my-anti-Lambda0   gamma                 PHSP; 
+Enddecay
+
+Decay my-anti-Lambda0
+1.000   anti-p-      pi+                         PHSP; 
+Enddecay
+End
+#
+#
+
+
diff --git a/BaBar_2014/ccbar_antimLambda_cm_XiKpi.dec b/BaBar_2014/ccbar_antimLambda_cm_XiKpi.dec
new file mode 100644
index 0000000..c029786
--- /dev/null
+++ b/BaBar_2014/ccbar_antimLambda_cm_XiKpi.dec
@@ -0,0 +1,32 @@
+###################################################
+# ccbar continum production                       #
+# Lambda_c- -> Xi+ K- pi-                         #
+#              Xi+  -> antiLambda0 pi+            #
+#                      antiLambda0 -> anti-p- pi+ #
+#                                                 #
+# created: 07/18/03 -  M A Saeed                  #
+#                      saeed@slac.stanford.edu    #
+#                                                 #
+###################################################
+#
+Alias MyXi+ anti-Xi+
+Alias My-AntiLambda0 anti-Lambda0
+
+Decay vpho
+1.0     JSCONT  4;
+Enddecay
+#
+Decay anti-Lambda_c-
+1.000   MyXi+  K-    pi-            PHSP;
+Enddecay 
+#
+Decay MyXi+
+1.000   My-AntiLambda0    pi+       PHSP; 
+Enddecay
+#
+Decay My-AntiLambda0
+1.000   anti-p-    pi+              PHSP; 
+Enddecay
+End
+#
+
diff --git a/BaBar_2014/ccbarmoff.dec b/BaBar_2014/ccbarmoff.dec
new file mode 100644
index 0000000..52d4bf5
--- /dev/null
+++ b/BaBar_2014/ccbarmoff.dec
@@ -0,0 +1,7 @@
+#
+# Force the fragmentation to produce a ccbar pair
+# Intended for use in generating off-resonance ccbar data.  C. Hearty
+Decay vpho
+1.0  JSCONT 4;
+Enddecay
+End
diff --git a/BaBar_2014/eta_cKp.dec b/BaBar_2014/eta_cKp.dec
new file mode 100644
index 0000000..a67f526
--- /dev/null
+++ b/BaBar_2014/eta_cKp.dec
@@ -0,0 +1,33 @@
+#######################################################
+#                                                     #
+# Decay: B--> Eta_c   K-      B+->X                   #
+#               |                                     #
+#               |-> p p-bar                           #
+# + cc                                                #
+#                                                     #
+# Author: Roy Aleksan                                 #
+# Created:                  27 February/02            #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+Alias MyEta_c eta_c
+#
+Decay Upsilon(4S)
+0.5   B+       MyB-                        VSS;
+0.5   B-       MyB+                        VSS;
+Enddecay
+#
+Decay MyB-
+1.0000  MyEta_c  K-          PHSP;
+Enddecay
+#
+Decay MyB+
+1.0000  MyEta_c  K+          PHSP;
+Enddecay
+#
+Decay MyEta_c
+1.0000 p+ anti-p-                 PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/jpsi_Dplus_Dstar.dec b/BaBar_2014/jpsi_Dplus_Dstar.dec
new file mode 100644
index 0000000..8107dc9
--- /dev/null
+++ b/BaBar_2014/jpsi_Dplus_Dstar.dec
@@ -0,0 +1,84 @@
+########################################################################
+#								       #		
+#     vpho -> J/psi D+  D*-					       #	
+#          -> J/psi D0  anti-D*0				       #	
+#          -> J/psi D*0 anti-D0					       #	
+#	   -> J/psi D*+ D-					       #	
+#								       #	
+#					williamg@utdallas.edu	       #			
+#								       #	
+########################################################################
+
+
+
+Alias myD0 D0
+Alias myD+ D+
+Alias myD- D-
+Alias myanti-D0 anti-D0
+
+
+
+Decay vpho 
+#1.00 J/psi eta_c                          PHSP;
+0.2500 J/psi D+ D*-			   PHSP;
+0.2500 J/psi D0 anti-D*0		   PHSP;
+0.2500 J/psi D*0 anti-D0                   PHSP;
+0.2500 J/psi D*+ D-                        PHSP;
+Enddecay
+
+
+Decay D*-
+1.00 myanti-D0 pi-		           PHSP;	
+Enddecay
+
+Decay D*+
+1.00 myD0 pi+                              PHSP;
+Enddecay
+
+Decay myD0
+0.038 K- pi+				   PHSP;
+0.0043 K+ K-			           PHSP;
+#0.0094 anti-K0 K+ K-		           PHSP;	
+ 0.0047 K_S0 K+ K-	                   PHSP;
+Enddecay
+
+Decay myanti-D0
+0.038 K+ pi-                              PHSP;
+0.0043 K+ K-                              PHSP;
+#0.0094 anti-K0 K+ K-                     PHSP;
+ 0.0047 K_S0 K+ K-                        PHSP;
+Enddecay
+
+
+Decay myD+
+0.09 K- pi+ pi+			          PHSP;
+#0.029 anti-K0 pi+                        PHSP;
+ 0.0145 K_S0 pi+                          PHSP; 
+Enddecay   	 
+
+Decay myD-
+0.09 K+ pi- pi-                           PHSP;
+#0.029 anti-K0 pi+                        PHSP;
+ 0.0145 K_S0 pi-                          PHSP;
+Enddecay
+
+	
+Decay J/psi
+0.500 e+ e-     			   VLL;
+0.500 mu+ mu-				   VLL;
+Enddecay
+
+End
+
+
+
+
+
+
+
+
+
+
+
+
+
diff --git a/BaBar_2014/nosignal.dec b/BaBar_2014/nosignal.dec
new file mode 100644
index 0000000..4c235cf
--- /dev/null
+++ b/BaBar_2014/nosignal.dec
@@ -0,0 +1,21 @@
+###################################################
+#                                                 #
+#  Upsilon(4S)->   nu_e  anti-nu_e     + c.c.     #
+#   						  #
+# This Decay file is written for the              #
+# simulation upgrade                              #
+#                                                 #
+#  author Valerie Halyo                           #
+#  created   Tue Jun  5 2001                      #
+###################################################
+#
+#
+#
+Decay Upsilon(4S)
+1 nu_e  anti-nu_e  PHSP;
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/ppbarKp.dec b/BaBar_2014/ppbarKp.dec
new file mode 100644
index 0000000..a43642c
--- /dev/null
+++ b/BaBar_2014/ppbarKp.dec
@@ -0,0 +1,26 @@
+#######################################################
+#                                                     #
+# Decay: B-->ppbarK-      B+->X                       #
+# +cc                                                 #
+#                                                     #
+# Author: Roy Aleksan                                 #
+# Created:                  04/February/02            #
+#######################################################
+#
+Alias MyB-  B-
+Alias MyB+  B+
+#
+Decay Upsilon(4S)
+0.500   B+       MyB-                        VSS;
+0.500   B-       MyB+                        VSS;
+Enddecay
+#
+Decay MyB-
+1.000   p+ anti-p-  K-                PHSP;
+Enddecay
+#
+Decay MyB+
+1.000   p+ anti-p-  K+                PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/qa_B0B_psiK0s_3.dec b/BaBar_2014/qa_B0B_psiK0s_3.dec
new file mode 100644
index 0000000..4b6c47f
--- /dev/null
+++ b/BaBar_2014/qa_B0B_psiK0s_3.dec
@@ -0,0 +1,42 @@
+############################################################
+#                                                          #
+# Decay: anti-B0 -> Psi        K0s,       B0 -> X          # 
+#                   |-> e+e-   |->pi+pi-                   #
+#                   |-> mu+mu-                             #
+#                                                          #
+# Comments:    No mixing        reco sample                #
+#                                                          #
+# Author: A. Hasan                                         #
+# Created:                   12/April/98                   #
+# Modified/corrected         10/May/98                     #
+# Mail: HASAN@SLAC.STANFORD.EDU
+############################################################
+#
+#
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define beta 1.1845
+Define minusTwoBeta -2.369
+#
+Decay Upsilon(4S)
+1.0000 B0  Myanti-B0           VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay MyJ/psi
+0.5000  e+ e-                     PHOTOS VLL;
+0.5000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
+
+
+
diff --git a/BaBar_2014/qa_B0B_rhoppim.dec b/BaBar_2014/qa_B0B_rhoppim.dec
new file mode 100644
index 0000000..5779d5c
--- /dev/null
+++ b/BaBar_2014/qa_B0B_rhoppim.dec
@@ -0,0 +1,23 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> rho+ pi-,    B0 -> X          # 
+#                                                 #
+# Comments: No mixing, for reco work              #
+#                                                 #
+# Author: A. Hasan                                #
+# created:               12/April/98              #
+# modified/corrected:    10/May/98                #
+###################################################
+#
+#
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.0000 B0  Myanti-B0               VSS;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 rho+ pi-                    SVS;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/qa_B0B_rhoppim_1.dec b/BaBar_2014/qa_B0B_rhoppim_1.dec
new file mode 100644
index 0000000..1317056
--- /dev/null
+++ b/BaBar_2014/qa_B0B_rhoppim_1.dec
@@ -0,0 +1,27 @@
+###################################################
+#                                                 #
+# Decay: anti-B0 -> rho+ pi-,    B0 -> nu nubar   # 
+#                                                 #
+# Comments: No mixing, for QA work                #
+#                                                 #
+# Author: D. Aston                                #
+# created:               20/December/1999         #
+###################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+#
+Decay Upsilon(4S)
+1.0000 MyB0  Myanti-B0             VSS;
+Enddecay
+#
+Decay MyB0
+1.0000 nu_e anti-nu_e             PHSP;
+Enddecay
+#
+Decay Myanti-B0
+1.0000 rho+ pi-                    SVS;
+Enddecay 
+#
+End
diff --git a/BaBar_2014/qa_B0_Kppim.dec b/BaBar_2014/qa_B0_Kppim.dec
new file mode 100644
index 0000000..9386585
--- /dev/null
+++ b/BaBar_2014/qa_B0_Kppim.dec
@@ -0,0 +1,28 @@
+###################################################
+#                                                 #
+# Decay: B0 -> K+ pi-,     anti-B0 -> nu nubar    # 
+#                                                 #
+# Comments: No mixing, for reco  work             #
+#                                                 #
+# Author: A. Hasan                                #
+# created:                    12/April/98         #
+# modified/corrected:         10/May/98           #
+###################################################
+#
+#
+Alias MyB0  B0
+Alias Myanti-B0   anti-B0
+#
+Decay Upsilon(4S)
+1.0000 MyB0  Myanti-B0                VSS;
+Enddecay
+#
+Decay MyB0
+1.0000 K+ pi-                    PHSP;
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 nu_e anti-nu_e            PHSP;
+Enddecay
+#
+End
diff --git a/BaBar_2014/qa_B0_psiK0s_1.dec b/BaBar_2014/qa_B0_psiK0s_1.dec
new file mode 100644
index 0000000..6f4fde4
--- /dev/null
+++ b/BaBar_2014/qa_B0_psiK0s_1.dec
@@ -0,0 +1,42 @@
+##########################################################
+#                                                        #
+# Decay: B0 -> Psi        K0s,     anti-B0 -> nu nubar   # 
+#              |-> mu+mu-   |->pi+pi-                    #
+#                                                        #
+# Comments:    No mixing        reco sample              #
+#                                                        #
+# Author: A. Hasan                                       #
+# Created:                      12/April/98              #
+# Modified/created              10/May/98                #
+# Mail: HASAN@SLAC.STANFORD.EDU
+##########################################################
+#
+#
+Alias MyB0 B0
+Alias Myanti-B0 anti-B0
+Alias MyJ/psi J/psi
+Alias MyK_S0  K_S0   
+Define beta 1.1845
+Define minusTwoBeta -2.369
+#
+Decay Upsilon(4S)
+1.0000 MyB0  Myanti-B0           VSS;
+Enddecay
+#
+Decay MyB0
+1.0000  MyJ/psi  MyK_S0           SSD_CP dm 0.0 1.0 minusTwoBeta 1.0 0.0 -1.0 0.0;    
+Enddecay 
+#
+Decay Myanti-B0
+1.0000 nu_e anti-nu_e             PHSP;
+Enddecay
+#
+Decay MyJ/psi
+1.0000  mu+ mu-                   PHOTOS VLL;
+Enddecay
+#
+Decay MyK_S0
+1.0000  pi+ pi-                   PHSP;                   
+Enddecay
+#
+End
diff --git a/BaBar_2014/rare1.dec b/BaBar_2014/rare1.dec
new file mode 100644
index 0000000..2d5b268
--- /dev/null
+++ b/BaBar_2014/rare1.dec
@@ -0,0 +1,445 @@
+            ####################################################
+           #                                                   #
+           # Decay: B -> all non-charm final states            #
+           #                                                   #
+           # Author: J. Smith                                  #
+           # Created:                September 27, 2000        #
+           # Modified:               September 21, 2001        #
+           #                                                   #
+           #####################################################
+
+#
+#
+
+#
+Decay Upsilon(4S)
+0.500   B+       B-                       VSS;
+0.500   B0       anti-B0                  VSS;
+Enddecay
+
+#Define the B0B0bar mass difference
+Define dm 0.472e12
+Define dgamma 0
+Define qoverp 1
+Define phaseqoverp 0
+# define the values of the CKM angles  (alpha=70, beta=40)
+Define alpha 1.365
+Define beta  0.39
+Define gamma 1.387
+Define twoBetaPlusGamma  2.167
+Define betaPlusHalfGamma 1.0835
+
+# New definitions for psiKstar modes (Lange, July 26, 2000)
+Define PKHplus  0.159
+Define PKHzero  0.775
+Define PKHminus 0.612
+Define PKphHplus  1.563
+Define PKphHzero  0.0
+Define PKphHminus 2.712
+
+Define Aplus  0.490
+Define Azero  1.10
+Define Aminus 0.4
+#
+Define phAplus  2.5
+Define phAzero  0.0
+Define phAminus -0.17
+
+#
+# These particle aliases are used in for CP violating decays
+# in which the decay distributions depends on how the K* decayed.
+#
+#
+Alias K*L       K*0
+Alias K*S       K*0
+Alias K*0T      K*0
+Alias anti-K*0T anti-K*0
+Alias K*BR  anti-K*0
+Alias K*0R  K*0
+Alias anti-K_0*0N anti-K_0*0
+Alias K_0*0N K_0*0
+#
+ChargeConj K*0T    anti-K*0T
+ChargeConj K_0*0N  anti-K_0*0N
+ChargeConj K*0R    K*BR    
+#
+#JetSet parameter modifications
+#
+# O.Long : March 30, 2000
+#  Change from using Peterson fragmentation to Lund fragmentation
+#  with the default parameters (A=0.30, B=0.58)
+#
+#(Very important that there are no blank spaces in the parameter string!)
+# Number of flavor produced. 4 = udsc production (was 5 before)
+JetSetPar MSTJ(104)=5
+# turn on initial state radiation (was off before)
+JetSetPar MSTJ(107)=1
+#use Lund fragmentation with default parameters
+JetSetPar MSTJ(11)=4
+# Lund symmetric fragmentation function parameter a 
+JetSetPar PARJ(41)=.30
+# Lund symmetric fragmentation function parameter b 
+JetSetPar PARJ(42)=.58
+# Lund symmetric fragmentation function parameter a 
+JetSetPar PARJ(43)=.50
+# Lund symmetric fragmentation function parameter b 
+JetSetPar PARJ(44)=.90
+#eps_c   from CLEO 8/97
+JetSetPar PARJ(54)=-.040
+# eps_b
+JetSetPar PARJ(55)=-.004
+#Turn of B0-B0B mixing in JetSet:
+JetSetPar MSTJ(26)=0
+# control of L=1 mesons (in order: J1S0 J0S1 J1S1 J2S1
+JetSetPar PARJ(14)=0.05
+JetSetPar PARJ(15)=0.05
+JetSetPar PARJ(16)=0.05
+JetSetPar PARJ(17)=0.05
+#cut-off parameter used to stop fragmentation process (was .4, CLEO uses.3)
+JetSetPar PARJ(33)=0.3
+#
+### Parameters below are a new tuning of the continuum
+### fragmentation that softens the pion spectrum
+### but commented out untill verified to be physically
+### sound. ryd 00-02-10
+### Lund symmetric fragmentation function parameter a 
+##JetSetPar PARJ(41)=.40
+### Lund symmetric fragmentation function parameter b 
+##JetSetPar PARJ(42)=.29
+### Lund symmetric fragmentation function parameter a 
+##JetSetPar PARJ(43)=.60
+### Lund symmetric fragmentation function parameter b 
+##JetSetPar PARJ(44)=.45
+###eps_c   from CLEO 8/97
+##JetSetPar PARJ(54)=-.040
+##JetSetPar PARJ(46)=0.0
+##JetSetPar PARJ(33)=0.2
+###End of new continuum tuning
+#
+Decay anti-B0
+#
+#                    b -> u l nu
+#
+# 03/28/01 S.Menke included inclusive B -> X_u l nu decays for m(X_u) > 1.26 GeV.
+#                  with some thresholds to gradually switch from excl. to incl.
+#                  modeling without big jumps keeping the better known excl.
+#                  Brs at their actual values and constrain the incl. Br and 
+#                  weights in a way that ~40% of the total BR belongs to 
+#                  the mass region > 1.5 GeV
+#
+0.000180   pi+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000260   rho+   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000165   a_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000102   b_1+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_0+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000014   a_2+    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000000   rho(2S)+ e-   anti-nu_e        PHOTOS   ISGW2;
+0.000616   Xu+  e-  anti-nu_e          PHOTOS   VUB 4.8 1.29 0.22 13 
+ 1.264 0.354 1.341 0.639 1.414 0.758 1.483 0.822 1.549 0.881 
+ 1.612 0.949 1.673 0.953 1.732 0.947 1.788 0.968 1.843 0.967 
+ 1.897 0.978 1.949 0.984 2     1;
+0.000180   pi+    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000260   rho+   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000165   a_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000102   b_1+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_0+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000014   a_2+    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000000   rho(2S)+ mu-  anti-nu_mu      PHOTOS     ISGW2;
+0.000616   Xu+  mu-  anti-nu_mu        PHOTOS   VUB 4.8 1.29 0.22 13 
+ 1.264 0.354 1.341 0.639 1.414 0.758 1.483 0.822 1.549 0.881 
+ 1.612 0.949 1.673 0.953 1.732 0.947 1.788 0.968 1.843 0.967 
+ 1.897 0.978 1.949 0.984 2     1;
+#
+0.000060   pi+    tau- anti-nu_tau                 ISGW2;
+0.000083   rho+   tau- anti-nu_tau                 ISGW2;
+0.000090   a_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   b_1+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_0+    tau- anti-nu_tau                 ISGW2;
+0.000008   a_2+    tau- anti-nu_tau                 ISGW2;
+0.000000   rho(2S)+ tau- anti-nu_tau                 ISGW2;
+#
+#
+0.000045   anti-K*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000135  anti-K_10  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000065  anti-K'_10  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000128  anti-K'*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000166  anti-K_2*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000017  anti-K''*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+0.000284     anti-Xsd    gamma     BTOXSGAMMA 2 ;
+#
+0.00000057 anti-K0   e+    e-    PHOTOS BTOSLLBALL;
+0.0000023  anti-K*0  e+    e-    PHOTOS BTOSLLBALL;
+0.000004   anti-Xsd  e+    e-    PHOTOS BTOXSLL;
+0.00000057 anti-K0   mu+   mu-   PHOTOS BTOSLLBALL;
+0.0000019  anti-K*0  mu+   mu-   PHOTOS BTOSLLBALL;
+0.000004   anti-Xsd  mu+   mu-   PHOTOS BTOXSLL;
+0.00000013 anti-K0   tau+  tau-  PHOTOS BTOSLLBALL;
+0.00000019 anti-K*0  tau+  tau-  PHOTOS BTOSLLBALL;
+0.0000002  anti-Xsd  tau+  tau-  PHOTOS BTOXSLL;
+#
+#    B0 -> CP eigenstates  (some exclusive b -> u)   sum=0.00036
+#
+# (pi0pi0 -> 2x10^-6, Jim Olsen - Mar 27, 2001)
+0.000004   pi+  pi-               SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000002   pi0  pi0               SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   pi0  eta               SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   pi0  eta'              SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   pi0  a_00               SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   pi0  f_0                SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   omega pi0               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   a_10  pi0               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   b_10  pi0               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   eta  eta               SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   eta  eta'              SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   eta  a_00               SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   eta  f_0                SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   omega eta               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   rho0 eta               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   a_10  eta               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   b_10  eta               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   eta' eta'              SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   eta' a_00               SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   eta' f_0                SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   omega eta'              SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   rho0 eta'              SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   a_10  eta'              SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   b_10  eta'              SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   a_00  a_00               SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   a_00  f_0                SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   omega a_00               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   rho0 a_00               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   a_10  a_00               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   b_10  a_00               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   f_0   f_0                SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   omega f_0                SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   rho0 f_0                SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   a_10  f_0                SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   b_10  f_0                SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000030   pi-   pi+   pi0          BTO3PI_CP dm  alpha;
+# Don't use this since other Kpipi states not done
+#0.00000108   K-    pi+   pi0          BTOKPIPI_CP dm  alpha beta;
+#
+0.000005     phi   anti-K*0T        SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000025    phi   K*S              SVV_CP alpha dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000025     phi   K*L             SVV_CP alpha dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     phi  K_S0              SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000005     phi  K_L0              SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001     phi  rho0              SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  eta               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001     phi  eta'              SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001     phi  phi               SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  omega             SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  pi0               SVS_CP alpha dm  -1 1.0 0.0 1.0 0.0;
+0.000001  eta K_S0                  SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001  eta K_L0                  SSS_CP alpha dm  -1 1.0 0.0 1.0 0.0;
+0.0000445 eta' K_S0                 SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.0000445 eta' K_L0                 SSS_CP alpha dm  -1 1.0 0.0 1.0 0.0;
+0.0000025 omega K_S0                SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.0000025 omega K_L0                SVS_CP alpha dm  -1 1.0 0.0 1.0 0.0;
+
+0.0000035 K*S eta                   SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.0000035 K*L eta                   SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.0000070 anti-K*0T eta             SVS;
+0.000001 K*S eta'                   SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001 K*L eta'                   SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000002 anti-K*0T eta'             SVS;
+0.000001 K*S omega                  SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 K*L omega                  SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000002 anti-K*0T omega            SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 omega omega                SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 omega rho0                 SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+#
+#2-body modes from Jim Olsen
+# (K_S0pi0 and K_L0pi0 -> 4x10^-6, Jim Olsen - Mar 27, 2001)
+0.000017     K-  pi+                PHSP;
+0.000003     K+  K-                 PHSP;
+0.000004     K_S0 K_S0              PHSP;
+0.000008     K_S0 K_L0              PHSP;
+0.000004     K_L0 K_L0              PHSP;
+0.000004     K_S0 pi0               PHSP;
+0.000004     K_L0 pi0               PHSP;
+#3,4-body modes from Jim Smith
+0.000001     rho0  anti-K*0T        SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     rho0  K*S              SVV_CP alpha dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     rho0  K*L              SVV_CP alpha dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     rho+  K*-              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000002     rho0  rho0             SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000030     rho+  rho-             SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     K*0   anti-K*0         SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     a_1+  pi-              SVS;
+0.000010     a_1-  pi+              SVS;
+#
+0.000002     anti-K*0 pi0           SVS;
+0.000005     K*- pi+                SVS;
+0.000001     rho+ K-                SVS;
+0.000001     rho0 K_S0              SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001     rho0 K_L0              SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001     anti-K*0 K_L0          SVS;
+0.000001     anti-K*0 K_S0          SVS;
+# Put in with 0 BR to keep JETSET from generating these (see BTO3PI_CP above)
+0.000000     rho0 pi0               SVS_CP alpha dm  -1 1.0 0.0 1.0 0.0;
+0.000000     rho+ pi-               PHSP;
+0.000000     rho- pi+               PHSP;
+#
+0.00600         anti-u       d  u       anti-d       JETSET         48;
+#Penguins from Aaron Roodman
+0.00410         anti-u     u  d       anti-d       JETSET         48;
+0.00070         anti-d     d  d       anti-d       JETSET         48;
+0.00090         anti-s     s  d       anti-d       JETSET         48;
+0.00220         anti-u     u  s       anti-d       JETSET         48;
+0.00180         anti-d     d  s       anti-d       JETSET         48;
+0.00150         anti-s     s  s       anti-d       JETSET         48;
+0.00500                    s  g       anti-d       JETSET         33;
+Enddecay
+#
+Decay B-
+#
+#                   b -> u l nu
+#
+0.000090   pi0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000030   eta    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   rho0   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000130   omega   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000060   eta'   e-   anti-nu_e        PHOTOS   ISGW2;
+0.000082   a_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_20    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000048   b_10    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000007   a_00    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_0     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_0    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000041   f'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h_1     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000024   h'_1    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f_2     e-   anti-nu_e        PHOTOS   ISGW2;
+0.000004   f'_2    e-   anti-nu_e        PHOTOS   ISGW2;
+0.000616   Xu0   e-  anti-nu_e        PHOTOS VUB 4.8 1.29 0.22 13 
+  1.264 0.3   1.341 0.43  1.414 0.242 1.483 0.693 1.549 0.812 
+  1.612 0.9   1.673 0.939 1.732 0.947 1.788 0.96  1.843 0.982 
+  1.897 0.989 1.949 0.99  2     1;
+#
+0.000090   pi0    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000030   eta    mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000130   rho0   mu-  anti-nu_mu        PHOTOS    ISGW2;
+0.000130   omega   mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000060   eta'   mu-  anti-nu_mu        PHOTOS   ISGW2;
+0.000082   a_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_20    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000048   b_10    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000007   a_00    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_0     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_0    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000041   f'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h_1     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000024   h'_1    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f_2     mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000004   f'_2    mu-  anti-nu_mu       PHOTOS    ISGW2;
+0.000616   Xu0   mu-  anti-nu_mu        PHOTOS VUB 4.8 1.29 0.22 13 
+  1.264 0.3   1.341 0.43  1.414 0.242 1.483 0.693 1.549 0.812 
+  1.612 0.9   1.673 0.939 1.732 0.947 1.788 0.96  1.843 0.982 
+  1.897 0.989 1.949 0.99  2     1;
+#
+0.000030   pi0    tau- anti-nu_tau                 ISGW2;
+0.000012   eta    tau- anti-nu_tau                 ISGW2;
+0.000042   rho0   tau- anti-nu_tau                 ISGW2;
+0.000042   omega   tau- anti-nu_tau                 ISGW2;
+0.000018   eta'   tau- anti-nu_tau                 ISGW2;
+0.000046   a_10    tau- anti-nu_tau                 ISGW2;
+0.000027   b_10    tau- anti-nu_tau                 ISGW2;
+0.000004   a_00    tau- anti-nu_tau                 ISGW2;
+0.000002   f_0     tau- anti-nu_tau                 ISGW2;
+0.000002   f'_0    tau- anti-nu_tau                 ISGW2;
+0.000023   f_1     tau- anti-nu_tau                 ISGW2;
+0.000023   f'_1    tau- anti-nu_tau                 ISGW2;
+0.000013   h_1     tau- anti-nu_tau                 ISGW2;
+0.000013   h'_1    tau- anti-nu_tau                 ISGW2;
+0.000020   f_2     tau- anti-nu_tau                 ISGW2;
+0.000020   f'_2    tau- anti-nu_tau                 ISGW2;
+#
+#   b -> l nu
+#
+0.000050   tau- anti-nu_tau                        SLN;
+0.000000   mu-  anti-nu_mu               PHOTOS   SLN;
+0.000000   e-   anti-nu_e                PHOTOS  SLN;
+#
+#
+0.000045   K*-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000135  K_1-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000065  K'_1-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000128  K'*-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000166  K_2*-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000017  K''*-  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+0.000284     anti-Xsu    gamma     BTOXSGAMMA 2 ;
+#
+0.00000057 K-        e+    e-    PHOTOS BTOSLLBALL;
+0.0000023  K*-       e+    e-    PHOTOS BTOSLLBALL;
+0.000004   anti-Xsu  e+    e-    PHOTOS BTOXSLL;
+0.00000057 K-        mu+   mu-   PHOTOS BTOSLLBALL;
+0.0000019  K*-       mu+   mu-   PHOTOS BTOSLLBALL;
+0.000004   anti-Xsu  mu+   mu-   PHOTOS BTOXSLL;
+0.00000013 K-        tau+  tau-  PHOTOS BTOSLLBALL;
+0.00000019 K*-       tau+  tau-  PHOTOS BTOSLLBALL;
+0.0000002  anti-Xsu  tau+  tau-  PHOTOS BTOXSLL;
+#
+# Exclusive hadronic b->u
+#
+0.000026   pi-   pi0   pi0                   CB3PI-P00 alpha;
+0.000011   pi-   pi-   pi+                   CB3PI-MPP alpha;
+####
+0.000005  eta pi-                   PHSP;
+0.000002  eta K-                    PHSP;
+0.0000264 K*- eta                   SVS;
+0.000005  rho- eta                  SVS;
+0.000002  eta' pi-                  PHSP;
+0.000080  eta' K-                   PHSP;
+0.000005  K*- eta'                   SVS;
+0.000005  rho- eta'                   SVS;
+0.0000113 omega pi-                 SVS;
+0.000005  omega K-                  SVS;
+0.000005  omega K*-                 PHSP;
+0.000015  omega rho-                PHSP;
+0.000001  phi pi-                   SVS;
+0.000010  phi K-                    SVS;
+0.000010  K*- phi                   PHSP;
+0.000001  phi rho-                  PHSP;
+#2-body modes from Jim Olsen
+# (K_S0 K- and K_L0 K- -> 1x10^-6, Jim Olsen - Mar 27, 2001)
+# (pi- pi0 -> 5x10^-6 and K- pi0 -> 11x10^-6, Jim Olsen - Mar 27, 2001)
+0.000009     K_S0 pi-               PHSP;
+0.000009     K_L0 pi-               PHSP;
+0.000001     K_S0 K-                PHSP;
+0.000001     K_L0 K-                PHSP;
+0.000005     pi- pi0                PHSP;
+0.000011     K- pi0                 PHSP;
+#3,4-body modes from Jim Smith
+0.000010     rho-  anti-K*0         SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     rho0  K*-              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     rho-  rho0             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     K*-   K*0              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     a_10  pi-              SVS;
+0.000010     a_1-  pi0              SVS;
+0.000005     anti-K*0 pi-           SVS;
+0.000005     K*- pi0                SVS;
+0.000001     rho0 K-                SVS;
+0.000001     rho- K_S0              SVS;
+0.000001     rho- K_L0              SVS;
+0.000001     K*0 K-                 SVS;
+0.000001     K*- K_S0               SVS;
+0.000001     K*- K_L0               SVS;
+# Put in with 0 BR to keep JETSET from generating these (see CB3PI above)
+0.000000     rho- pi0               SVS;
+0.000000     rho0 pi-               SVS;
+#
+0.00600         anti-u       d  u          anti-u       JETSET         48;
+#Penguins from Aaron Roodman
+0.00410         anti-u     u  d       anti-u       JETSET         48;
+0.00070         anti-d     d  d       anti-u       JETSET         48;
+0.00090         anti-s     s  d       anti-u       JETSET         48;
+0.00220         anti-u     u  s       anti-u       JETSET         48;
+0.00180         anti-d     d  s       anti-u       JETSET         48;
+0.00150         anti-s     s  s       anti-u       JETSET         48;
+0.00500                    s  g     anti-u       JETSET         33;
+Enddecay
+#
+End
diff --git a/BaBar_2014/rare2.dec b/BaBar_2014/rare2.dec
new file mode 100644
index 0000000..2ba6cd0
--- /dev/null
+++ b/BaBar_2014/rare2.dec
@@ -0,0 +1,445 @@
+            ####################################################
+           #                                                   #
+           # Decay: B -> all non-charm final states            #
+           #                                                   #
+           # Author: J. Smith                                  #
+           # Created:                September 27, 2000        #
+           # Modified:               September 21, 2001        #
+           #                                                   #
+           #####################################################
+
+#
+#
+
+#
+Decay Upsilon(4S)
+0.500   B+       B-                       VSS;
+0.500   B0       anti-B0                  VSS;
+Enddecay
+
+#Define the B0B0bar mass difference
+Define dm 0.472e12
+Define dgamma 0
+Define qoverp 1
+Define phaseqoverp 0
+# define the values of the CKM angles  (alpha=70, beta=40)
+Define alpha 1.365
+Define beta  0.39
+Define gamma 1.387
+Define twoBetaPlusGamma  2.167
+Define betaPlusHalfGamma 1.0835
+
+# New definitions for psiKstar modes (Lange, July 26, 2000)
+Define PKHplus  0.159
+Define PKHzero  0.775
+Define PKHminus 0.612
+Define PKphHplus  1.563
+Define PKphHzero  0.0
+Define PKphHminus 2.712
+
+Define Aplus  0.490
+Define Azero  1.10
+Define Aminus 0.4
+#
+Define phAplus  2.5
+Define phAzero  0.0
+Define phAminus -0.17
+
+#
+# These particle aliases are used in for CP violating decays
+# in which the decay distributions depends on how the K* decayed.
+#
+#
+Alias K*L       K*0
+Alias K*S       K*0
+Alias K*0T      K*0
+Alias anti-K*0T anti-K*0
+Alias K*BR  anti-K*0
+Alias K*0R  K*0
+Alias anti-K_0*0N anti-K_0*0
+Alias K_0*0N K_0*0
+#
+ChargeConj K*0T    anti-K*0T
+ChargeConj K_0*0N  anti-K_0*0N
+ChargeConj K*0R    K*BR    
+#
+#JetSet parameter modifications
+#
+# O.Long : March 30, 2000
+#  Change from using Peterson fragmentation to Lund fragmentation
+#  with the default parameters (A=0.30, B=0.58)
+#
+#(Very important that there are no blank spaces in the parameter string!)
+# Number of flavor produced. 4 = udsc production (was 5 before)
+JetSetPar MSTJ(104)=5
+# turn on initial state radiation (was off before)
+JetSetPar MSTJ(107)=1
+#use Lund fragmentation with default parameters
+JetSetPar MSTJ(11)=4
+# Lund symmetric fragmentation function parameter a 
+JetSetPar PARJ(41)=.30
+# Lund symmetric fragmentation function parameter b 
+JetSetPar PARJ(42)=.58
+# Lund symmetric fragmentation function parameter a 
+JetSetPar PARJ(43)=.50
+# Lund symmetric fragmentation function parameter b 
+JetSetPar PARJ(44)=.90
+#eps_c   from CLEO 8/97
+JetSetPar PARJ(54)=-.040
+# eps_b
+JetSetPar PARJ(55)=-.004
+#Turn of B0-B0B mixing in JetSet:
+JetSetPar MSTJ(26)=0
+# control of L=1 mesons (in order: J1S0 J0S1 J1S1 J2S1
+JetSetPar PARJ(14)=0.05
+JetSetPar PARJ(15)=0.05
+JetSetPar PARJ(16)=0.05
+JetSetPar PARJ(17)=0.05
+#cut-off parameter used to stop fragmentation process (was .4, CLEO uses.3)
+JetSetPar PARJ(33)=0.3
+#
+### Parameters below are a new tuning of the continuum
+### fragmentation that softens the pion spectrum
+### but commented out untill verified to be physically
+### sound. ryd 00-02-10
+### Lund symmetric fragmentation function parameter a 
+##JetSetPar PARJ(41)=.40
+### Lund symmetric fragmentation function parameter b 
+##JetSetPar PARJ(42)=.29
+### Lund symmetric fragmentation function parameter a 
+##JetSetPar PARJ(43)=.60
+### Lund symmetric fragmentation function parameter b 
+##JetSetPar PARJ(44)=.45
+###eps_c   from CLEO 8/97
+##JetSetPar PARJ(54)=-.040
+##JetSetPar PARJ(46)=0.0
+##JetSetPar PARJ(33)=0.2
+###End of new continuum tuning
+#
+Decay B0
+#
+#                    b -> u l nu
+#
+# 03/28/01 S.Menke included inclusive B -> X_u l nu decays for m(X_u) > 1.26 GeV.
+#                  with some thresholds to gradually switch from excl.  to incl.
+#                  modeling without big jumps keeping the better known excl.
+#                  Brs at their actual values and constrain the incl. Br and
+#                  weights in a way that ~40% of the total BR belongs to
+#                  the mass region > 1.5 GeV
+#
+0.000180   pi-    e+   nu_e        PHOTOS  ISGW2;
+0.000260   rho-   e+   nu_e        PHOTOS  ISGW2;
+0.000165   a_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000102   b_1-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_0-    e+   nu_e        PHOTOS  ISGW2;
+0.000014   a_2-    e+   nu_e        PHOTOS  ISGW2;
+0.000000   rho(2S)- e+   nu_e        PHOTOS  ISGW2;
+0.000616   Xu-  e+  nu_e          PHOTOS  VUB 4.8 1.29 0.22 13 
+ 1.264 0.354 1.341 0.639 1.414 0.758 1.483 0.822 1.549 0.881 
+ 1.612 0.949 1.673 0.953 1.732 0.947 1.788 0.968 1.843 0.967 
+ 1.897 0.978 1.949 0.984 2     1;
+0.000180   pi-    mu+  nu_mu        PHOTOS  ISGW2;
+0.000260   rho-   mu+  nu_mu        PHOTOS  ISGW2;
+0.000165   a_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000102   b_1-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_0-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000014   a_2-    mu+  nu_mu       PHOTOS   ISGW2;
+0.000000   rho(2S)- mu+  nu_mu      PHOTOS    ISGW2;
+0.000616   Xu-  mu+  nu_mu        PHOTOS  VUB 4.8 1.29 0.22 13 
+  1.264 0.354 1.341 0.639 1.414 0.758 1.483 0.822 1.549 0.881 
+  1.612 0.949 1.673 0.953 1.732 0.947 1.788 0.968 1.843 0.967 
+  1.897 0.978 1.949 0.984 2     1;
+#
+0.000060   pi-    tau+ nu_tau                ISGW2;
+0.000083   rho-   tau+ nu_tau                ISGW2;
+0.000090   a_1-    tau+ nu_tau                ISGW2;
+0.000008   b_1-    tau+ nu_tau                ISGW2;
+0.000008   a_0-    tau+ nu_tau                ISGW2;
+0.000008   a_2-    tau+ nu_tau                ISGW2;
+0.000000   rho(2S)- tau+ nu_tau                ISGW2;
+#
+#
+0.000045   K*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000135  K_10  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000065  K'_10  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000128  K'*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000166  K_2*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000017  K''*0  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+0.000284      Xsd    gamma     BTOXSGAMMA 2 ;
+#
+0.00000057 K0   e+    e-    PHOTOS BTOSLLBALL;
+0.0000023  K*0  e+    e-    PHOTOS BTOSLLBALL;
+0.000004   Xsd  e+    e-    PHOTOS BTOXSLL;
+0.00000057 K0   mu+   mu-   PHOTOS BTOSLLBALL;
+0.0000019  K*0  mu+   mu-   PHOTOS BTOSLLBALL;
+0.000004   Xsd  mu+   mu-   PHOTOS BTOXSLL;
+0.00000013 K0   tau+  tau-  PHOTOS BTOSLLBALL;
+0.00000019 K*0  tau+  tau-  PHOTOS BTOSLLBALL;
+0.0000002  Xsd  tau+  tau-  PHOTOS BTOXSLL;
+#
+#    B0 -> CP eigenstates  (some exclusive b -> u)   sum=0.00036
+# (pi0pi0 -> 2x10^-6, Jim Olsen - Mar 27, 2001)
+#
+0.000004    pi+  pi-               SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000002   pi0  pi0               SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   pi0  eta               SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   pi0  eta'              SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   pi0  a_00               SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   pi0  f_0                SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   omega pi0               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   a_10  pi0               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   b_10  pi0               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   eta  eta               SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   eta  eta'              SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   eta  a_00               SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   eta  f_0                SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   omega eta               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   rho0 eta               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   a_10  eta               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   b_10  eta               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   eta' eta'              SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   eta' a_00               SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   eta' f_0                SSS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   omega eta'              SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   rho0 eta'              SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   a_10  eta'              SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   b_10  eta'              SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   a_00  a_00               SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   a_00  f_0                SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   omega a_00               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   rho0 a_00               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   a_10  a_00               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   b_10  a_00               SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   f_0   f_0                SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001   omega f_0                SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   rho0 f_0                SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   a_10  f_0                SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001   b_10  f_0                SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000030     pi-   pi+   pi0          BTO3PI_CP dm  alpha;
+# Don't use this since other Kpipi states not done
+#0.00000108   K+    pi-   pi0          BTOKPIPI_CP dm  alpha beta;
+#
+0.000005     phi   K*0T             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000025    phi   K*S              SVV_CP alpha dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.0000025     phi   K*L             SVV_CP alpha dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     phi  K_S0              SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000005     phi  K_L0              SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001     phi  rho0              SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  eta               SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001     phi  eta'              SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001     phi  phi               SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  omega             SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     phi  pi0              SVS_CP alpha dm  -1 1.0 0.0 1.0 0.0;
+0.000001  eta K_S0                  SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001  eta K_L0                  SSS_CP alpha dm  -1 1.0 0.0 1.0 0.0;
+0.0000445 eta' K_S0                 SSS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.0000445 eta' K_L0                 SSS_CP alpha dm  -1 1.0 0.0 1.0 0.0;
+0.0000025 omega K_S0                SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.0000025 omega K_L0                SVS_CP alpha dm  -1 1.0 0.0 1.0 0.0;
+
+0.0000035 K*S eta                   SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.0000035 K*L eta                   SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.0000070 K*0T eta                  SVS;
+0.000001 K*S eta'                   SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001 K*L eta'                   SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000002 K*0T eta'                  SVS;
+0.000001 K*S omega                  SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 K*L omega                  SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000002 K*0T omega                 SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 omega omega                SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001 omega rho0                 SVV_CP alpha dm  -1 1.0 0.0 1.0 0.0 1.0 0.0;
+#
+#2-body modes from Jim Olsen
+# (K_S0 pi0 and K_L0 pi0 -> 4x10^-6, Jim Olsen - Mar 27, 2001)
+0.000017     K+  pi-                PHSP;
+0.000003     K+  K-                 PHSP;
+0.000004     K_S0 K_S0              PHSP;
+0.000008     K_S0 K_L0              PHSP;
+0.000004     K_L0 K_L0              PHSP;
+0.000004     K_S0 pi0               PHSP;
+0.000004     K_L0 pi0               PHSP;
+#3,4-body modes from Jim Smith
+0.000001     rho0  K*0T             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     rho0  K*S              SVV_CP alpha dm  1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     rho0  K*L              SVV_CP alpha dm -1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     rho-  K*+              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000002     rho0  rho0             SVV_CP alpha dm 1 1.0 0.0 1.0 0.0 1.0 0.0;
+0.000030     rho+  rho-             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     K*0   anti-K*0         SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     a_1+  pi-              SVS;
+0.000010     a_1-  pi+              SVS;
+#
+0.000002     K*0 pi0                SVS;
+0.000005     K*+ pi-                SVS;
+0.000001     rho- K+                SVS;
+0.000001     rho0 K_S0              SVS_CP alpha dm  1 1.0 0.0 1.0 0.0;
+0.000001     rho0 K_L0              SVS_CP alpha dm -1 1.0 0.0 1.0 0.0;
+0.000001     K*0 K_S0                SVS;
+0.000001     K*0 K_L0                SVS;
+# Put in with 0 BR to keep JETSET from generating these (see BTO3PI_CP above)
+0.000000     rho0 pi0               SVS_CP alpha dm  -1 1.0 0.0 1.0 0.0;
+0.000000     rho+ pi-               PHSP;
+0.000000     rho- pi+               PHSP;
+#
+0.00600         u       anti-d  anti-u          d       JETSET         48;
+#Penguins from Aaron Roodman
+0.00410         u     anti-u  anti-d       d       JETSET         48;
+0.00070         d     anti-d  anti-d       d       JETSET         48;
+0.00090         s     anti-s  anti-d       d       JETSET         48;
+0.00220         u     anti-u  anti-s       d       JETSET         48;
+0.00180         d     anti-d  anti-s       d       JETSET         48;
+0.00150         s     anti-s  anti-s       d       JETSET         48;
+0.00500              anti-s  g            d       JETSET         33;
+Enddecay
+#
+Decay B+
+#
+#                   b -> u l nu
+#
+0.000090   pi0    e+   nu_e      PHOTOS  ISGW2;
+0.000030   eta    e+   nu_e      PHOTOS  ISGW2;
+0.000130   rho0   e+   nu_e      PHOTOS  ISGW2;
+0.000130   omega   e+   nu_e      PHOTOS  ISGW2;
+0.000060   eta'   e+   nu_e      PHOTOS  ISGW2;
+0.000082   a_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_20    e+   nu_e      PHOTOS  ISGW2;
+0.000048   b_10    e+   nu_e      PHOTOS  ISGW2;
+0.000007   a_00    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_0     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_0    e+   nu_e      PHOTOS  ISGW2;
+0.000041   f_1     e+   nu_e      PHOTOS  ISGW2;
+0.000041   f'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000024   h_1     e+   nu_e      PHOTOS  ISGW2;
+0.000024   h'_1    e+   nu_e      PHOTOS  ISGW2;
+0.000004   f_2     e+   nu_e      PHOTOS  ISGW2;
+0.000004   f'_2    e+   nu_e      PHOTOS  ISGW2;
+0.000616   Xu0   e+  nu_e        PHOTOS VUB 4.8 1.29 0.22 13 
+  1.264 0.3   1.341 0.43  1.414 0.242 1.483 0.693 1.549 0.812 
+  1.612 0.9   1.673 0.939 1.732 0.947 1.788 0.96  1.843 0.982 
+  1.897 0.989 1.949 0.99  2     1;
+#
+0.000090   pi0    mu+  nu_mu      PHOTOS  ISGW2;
+0.000030   eta    mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   rho0   mu+  nu_mu      PHOTOS  ISGW2;
+0.000130   omega   mu+  nu_mu     PHOTOS   ISGW2;
+0.000060   eta'   mu+  nu_mu      PHOTOS  ISGW2;
+0.000082   a_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_20    mu+  nu_mu     PHOTOS   ISGW2;
+0.000048   b_10    mu+  nu_mu     PHOTOS   ISGW2;
+0.000007   a_00    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_0     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_0    mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000041   f'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h_1     mu+  nu_mu     PHOTOS   ISGW2;
+0.000024   h'_1    mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f_2     mu+  nu_mu     PHOTOS   ISGW2;
+0.000004   f'_2    mu+  nu_mu     PHOTOS   ISGW2;
+0.000616   Xu0   mu+  nu_mu       PHOTOS VUB 4.8 1.29 0.22 13 
+  1.264 0.3   1.341 0.43  1.414 0.242 1.483 0.693 1.549 0.812 
+  1.612 0.9   1.673 0.939 1.732 0.947 1.788 0.96  1.843 0.982 
+  1.897 0.989 1.949 0.99  2     1;
+#
+0.000030   pi0    tau+ nu_tau              ISGW2;
+0.000012   eta    tau+ nu_tau              ISGW2;
+0.000042   rho0   tau+ nu_tau              ISGW2;
+0.000042   omega   tau+ nu_tau              ISGW2;
+0.000018   eta'   tau+ nu_tau              ISGW2;
+0.000046   a_10    tau+ nu_tau              ISGW2;
+0.000027   b_10    tau+ nu_tau              ISGW2;
+0.000004   a_00    tau+ nu_tau              ISGW2;
+0.000002   f_0     tau+ nu_tau              ISGW2;
+0.000002   f'_0    tau+ nu_tau              ISGW2;
+0.000023   f_1     tau+ nu_tau              ISGW2;
+0.000023   f'_1    tau+ nu_tau              ISGW2;
+0.000013   h_1     tau+ nu_tau              ISGW2;
+0.000013   h'_1    tau+ nu_tau              ISGW2;
+0.000020   f_2     tau+ nu_tau              ISGW2;
+0.000020   f'_2    tau+ nu_tau              ISGW2;
+#
+#
+0.000045   K*+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000135  K_1+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000065  K'_1+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000128  K'*+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000166  K_2*+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+#0.0000017  K''*+  gamma                   HELAMP 1.0 0.0 1.0 0.0;
+0.000284     Xsu    gamma     BTOXSGAMMA 2 ;
+#
+0.00000057 K+   e+    e-    PHOTOS BTOSLLBALL;
+0.0000023  K*+  e+    e-    PHOTOS BTOSLLBALL;
+0.000004   Xsu  e+    e-    PHOTOS BTOXSLL;
+0.00000057 K+   mu+   mu-   PHOTOS BTOSLLBALL;
+0.0000019  K*+  mu+   mu-   PHOTOS BTOSLLBALL;
+0.000004   Xsu  mu+   mu-   PHOTOS BTOXSLL;
+0.00000013 K+   tau+  tau-  PHOTOS BTOSLLBALL;
+0.00000019 K*+  tau+  tau-  PHOTOS BTOSLLBALL;
+0.0000002  Xsu  tau+  tau-  PHOTOS BTOXSLL;
+#
+#   b -> l nu
+#
+0.000050   tau+ nu_tau                     SLN;
+0.000000   mu+  nu_mu          PHOTOS     SLN;
+0.000000   e+   nu_e           PHOTOS    SLN;
+#
+# Exclusive hadronic b->u
+#
+0.000026   pi+   pi0   pi0                   CB3PI-P00 alpha;
+0.000011   pi+   pi+   pi-                   CB3PI-MPP alpha;
+####
+0.000005  eta pi+                   PHSP;
+0.000002  eta K+                    PHSP;
+0.0000264 K*+ eta                   SVS;
+0.000005  rho+ eta                  SVS;
+0.000002  eta' pi+                  PHSP;
+0.000080  eta' K+                   PHSP;
+0.000005  K*+ eta'                   SVS;
+0.000005  rho+ eta'                   SVS;
+0.0000113 omega pi+                 SVS;
+0.000005  omega K+                  SVS;
+0.000005  omega K*+                 PHSP;
+0.000015  omega rho+                PHSP;
+0.000001  phi pi+                   SVS;
+0.000010  phi K+                    SVS;
+0.000010  K*+ phi                   PHSP;
+0.000001  phi rho+                  PHSP;
+#2-body modes from Jim Olsen
+# (K_S0 K- and K_L0 K- -> 1x10^-6, Jim Olsen - Mar 27, 2001)
+# (pi- pi0 -> 5x10^-6 and K- pi0 -> 11x10^-6, Jim Olsen - Mar 27, 2001)
+0.000009     K_S0 pi+               PHSP;
+0.000009     K_L0 pi+               PHSP;
+0.000001     K_S0 K+                PHSP;
+0.000001     K_L0 K+                PHSP;
+0.000005     pi+ pi0                PHSP;
+0.000011     K+ pi0                 PHSP;
+#3,4-body modes from Jim Smith
+0.000010     rho+  K*0              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000005     rho0  K*+              SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     rho+  rho0             SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000001     K*+   anti-K*0         SVV_HELAMP  1.0 0.0 1.0 0.0 1.0 0.0;
+0.000010     a_10  pi+              SVS;
+0.000010     a_1+  pi0              SVS;
+0.000005     K*0 pi+                SVS;
+0.000005     K*+ pi0                SVS;
+0.000001     rho0 K+                SVS;
+0.000001     rho+ K_S0              SVS;
+0.000001     rho+ K_L0              SVS;
+0.000001     anti-K*0 K+            SVS;
+0.000001     K*+ K_S0               SVS;
+0.000001     K*+ K_L0               SVS;
+# Put in with 0 BR to keep JETSET from generating these (see CB3PI above)
+0.000000     rho+ pi0               SVS;
+0.000000     rho0 pi+               SVS;
+#
+0.00600         u       anti-d  anti-u          u       JETSET         48;
+#Penguins from Aaron Roodman
+0.00410         u     anti-u  anti-d       u       JETSET         48;
+0.00070         d     anti-d  anti-d       u       JETSET         48;
+0.00090         s     anti-s  anti-d       u       JETSET         48;
+0.00220         u     anti-u  anti-s       u       JETSET         48;
+0.00180         d     anti-d  anti-s       u       JETSET         48;
+0.00150         s     anti-s  anti-s       u       JETSET         48;
+0.00500               anti-s  g            u       JETSET         33;
+Enddecay
+# 
+End
diff --git a/BaBar_2014/tau_KmKsrho0nu.dec b/BaBar_2014/tau_KmKsrho0nu.dec
new file mode 100644
index 0000000..06a6e50
--- /dev/null
+++ b/BaBar_2014/tau_KmKsrho0nu.dec
@@ -0,0 +1,29 @@
+#############################################################
+#                                                           #
+# tau- production                                           #
+# tau- -> K- K0s rho0 nu_tau, Ks -> pi+ pi-, rho0 -> pi+pi- #
+#                                                           #
+# created: hnichols april 10, 2000                          #
+#############################################################
+#
+Alias mytau- tau-
+Alias myK_S0 K_S0
+Alias myrho0 rho0
+#
+Decay vpho
+1.00 tau- tau+ VLL;
+Enddecay
+#
+Decay tau-
+1.00 K- myK_S0 myrho0 nu_tau PHSP;
+Enddecay
+#
+Decay myK_S0
+1.00 pi+ pi- PHSP;
+Enddecay
+#
+Decay myrho0
+1.00 pi+ pi- VSS;
+Enddecay
+#
+End
diff --git a/BaBar_2014/uds.dec b/BaBar_2014/uds.dec
new file mode 100644
index 0000000..435d1f4
--- /dev/null
+++ b/BaBar_2014/uds.dec
@@ -0,0 +1,11 @@
+#
+# Force the fragmentation to produce a ddbar, uubar or ssbar pair
+#
+# Contact: Anders Ryd (ryd@hep.caltech.edu)
+#
+Decay vpho
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+End
diff --git a/BaBar_2014/udsmoff.dec b/BaBar_2014/udsmoff.dec
new file mode 100644
index 0000000..a280c5f
--- /dev/null
+++ b/BaBar_2014/udsmoff.dec
@@ -0,0 +1,12 @@
+#
+# Force the fragmentation to produce a ddbar, uubar or ssbar pair
+# Intended for use in generating off-resonance MC data. C. Hearty
+# Contact: Anders Ryd (ryd@hep.caltech.edu)
+#
+Decay vpho
+1.0  JSCONT 1;
+4.0  JSCONT 2;
+1.0  JSCONT 3;
+Enddecay
+End
+
diff --git a/BaBar_2014/vph_jpsiccbar_lplm_cocktail.dec b/BaBar_2014/vph_jpsiccbar_lplm_cocktail.dec
new file mode 100644
index 0000000..516c83e
--- /dev/null
+++ b/BaBar_2014/vph_jpsiccbar_lplm_cocktail.dec
@@ -0,0 +1,56 @@
+#############################################################################
+#								   	    #
+#     vpho -> J/psi eta_c(2S)						    #
+#          -> J/psi eta_c						    #	
+#          -> J/psi chi_c0						    #	
+#          -> J/psi chi_c1						    #
+#          -> J/psi chi_c2						    #
+#                                          williamg@utdallas.edu	    #
+#                                                                           #
+# --Shuwei YE, July-24, 2003                                                #
+#      comment out the JETSET mode of eta_c(2S) because JETSET does not it  #
+#                                                                           #
+#############################################################################
+
+
+Decay vpho 
+0.200 J/psi eta_c(2S)                      PARTWAVE 0.0 0.0 1.0 0.0 0.0 0.0 ;
+0.200 J/psi eta_c                          PARTWAVE 0.0 0.0 1.0 0.0 0.0 0.0 ;
+0.200 J/psi chi_c0			   PHSP;
+0.200 J/psi chi_c1                         PHSP;
+0.200 J/psi chi_c2                         PHSP;	
+
+Enddecay
+
+Decay J/psi
+0.500 e+ e- 				   VLL;
+0.500 mu+ mu- 				   VLL;
+Enddecay
+
+Decay eta_c(2S)				
+ 0.0012    p+  anti-p-                    PHSP;
+ 0.04 pi+ pi- eta_c                       PHSP;
+ 0.02 pi0 pi0 eta_c                       PHSP;
+ 0.0071    phi phi                        PHSP;
+ 0.0087    rho0 rho0                      PHSP;
+ 0.0173    rho+ rho-                      PHSP;
+ 0.0120    pi+ pi- pi+ pi-                PHSP;
+ 0.0210    K+  K-  K+ K-                  PHSP;
+ 0.0200    K+  K-  pi+ pi-                PHSP;
+ 0.0327    eta  pi+ pi-                   PHSP;
+ 0.0163    eta  pi0 pi0                   PHSP;
+ 0.0273    eta' pi+ pi-                   PHSP;
+ 0.0137    eta' pi0 pi0                   PHSP;
+ 0.0092    pi0  K+  K-                    PHSP;
+ 0.0184    K+ anti-K0  pi-                PHSP;
+ 0.0184    K- K0 pi+                      PHSP;
+ 0.0092    K0 anti-K0 pi0                 PHSP;
+ 0.0043    K*+ K*-                        PHSP;
+ 0.0042    K*0 anti-K*0                   PHSP;
+ 0.0100    K*0 K- pi+                     PHSP;
+ 0.0100    anti-K*0 K+ pi-                PHSP;
+# 0.7390    rndmflav      anti-rndmflav   JETSET         12;
+# !! JETSET doesn't know eta_c(2S)
+Enddecay
+
+End
diff --git a/BaBar_2014/vph_psi2sccbar_lplm_cocktail.dec b/BaBar_2014/vph_psi2sccbar_lplm_cocktail.dec
new file mode 100644
index 0000000..71f9ff5
--- /dev/null
+++ b/BaBar_2014/vph_psi2sccbar_lplm_cocktail.dec
@@ -0,0 +1,75 @@
+#############################################################################
+#                                                                           #
+#  vpho -> psi(2S) eta_c(2S)                                                #
+#       -> psi(2S) ets_c						    #	
+#       -> psi(2S) chi_c0						    #
+#       -> psi(2S) chi_c1 					            #		
+#       -> psi(2S) chi_c2    						    #	
+#                                              				    #	
+#                                    williamg@utdallas.edu                  #
+#									    #	
+# --Shuwei YE, July-24, 2003                                                #
+#      comment out the JETSET mode of eta_c(2S) because JETSET does not it  #
+#                                                                           # 
+#############################################################################		
+
+
+Alias mychi_c1 chi_c1
+Alias mychi_c2 chi_c2
+
+Decay vpho 
+0.200 psi(2S) eta_c(2S)                      PARTWAVE 0.0 0.0 1.0 0.0 0.0 0.0 ;
+0.200 psi(2S) eta_c                          PARTWAVE 0.0 0.0 1.0 0.0 0.0 0.0 ;
+0.200 psi(2S) chi_c0			     PHSP;
+0.200 psi(2S) chi_c1                         PHSP;
+0.200 psi(2S) chi_c2                         PHSP;	
+Enddecay
+
+Decay psi(2S)
+0.305 J/psi pi+ pi-			PHSP;
+0.182 J/psi pi0 pi0			PHSP;
+0.031 J/psi eta				VVS_PWAVE 1.0 0.0 0.0 0.0 0.0 0.0;
+0.084 gamma mychi_c1			PHSP;
+0.068 gamma mychi_c2			PHSP;
+Enddecay
+
+Decay mychi_c1
+1.00 gamma J/psi			PHSP;
+Enddecay
+
+Decay mychi_c2
+1.00 gamma J/psi			PHSP;
+Enddecay		
+
+Decay J/psi
+0.500 e+ e- VLL;
+0.500 mu+ mu- VLL;
+Enddecay
+
+Decay eta_c(2S)
+ 0.0012    p+  anti-p-                        PHSP;
+ 0.04 pi+ pi- eta_c                        PHSP;
+ 0.02 pi0 pi0 eta_c                        PHSP;
+ 0.0071    phi phi                        PHSP;
+ 0.0087    rho0 rho0                      PHSP;
+ 0.0173    rho+ rho-                      PHSP;
+ 0.0120    pi+ pi- pi+ pi-                PHSP;
+ 0.0210    K+  K-  K+ K-                  PHSP;
+ 0.0200    K+  K-  pi+ pi-                PHSP;
+ 0.0327    eta  pi+ pi-                   PHSP;
+ 0.0163    eta  pi0 pi0                   PHSP;
+ 0.0273    eta' pi+ pi-                   PHSP;
+ 0.0137    eta' pi0 pi0                   PHSP;
+ 0.0092    pi0  K+  K-                    PHSP;
+ 0.0184    K+ anti-K0  pi-                      PHSP;
+ 0.0184    K- K0 pi+                      PHSP;
+ 0.0092    K0 anti-K0 pi0                 PHSP;
+ 0.0043    K*+ K*-                        PHSP;
+ 0.0042    K*0 anti-K*0                        PHSP;
+ 0.0100    K*0 K- pi+                     PHSP;
+ 0.0100    anti-K*0 K+ pi-                     PHSP;
+# 0.7390    rndmflav      anti-rndmflav   JETSET         12;
+# !! JETSET doesn't know eta_c(2S)
+Enddecay
+
+End
diff --git a/BaBar_2014/vph_to_JpsiJpsi.dec b/BaBar_2014/vph_to_JpsiJpsi.dec
new file mode 100644
index 0000000..3795b54
--- /dev/null
+++ b/BaBar_2014/vph_to_JpsiJpsi.dec
@@ -0,0 +1,24 @@
+###########################################################
+#							  #
+#	vph --> J/psi J/psi			          #
+#                 |	| --> cocktail			  #
+#                 |					  #
+#                 | --> ee mumu				  #
+#							  #
+# Author Glenn Williams        williamg@utdallas.edu	  #
+#							  #
+###########################################################
+
+
+ Alias myJ/psi J/psi
+
+ Decay vpho
+ 1.00 myJ/psi J/psi 		PHSP;
+ Enddecay
+
+ Decay myJ/psi
+ 0.500 e+ e-			VLL;
+ 0.500 mu+ mu-			VLL;
+ Enddecay
+ 
+ End
diff --git a/BaBar_2014/vph_to_JpsiX3872.dec b/BaBar_2014/vph_to_JpsiX3872.dec
new file mode 100644
index 0000000..6af7796
--- /dev/null
+++ b/BaBar_2014/vph_to_JpsiX3872.dec
@@ -0,0 +1,26 @@
+##############################################################
+#	                      				     #
+#   vph --> J/psi    X(3872)			             #
+#             |      |	--> Decays like psi(2S)		     #
+#	      |      	                          	     #	
+#	      |						     #
+#             | --> (ee,mumu)				     #	
+#							     #
+#							     #	
+# Author Glenn Williams         williamg@utdallas.edu	     #							     	
+##############################################################							     	
+
+  Particle psi(2S) 3.872 0.0
+  Alias myX psi(2S)
+  Alias myJ/psi J/psi
+  
+  Decay vpho
+  1.00 myJ/psi myX		PHSP;
+  Enddecay
+
+  Decay myJ/psi
+  0.500 e+ e-			VLL;
+  0.500 mu+ mu-                 VLL;
+  Enddecay
+  
+  End
diff --git a/BaBar_2014/vph_to_isrX3872.dec b/BaBar_2014/vph_to_isrX3872.dec
new file mode 100644
index 0000000..485a25d
--- /dev/null
+++ b/BaBar_2014/vph_to_isrX3872.dec
@@ -0,0 +1,31 @@
+########################################################################
+#								       #
+#   vph --> gamma X(3872)					       #
+#	            | 						       #
+#                   | --> J/psi pi+ pi-	                               #
+#								       #
+#								       #
+# Author Glenn Williams				williamg@utdallas.edu  #
+########################################################################
+
+ Particle psi(2S) 3.872 0.0
+ Alias myX psi(2S)
+ Alias myJ/psi J/psi
+
+ Decay vpho
+ 1.00 myX gamma		 VECTORISR 0.99 0.99;
+ Enddecay
+
+ Decay myX
+ 1.00 myJ/psi pi+ pi-	 PHSP;		
+ Enddecay
+
+ Decay myJ/psi
+ 0.500 e+ e-		VLL;
+ 0.500 mu+ mu-          VLL;
+ Enddecay
+
+  End
+	 	
+
+
diff --git a/BaBar_2014/vph_to_isr_psi3770.dec b/BaBar_2014/vph_to_isr_psi3770.dec
new file mode 100644
index 0000000..c4784da
--- /dev/null
+++ b/BaBar_2014/vph_to_isr_psi3770.dec
@@ -0,0 +1,29 @@
+########################################################################
+#								       #
+#   vph --> gamma psi(3770)					       #
+#	            | 						       #
+#                   | --> J/psi pi+ pi-	                               #
+#		            |					       #	       
+#			    | --> e+e- mu+ mu-			       #		       
+# Author Glenn Williams				williamg@utdallas.edu  #
+########################################################################
+
+ Alias myJ/psi J/psi
+
+ Decay vpho
+ 1.00 psi(3770) gamma		 VECTORISR 0.9999 0.9999;
+ Enddecay
+
+ Decay psi(3770)
+ 1.00 myJ/psi pi+ pi-	 PHSP;		
+ Enddecay
+
+ Decay myJ/psi
+ 0.500 e+ e-		VLL;
+ 0.500 mu+ mu-          VLL;
+ Enddecay
+
+  End
+	 	
+
+
diff --git a/README b/README
new file mode 100644
index 0000000..e245c5d
--- /dev/null
+++ b/README
@@ -0,0 +1,5 @@
+BaBar_DecFiles
+==============
+4/19/2014 The spokesman of BaBar, Prof. J. M. Roney, granted CMS access to use the BaBar DEC files in the original or
+          modified form. All work that uses the files in part or whole must acknowledge the BaBar experiment for providing
+	  access to this work. The validation and correct use of these files in user's enviroment is the responsibility of the user. 
\ No newline at end of file
diff --git a/README~ b/README~
new file mode 100644
index 0000000..56fa30d
--- /dev/null
+++ b/README~
@@ -0,0 +1,5 @@
+BaBar_DecFiles
+==============
+4/19/2014 The spokesman of BaBar, Prof. J. M. Roney, granted CMS access to use the BaBar DEC files in the original or
+          modified form. All work that uses the files in part or whole must acknowledge the BaBar experiment for providing
+	            access to this work. The validation and correct use of these files in user's enviroment is the responsibility of the user. 
\ No newline at end of file

From 26cb350c23ed00fb0b6f8887741ac995f79960fd Mon Sep 17 00:00:00 2001
From: inugent <inugent@users.noreply.github.com>
Date: Thu, 14 Aug 2014 09:56:03 +0200
Subject: [PATCH 2/3] Delete README~

---
 README~ | 5 -----
 1 file changed, 5 deletions(-)
 delete mode 100644 README~

diff --git a/README~ b/README~
deleted file mode 100644
index 56fa30d..0000000
--- a/README~
+++ /dev/null
@@ -1,5 +0,0 @@
-BaBar_DecFiles
-==============
-4/19/2014 The spokesman of BaBar, Prof. J. M. Roney, granted CMS access to use the BaBar DEC files in the original or
-          modified form. All work that uses the files in part or whole must acknowledge the BaBar experiment for providing
-	            access to this work. The validation and correct use of these files in user's enviroment is the responsibility of the user. 
\ No newline at end of file

From 20fd3afa2adff229dd902b060338596f650601b7 Mon Sep 17 00:00:00 2001
From: inugent <inugent@users.noreply.github.com>
Date: Thu, 14 Aug 2014 09:56:46 +0200
Subject: [PATCH 3/3] Delete .gitignore

---
 .gitignore | 1 -
 1 file changed, 1 deletion(-)
 delete mode 100644 .gitignore

diff --git a/.gitignore b/.gitignore
deleted file mode 100644
index 8b13789..0000000
--- a/.gitignore
+++ /dev/null
@@ -1 +0,0 @@
-